Abstract: A multi-combinational spring mattress includes a frame portion for enclosing and defining a containing space, a bottom layer having a plurality of linear ditches longitudinally and latitudinally intersected at the top of the bottom layer, a plurality of lumps formed among the ditches, and the bottom layer being disposed at the bottom of the containing space, a plurality of spring layers, each having a plurality of individual spring cylinders and stacked onto the top of the bottom layer, a surface layer stacked onto the top of the spring layers, and a wrapping cover for completely wrapping the frame portion, the bottom layer, the spring layers and the surface layer in the wrapping cover, and the spring layers have elasticity coefficients, so that users can change the configuration of the spring mattress or replace any damaged or elastically fatigue spring layer easily.

Abstract: The present invention relates to a variable-size bed (10) comprising a mattress core (16) and a base (14), which base is adapted to support at least a portion of the mattress core, wherein the mattress core and base have adjustable widths or lengths and each of the mattress core and base is changeable between an expanded state and a contracted state corresponding to an expanded state and a contracted state of the bed, respectively, and wherein the bed further comprises a cover means adapted to provide covering over the mattress core in both the expanded state and the contracted state of the bed. The present invention also relates to a vehicle comprising such a variable-size bed.

Abstract: A pressure dispersion system includes a pressure dispersion pad and a pressure dispersing mattress system for body support and sleep. The pressure dispersion pad and pressure dispersing mattress systems reduce pressure points from a supported body to less than approximately 32 mm Hg to reduce or eliminate capillary closing and a resultant reduction in pressure concentration and resultant discomfort and repositioning during sleep. Empirical design from human body pressure mapping is used to identify support zones for which components are selected and assembled in the pressure dispersion support systems for pressure dispersion and relief. In a pressure dispersion support system in the form of a mattress, multiple zones are defined by arrangement of different kinds of support materials, including foam tops such as memory foam or moderate to low density polyurethane, and secondary foam layers or foam base of relatively higher density polyurethane and latex.

Abstract: Disclosed herein is a bed mattress and a method of manufacturing the same, in which a permeable reinforcing member is provided at an upper portion and a lower portion of a spring assembly which is one of frame constituents of the bed mattress, and a foaming material is disposed on the permeable reinforcing member so as to be foamed, so that the spring assembly and the foaming material are integrally formed while the foaming material is expanded through fine holes and/or foam expansion holes of the permeable reinforcing member.

Abstract: A mattress includes reduced-firmness materials along a central region thereof in order to mitigate the occurrence of a central ridge following repeated use of the mattress as a sleeping surface. An associated box spring may also, or instead, present a central region with reduced firmness. An adjustable member may be employed to controllably compensate for the development of a central ridge.

Abstract: A one-sided mattress construction includes a spring assembly with asymmetric spring coils. Only the bottom portion of each spring coil is attached, either to adjacent spring coils or to a bottom surface of the mattress. The top portion of each spring may have a narrowing taper that permits the top to move independent of other adjacent springs.

Abstract: A mattress innerspring having coil-in-coil springs arranged in an array. Each coil-in-coil spring an outside helical coil and an inside helical coil, wherein the outside helical coil has a greater height and diameter than the inside helical coil, each coil having a dual spring rate between that of the outside helical coil and the combined spring rates of the outside and inside helical coils. The coil-in-coil springs may be pocketed or unpocketed in a mattress innerspring.

Abstract: A dual spring support structure for mattresses or other reflexive support structures employs a foam spring in combination with an innerspring or foam core, to provide a multi-mode and multi-structural support surface with a multiple, constant, or complimentary spring rate and support characteristics. Foam springs have geometric cross-sectional configurations with mechanical spring properties which work in concert with the spring properties of foam. Foam springs are used in one embodiment about the perimeter of a wire form innerspring or about the perimeter of a foam core. The foam springs may have a spring rate that is complimentary to, greater than or less than the spring rate of the innerspring or core. Foam springs of different configurations and spring rates can be combined with different types of cores, or used alone to provide a spring or cushioning structure.

Abstract: A modular component mattress can be easily assembled by customer with selectable and interchangeable main mattress components, such as air bladders, springs, water bladders, foam or heater is inserted into a pillow top/tight top etc cover, as well as foam rails that are inserted into a zipper fabric sleeve inside the perimeter of a mattress cover.

Abstract: Disclosed herein is a bed mattress and a method of manufacturing the same, in which a permeable reinforcing member is provided at an upper portion and a lower portion of a spring assembly which is one of frame constituents of the bed mattress, and a foaming material is disposed on the permeable reinforcing member so as to be foamed, so that the spring assembly and the foaming material are integrally formed while the foaming material is expanded through fine holes and/or foam expansion holes of the permeable reinforcing member.

Abstract: A mattress embodying a foam encasement surrounding individually wrapped coils and lacking a barrier separating upholstery layers from the coil assembly. Border material is affixed to sidewalls forming the foam encasement and the upholstery layer is tacked to a base of the foam encasement.

Abstract: There is disclosed a mattress comprising a first border member configured to define an upper periphery of the mattress and a second border member configured to define a lower periphery of the mattress. At least two spring assemblies are positioned within the first and second border members so as to extend between the first and second border members. Each spring assembly comprises an array of coil springs and each spring assembly is positioned such that the coil springs of one spring assembly are not directly connected with coil springs of any other spring assembly.

Abstract: A mattress embodying a foam encasement surrounding individually wrapped coils and lacking a barrier separating upholstery layers from the coil assembly. Border material is affixed to sidewalls forming the foam encasement and the upholstery layer is tacked to a base of the foam encasement.

Abstract: Dampened and zoned innersprings for use in support systems such as mattresses and furniture have dampening inserts in the form of foam pieces which fit integrally with the springs or coils of an innerspring. Dampened innersprings with one or more foam dampeners inserted between springs or coils of an innerspring, and more particularly foam dampener inserts which are configured to extend between multiple adjacent or aligned springs or coils, and which also have segments which fit between individual turns or convolutions of each spring or coil with which the insert is engaged. Mechanical engagement of the innerspring by the foam dampening inserts insures alignment and registration of the innerspring and foam components, and compression and recoil of the individual coils of the innerspring occurs in conjunction with compression and decompression of the foam dampening inserts.

Abstract: Spring cushions having slow-acting pocketed spring cores characterized by the individual springs of the cores being sealingly pocketed within semi-impermeable fabric material and a method of making such pocketed spring cores.

Abstract: The present invention relates to springs made from compositions comprising rubber, foam formulated therewith and resulting bedding products such as foam mattress or toppers as well as other cushioning elements in a bedding or a seating product.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: A low-profile mattress comprises an inner spring core having a plurality of spring coils and having an upper and lower surface. The mattress further includes a padding layer disposed on the upper surface and a quilting layer disposed over the padding layer and having an exterior layer of a liquid resistant material, wherein the innerspring core padding layer and quilting layer are dimensionally adapted to be less than eight inches in height.

Abstract: A spring cushion assembly for a one-sided mattress includes a plurality of spring coils. Each spring coil has a length of spring wire formed at opposite upper and lower ends in respective upper and lower end turns and in an intervening coil extent therebetween. The spring coils are characterized in that the lower end turns of each coil is closed by a knot formed between the lower wire end and the coil extent. The spring coils are further characterized in that the upper end turn of a first selected number of the spring coils is open with the upper wire end unknotted to the coil extent and the upper end turn of a second selected number of the spring coils is closed by a knot formed between the upper wire end and the coil extent.

Abstract: A stiffening system for the perimeter edges of a foam core mattress comprising a coil spring (or other spring-based) structure disposed along one or more perimeter edges (e.g., one or both side edges, the foot, the head, or a combinations thereof including the foot and both side edges) of a mattress having a foam sleeping area. The perimeter spring structure is rectangular or square in cross-section and provides sufficient stiffness for comfortable seating on the edges of the mattress and is joined to the foam core by planar fabric elements that span the joint between them and are attached to both. The sleep area provides the softness and other salutary effects of a foam sleeping surface while the stiffer spring perimeter element provides the rigidity need for comfortable seating and wear resistance.

Abstract: Variable coil density anisotropic innersprings in which the placement and density of the coils or spring units varies between one or more regions or areas of the innerspring to provide innersprings with different average spring rates in different zones or regions of the innerspring. Various anisotropic arrangements of coils in innersprings are disclosed.

Abstract: A dual spring support structure for mattresses or other reflexive support structures employs a foam spring in combination with an innerspring or foam core, to provide a multi-mode and multi-structural support surface with a multiple, constant, or complimentary spring rate and support characteristics. Foam springs have geometric cross-sectional configurations with mechanical spring properties which work in concert with the spring properties of foam. Foam springs are used in one embodiment about the perimeter of a wire form innerspring or about the perimeter of a foam core. The foam springs may have a spring rate that is complimentary to, greater than or less than the spring rate of the innerspring or core. Foam springs of different configurations and spring rates can be combined with different types of cores, or used alone to provide a spring or cushioning structure.

Abstract: Dampened and zoned innersprings for use in support systems such as mattresses and furniture have dampening inserts in the form of foam pieces which fit integrally with the springs or coils of an innerspring. Dampened innersprings with one or more foam dampeners inserted between springs or coils of an innerspring, and more particularly foam dampener inserts which are configured to extend between multiple adjacent or aligned springs or coils, and which also have segments which fit between individual turns or convolutions of each spring or coil with which the insert is engaged Mechanical engagement of the innerspring by the foam dampening inserts insures alignment and registration of the innerspring and foam components, and compression and recoil of the individual coils of the innerspring occurs in conjunction with compression and decompression of the foam dampening inserts.

Abstract: The systems and methods described herein include, among other things, methods for manufacturing a fire-retardant mattress. In certain embodiments, the methods described herein employ an adhesive tape to secure a sock of fire resistant fabric to the exterior of a mattress core, rendering the mattress fire resistant. The mattress core may be a foam core, an innerspring core, or another type of core. The tape may be a two sided adhesive tape and the fire-retardant (FR) sock may be any suitable fire resistant material.

Abstract: A one-sided mattress construction includes a spring assembly with asymmetric spring coils. Only the bottom portion of each spring coil is attached, either to adjacent spring coils or to a bottom surface of the mattress. The top portion of each spring may have a narrowing taper that permits the top to move independent of other adjacent springs.

Abstract: The support characteristics within a foam mattress body may be varied by inserting reinforcements into channels cut or otherwise formed within the foam.

Abstract: A mattress comprising asymmetrical coil springs with nonlinear spring rates provides comfort to users with different weights. The lower portion of the spring is cylindrical and the upper portion is conical or frustoconical. This arrangement causes the spring to undergo linear compression before undergoing nonlinear compression. The result is a mattress that is sufficiently soft for lighter users and sufficiently firm for heavier users.

Abstract: A bed mattress is provided for employing a plurality of cushion elements to be arranged in different portions of the mattress divided corresponding to the user's body parts and have appropriate elasticity for the corresponding part of the user's body, which comprises a mattress frame with an enclosing wall of elastic material for providing a mounting space therein; a plurality of cushion elements disposed in the mounting space and forming a mattress body together with the mattress frame; a side pad covering the periphery of the mattress body; and upper and lower cover pads with outer edges fastened respectively to the top and bottom edges of the side pad to enclose the upper and lower surfaces of the mattress body.

Abstract: The field of the present invention pertains to knockdown mattresses. More particularly, the present invention relates to mattresses that can be assembled and disassembled by the end user. The present invention when assembled or reassembled presents a visual impression to the end user looks like a conventional “factory assembled” mattress. The invention further provides for a modular mattress assembly kit that can be shipped by express delivery services while taking up far less volume than a conventional mattress.

Abstract: A quiet, non-binding articulatable spring mechanism for resiliently supporting a mattress includes a system of articulatable, sinuous springs, each having hooked ends for silencing the mechanism during use or collapse, as well as central offset portions for enabling the sinuous springs to compress to a greater extent than heretofore. Both rigid and yieldable support structures connect the spring mechanism to an item of furniture.

Abstract: A mattress includes a plurality of individual foam blocks which are secured together using one or more plastic fasteners to form a five-sided foam encasement. A spring unit is fittingly disposed within an interior cavity defined by the foam encasement. One or more top layers of foam rubber are mounted on the foam encasement over the spring unit and are secured thereto using additional plastic fasteners. An outer layer of quilted cotton material is sewn over the foam encasement and top layers of foam rubber to yield the finished one-piece mattress. As can be appreciated, the outer periphery of the mattress is defined by foam material, which is substantially rigid in its construction, rather than the spring unit, which is highly susceptible to warping. In this manner, the foam material serves to preserve the shape of the outer periphery of the mattress over time.

Abstract: Electromotive furniture drive for displacing parts of a piece of furniture relative to one another. The drive includes a drive element that can linearly move along a linear motion axis. This drive is provided for pivoting a pivotal element, which can pivot about a pivot axis and which, when the furniture drive is in a mounted position, is actively connected to a part of the piece of furniture to be displaced. An element may be provided that, during the displacing motion, maintains the engagement between the drive and the pivotal element at a point P that is essentially fixed along the linear motion axis. The furniture drive can be easily and economically produced and has a sturdy design.

Abstract: A health bed capable of adjusting the spine curve of a human body mainly comprises a plurality of elevators. Each of the elevators includes a lower plate having several upholders extending therefrom wherein a motor is fixed on the center of the lower plate and the axle of the motor is a screw engaged with the middle of a motor-driven base such that the motor-driven base can be moved upward or downward by a drive of the screw. The upholders support the motor-driven base is disposed above the lower plate and supported by upholders. A plurality of elastic objects is disposed on the motor-driven base in which the elastic object has a sense stick inside and the sense stick penetrates out of the bottom of the motor-driven base. A height sensor lateral the base may thus measure a downside movement of the elastic objects. The height sensor and the motor are connected to a control circuit that actuates the motors to drive the motor-driven bases upwardly to a desired height by receiving signals from the height sensors.

Abstract: A health bed capable of adjusting the spine curve of a human body mainly comprises a plurality of elevators. Each of the elevators includes a lower plate having several upholders extending therefrom wherein a motor is fixed on the center of the lower plate and the axle of the motor is a screw engaged with the middle of a motor-driven base such that the motor-driven base can be moved upward or downward by a drive of the screw. The upholders support the motor-driven base is disposed above the lower plate and supported by upholders. A plurality of elastic objects is disposed on the motor-driven base in which the elastic object has a sense stick inside and the sense stick penetrates out of the bottom of the motor-driven base. A height sensor lateral the base may thus measure a downside movement of the elastic objects. The height sensor and the motor are connected to a control circuit that actuates the motors to drive the motor-driven bases upwardly to a desired height by receiving signals from the height sensors.

Abstract: A bed construction having a one-sided mattress assembly supported on a rigid foundation. The one-sided mattress assembly includes a core of pocketed coil springs having a layer of resiliently compressible material covering the upper surface thereof and having a bottom surface constructed of a substantially rigid material without a compressible layer. The core of coil springs is attached to the bottom surface around its periphery. The foundation has a rigid inner construction and a noncompressible top layer. The bed construction reduces the amount of compressible padding in the mattress by one-half and consequently the mattress is capable of exhibiting a substantial reduction in the amount of permanent deflection in use.

Abstract: A mattress add-on is placed on top of an existing mattress and provides a rejuvenated fire-safe mattress. The mattress add-on has a flame-resistant covering that fits tightly over the sides of the existing mattress and also has flaps to cover the bottom of the existing mattress. The mattress add-on in combination with the flame-resistant covering is an inexpensive means of providing both more comfort as well as fire protection safety to consumers who retain their existing mattresses. The mattress add-on does not slip on the existing mattress because it is held tightly in place by tightening the flame-resistant covering using straps across the bottom of the existing mattress. The mattress add-on is customized to a user's physical profile by using zones of foam having different densities. In addition, the mattress add-on may include metal coils or air chambers.

Abstract: A mattress and a method of manufacturing a mattress are disclosed. The mattress includes a mattress core, a side rail joined to the mattress core by a one or more adhesive patches, optionally a deck applied over an area of the mattress core and joined to the mattress core by adhesive patches, and an upholstery layer defining a sleep surface applied over the deck or the mattress core and joined to the deck by adhesive patches. The adhesive patches have a bonding strength sufficient to maintain a relative position between the various mattress components at least during assembly of the mattress. The upholstery layer is permanently secured to the side rail by, for example, sewing or stapling.

Abstract: The support characteristics within a foam mattress body may be varied by inserting reinforcements into channels cut or otherwise formed within the foam.

Abstract: A one-sided mattress construction includes a spring assembly with asymmetric spring coils. Only the bottom portion of each spring coil is attached, either to adjacent spring coils or to a bottom surface of the mattress. The top portion of each spring may have a narrowing taper that permits the top to move independent of other adjacent springs.

Abstract: A system for manufacturing a mattress comprises multiple modules or stations used to sew together multiple components into a casing. A spring or other core is inserted into the casing before a top is secured to the casing to complete the mattress. More or more flanges may be incorporated into the casing for securing the core inside the casing. The system provides an operator flexibility to manufacture different types of mattress with minimal changes.

Abstract: Innerspring coils for innersprings for mattresses and other reflexive support structures, have generally helical coil bodies and at least one non-helical segment or step which extends between one or both axial ends of the coil body and one or both of the coil ends. The step or steps may be linear or non-linear, and parallel to or angularly disposed with respect to a longitudinal axis of the coil body. When located proximate to a coil end, the step extends out of the plane in which the coil end lies. One or more steps may alternatively be formed intermediate to helical turns of the helical coil body.

Abstract: Disclosed herein is a bedding or seating product having a spring core comprising coil springs having unknotted end turns made from high tensile strength wire. In each embodiment, the end turns of the coil springs are generally U-shaped having one leg longer than the other, the legs being joined by an arcuate connector. The springs are oriented in the spring core such that a long leg of one end turn abuts a short leg of the adjacent end turn prior to be wrapped in helical lacing wire. The high tensile wire enables the coil springs to be manufactured using less wire than heretofore possible.

Abstract: Disclosed herein is a bedding or seating product (10) having a spring core (12) comprising coil springs (26) having unknotted end turns (72, 74) made from high tensile strength wire. In each embodiment, the end turns (72, 74) of the coil springs (26) are generally U-shaped having one arcuate leg (76) longer than the other (78), the legs (76, 78) being joined by a connector (80) having an arcuate bump (81) therein. The springs (26) are oriented in the spring core (12) such that a long leg (76) of one end turn (72) abuts a short leg (78) of the adjacent end turn (72) prior to be wrapped in helical lacing wire (32). The high tensile wire enables the coil springs (26) to be manufactured using less wire than heretofore possible.

Abstract: A modular mattress system having at least one mattress block which includes an array of resilient coil springs, along with a foam pad, and a washable/dryable fabric mattress cover. The components of the modular mattress system are compressible into an air evacuable bag for purposes of storing, shipping, and disposal. The size, firmness, type of foam pad, pattern and color of the fabric mattress cover, and type of securable seam available for the fabric mattress cover used in the modular mattress system may be specified by the consumer. Mattress size ranges from Crib size through King size, with custom sizes available as well. Various methods of specifying, ordering, and distributing the modular mattress system are detailed. The care, maintenance, assembly and usage of the modular mattress system are discussed.

Abstract: The present invention concerns a frame mattress comprising a frame (1) with a spring inlay (3) surrounded by the frame, and a material (2) over the spring inlay, together with a reversible mattress (5), arranged for abutting the material (2), and a cover (7) enveloping the reversible mattress (5) and at least partly the frame (1), characterised in that the material (2) is at least partly detachable and that the spring inlay (3), constituting a principally form stable unit, is reversibly arranged in the frame (1).

Abstract: A divided mattress is disclosed having multiple sections separated by an expansible divider such that movement atop one section of the mattress is isolated and not felt from the adjacent section.

Abstract: A three-piece combination bedding system made from a plurality of differing foundations, a plurality of differing support base elements and a plurality of differing comfort layers. By selecting one of each of the three different pluralities, many different combinations of bedding systems may be created having many different firmness or comfort levels to suit individual consumer preferences and price points.

Abstract: A mattress is provided comprising a plurality of inner coil springs and an edge support. The edge support comprises a foam border extending along the outer perimeter of the mattress and around the inner coil springs, a plurality of spaced slits inserted into the foam border, and a plurality of edge springs inserted into the plurality of spaced slits.

Abstract: This invention relates to a foam integrated innerspring mattress and method of manufacture wherein a flexible polyurethane foam is adhered onto the top and bottom of individually wrapped pocket innersprings, and additional polyurethane foam is molded onto the sides of the mattress.

Abstract: A mattress or seating spring core assembly and method of manufacture which comprises interconnected rows of coil springs wherein each row terminates in a cut wire end which is bent inwardly into one of the end coils and in which the spring core assembly is surrounded on all sides by foam panels and is devoid of any border rods.