Recliner With Head Tilt? Top Answer Update

Are you looking for an answer to the topic “recliner with head tilt“? We answer all your questions at the website Chewathai27.com/ppa in category: Top 867 tips update new. You will find the answer right below.

What is an articulating headrest on a recliner?

Therefore an articulated headrest is a headrest that is moveable with respect to a base portion. In various embodiments, an articulated headrest may move along different trajectories.

What is the most comfortable recliner to buy?

What is a cuddle recliner?

A cuddler recliner is for those who enjoy relaxing with loved ones. Otherwise known as an oversized recliner chair, it’s a cheaper alternative to couches or loveseats. Although similar to a recliner, an oversized recliner allows you to cuddle with your partner or pet.

Which is the biggest advantage of using tilt over recline?

Tilt-in-Space Wheelchair

Only the seat is tilted backward. By shifting the pressure away from the hips onto a larger surface area, the caregiver does not need to constantly readjust the user into the seated position. This also helps the user to reduce the risk of developing bedsores and avoid back pain.

Cuddler Recliner Chairs For You And Your Partner

What is a tilt chair?

A tilting wheelchair has a seat frame that tilts backward in varying degrees from almost vertical back about 50 degrees. The tilt action on a tilting wheelchair does not open up the hip angle. The user stays in the same seated position but is tilted backwards.

Cuddler Recliner Chairs For You And Your Partner

What is a ratcheting headrest?

Commonly used for supporting and adjusting the angle of table tops such as drafting tables and headrests. Ratchets may also be installed at one end to allow for transformation from a bed to a sofa, or can also be fitted on both ends to provide a vertical lift (similar to a hospital bed for back pain).

Cuddler Recliner Chairs For You And Your Partner

What is an adjustable headrest?

What Is an Adjustable Headrest? Found on select power recliners, adjustable headrests are exactly what they sound like: headrests that can be adjusted to different positions.

Cuddler Recliner Chairs For You And Your Partner

Which company makes the best recliners?

Cuddler Recliner Chairs For You And Your Partner

Where can I find a comfortable recliner?

Cuddler Recliner Chairs For You And Your Partner

What is a couch Cuddler?

Cuddler sectionals are specifically designed with an extended sofa cushion at the end to curl up with your loved ones. They’re basically the happy medium between traditional sofas and sectionals with a chaise.

Cuddler Recliner Chairs For You And Your Partner

What are the dimensions of a cuddle chair?

Depth of seat: 52cm. Height of seat back: 42cm. Width of seating area between arms: 82cm. Height of arm rest: 59cm.

Cuddler Recliner Chairs For You And Your Partner

Who is a cuddler?

Meaning of cuddler in English

someone who cuddles another person (= holds them in their arms in a loving way), or someone who likes to cuddle other people: “Are you a cuddler?” “Yes, with people close to me.”

Cuddler Recliner Chairs For You And Your Partner

Who needs a tilt in space wheelchair?

For a patient who may be at risk of pressure injuries due to sitting in one position for long periods of time, clinicians focused on wound care such as enterostomal nurses, wound care nurses, tissue viability nurses and also occupational therapists, physiotherapists may use tilt in space to reduce their pressure risk.

Cuddler Recliner Chairs For You And Your Partner

Why do space chairs have tilts?

One of the benefits of tilt-in-space is that it prevents shear from occurring because it stops you from sliding down the chair. It would be incredibly difficult to fall out of a chair when your hip and knee angles have been kept the same, which means that there is less friction and therefore less skin shear.

Cuddler Recliner Chairs For You And Your Partner

How to Repair a Recliner Mechanism

See some more details on the topic recliner with head tilt here:

Tilt Recliner – Jordan’s Furniture

Shop our collection of tilt recliner at Jordan’s Furniture MA, NH, RI and CT. … Daydreaming Power Lift Recliner with Tilt Headrest and Lumbar. $1,899.00.

+ View More Here

Source: www.jordans.com

Date Published: 11/23/2022

View: 7949

US6962392B2 – Articulated headrest – Google Patents

BACKGROUND

1st field

The present disclosure relates to the field of headrests for seats of various types, including furniture, vehicle seats, and the like, as well as for beds or other couchette or patient care systems.

2. Description of the Prior Art

Positioning and supporting the head can be critical to proper ergonomics and safety. Yet many current mass-market headrest technologies are woefully lacking in one or both of these areas. As such, neck pain and stress are commonplace for those who spend long periods of time seated, and neck injuries remain a major cause of pain and suffering in vehicle accidents.

Conventional vehicle seats include simple static headrests or headrests that move up and down on rods. Such seats depend in part on users properly positioning the head restraint to both support and limit the effects of a crash. Such an approach has limited effectiveness because users often do not properly adjust the head restraints. Even when properly adjusted, such a traditional head restraint cannot prevent injury because an occupant’s head can gain significant momentum in a crash before its movement is stopped by the head restraint. As a result, whiplash and other head, neck, or back injuries are commonplace. Some newer head restraints are larger and/or form an integral part of the seat. Such head restraints are better able to withstand head acceleration in the event of a crash, but they also tend to limit visibility.

Some prior art head restraints attempt to improve safety by moving in response to a sensed impact (see, e.g., US Patent Nos. 6,019,424; 6,082,817; 6,270,161). These various head restraints may move up and/or forward in response to a crash impact; however, the trajectory or travel of the headrest is limited to a fairly simple and possibly inconvenient path as defined by the particular pivoting and moving mechanism. For example, the headrest typically pivots about a point on the seat back or seat structure rather than moving with respect to the human anatomy.

Some traditional pieces of furniture include headrests that also move. For example, a recliner (see, e.g., U.S. Patent No. 4,451,081) or chaise longue (see, e.g., U.S. Patent No. 6,213,555) may include a headrest mechanism that is adjustable to provide additional support. However, positioning and hence neck comfort are again limited by the particular mechanism that moves the headrest, and these mechanisms typically move relative to the seat structure itself and not the human anatomy. Because the back, neck, and spine are both complex and delicate, improved headrest articulation techniques can advantageously lead to improved ergonomics and safety.

BRIEF DESCRIPTION OF THE FIGURES The present invention is illustrated by way of non-limiting example in the figures of the accompanying drawings. FIG. 1a and 1b illustrate an embodiment of an articulating headrest. COWARDLY. 1c illustrates various pivot points on a seat according to an embodiment. COWARDLY. 2a illustrates an embodiment of a seat using a headrest linkage mechanism that elongates and/or rotates a headrest stem member. COWARDLY. 2b illustrates an embodiment of a seat with an articulating headrest actuated via a linkage mechanism. COWARDLY. Figure 2c illustrates another embodiment of a seat with an articulating headrest actuated via a linkage mechanism. COWARDLY. 2d illustrates a multi-section seat having an articulating headrest and a linkage mechanism to articulate the headrest based on the position of the multi-section seat. COWARDLY. 3 illustrates an embodiment of a slidable hinge mechanism. FIG. 4a-4f illustrate an embodiment of a multi-bar linkage mechanism. FIG. 5a-5c illustrate an embodiment of another hinge mechanism. COWARDLY. 6 illustrates an embodiment of an articulating head restraint deployed in a crash. COWARDLY. 7a illustrates an embodiment of a portable or standalone articulating headrest unit. COWARDLY. 7b illustrates an embodiment of an articulating headrest with a transition zone release. FIG. 8a-8b illustrate an embodiment of an independent adjustment mechanism.

DETAILED DESCRIPTION

The following description describes embodiments of an articulating headrest and associated methods. In the following description, numerous specific details are set forth in order to provide a more thorough understanding of the present invention. However, one skilled in the art will recognize that the invention may be practiced without such specific details.

In some embodiments, head restraints are provided that approximate or provide rotation about a pivot point that is external to or remote from the head restraint portion and the base portion to which the head restraint is attached. In some embodiments, a headrest maintains a user’s head in a neutral or near-neutral head position over a range of seat inclinations. The neutral or near-neutral position can be obtained by moving the headrest along an arc that is approximately the same as an arc formed by pivoting the user’s head about its pivot point in the user’s spine. Significant ergonomic and safety advantages can be realized by articulating the headrest along this arc. In some embodiments, a headrest may articulate in response to a chair being reclined and/or in response to a vehicle crash.

For the purposes of this disclosure, the term “articulate” is intended to mean any type of movement in the broadest sense. Therefore, an articulating headrest is a headrest that is movable with respect to a base portion. In various embodiments, an articulating headrest can move along different trajectories. Some trajectories may be circular and/or may approximate a head arc defined with respect to a user’s anatomy, but other trajectories may be used depending on the particular application.

COWARDLY. 1a illustrates an embodiment of a seat that may use an articulating headrest in accordance with various disclosed techniques. The seat of FIG. 1a includes a seat bottom 110 and a seat back 105 coupled to the seat bottom 110 by a pivot mechanism 107 to allow the seat back to change position relative to the seat bottom 110. FIG. In particular, the seatback 105 may be reclined or reclined backward and downward relative to a front of the seatback 105 that is configured to engage the body of a seat occupant. The seat includes a head restraint 100 attached to the seat back 105 at or near a seat upper pivot 115 . In Figure 1a, the Z-direction is defined as the upward direction with respect to the floor or a seat base when parallel to the floor. The Y-direction is defined forward from a seat occupant’s perspective and generally perpendicular to the seatback when the seatback is in a fully upright position at 90 degrees to the ground, and the X-direction is defined as the lateral direction along a width of the seat.

A user is shown seated in the seat and various ergonomically significant points in the user’s anatomy are shown. The user has an ankle joint 140, a knee joint 135, a hip joint 130. At these joints, a user is typically allowed a great deal of freedom of movement in order to achieve a comfortable position. For example, legs can typically be extended forward to move the knee and ankle joints, and various hip joint positions can be obtained by adjusting the relative angle between the seat base 110 and the seat back 105 . Some seats include specialized hip joint adjustment pivot mechanisms to prevent displacement of the seat back 105 relative to the user’s body when the angle between the seat back and the seat base is adjusted. Such a mechanism maintains the relative position of the user’s spine with respect to the seat back.

A spinal pivot point 120 is also shown in FIG. 1 a. In medical terminology, the spine is referred to as having a cervical portion and a thoracic portion that meet at about the point labeled 120. The cervical portion is the upper portion including the neck area and typically contains seven vertebrae, C1 through C7, with C7 being the lowest. Similarly, the thoracic region begins with a vertebra numbered T1. Thus, the C7-T1 junction, the cervicothoracic junction, approximates a natural pivot point for a user’s head, with the radius of pivot approximately equal to the length of the user’s neck plus one-half the diameter of his head. Since the spine is not perfectly straight, each vertebra allows some degree of flexion, and the head is not perfectly round, nor is its center of gravity at its geometric center, these are approximations.

A seated person facing forward will usually try to keep their head in a “neutral” or near-neutral position. A neutral position for a person’s head is that position where the person’s head is substantially balanced with respect to gravitational forces, such that the head does not tend to fall forward, backward, or sideways. For example, imagine a person sitting upright at a desk looking at a monitor, or a car driver facing the road ahead. The person’s eyes look forward and relatively horizontal in relation to the floor, and their chin is roughly level. Whether the person reclines their seat or sits upright, they tend to keep their gaze roughly flat and their head in a neutral position by adjusting the angle of their neck to their back, primarily at the C7-T1 junction . The center of gravity of an upright or standing person, typically just in front of the atlas (the C1 spine on which the head rests). The neutral position varies with the degree of inclination of the person. Advantageously, positioning a headrest to guide a user’s head to the neutral position reduces strain on his neck muscles and therefore typically results in greater comfort.

As shown in FIG. As shown in FIG. 1b, a head arc 174 is formed by the movement of the head about the C7-T1 pivot point 120. FIG. In one embodiment, the articulating headrest 100 is articulated to approximate this head arch, which is defined relative to the person sitting in the chair (or a person of average or certain dimensions). Thus, in one embodiment, the articulating headrest is intended to move relative to and with the user’s head, as if pivoting about pivot point 120 and moving through the head arch, or at least along a trajectory designed to provide an overlap or to maximize the headrest track and head arch.

Mechanically, however, it is clearly impossible to implement a headrest that has a mechanical pivot that is actually physically located in a person’s spine. Therefore, the linkage mechanism 102 uses physically available pivot points to approximate or match the effect when a pivot point is within a user’s spine. COWARDLY. Figure 1c illustrates various physically possible choices for pivot points and their respective arcs of rotation. A high pivot point 170 at the top of the headrest is a point that could be used to pivot the headrest. The arc created using the high pivot 170 is the high pivot arc 175. A low pivot 160 can also be used in a fairly simple manner resulting in a low pivot arc 165. Alternatively, the upper seat pivot 115 could be used to pivot the headrest along a seat pivot arc 180 . The head restraint also pivots along an arc 185 in response to rotation of the seat back about the waist pivot 107 . These arcs are based on easily implemented pivot points, but do not follow the head’s natural neutral position based on the spinal pivot point 120. Various other pivot points in or near the seat, seat back, or headrest may also be used.

The arc that the articulating headrest follows can be a function of the geometries of the seat and the seat occupant. At each degree of recline, a point on the head arch approaches the neutral position for the user’s head, and it may be desirable to position the headrest to support the user’s head at approximately the neutral position. Assumptions may be made about the size etc. of a typical or average user. Another consideration is whether the cervicothoracic pivot will be located at a fixed location with respect to the headrest mechanism. There are also two basic types of chairs that can be treated separately when determining the articulation of the headrest.

A first type of chair holds the user in a fixed position relative to the seat back (referred to as a fixed back chair). In a fixed back chair, either the seat back is in a fixed position relative to the seat base, or the hinge mechanism between the seat bottom and seat back provides more than a simple mechanical hinge, but rather allows for an adjustable distance between the seat back and the seat base such that the user’s back remains in a substantially fixed position with respect to the seat back. For a fixed back chair, in one embodiment, the trajectory of the articulating headrest may be described by a second order equation (i.e., it is a circular trajectory).

The second type of chair (a non-fixed back chair) provides a hinge mechanism between the seat base and one or more sections of the seat back, but does not compensate for motion to prevent relative back-to-seat back movement. The chair with an unfixed back position causes the user to slide along the seatback when the seatback is reclined because the axis of rotation of the seatback is different from that of the user (the user’s hip joint). In the case of the non-fixed back position chair, the position of the user’s spinal pivot point varies with respect to the chair, further complicating the task of maintaining the headrest substantially coincident with the headrest articulating arch, as previously discussed.

For a chair with a non-fixed back position, the equation describing the trajectory is further complicated by the movement of the seat back toward the user’s back. In one example, a third order equation can be used to describe the correct trajectory. By properly designing a linkage mechanism to follow the correct trajectory, a correct neutral position can be achieved.

Other types of seats may also use an articulating headrest. Seats can take many shapes and forms and can be segmented into a number of different pieces or can appear externally as one piece but may contain internal segments. Similarly, a “headrest” or headrest portion may be a separate portion of a seat that is adapted to engage a head, or it may be a portion of the seat, cushion or the like that rests against a person’s head. Headrests can come in a wide variety of sizes, shapes, and styles.

In some embodiments, the headrest 100 articulates along the head/headrest arc in response to the recline of the seatback 105 . In other embodiments, the headrest may additionally or alternatively deploy forward and upward along the head/headrest arc in response to an impact. In addition, the headrest may include an additional pivoting mechanism to keep the front surface of the headrest approximately perpendicular to the user’s head. In addition, the one shown in FIG. 1a or other multi-articulated seat may be positionable to support the user in the supine position with the user’s head held in an approximately neutral position by the articulating headrest.

COWARDLY. Figure 2a illustrates an embodiment of an articulating headrest that uses an extension and/or rotation mechanism. In one embodiment, reclining the seatback causes actuation of the headrest, but in other embodiments the user can move the headrest manually or can move the headrest using motorized assistance. In the embodiment of FIG. As shown in FIG. 2a, a headrest 200 is attached to a seat back 210 by a stem member 230 that extends upwardly from the seat back 210. As shown in FIG. A cylinder 220 receives the shaft member 230 and moves the headrest inward and downward toward the seat back 210 and outward and upward away from the seat back 210 . A rotation mechanism 240 rotates the shaft member 230 and the cylinder 220 relative to the seat back 210 . Two or more shaft members may be used in some embodiments, but one shaft member is shown in FIG. 2 a. Each shaft member may be a cylindrical or other shaped member, and in some cases may be hollow.

The embodiment of FIG. 2a may also include an additional pivoting mechanism 211 to pivot the headrest 200 about a pivot point 212. FIG. The additional pivoting mechanism includes a frame with respect to which the head engaging portion of the headrest pivots about the fulcrum. The additional pivoting mechanism pivots the head engaging portion to maintain the headrest 200 in an approximately normal (tangential) relationship to the user’s head. The additional pivoting mechanism can also be actuated by reclining the seat back 210 .

To obtain a trajectory roughly equal to head arch based on a person’s spine, the pivot mechanism rotates forward and moves the headrest forward as the seatback moves rearward or to a more reclined position. The stem member 230 is pushed outward and extends the head restraint upward even as the seat back moves rearward or to the more reclined position. Similarly, when the seat back is moved to a more upright position, the stem member 230 is pulled into the cylinder 220 and the rotating mechanism 240 rotates backward (clockwise as viewed in FIG. 2a). Thus, both radial and angular displacement is achieved when the seatback reclines (as well as when the seatback is moved to a more upright position).

The combination of cylinder 220 and shaft member 230 and pivot mechanism 240 are mechanically actuatable in response to recline of the seat back. In one shown in FIG. As shown in FIG. 2 b , a linkage 250 is connected to a hinge 255 and/or a seat base 252 . When the seat back is reclined, the linkage 250 transmits this movement to the cylinder/stem member and pivot mechanisms to mechanically pivot the headrest. Motorized assistance may be provided in addition to or in place of such mechanical actuation. Various mechanical, hydraulic, or pneumatic mechanisms can be used to power the joint. For example, techniques used to move and/or adjust seats and/or powered beds may be used. In one embodiment, the articulating headrest may be rotated simply by the pivot mechanism (without the rod member extending outward) in response to the recline of the seat back.

As shown in FIG. As shown in FIG. 2c, the seat may be a seat with a fixed relationship between the seat base 262 and the seat back 210. FIG. A pivot point 265 may allow both the seat base 262 and the seat back 210 to recline. A linkage 260 transmits this movement to the cylinder/stem member and rotation mechanisms to mechanically articulate the headrest.

Another embodiment is shown in FIG. 2T. In the embodiment of FIG. As shown in FIG. 2d, the seatback 210 is connected to a second seatback portion 272, which in turn is pivotally connected to a seat base 274. As shown in FIG. The seat back 210 can be telescoped into the second seat back portion 272 to increase or decrease the overall height of the seat back. The seatback 210 may also be pivotally adjustable relative to the seat base 274 and the second seatback portion 272 . A link mechanism 275 can be used to indicate the angular displacement of the various seat sections.

In some embodiments, multiple linkage mechanisms may be used to reflect multiple relative position changes in seats that are adjustable in two or more ways. Additionally, some embodiments may electronically actuate the linkage or may provide a computer assisted linkage function in which a computer processes the various seat angles and positions and moves the headrest component into position via electronic motors. Some embodiments may include intelligent seat technology that remembers the correct seat settings after positioning and storing the user, or that recognizes or approximates the correct settings for a particular user.

The angle of displacement of the pivot mechanism (•) and the radius to which the stem member is extended (R) may be a function of the geometries of the seat and seat occupant to be tracked, as previously discussed in relation to determining the headrest articulating arc. The proper mechanical relationships can be implemented through a variety of mechanical or electronic means known to those skilled in the art.

COWARDLY. 3 illustrates another embodiment of an articulating headrest. The headrest of FIG. 3 is moved along a head arch path using a curved stem member or members that extend into the seat back. Again, only one stem member is shown for simplicity, but those skilled in the art will recognize that one, two, or other number of stem members may be used to support the headrest. In the embodiment of FIG. In FIG. 3a, a headrest 330 is attached to a stem member 320. In FIG. The stem member 320 is inserted into a cavity 335 in the seat back 310 . The stem member 320 is pushed up when the seat back 310 is reclined, causing the headrest to move up (i.e., in the Z-direction) and forward (i.e., in the Y-direction) with respect to the front 312 of FIG Seatback 310 in response to the seatback being reclined. Similarly, the headrest 330 is moved downward and rearward relative to the front 312 of the seatback 310 in response to the seatback being positioned in a more upright position. A linkage mechanism (as previously described in relation to Figures 2b-2d) may be used to actuate headrest movement in response to user input or user movement/reclining.

The rod member 320 may be mounted to allow rotation along its longitudinal axis so that the rod member may be rotated to better fit the dimensions of the seat back 310 . Such rotation allows the curved rod members to be stowed flush with the plane of the seat back 310 back. A greater degree of curvature in the stem member generally causes greater difficulty in stowage the smaller the radius of curvature of the stem member (i.e., the sharper the curve in the stem member). The overall shape of the curved stem member is defined by the articulating arch of the headrest, which can be configured to approximate the arch of a user’s head, as previously discussed.

In an alternative embodiment, one or two curved stem members may be used and the headrest may slide along the curved stem members. In this embodiment, the headrest can be moved along the curved shaft members into position along the articulated arch of the headrest. The curved stem members can also rotate along their axes to facilitate proper positioning of the headrest and/or allow for a more compact design. Again, a linkage may be used to articulate the headrest in response to adjustment of the seatback angle.

FIG. 4a-4e illustrate another embodiment of an articulating headrest. The embodiment of FIG. 4a-4e uses a multi-linkage mechanism to provide the angular reinforcement used to provide the appropriate articulated headrest arch. As shown in the perspective view of FIG. As shown in FIG. 4a, this embodiment includes a seat back 410 to which a lower portion (located at a location corresponding to a lower value along the Z-axis) of the link mechanism 404 is attached, and a headrest 400 to which an upper portion of the joint is attached mechanism 404 is attached. The linkage mechanism 404 includes a floating frame 440 suspended between the headrest 400 and the seat back 410 by connectors. Two lower front connectors 465a and 465b attach respective vertices 444a and 444b of floating frame 440 to attachment points 467a and 467b of seat back 410. Thus, when viewed from the front (viewed straight along the Y-axis), the upper portion of the seat back or seat back frame , the connecting members 465a and 465b and the front member 442a of the frame 440 forms a trapezium (see Fig. 4b) with the lower portion attached to the seat back being the larger of the two parallel sides.

Similarly, two rear lower links 460a and 460b respectively attach corner points 444c and 444d of floating frame 440 to attachment points 462a and 462b (not shown but located at a location symmetric to 462a on the opposite side of the seatback along the X-axis ) of the seat back 410 (see the rear view of Figure 4b). In addition, two upper front connectors 455a and 455b attach vertices 444a and 444b, respectively, to attachment points 457a and 457b of headrest 400, and two upper rear connectors 450a and 450b attach vertices 444c and 444d, respectively, of floating frame 440 to rear attachment points 452a and 452b (not shown, but located at a location symmetric to 452a on the opposite side of the seat back along the X-axis) of the headrest 400.

With respect to a midpoint of the frame 440 , the seatback attachment points are positioned outwardly from their respective frame vertices toward the corners of the seatback 410 . In some embodiments, the seatback attachment points may be located radially outward from the center of the frame 440, and in other embodiments, the seatback attachment points may be spaced outwardly from their respective floating frame attachment points along or perpendicular to either a front member 442a or a rear member 442b of the frame 440 . While the corner attachment points on the seatback 410 and headrest 400 may coincide or nearly coincide with the corner points of the top surface of the seatback frame and the bottom surface of B. the headrest frame, this depends on the geometry of the seatback and headrest, and the skilled person a wide variety of connection options will be evident. In some embodiments, the linkage mechanism 404 can be attached at points well within the corners of the top surface of the seatback 410 . In some embodiments, these surfaces may not be flat and other geometries may be formed throughout the mechanism.

In the illustrated embodiment, the frame 440 includes a biasing mechanism 420 and has an overall trapezoidal shape (eg, see the top view of the frame 440 in Figure 4e). Die äußeren Rahmenelemente 430a und 430b werden durch den Vorspannmechanismus 420 (z. B. eine Feder) vorgespannt, sind jedoch entlang der vorderen und hinteren Rahmenachsen verschiebbar, die durch das vordere Element 442a und das hintere Element 442b definiert sind. Die Länge der hinteren Verbindungselemente 450 a und 450 b und 460 a und 460 b sind größer als die jeweiligen Längen der vorderen Verbindungselemente 455 a und 455 b und 465 a und 465 b. In einer Ausführungsform haben die vier vorderen Verbindungselemente eine erste Länge L1 und die hinteren Verbindungselemente eine zweite längere Länge L2. Die längere Länge der hinteren Verbindungselemente sorgt für einen Winkelgewinn, wenn die Kopfstütze nach vorne (in Y-Richtung) und nach oben (in Z-Richtung) geschwenkt wird. As shown in FIG. Wie in 4c und 4d gezeigt, schwenkt die Kopfstütze und kann nach vorne bewegt werden, wenn der Sitz zurückgelehnt wird, um eine Artikulation entlang eines Bogens bereitzustellen, der in einigen Ausführungsformen den Kopf eines Benutzers in einer neutralen oder nahezu neutralen Position hält. Dieser und andere Gelenkmechanismen können auch durch den Benutzer einstellbar sein und/oder verwendet werden, um eine andere Position bereitzustellen, wie etwa eine Sicherheitsposition oder eine Aufprallposition, in der die Kopfstütze nach vorne gedreht wird, um die Kopfbeschleunigung zu stoppen.

In einer Ausführungsform sind die verschiedenen Verbindungselemente und der Rahmen metallisch, um Festigkeit, Steifigkeit und Haltbarkeit bereitzustellen. Diese Eigenschaften können zum Beispiel in einer Automobilanwendung nützlich sein, in der der Gelenkmechanismus im Falle eines Aufpralls, der dazu führt, dass der Kopf eines Passagiers kräftig gegen die Kopfstütze prallt, einer großen Belastung ausgesetzt sein kann. In anderen Anwendungen oder auch in Automobilanwendungen können andere geeignete Materialien verwendet werden. Ein Fachmann wird erkennen, dass ein geeigneter Gelenkmechanismus unter Verwendung einer Vielzahl von Materialien hergestellt werden kann, einschließlich einer Mischung verschiedener Arten von Materialien und Komponenten. Beispielsweise können Kunststoff- oder Messingbuchsen für die Haltbarkeit von Gleitlagerkomponenten und/oder Drehpunkten verwendet werden. Darüber hinaus können metallische oder verstärkte Kunststoffe für verschiedene Verbindungen, Verbindungselemente und Rahmen verwendet werden.

Wie bei anderen Ausführungsformen kann der Mehrgelenk-Gelenkmechanismus durch Neigen des Sitzes und/oder der Sitzlehne 410 betätigt werden. Zum Beispiel kann ein Gestänge 475 bereitgestellt werden, um es an dem Rahmen 440 anzubringen (siehe z. B. Fig. 4c). oder zu anderen Abschnitten des Gelenkmechanismus 404 oder der Kopfstütze 400 von der Sitzlehne 410 . Das Gestänge 475 kann das Kopfstützengelenk verbinden, um Einstellungen auf vielfältige Weise zu bewirken. Das Gestänge 475 kann mit einem anderen Abschnitt des Sitzes (z. B. einem zweiten unteren Sitzlehnenabschnitt, einem Sitzbasisabschnitt, einem Sitzsockelabschnitt usw.) verbunden sein, sodass das Gestänge 475 dies kann, wenn sich der relative Neigungsgrad des Benutzers ändert betätigt werden. Das Gestänge 475 kann auch mit einem Motor gekoppelt sein, der vom Benutzer betätigt wird, um die Kopfstützenposition einzustellen, entweder unabhängig von oder zusätzlich zu irgendeiner Wirkung, die durch das Neigen des Sitzes verursacht wird. Die Kopfstützenposition kann in einigen Ausführungsformen motorunterstützt oder gemäß einem computergestützten Steuersystem eingestellt werden.

Eine Ausführungsform eines alternativen Innenrahmens ist in Fig. 7 gezeigt. 4 f. In der Ausführungsform von FIG. In 4f wird ein rechteckiger innerer Rahmen 440′ verwendet. Der rechteckige Rahmen umfasst gegenüberliegende Seiten, jeweils ein vorderes Element 442a’ und ein hinteres Element 442b’ . Äußere Rahmenelemente 430a’ und 430b’ werden durch einen Vorspannmechanismus 420′ vorgespannt, sind aber entlang den vorderen und hinteren Rahmenelementen 442a’ und 442b’ verschiebbar. In diesem Fall sind die äußeren Rahmenelemente 430a’ und 430b’ L-förmig, einschließlich einer Biegung, so dass sie sich jeweils von Drehpunkten 444a’ bis 444c’ und 444b’ bis 444d’ erstrecken. Verbindungselemente können die Schwenkpunkte 444a’ , 444b’ , 444c’ und 444d’ mit einer Sitzlehne und einer Kopfstütze auf die verschiedenen zuvor beschriebenen Weisen verbinden.

Die zum Anlenken einer gelenkigen Kopfstütze erforderliche Aktivierungskraft kann abhängig von ihrer Position variieren und kann auf nichtlineare Weise variieren. Zum Beispiel können an Punkten, die näher an der vollständig verstauten Position liegen, wo die Sitzlehne ungefähr parallel zur Z-Achse ist, andere Kräfte erforderlich sein, um die Kopfstütze zu schwenken, als wenn die Sitzlehne zurückgelehnt ist und/oder wenn die Kopfstütze nach vorne und oben ausgefahren ist im Falle eines Absturzes. Darüber hinaus kann die Kopfstütze dazu neigen, in verschiedenen Positionen (z. B. nach vorne und oben ausgefahren) strukturell steifer zu sein als in anderen (z. B. aufrecht). Eine solche Variation der Kräfte und der Steifigkeit kann bis zu einem gewissen Grad durch Designentscheidungen kompensiert werden und kann in verschiedenen Ausführungsformen in unterschiedlichem Maße bestehen bleiben. Beispielsweise können Nautilus-Nocken oder andere verschiedene Hebelmechanismen verwendet werden, um nichtlineare Verbindungsmechanismen bereitzustellen, die eine ausreichende Kraft liefern, um die Kopfstütze um den geeigneten positionsabhängigen Betrag zu bewegen.

FIG. 5a – 5c veranschaulichen eine andere Ausführungsform einer gelenkigen Kopfstütze. In dieser Ausführungsform sorgen eine Stangenanordnung mit variabler Länge und eine Scharnieranordnung mit variabler Trennung für eine Kopfstützenbewegung, die sich einem Kopfbogen für einen Benutzer annähert. Das heißt, die Bewegung der Kopfstütze ist so ausgelegt, dass sie sich ungefähr der natürlichen Kopfdrehung des Benutzers um den zervikothorakalen Übergang annähert. As shown in FIG. 5 a, a headrest portion 500 is attached to a seat back 510 by a variable length rod 515 and a hinging mechanism 501. The variable length rod 515 extends at a first end from a drive cylinder 512 which extends the rod 515 and retracts the rod 515 as the headrest and seat back 510 are moved with respect to each other (the overall assembly length varies, and the rod may be of fixed length or telescoping). A support member 522 and block 514 may be used to affix the rod and/or cylinder 512 to the seat back frame. A second end of the rod 515 is attached to the headrest via a block 560 and a support member 562. The support members 522 and 562 allow pivotal motion of the rod 515 with respect to the seat back and the headrest. The hinge mechanism is referred to as separation-varying because unlike a traditional hinge in which the two hinged members remain separated by a substantially fixed distance, the separation varying hinge mechanism articulates the headrest and base further away from and closer to each other due to the remote pivot point.

A base member 525 (base portion) is attached to the rod 515. A link arm 530 is attached to the base member 525 at a pivot point 532. The link arm 530 is also attached to the headrest 500 at a pivot point 534. A second link arm 540 is pivotally attached to the link arm 530 at a pivot point 542. A third link arm 550 is pivotally attached to the ink arm 540 at a pivot point 544, and attached to the seat back 510 at a pivot point 552.

FIG. 5 b illustrates the seat back 510 in a reclined position and the headrest 500 pivoted forward along the approximated head arc provided by the articulation mechanism in this embodiment. As can be seen from FIG. 5 b, as the rod 515 is extended, the base member 525 moves with the rod 515 and the three link members 530, 540, and 550 respectively hinge about their pivots to approximate rotation about a pivot point 502 that approximates a user’s cervicothoracic junction. In another embodiment, the base member 525 may be slidably attached to the rod 515.

FIG. 5 c illustrates a perspective view of a separation varying hinge according to one embodiment. In FIG. 5 c, only one hinge mechanism is shown, but it is to be understood that either one hinge may be used to attach the headrest to the seat back, or multiple hinges may be used in some applications. In the embodiment of FIG. 5 c, the hinge mechanism is shown as having two sides. The first side includes link members 530, 540 and 550 as previously shown in the side views of FIGS. 5 a and 5 b. Additionally, a second set of analogous link members may be used on the other side of the rod 515 to provide stability to the hinge. As illustrated, a link member 594 is connected to the headrest, and a link member 592 is connected to the seat back 500, and another link member (not shown) connects link members 592 and 594 as link member 540 connects link members 530 and 550. The base member 525 may be pivotally connected to 594 and the unseen link member as the base member 525 is connected to the link members 530 and 540. This embodiment may advantageously allow the link members (e.g., 530, 540, 550, etc.) to be produced economically using stamped sheet metal.

Alternatively, a geared or other mechanism may be used to provide the appropriate rotation and spacing between the headrest and seat back while rotation the headrest approximately along an arc of a pivot point beyond the frame of the headrest. Additionally, other linkages and geometric arrangements may be used to provide a similar effect, that of rotating or approximating rotation about a remote pivot point.

FIG. 6 illustrates one embodiment of a crash-deployed articulated headrest. This embodiment includes a headrest 600 which is attached to a seat back 610 by an articulation mechanism 605. A variety of different articulation mechanisms may be employed, including, but not limited to those previously described. The headrest 600 may articulate to keep a head 622 of a user in a position along a head arc 612 defined by the cervicothoracic junction 620 of the user.

It may be generally desirable to limit the amount of motion of a person’s head in the event of a vehicular crash. In the event of a head-on crash, a person usually recoils (due to an air bag or seat belt) and impacts the seat and headrest. The rearward momentum can cause severe neck and back damage, whiplash, etc., when the person’s spine pivots and the rearward head movement is not arrested. For example, if a traditional headrest is not extended upwardly to the proper position, and a person’s lower neck impacts the headrest, the lower neck becomes the pivot point, and the head continues to rotate backwardly. Having a headrest in the proper position to arrest the backward movement of the head may eliminate or reduce injuries.

Similarly, in a rear-end crash situation, the person’s head is immediately jolted backwards. If the headrest is positioned too low and does not arrest the motion of the head, then severe injury may result. In the case of a rear end crash, the time to adjust headrest position in response to the crash is even less than in the head-on crash situation.

The headrest 600 may be maintained in a variety of user positions in normal use. The headrest may articulate responsive to reclining the seat back or may simply be positionable either manually or electronically by the user. The headrest 600, however, also deploys forwardly when a crash is detected. Thus, the headrest 600 is also shown (in dashed lines) in a forward or deployed position 601. A deployment mechanism 640 operates responsive to a crash sensor 630 to deploy the articulated headrest forwardly along the head/headrest arc 612. The deployment mechanism may be an electronic or pyrotechnic mechanism that is triggered by the crash sensor 630 to deploy the headrest forwardly. Various techniques that are presently used to deploy airbags and other vehicular safety mechanisms may be used to move the articulated headrest.

Similarly, the crash sensor 630 may use known technologies to detect when a crash occurs (or more accurately to detect conditions that appear to indicate that a crash has occurred), as done for airbags and other vehicular safety restraints. For example, a force sensor may sense the change of inertia occurring due to sudden deceleration in a crash. Impact or other sensors may also be used. The crash sensor 630 may or may not be located in a portion of the seat or near the seat depending on the choice of technology to detect when a crash occurs.

In some embodiments, the crash sensor 630 may be particularly selective about when to deploy the headrest 600 to the forward position 601. In the event of a crash, the headrest 600 will typically need to be deployed forwardly in a rapid and perhaps forceful manner in order to be properly positioned in time to reduce the backward motion of the head that typically causes whiplash and other problems. Since a rapid deployment is needed and the head may be impacted in an erroneous deployment, extra certainty that a particular type of accident has occurred may be appropriate. Thus, in one embodiment, front and rear end collisions of greater than a selected threshold of intensity trigger the deployment mechanism 640. Additionally, the direction of impact may be considered to avoid moving the headrest forwardly in the event of a side impact.

FIG. 7 illustrates another embodiment of an articulated headrest 705. The embodiment of FIG. 7 may be a portable or stand-alone headrest usable with various human support devices such as a bed or other reclining furniture or medical apparatus, or may be integrated with a reclining furniture or medical device such as a hospital bed. The headrest includes an articulated portion 708 to support a head 700 of a user. The articulated portion 708 is covered by padding 709 and may be articulated along a head arc 704 defined by cervicothoracic junction 702 of a head 700 of a user.

The articulated portion 708 attaches to a base portion 706 and is articulated upwardly by a scissors mechanism 707 or another articulation mechanism. For example, a torsion hinge parallelogram mechanism may be used to provide articulation of the articulated portion. Alternatively, a variable geometry trapezoidal mechanism may also be used. In some embodiments, the portable or stand-alone version may not articulate along the head arc, but rather may just articulate upwardly and/or forwardly along a different trajectory, and may cause some skin shear. The scissors mechanism 707 has a first scissors member 713 pivotally attached to a second scissors mechanism 715. In one embodiment, a ratio of lengths of the front portion of each scissors mechanism to the back portion of each scissor member may be used to provide the angular gain to provide proper headrest articulation. For example, as shown in FIG. 7 , forward portions of the scissors members 713 and 715 in front of the pivot point 717 may be of a length L1 and back portions of a length L2. The ratio of L1 to L2 defines the trajectory of the articulated portion 708. In some embodiments, attach points 721 and 723 may be slidable with respect to respectively the base portion 706 and the articulated portion 708 to provide forwardly motion (in the Y direction) as well as upwardly motion (in the Z direction).

In some embodiments, the headrest may be manually adjustable; however, in the embodiment shown, a motor 720 actuates the scissors mechanism 707 to electronically adjust the headrest position. A linkage 725 attaches the motor 720 to the scissors mechanism 707 to provide electronically assisted articulation, of the upper portion of the headrest that engages the user’s head. A variety of pneumatic, hydraulic and/or various mechanical solutions may be used. For example, the types of mechanisms used to electronically adjust current car seats or hospital beds, mechanized chairs, or the like may be appropriate for various applications.

A control panel 730 allows the user or other person (e.g., hospital staff) to adjust the position of the user’s head. If the headrest articulates about the user’s cervicothoracic junction 702 as its pivot point, the motion of the user’s head does not need to move the position of the head along the padding 709. Therefore, the padding and/or the user’s hair do not bunch up or cause frictional rubbing. Such a headrest may be particularly useful in a hospital environment where it is desirable to move patients’ heads without causing other discomfort. Additionally, such an articulated headrest pillow also provides a more comfortable head adjustment for able-bodied users.

Often, when a user reaches a certain degree of recline (a transition zone), the user desires rest and no longer desires to maintain a neutral position. Therefore, as shown in FIG. 7 b, in one embodiment the articulated headrest offers a transitional zone, in which the user can elect to place the headrest in a flat position, or at least closer to flat position than the neutral position, in order to lay back and rest. Thus, the headrest 751 may have a first position 770 with respect to the seat back 753 or a second position 771. A separate control may be used in mechanized embodiments to move the headrest into a flat position via an adjustment button that causes the headrest to move to a flat position. In one embodiment, adjusting to flat may be available from an angle of recline of the seat back of approximately forty five degrees from the Z axis or more. The flat position may be flat or aligned with respect to the seat back, with respect to horizontal, or may in fact be some other non-neutral position or position off the headrest arc trajectory. Such a transitional positioning may be advantageous in both bed-type and seat-type applications.

Compensating for varying sizes of users is one challenge in developing a headrest that approximates an arc defined by the user’s anatomy. Various embodiments of articulated headrests may include independent adjustment mechanisms of various types to compensate for user’s sizes and/or particular preferred positions. For example, an independent adjustment mechanism including a release lever and a forward biasing mechanism may be used in one embodiment. One example of an independent adjustment mechanism 800 is shown in FIG. 8 a. A release lever 805 may prevent one or more springs 815 (e.g., there may be springs one both sides of plates) from pressing together interleaved plates 810 that form a brake holding the headrest in place. For example, the plates may be steel or another metal or other material which when pressed together. form a frictional coupling to hold member 820 a in place with respect to member 820 b. When the release lever 805 is in the release position (as shown), then members 820 a and 820 b can move with respect to each other relatively freely.

When a user wishes to adjust the headrest, the user may pull the release lever. A biasing mechanism 850 (e.g., a spring) shown in FIG. 8 b biases the headrest forwardly, with the headrest articulating forwardly as previously described on one of variety of articulation mechanisms. The user may then push the headrest backwardly with their head against the force of the biasing mechanism 850 and release the release lever to brake the headrest in its current position.

Another way in which the varying sizes of users may be compensated is by various other seat adjustments. For example, the telescoping seat back of FIG. 2 d may help compensate for the height of the torso of a user. Additionally, different persons may have very different spine curvature. An extreme case is a person whose neck is bent significantly forwardly. Another extreme case is a person whose upper spine is relatively flat or straight. Variations between different spines may be compensated by adjusting the pivot point of the head/headrest arc. In many applications, the pivot point will fall approximately three to seven inches in front of the seat back/headrest in the upright position. By moving the pivot point via adjustable articulation mechanisms, various different sizes of persons and shapes of spines may be accommodated. Additionally, by providing a horizontal sliding mechanism that slides the headrest forwardly or backwardly (when the seat back is upright), spine curvature may be accommodated.

An articulated headrest may be deployed in a great variety of applications. Various furniture items may provide improved ergonomics by using an articulated headrest, such as office chairs, particularly high end office chairs, chairs designed to be used with adjustable-position liquid crystal display monitors on a pivot arm, recliner chairs, lounge chairs. Additionally, many types of vehicular seats may benefit from an articulated headrest, either or both in terms of safety and ergonomics. For example, car seats, train seats, airplane seats, truck seats, coach seats, etc., may all employ articulated headrests. Moreover, patient care systems, hospital beds, other beds, couches, and other reclining items may also employ articulated headrest technology.

While certain embodiments have been described to have certain features (such as mechanical actuation, electrical control, motorized assist, crash deployment, articulation in response to reclining, independent adjustment, etc.), these various features may be used with any articulation mechanism as may be appropriate for a particular application. Also, while certain articulation mechanisms have been disclosed it is to be understood that various other articulation mechanisms may be within the spirit and scope of various embodiments of the invention. Other embodiments mechanisms may be used to articulate a headrest along an arc that substantially coincides with a head arc and/or which maintains a neutral position. Moreover, other embodiments may seek to limit, reduce, or minimize deviation from such an arc by approximating the arc, in some cases through a particular range of motion.

Additionally, while various articulation mechanisms have been described, it should also be noted that it may be desirable to cover such mechanisms for aesthetic or practical reasons. For example, a user’s hair might otherwise get caught in some articulation mechanisms. Thus, a plastic, cloth, leather, or other casing may be employed in some embodiments to cover and/or mask the articulation mechanism. In some embodiments, the articulation mechanism may be cloaked within a unified covering for a seat which extends from the seat back portion over the headrest, providing a unified look for the seat and headrest. In other embodiments, a flexible casing may just extend between the headrest and the seatback. In yet other embodiments, the articulation mechanism may remain exposed. In some embodiments, the base portion to which the headrest is attached may be a traditional seat back or a portion of a segmented seat. In other embodiments, the base portion may be other types or parts of seating, sleeping or other furniture items to which an articulation mechanism may be attached to articulate a headrest portion for user comfort, safety, or other reasons.

Thus, an articulated headrest and associated methods is disclosed. While certain exemplary embodiments have been described and shown in the accompanying drawings, it is to be understood that such embodiments are merely illustrative of and not restrictive on the broad invention, and that this invention not be limited to the specific constructions and arrangements shown and described, since various other modifications may occur to those ordinarily skilled in the art upon studying this disclosure.

The 13 Most Comfortable Recliner Chairs (August 2022)

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It’s not hard to see why people might want to find the most comfortable lounge chairs on the market.

There is hardly a better feeling than sinking into a good recliner at the end of a long day.

But “good” is the key word.

Unfortunately, some manufacturers these days are opting for style over substance and focusing more on complementing your interior design than providing the right amount of lumbar support and overall comfort.

And since the cheap chairs are designed to look like the most comfortable chairs, it can be difficult to tell which is actually a comfortable chair when you search online.

To help you find the most supportive and comfortable recliner for you, we’re going to round up over a dozen of the best recliners on the market today in this post.

We also explain which additional functions and important factors to look out for in order to find the best recliner.

What is the most comfortable recliner?

Breakdown of the most comfortable loungers on the market

Overall the most comfortable recliner ↓

Features:

4.3 stars 21 ratings

Soft, semi-rigid cushions

Available in 3 colors

Advantages:

Christopher Knight’s Mozelle Classic tops our list because it’s built from the ground up for ultimate comfort.

With extra padding on the seat, armrests and adjustable footrest, it’s an excellent choice for those who want comfort and support for their whole body.

What is special about the Mozelle, however, is that it manages to offer maximum comfort without taking up too much floor space:

At just 34.5 inches wide and 39 inches deep, it’s simply the best option if you’re short on space.

Besides being plush and practical, it also offers a modern look and comes in three different colors – beige, brown or gray – to suit almost any design aesthetic.

Promising rating:

LOVE LOVE LOVE THIS CHAIR!!!

If you are looking for a super comfy rocking/lounge chair that fits in a smaller space (kids room, guest room etc) then this is the chair for you!!!

I’ve been looking for a smaller armchair that is both stylish and comfortable for a long time and hit the jackpot with this one!

– retired101012

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Most comfortable recliner for sleeping ↓

Features:

4 stars 579 reviews

Cup holders on both arms

Available in 3 colors

Advantages:

While the Mozelle above is the best chair for those with smaller spaces, the Gannon is a great option for those with more floor space.

Wider and deeper than the Mozelle, it offers more seating space in an upright position and more leg support in the fully reclined position, making it perfect for a cozy, comfortable night’s sleep.

In addition to comfort, it is also well constructed:

Built on a sturdy hardwood frame, it can support a body weight of up to 300 pounds, making it a good choice for tall and tall people who may need a chair that offers a little more support.

Promising rating:

My husband loves his new chair! It sits upright in a comfortable position and also reclines far enough for him to take a nap.

– Misty B

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The most comfortable leather chair ↓

Features:

4.1 stars 179 ratings

Leather gel padding

Available in 4 colors

Advantages:

For those who want to combine comfort with the classic leather look, we actually recommend Leather Gel, which gives you the same look but is much easier to clean.

This pretty model from Greyson Living uses high quality leather gel and comes in a wide range of colours, including blue and red options that go beyond the typical neutral hues.

And besides its great looks, it’s one of our top picks for comfort thanks to its super-soft seat cushion, armrests, backrest and footrest, which are arguably the most important things in terms of comfort.

Promising rating:

LOVE this chair! I was a little apprehensive ordering unseen but I’m so glad I did!

The color is beautiful and matches my color scheme perfectly, it was easy to put together (came in 4 pieces), looks like real leather and on top of that it’s very comfortable!

– Debra P

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The most comfortable Lazy Boy recliner ↓

Features:

4.7 stars 32 ratings

Comes with a lifetime guarantee

Available in 5 colors

Advantages:

La-Z-Boy built all of his reputation making great armchairs that you can put in front of the TV and sink into for hours.

And the Mateo is one of their plushest, most comfortable and supportive models, making it a great addition to any living room or den.

In addition to the main seat position, it offers two recline angles that are easily adjusted with the classic La-Z-Boy handle/lever on the side.

What is particularly nice about the Mateo is that it is available in two different upholstery versions:

There’s a polyester version that comes in grey, dark gray and beige, and a (slightly more expensive) leather match option that combines top grain leather with premium PU leather that comes in either black or tan .

Promising rating:

After almost a year of searching, I finally found the perfect recliner.

I wanted a recliner that had the comfort and sturdiness of the oversized without the big chunky recliner look. I actually bought two!

– Anonymous

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Most comfortable rocker recliner ↓

Features:

4.6 stars 242 reviews

Electronic reclining function

Available in 4 colors

Advantages:

Specially designed for breastfeeding mothers, the Babyletto Kiwi is the perfect chair for pregnant women, but also possibly the best choice for anyone looking for stylish and comfortable swivel chairs.

While the 270-degree swivel allows you to pivot in almost any direction, its best feature is the electronic recline function, which lets you recline and extend the leg brace with the push of a button.

In addition, it has a USB port for easy connection of your phone or favorite device and is available in four different color options.

Promising rating:

This is a very nice chair… it’s very comfortable, well shaped and has a really nice glide.

The electric backrest is very quiet and the fabric is very soft.

It fits me perfectly (I’m 5’4) with my feet still touching the ground. Overall I am very happy with this chair!

– ash

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Most comfortable recliner for seniors ↓

Features:

4.8 stars 17 ratings

Heat and massage function

Powerlift for supported standing

Advantages:

This oversized recliner from Overstock is the perfect chair for the elderly with back pain or limited mobility due to other health issues.

Its special features include both a heated massage function and power-lift functions that make it easy to get out with just the push of a button.

The massage targets eight different points on the body, which can help improve circulation, while the warming targets the lumbar region of the lower back.

Promising rating:

I love this chair! It’s comfortable, easy to use, and since it straightens me up, it relieves the pain of spinal stenosis. What a difference.

– Brenda S.

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Most comfortable relaxation sofa ↓

Features:

4.2 stars 152 reviews

Each seat reclines independently

4 seater model also available

Advantages:

This daybed from Copper Grove is also available as a four-seater option, allowing each seat to be reclined separately.

Its cushions are made of high-density foam that’s easy to sink into, while the polyester microfiber upholstery is both soft and easy to clean.

Promising rating:

I love this daybed. So comfortable and looks great in my living room.

So easy to assemble. The seats also click together. We recommend.

– Suzanne C.

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Most comfortable two-seater deck chair ↓

Features:

4.3 stars 276 ratings

Advantages:

Beautiful, comfortable and well constructed, this Christopher Knight love lounger is perfect for two people who want a piece to snuggle into but don’t have the space for a full day lounger.

The 400-pound weight capacity accommodates most people, while the microfiber padding is soft and easy to clean.

Promising rating:

This recliner is very durable and comfortable. It looks so beautiful in my home.

My biggest regret is that I didn’t buy it sooner!

– Jolanda C.

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Features:

4.4 stars 17 ratings

Electronic power backrest

Available in 2 colors

Advantages:

The best way to describe Christopher Knight’s stately power recliner would be to simply call it ‘sophisticated’.

In addition to handcrafted details such as the decorative upholstery nails that line the front of the armrests, it offers plenty of comfort:

A plush, tufted back, rounded arms, and a motorized tilt feature offer as much comfort as its handsome looks add style.

Promising rating:

Very good quality, easy to assemble. This is a recliner that doesn’t resemble the typical huge and overwhelming look of so many recliners.

It’s also comfortable and its engines are quiet.

– Relic211

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Features:

4 stars 153 ratings

Full size footrest

Steel adjustment mechanism

Advantages:

This soft and upholstered recliner from Copper Grove is a great choice for anyone looking for a simple, no-fuss recliner at a reasonable price.

It only requires 5″ of clearance from the wall, making it great for tight corners or small spaces, along with deep padding on the back, armrests and headrest for added comfort.

Promising rating:

This recliner is very comfortable. It’s nice to relax or even doze off for an afternoon nap.

The material is surprisingly soft and fits perfectly into our living room at home. It’s super beautiful and great for all ages.

– Derran H.

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Features:

4.4 stars 24 ratings

Full lying support between chair and legrest

Available in 3 colors

Advantages:

The Deinze is a Wide Wall Hugger that puts comfort first.

There is a full chaise pad between the chair and the leg rest, which offers more comfort than the flimsy padded pole used by many lounge chairs.

Plus, it’s padded in all the right places, and its cushions are made of the kind of high-density foam you can sink straight into.

Promising rating:

Would highly recommend to family and friends. Great quality and extremely comfortable.

Very easy to put together. Very high back. Plenty of space to sit, sleep and lie down…

–Robert G.

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Features:

4.5 stars 2 ratings

Adjustable headrest

2 cup holders

Advantages:

The Composer is another electric recliner with comfort and style, the perfect recliner for a home theater:

In addition to the adjustable headrests and cup holders on both armrests, the Composers are equipped with LED lights along the base and back of the chair, giving you the full cinematic experience.

Promising rating:

Much better than I expected

Exceeded what I saw online. The material makes a very robust and well-made impression.

– Elizabeth M

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Features:

4.3 stars 301 reviews

Separate matching stool

Available in 2 colors

Advantages:

This model from Flash Furniture is one of the few armchairs on this list that comes with a separate ottoman. It has plush cushions and a timeless, classic style.

Promising rating:

I love the colour, comfort, quality and size of this chair! Bonus is a footstool and it all comes at a great price.

I’m 67, five foot 8, 170 lbs and have room to spare. Love it!!!

– Christina M

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Features:

4.3 stars 47 ratings

Genuine leather upholstery

Available in 16 (!!) different color combinations

Advantages:

This recreation of the classic Eames chair packs a ton of comfort into a stylish and iconic design.

It’s easily one of the most popular furniture designs of the 20th century, as it combines the smooth, curved lines of its outer shell with an upholstered, semi-soft seat that’s easy to sink into.

Available in a whopping 16 different color combinations, each option combines genuine premium leather with a premium plywood frame for a classic and distinguished look that even Don Draper would envy.

Promising rating:

This chair is so comfortable, it’s worth every penny! Real leather, very soft, very structured. The wood is natural walnut. The quality of the materials and the wood are beautiful! I love the chair!

– Customer with excess inventory

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How to choose a comfortable recliner

When you are looking for a comfortable recliner, it is important to find one that suits your needs.

There are many different types of lounge chairs on the market, so it’s important to do your research before you buy.

Here are a few things to consider when buying a lounge chair:

First, consider your budget. There are many different price points for lounge chairs, so you should find one that fits your budget.

(Opting for basic manual couches instead of an electronic one with lots of extra features can be a great way to save some money.)

Second, think about the type of material you want your recliner to be made of.

There are many different fabrics available, including expensive full-grain leather upholstery, a cheaper faux leather option that achieves a similar look, or other synthetic fabrics that help keep the price down.

Third, consider the style of the lounge chair. Do you want something traditional or something more modern?

Fourth, measure the space where you will place the recliner to ensure it is comfortable.

And finally, if you are checking out chairs online, be sure to read some reviews of comfortable lounge chairs.

The highest quality recliner chairs tend to be the ones that have many reviews (think 30 or more) where real people who have already bought the chair have pointed out some of its pros and cons.

How to make a recliner more comfortable

Whether you have a new chair that’s not quite right or an old one that’s past its prime, there are a few things you can do to make your chair more comfortable.

First adjust the backrest to find the perfect angle for your needs.

Adding a good lumbar support pillow can make lounge chairs even more comfortable

Second, use a lumbar support pillow (if your chair doesn’t already provide adequate lumbar support) to maintain the natural curvature of your spine.

Third, prop your feet up on a leg rest or stool to take the pressure off your lower back and legs.

Finally, make sure the recliner is the right height for you by adjusting the seat. If you follow these simple tips, you will enjoy your recliner for many years to come.

More tips on stylish and sturdy men’s furniture:

Cuddler Recliner Chairs For You And Your Partner

of 9 Cuddler Recliner Chairs Morgana Manual Rocker Recliner Winston Porter Chair Leather Match Manual Wall Hugger Standard Recliner Leather Match Manual Wall Hugger Standard Recliner (1) Shephard Oversized Manual Glider Recliner CANMOV Electric Power Recliner Chair Breathable Bonded Leather Relaxzen Longstreet Rocker Recliner Cuddler Recliner Chairs For You and your partner buy now

A cuddle chair is for those who enjoy relaxing with loved ones. Also known as an oversized recliner, it’s a cheaper alternative to a sofa or loveseat. Although similar to an armchair, an oversized armchair allows you to snuggle up with your partner or pet.

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Lounge chairs have large seat cushions and arm cushions that provide greater comfort support. The cuddly armchairs are available in different styles and have several functions. If you’re not sure which snuggle chair to buy, we can help. It’s understandable if you’re overwhelmed by the vast selection on the market.

Top Cuddle Chair Loungers

Here are the best cuddle chairs available on the market today.

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This luxurious cuddle chair is ideal for those who enjoy relaxing in comfort. Made of high-density foam, the head and backrest have extra padding, making it more comfortable than most chairs. The spacious lounger allows your legs to stretch over the footrest so you can rock back and forth.

There is also a pull buckle behind the armrest so the snuggle chair can be placed in two positions at 110 degree and 145 degree angles. Partial assembly is required.

advantages

comfort

Easy to assemble

Continuous

Disadvantages

Some have reported that the pieces of the chair don’t stay together

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If you’re looking for a chair that doesn’t take up much space in the living room, check out the Wall Hugger Recliner. Available in three colours, the cuddly armchair is the best way for two people to relax together. Made of high-density foam and high-quality microfiber, it offers a larger capacity, so two people can enjoy sitting together.

The cuddle hair is equipped with a tilt trigger that allows you to adjust the chair to different positions. Like most relaxation chairs, the chair is equipped with a footrest that offers more legroom.

One of the best oversized chairs on the market, the chair features a wide backrest. The oversized recliner also has a thick armrest that allows your body to relax in a reclining motion. In addition, the two-point lumbar massage soothes the muscles. The armrests of the chair are filled with high-quality fibers that can be used as cushions or seat cushions. Partial assembly is required and comes with a six-month limited warranty.

advantages

Cozy

Easy setting

Disadvantages

Part assembly required

Only six months limited warranty

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This recliner is just what you need when you want to snuggle up for a movie or a lazy afternoon. It features oversized back and head support and is upholstered in faux leather for a comfortable experience. All you have to do is pull the external locking handle, push back and relax. It has two reclined positions to choose from and would make a fantastic addition to your home.

Those who bought this armchair really like it and mentioned that it is comfortable, easy to assemble and a perfect size. However, some said it doesn’t appear to be a lounge chair that will last for long periods of time. Despite that, they mentioned that it has a nice finish and is also light and easy to move.

advantages

Fits well in most rooms

Easy setting

Disadvantages

Some have said the chair is not as comfortable as it seems

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This cuddle chair is available in two options – electric and manual. The electric recliner gives you an infinite number of recline positions to choose from. The manual recliner offers three positions. It comes in leather and a plush cover.

The seat cushion also offers you plenty of support – thanks to its C3 pocket coils. To adjust the recliner manually, simply use the handle. For the power version, it comes with a button that you can press. The electric recliner has a USB port so you can charge your devices while you relax.

advantages

Choose between manual or automatic operation

Easy setting

USB port

Disadvantages

No lumbar support for head or back

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Not a fan of having to assemble your recliner? No assembly is required with this chair. It offers comfort, value and style. The recliner is covered in smooth corduroy and has a fabric seat cushion for extra comfort. For ease of use, use the external handle to enjoy a variety of relaxing positions.

The recliner is made of tear-resistant material, making it a durable option. It is also easy to clean, which you can do with a dry cloth. It also comes with a footrest for your legs, making it the perfect recliner for two.

advantages

Versatile

Tear-resistant material

Easy setting

Disadvantages

Has manual controls only

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This manual recliner features padded upholstery and leather material. It ensures a more comfortable sitting experience. A two-button control allows you to activate the recline function.

Whether you’re right-handed, left-handed, or just have a drink in each hand, your new recliner has the perfect spot for your drinks. Two built-in cup holders provide a dinner theater experience at home. The armrest function is ideal for storing books and can help save space.

Two USB charging plugs are hidden in the arm mount and can be charged by connecting the power adapter. You can also charge your tablet or phone while watching a movie or a football game.

After pulling the lever, you can sit back and relax. This is a classic leather armchair that is perfect for your home and is great for two people as it can support a weight of up to 300 pounds.

advantages

Additional features such as cup holders and USB ports

Easy setting

Disadvantages

The installation is not secure

Some parts are wobbly

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This recliner made of imitation leather is a real eye-catcher – thanks to its modern design. Capable of supporting a weight of up to 300 pounds, it is made of luxurious and breathable fabric and high-density foam that provides good support. The chair also has a gentle recline mechanism that provides extra comfort, while brass studs accentuate the backrest.

To recline, all you have to do is pull the lever and you’re good to go. You can rest your legs on the footrest, stretch out, and relax to suit your needs. The chair has a weight capacity of up to 300 pounds.

advantages

assembly required

Robust

Disadvantages

Smaller than expected

Not enough head support

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Last on the list is this rocking chair that comes with everything you could possibly need. Choose the color of your choice before sinking into this plush armchair, equipped with massage functions. It also has USB charging capabilities that allow you to charge your electronic devices while you relax.

The massage motors have eight settings that target four different body zones with five intensity levels. You can adjust heat settings to soothe tired muscles.

The chair itself is covered in microfiber, which is soft and easy to clean. The relax chair also comes with a remote control that you can personalize to offer you an optimal massage.

advantages

Easily accessible remote control

Additional features such as USB ports

Cooking level adjustments

Disadvantages

It’s a vibrating rocker, not a massage rocker

Noise level issues

What should you look for in a cuddly armchair?

Before you buy a recliner, you should know its main features and how the chair works.

material

The basic material of the cuddly chair is crucial. If you want a durable recliner, choose one with a stainless steel base. You can also choose one that is made with a sturdy wooden base and made from recycled wood dust.

upholstery

The next thing you should think about is the upholstery of your armchair. Since you will most likely be sitting in a reclined motion for a long time. Maybe you want a snuggle chair with extra padding. Soft foam seat cushions are a popular choice. You must ensure that the backrest and armrest padding is suitable for your body and can support your weight capacity.

pad

The power lounger upholstery consists of the fabric of the cuddly lounger. If you are looking for an affordable electric recliner, choose a recliner with a microfiber seat cushion. Leather is a better option, albeit more expensive.

size

You should measure the space where you want to place your cuddle chair. After all, you definitely don’t want to buy a cuddly armchair that’s too small for your living room, for example. However, if you have limited space, you can opt for a smaller electric recliner, but make sure it can seat two people.

Additional functions

Cuddly armchairs are equipped with special properties. For example, some recliner chairs come with USB ports so you can charge your phones, while others come with massage features.

durability

Finally, consider the durability of your recliner. It should be made of a material that is not difficult to maintain. The best cuddle loungers offer sturdiness and are easy to clean. Avoid deckchairs made of flimsy material. Above all, test your electric recliner before you buy it.

Frequently Asked Questions (FAQ) FAQ How do I attach the backrest of a Cuddler lounger? There are three types of backrests: locking levers, locking tabs, or latches and screws. When attaching the locking levers, check the brackets on the sides and make sure they are attached. They must be folded down and attached to the metal posts of the seat. The locking tabs snap into place when you slide the back panel open. Remove the bracket fasteners and tighten to secure the back panel. Use a flat head screwdriver to ensure the tab fits into the slot after the back panel is attached. If the rear panels are screwed on, loosen the underside of the rear panel. Remove the bolts underneath and reattach, making sure they are tight, and hold the back against the seatposts. How do I attach a recliner cable? It can happen that the cable of your sun lounger breaks. Instead of calling a professional, you can fix it yourself. You’ll know when to replace the cord if the backrest moves up and down on its own or won’t recline. To fix this, loosen the cable stopper. Next, pull and tighten the cable. Before tightening the cable stop, make sure it is held against the piston mount. Why is my recliner banging? If your chair is making a strange, metallic, popping noise, your chair may not be level. To fix this, turn your chair over, identify the mounting plate, pull cord, and retaining screw, and see if you can see any signs of misalignment such as paint, abrasion, or metal dust. What causes an armchair to lean on one side? When a recliner leans to one side, it’s often because of its surface, like an uneven floor. Uneven weight distribution will cause your chair to tilt. When one leg or area of ​​the base is higher than others, the weight is heavier in one area than another, stressing components on one side. Why is my recliner rattling? The rattling sound your chair makes comes from the metal parts moving against each other when you sit up or drop the footrest. The mechanisms make a quieter noise when you recline because you recline more slowly.

If you want a different piece of furniture than a couch or sofa for your living room, a snuggle chair is the best option. An oversized recliner is the best option when you’re looking for something that can comfortably seat two people. The chairs are available in faux leather options and other styles.

Thanks to advanced technology, the chairs have power button functions that allow you to relax in style. When creating a focal point for your living room, the best way to do this is with an oversized recliner. The snuggle chairs offer greater weight capacity than loveseat sofas and feature high-density foam support for the back and head.

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