CN212912483U - Mattress with shoulder and arm supporting area - Google Patents

Abstract

The utility model relates to a mattress with shoulder and arm supporting areas. The existing mattress is not provided with a shoulder arm supporting area which can form an arm embedding groove, so that the use experience is influenced. The utility model discloses a pad body, pad body includes main support district and shoulder arm support district, the hardness in shoulder arm support district is less than main support district hardness, when filling up the body pressurized, shoulder arm support district inlays the arm groove through concave deformation formation. Set up the shoulder arm support area that corresponds with user's shoulder arm portion on filling up the body, utilize the sunken arm groove that inlays that forms the confession user arm and inlay that sets up in softer shoulder arm support area, the area of contact between existing effect increase arm and the body top surface of filling up, the effort of sticising of effective dispersion arm bottom, it is unobstructed to ensure the arm blood flow when long-time quilt is pressed, prevent to take place the arm and send out the condition of necrosis even because of lacking blood supply, ensure user's safety, effectively reduce the altitude difference between arm top and mattress top surface in addition, promote the ms's travelling comfort of lying, ensure to use and experience.

Description

Mattress with shoulder and arm supporting area

Technical Field

The utility model relates to a bedding field, concretely relates to mattress.

Background

The top surface of the mattress body of the prior mattress has the same hardness, and the mattress body is usually provided with a harder special pad to ensure that a user can obtain stable support when lying. Couple is crowded mutually and when sleeping, the man can utilize arm bearing ms's neck portion usually, the man arm is compressed tightly on the mattress under the pressurized condition, because the regional deformation of pressure-bearing of mattress leads to less with the arm area of contact less, lead to the arm to lead to the blood flow not smooth because of local pressurized, send out numb condition, influence and use the travelling comfort, even the user leads to the arm when being pressed for a long time because of falling asleep, the arm is because of lacking blood supply and accident easily, furthermore, because the arm wholly exposes in the pad body top surface, the difference in height is great between arm top and mattress top surface, influence ms's comfort of lying.

SUMMERY OF THE UTILITY MODEL

In order to solve the not enough of prior art, the utility model provides a take shoulder arm to support mattress in district provides the arm groove of inlaying that is used for holding the arm for the user through setting up the shoulder arm support district on filling up the body, guarantees the arm security through reducing the extrusion force that the arm receives, promotes and uses travelling comfort and security, ensures to use and experiences.

The utility model discloses a following mode realizes: the mattress with the shoulder arm supporting area comprises a mattress body, wherein the mattress body comprises a main supporting area and a shoulder arm supporting area, the hardness of the shoulder arm supporting area is smaller than that of the main supporting area, and when the mattress body is pressed, the shoulder arm supporting area forms an arm embedding groove through concave deformation. Set up the shoulder arm support area that corresponds with user's shoulder arm portion on filling up the body, utilize the sunken arm groove that inlays that forms the confession user arm and inlay that sets up in softer shoulder arm support area, the area of contact between existing effect increase arm and the body top surface of filling up, the effort of sticising of effective dispersion arm bottom, it is unobstructed to ensure the arm blood flow when long-time quilt is pressed, prevent to take place the arm and send out the condition of necrosis even because of lacking blood supply, ensure user's safety, effectively reduce the altitude difference between arm top and mattress top surface in addition, promote the ms's travelling comfort of lying, ensure to use and experience.

Preferably, the main supporting area comprises a head supporting area and a trunk supporting area, and the shoulder arm supporting area is positioned between the head supporting area and the trunk supporting area, so that the head supporting area, the shoulder arm supporting area and the trunk supporting area are spliced longitudinally to form the top surface of the cushion body. The head supporting area is used for supporting the head of a user, the trunk supporting area is used for supporting the part of the user except the head and the shoulder and arm, the processing cost is reduced by reducing the subareas, and the head supporting area and the trunk supporting area on the two sides of the shoulder and arm supporting area are arranged by the setting subareas to improve the lying comfort.

Preferably, the shoulder arm support area is long and transversely penetrates through the cushion body. The shoulder and arm support areas laterally cover the entire top surface of the mattress, ensuring that a user is positioned in each lateral region of the mattress to provide arm-engaging channels for their arms. It also ensures a stable and comfortable support of the user's head and torso by reducing the longitudinal dimension of the shoulder and arm support region.

Preferably, the shoulder arm supporting area is stressed to form an arm embedding groove, so that the wall surface of the arm embedding groove is matched and attached to the surface of the pressure applying object. The shoulder arm supporting area forms the arm embedding groove after receiving the pressing acting force applied by the arm, so that the contour of the arm embedding groove can be changed according to the stress size and the arm contour change, the wall surface of the arm embedding groove is ensured to be tightly attached to the surface of the bottom of the arm, the pressing acting force is dispersed by increasing the contact area of the wall surface and the bottom of the arm, and the condition that the blood flow is not smooth due to local concentrated stress of the arm is prevented.

Preferably, a bag-shaped spring group arranged in a matrix shape is arranged in the cushion body, and the bag-shaped spring group comprises a flexible spring arranged in the shoulder arm supporting area and a hard spring arranged in the main supporting area. The pad body is formed by the amalgamation of bag form spring group, both conveniently assembles, and effective control processing cost still conveniently chooses for use suitable flexible spring and rigid spring as required, and then arranges regional area and promote the travelling comfort through soft or hard degree difference and the flexible spring of adjusting between flexible spring and the rigid spring.

Preferably, the wire diameter of the flexible spring is A, A is more than or equal to 1.4mm and less than or equal to 1.8mm, the wire diameter of the hard spring is B, B is more than or equal to 2.0mm and less than or equal to 2.4 mm. The soft hardness that flexible spring and rigid spring have the differentiation is realized through setting up the line footpath of differentiation, has both guaranteed that both differences satisfy the requirement that forms and inlay the arm groove, still ensures that flexible spring and rigid spring satisfy the user demand separately.

Preferably, the top surface of the cushion body is paved with a comfort layer, and the comfort layer comprises an upper nylon cotton layer and an upper upright cotton layer which are overlapped from top to bottom and completely cover the top surface of the cushion body. The comfort layer utilizes the self-deformation to play the role of buffering and supporting the user.

Preferably, the comfort layer comprises a flexible functional layer arranged below the upper upright cotton layer and covering the shoulder arm support area and a hard functional layer arranged below the upper upright cotton layer and covering the main support area. The flexible functional layer is changeed deformation under the atress condition, conveniently cooperates flexible spring to form and inlays the arm groove, and hard functional layer deformation is less under the atress condition, conveniently cooperates hard spring to come the bearing user.

Preferably, the flexible functional layer is a lower nylon cotton layer, and the hard functional layer is a 3D elastic layer and a lower upright cotton layer which are stacked from top to bottom. The flexible functional layer and the hard functional layer realize the difference of hardness by selecting materials with different hardness, so that the assembly is convenient, and the cost of raw materials is effectively reduced.

Preferably, the flexible functional layer and the hard functional layer are arranged in equal thickness, so that the top surfaces of the flexible functional layer and the hard functional layer are smoothly spliced. The bottom surfaces of the flexible functional layer and the hard functional layer are lapped on the top surface of the pad body, and the top surfaces are smoothly spliced and convenient for the upper upright cotton layer and the upper nylon cotton layer to be sequentially and smoothly laid.

The utility model has the advantages that: set up the shoulder arm support area that corresponds with user's shoulder arm portion on filling up the body, utilize the sunken arm groove that inlays that forms the confession user arm and inlay that sets up in softer shoulder arm support area, the area of contact between existing effect increase arm and the body top surface of filling up, the effort of sticising of effective dispersion arm bottom, it is unobstructed to ensure the arm blood flow when long-time quilt is pressed, prevent to take place the arm and send out the condition of necrosis even because of lacking blood supply, ensure user's safety, effectively reduce the altitude difference between arm top and mattress top surface in addition, promote the ms's travelling comfort of lying, ensure to use and experience.

Drawings

FIG. 1 is a partial cross-sectional schematic view of the mattress;

FIG. 2 is a schematic view of the mattress construction;

fig. 3 is a schematic view of the mattress shown in a compressed state to form arm-engaging grooves.

In the figure: 1. the head supporting area 2, the shoulder arm supporting area 3, inlay the arm groove, 4, the trunk supporting area, 5, flexible spring, 6, hard spring, 7, overhead cotton layer, 8, overhead upright cotton layer, 9, lower cotton layer, 10, 3D elastic layer, 11, lower upright cotton layer.

Detailed Description

The essential features of the invention will be further explained below with reference to the drawings and the detailed description of the invention.

The mattress with the shoulder arm supporting area as shown in fig. 1-3 comprises a mattress body, a comfort layer laid on the mattress body and a bedspread wrapping the mattress body, wherein the mattress body comprises a main supporting area and a shoulder arm supporting area 2, the hardness of the shoulder arm supporting area 2 is smaller than that of the main supporting area, and when the mattress body is pressed, the shoulder arm supporting area 2 is deformed to form an arm embedding groove 3 through sinking. Utilize the sunken arm groove 3 that inlays that supplies user's arm to set that forms of softer shoulder arm support area 2, the area of contact between arm and the pad body top surface has been effectively increased, the effort of sticising of effective dispersion arm bottom, it is unobstructed to ensure that the arm blood flow when being pressed for a long time, prevent to take place the arm and send out the condition of anesthesia or even take place the necrosis because of lacking blood supply, ensure user's safety, effectively reduce the difference in height between arm top and mattress top surface in addition, promote the ms's travelling comfort of lying, ensure to use and experience. The bedspread is detachably sleeved on the mattress body, so that the mattress is convenient to disassemble, assemble and clean, and plays roles in wrapping, limiting and protecting the mattress body.

In practical operation, the shoulder arm support area 2 of the cushion body is provided with the flexible springs 5, the main support area is provided with the hard springs, the shoulder arm support area 2 of the comfort layer is paved with the underlying nylon cotton layer 9, and the main support area is paved with the superposed 3D elastic layer 10 and the underlying upright cotton layer 11. When the man arm is flat and when providing the bearing for ms's shoulder neck, the man arm is by vertical centre gripping between ms's shoulder neck and the shoulder arm support district 2 of filling up the body, ms's shoulder neck's weight can be passed through the arm effect on shoulder arm support district 2, specifically, as shown in fig. 3, deformation takes place after the flexible functional layer receives vertical pressure effort, both come to compress tightly the effort to flexible spring 5 transmission through self compression, still utilize flexible functional layer deformation to come to match the laminating with the arm bottom, flexible spring 5 atress compression, both provide the space of undercut for flexible functional layer, still play the bearing effect to the arm. After the user is static, arm groove 3 is inlayed in the embedding of man's arm, and the weight of ms's shoulder neck can be transmitted to the wall of inlaying arm groove 3 through the arm, compresses tightly the effort through the dispersion and ensures that the blood flow is unblocked, prevents to take place the condition of tingling, in addition, because arm groove 3 is inlayed in the embedding of arm bottom for the difference in height reduces between arm top and the pad body top surface, ensures that ms's head and back can the overlap joint on main support area, reduces the foreign matter and shelves the sense, promotes the travelling comfort.

In actual operation, the main supporting area comprises a head supporting area 1 and a trunk supporting area 4, the shoulder arm supporting area 2 is located between the head supporting area 1 and the trunk supporting area 4 (as shown in fig. 2), so that the head supporting area 1, the shoulder arm supporting area 2 and the trunk supporting area 4 are spliced longitudinally to form the top surface of the pad body, the main supporting area comprises the head supporting area 1 and the trunk supporting area 4 which are respectively arranged at two sides of the shoulder arm supporting area 2, and the head supporting area 1 and the trunk supporting area 4 have the same hardness, which not only reduces the types of raw materials required to be prepared by eliminating the difference between the head supporting area 1 and the trunk supporting area 4, reduces the cost of the raw materials, but also facilitates assembly.

In practical operation, the shoulder-arm support region 2 is in a long strip shape and transversely penetrates through the cushion body. The top surface of the cushion body is divided into a head supporting area 1, a shoulder arm supporting area 2 and a trunk supporting area 4 from front to back, the transverse end edge of the shoulder arm supporting area 2 is flush with the transverse side edge of the cushion body, and the arm embedding groove 3 is ensured to be always provided for the arm of a user when the user displaces on the cushion body.

In practical operation, the shoulder arm supporting area 2 is stressed to form the arm embedding groove 3, so that the wall surface of the arm embedding groove 3 is matched and attached with the surface of a pressing object. The wall profile of the arm embedding groove 3 can be changed according to the arm profile and the size change of the pressing acting force, the wall surface of the arm embedding groove 3 is ensured to be matched and attached with the surface of the bottom of the arm, and the comfort is improved.

In actual operation, a bag-shaped spring group arranged in a matrix shape is arranged in the cushion body, and comprises a flexible spring 5 arranged in the shoulder arm supporting area 2 and a hard spring 6 arranged in the main supporting area. The pocket-shaped springs are convenient to produce and assemble in batch, and adjacent pocket-shaped springs are not interfered with each other when being stretched, so that the flexible springs 5 and the rigid springs 6 are not interfered with each other in stretching.

In practical operation, the wire diameter of the flexible spring 5 is a, 1.4mm is less than or equal to a and less than or equal to 1.8mm, preferably a =1.6mm, and in addition, the parameter a can be set to 1.4mm, 1.7mm, 1.8mm and the like, which should be regarded as a specific embodiment of the present invention. The line footpath of hard spring 6 is B, and 2.0mm is less than or equal to B and is less than or equal to 2.4mm, and preferred B =2.2mm, in addition, parameter B still can be for setting up 2.0mm, 2.1mm, 2.4mm etc. all should regard as the utility model discloses a specific embodiment. When the wire diameter of the spring is larger, the anti-extrusion performance of the spring is stronger, so that the spring is harder.

In practical operation, a comfort layer is laid on the top surface of the cushion body, and the comfort layer comprises an upper nylon cotton layer 7 and an upper upright cotton layer 8 which are stacked from top to bottom and completely cover the top surface of the cushion body. The comfortable layer is including locating and putting upright cotton layer 8 below and covering the flexible functional layer in shoulder arm support area 2 and locate and put upright cotton layer 8 below and cover the hard functional layer in main support area. The flexible functional layer and the hard functional layer are arranged in equal thickness, so that the top surfaces of the flexible functional layer and the hard functional layer are smoothly spliced. During assembly, firstly, the flexible functional layer and the hard functional layer are paved on the top surface of the cushion body in a matching manner, so that the top surface of the flexible functional layer and the top surface of the hard functional layer are spliced flatly; then, the upper upright cotton layer 8 is laid on the flexible functional layer and the hard functional layer; finally, the upper nylon cotton layer 7 is laid on the upper upright cotton layer 8. After assembly is completed, the mattress body, the upper nylon cotton layer 7, the upper upright cotton layer 8, the matched and spliced flexible functional layer and the hard functional layer have vertical projection areas which are overlapped with each other, so that a smooth outer side wall of the mattress is formed.

In practical operation, the flexible functional layer is a lower nylon cotton layer 9, and the hard functional layer is a 3D elastic layer 10 and a lower upright cotton layer 11 which are stacked from top to bottom. In addition, flexible functional layer and hard functional layer still can be for using other materials that have the hardness difference, for example use the sponge of different density etc. to make shoulder arm support area 2 change and inlay arm groove 3 through sunken formation, also should regard as the utility model discloses a specific embodiment.

Claims (10)

1. The mattress with the shoulder arm supporting area comprises a mattress body and is characterized in that the mattress body comprises a main supporting area and a shoulder arm supporting area (2), the hardness of the shoulder arm supporting area (2) is smaller than that of the main supporting area, and when the mattress body is pressed, the shoulder arm supporting area (2) is deformed to form an arm embedding groove (3) through sinking.

2. A mattress with shoulder and arm support areas according to claim 1, wherein the main support area comprises a head support area (1) and a trunk support area (4), and the shoulder and arm support area (2) is located between the head support area (1) and the trunk support area (4) so that the head support area (1), the shoulder and arm support area (2) and the trunk support area (4) are longitudinally spliced to form the top surface of the mattress body.

3. A mattress with shoulder and arm support areas according to claim 2, characterised in that the shoulder and arm support areas (2) are elongate and arranged transversely across the mattress body.

4. The mattress with the shoulder and arm supporting area as claimed in claim 1, wherein the shoulder and arm supporting area (2) is stressed to form the arm embedding groove (3) so that the wall surface of the arm embedding groove (3) is matched and attached with the surface of the pressure applying object.

5. A mattress with shoulder and arm support areas according to any of claims 1-4, characterized in that pocket spring groups are arranged in the mattress body in a matrix, and the pocket spring groups comprise flexible springs (5) arranged in the shoulder and arm support areas (2) and stiff springs (6) arranged in the main support area.

6. A mattress with shoulder-arm support areas according to claim 5, characterised in that the wire diameter of the flexible springs (5) is A, 1.4mm ≦ A ≦ 1.8 mm; or the wire diameter of the hard spring (6) is B, and B is more than or equal to 2.0mm and less than or equal to 2.4 mm.

7. A mattress with shoulder and arm support areas according to any of claims 1-4, wherein a comfort layer is laid on the top of the mattress body, said comfort layer comprising an upper nylon cotton layer (7) and an upper upright cotton layer (8) which are stacked from top to bottom and completely cover the top of the mattress body.

8. A mattress with shoulder and arm support areas according to claim 7, wherein the comfort layer comprises a flexible functional layer provided under the overlying standing cotton layer (8) and covering the shoulder and arm support area (2) and a rigid functional layer provided under the overlying standing cotton layer (8) and covering the main support area.

9. A mattress with shoulder-arm support areas according to claim 8, characterised in that said flexible functional layer is an underlying nylon cotton layer (9); or the hard functional layer is a 3D elastic layer (10) and an underlying upright cotton layer (11) which are stacked from top to bottom.

10. The mattress for a shoulder arm support area of claim 8, wherein the flexible functional layer and the rigid functional layer are arranged to be of equal thickness so that the top surfaces of the flexible functional layer and the rigid functional layer are flush.

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