INFLATABLE AIR MATTRESS

Abstract

The inflatable air mattress of the present invention comprises: a plurality of supporting air cells, a plurality of heat dissipating air cells and an inflating device. The supporting air cells are arranged in parallel to form a supporting mattress surface. The heat dissipating air cell is connected to one side of the supporting air cell. The heat dissipating air cell is provided with a plurality of air holes. The inflating device is capable of inflating the heat dissipating air cells and the supporting air cells with gas. The gas will be discharged from the air holes to form a heat dissipating airflow toward the support mattress surface. The present invention creates airflow through separately spaced heat dissipating air cells de, so that the air cells are not pressed by the patient, improving the lack of easily obstructed in airflow supply in the conventional mattress.

Claims

1. An inflatable air mattress, comprising: a plurality of supporting air cells, arranged in parallel to form a supporting mattress surface for allowing a patient to lie down thereon; a plurality of heat dissipating air cells, separately connected to one side of the supporting air cells, and having a separation distance between the heat dissipating air cell and the supporting mattress surface, wherein the heat dissipating air cells are arranged with a plurality of air holes; and an inflating device having a plurality of inflation tubes used to respectively communicate with the supporting air cells and the heat dissipating cell cells, wherein the inflating device is capable of inflating heat dissipating air cells with gas, so that the heat dissipating air cells have deformation of inflation because of expansion from gas, and the gas will be discharged from the air holes to form a heat dissipating airflow toward the supporting mattress surface.

2. The inflatable air mattress according to claim 1, wherein the supporting mattress surface comprises an upper body region, a waist-hip region, and a lower body region, and the heat dissipating air cells are separately disposed on the plurality of supporting air cells in the waist-hip region.

3. The inflatable air mattress according to claim 1, wherein the heat dissipating air cell is configured as a single layer body to enclose surrounding.

4. The inflatable air mattress according to claim 1, wherein the heat dissipating air cell forms an air chamber inside, and the air chamber is internally arranged with a spacer to prevent the inner wall surfaces of the heat dissipating air cell from all abutting each other.

5. The inflatable air mattress according to claim 1, wherein the heat dissipating air cell and the supporting air cell are adjacent to each other to form a contact area, and the periphery of the contact area is formed with a fixed section and a free section, wherein the free section is located on an adjacent side of the contact area close to the supporting mattress surface, while the fixed section is located on the other sides of the contact area away from the supporting mattress surface, such that the deformation direction of the heat dissipating air cell caused by filling with gas can be oriented toward the supporting mattress surface.

6. The inflatable air mattress according to claim 5, wherein the fixed section is formed with a first connecting portion, a second connecting portion and a third connecting portion to be fixedly attached to the supporting air cell, and wherein the second connecting portion is located at bottom side of the contact area, while the first connecting portion and the third connecting portion are respectively adjacent to opposite ends of the second connecting portion, whereby keeping the heat dissipating airflow in a traveling direction substantially perpendicular to the supporting mattress surface.

7. The inflatable air mattress according to claim 1, wherein the supporting air cell is arranged with a plurality of auxiliary air holes.

8. The inflatable air mattress according to claim 1, wherein the plurality of inflation tubes has a first inflation tube, a second inflation tube and a third inflation tube, and wherein the first inflation tube communicates with the supporting air cells arranged at odd positions, the second inflation tube communicates with the supporting air cells arranged at even positions, and the third inflation tube communicates with the heat dissipating air cells.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0015] FIG. 1 is a schematic illustrating perspective view of the inflatable air mattress of the present invention according to the first preferred embodiment;

[0016] FIG. 2 is a schematic illustrating section view taken along section A-A in FIG. 1;

[0017] FIG. 3 is a schematic illustrating section view taken along section B-B in FIG. 1;

[0018] FIG. 4 is a schematic illustrating section view taken along section C-C in FIG. 1;

[0019] FIG. 5 is a schematic illustrating the heat dissipating airflow generated by the heat dissipating air cell;

[0020] FIGS. 6A and 6B are schematic illustrating alternate inflation of the supporting air cell; and

[0021] FIG. 7 is a schematic illustrating cross section of the inflatable air mattress according to the second preferred embodiment.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

[0022] In order to further understand the structure, usage and features of the present invention more clearly and in detail, the present invention is described in detail below with references to the accompanying drawings and specific preferred embodiments:

[0023] Please refer to FIGS. 1 and 3. An inflatable air mattress 1 of the present invention can generate the alternate inflation-deflation effect for mattress, and can make air circulation inside the air mattress, whereby the damp heat generated by the lying-down person in the lying position can be quickly dissipated. The air mattress 1 comprises a mattress cover 2, a mattress body 3 and an inflating device 4, wherein the mattress cover 2 has a lower cover body 20 and an upper cover body 21; the lower cover body 20 is arranged with a bottom surface 201 and a inner wall surface 202 surrounding the periphery of the bottom surface 201; the upper cover body 21 is arranged with a top surface 211 and an outer wall surface 212 surrounding the periphery of the top surface 211, and the outer wall surface 212 is overlapped with the outer side of the inner wall surface 202 such that the top surface 211, the bottom surface 201 and the inner wall surface 202 together form an installation space 22 capable of accommodating the mattress body 3 and the inflating device 4.

[0024] The mattress body 3 is mounted in the installation space 22 of the cover body, and includes at least one positioning member 30, a plurality of supporting air cells 31, and a plurality of heat dissipating air cells 32. The at least one positioning member 30 has a plurality of rings 301 connected with each other in succession, and supporting air cells 31 separately pass through the rings 301 one to one; the head end and the rear end of the supporting air cells 31 are aligned with each other, so that the supporting air cells 31 are arranged in parallel to form a supporting mattress surface 33, and the supporting mattress surface 33 is covered by the upper cover body 21.

[0025] As shown in FIG. 2, the supporting air cell 31 is formed by inflating a single cell body, and the cell body has a division portion 311 therein to be partitioned into an upper air chamber 312 and a lower air chamber 313 that communicate with each other.

[0026] Please refer to FIGS. 2 and 4. The heat dissipating air cells 32 are one-to-one separately connected to the central position at the same side of the supporting air cells 31 (the right side as shown in FIG. 2), so that the heat dissipating air cell 32 and the supporting air cell 31 are adjacent to each other to form a contact area 34, and a space is formed between the heat dissipating air cell 32 and the supporting mattress surface 33; the heat dissipating air cell 32 is a single layer body 321 to fold over and enclose surrounding to form a gas chamber 322. The air chamber 322 is internally arranged with a spacer 35 to prevent the inner wall surfaces of the heat dissipating air cell 32 from all abutting each other, and the spacer 35 is composed of a soft material; besides, the heat dissipating air cell 32 is further arranged with a plurality of micro air holes 323 separately communicating with the air chamber 322, and when receiving the gas supplied by the inflating device 4, the air holes 323 will generate a heat dissipating airflow jetting toward the opening direction (see FIG. 5)

[0027] As shown in FIG. 2. The supporting mattress surface 33 formed with a plurality of supporting air cells 31 is configured as an upper body region 331, a waist-hip region 332, and a lower body region 333. The heat dissipating air cells 32 are separately arranged on the plurality of supporting air cells 31 in the waist-hip regions 332, thereby using less heat dissipating air cells 32 to achieve optimal damp heat removing effect. However, this is merely for convenient description, not to limit the number and position configuration of the supporting air cells 31, that is, the heat dissipating air cells may also be disposed on all the supporting air cells 31 or on the spaced supporting air cells 31.

[0028] As shown in FIG. 4, the periphery of the contact area 34 is formed with a non-displaceable fixed section 341 and a free section 342. The free section 342 is located on an adjacent side of the contact area 34 close to the supporting mattress surface 33, and the fixed section 341 is located on the other sides of the contact area 34 away from the supporting mattress surface 33, such that the deformation direction of the heat dissipating air cell 32 caused by filling with gas can be oriented toward the supporting mattress surface 33.

[0029] Wherein, the fixed section 341 is formed with a first connecting portion 343, a second connecting portion 344 and a third connecting portion 345 for being fixedly attached to the supporting air cell 31, and the second connecting portion 344 is located at bottom side of the contact area 34, while the first connecting portion 343 and the third connecting portion 345 are respectively adjacent to opposite ends of the second connecting portion 344, so that the heat dissipating air cell 32 in an inflated state can keep the heat dissipating airflow in a traveling direction substantially perpendicular to the supporting mattress surface 33.

[0030] Please refer to FIG. 3. The inflating device 4 is located outside the mattress cover 2, and has a plurality of inflating tubes passes though the mattress cover 2 to separately communicate with the supporting air cells 31 and the heat dissipating air cells 32 of the mattress body 3, as well as can inflate supporting air cells 31 and/or the heat dissipating air cells 32 with gas, so that the supporting air cells 31 and the heat dissipating air cells 32 have deformation of inflation because of expansion from gas. As shown in the figure, the inflating device 4 has a first inflation tube 41, a second inflation tube 42 and a third inflation tube 43. The first inflation tube 41 communicates with the supporting air cells 31 arranged at odd positions, the second inflation tube 42 communicates with the supporting air cells 31 arranged at even positions, and the third inflation tube 43 communicates with the heat dissipating air cells 32.

[0031] Please refer to FIG. 5. When the inflating device 4 inflates the heat-dissipating air cells 32 through the third inflation tube 43, the gas will start to flow radially from the surrounding of the spacer 35, so that the single layer body 321 of the heat dissipating air cell 32 is expanded from a flat state to an expansion state, and the gas will subsequently be discharged from the small air holes 323 to form the heat dissipating airflow.

[0032] Furthermore, the inflating device 4 can selectively inflate at least one of the first inflation tube 41, the second inflation tube 42 and the third inflation tube 43. Therefore, the inflating device 4 can have several operation states. First, the inflating device 4 can simultaneously inflate the first inflation tube 41 and the second inflation tube 42 to make a supporting mattress surface 33 without heat dissipation effect; when the user needs to make the inflatable air mattress 1 generate heat dissipation effect, the inflating device 4 inflates the third inflation tube 43, which makes the first inflation tube 41, the second inflation tube 42 and the third inflation tube 43 operate simultaneously.

[0033] Please refer to FIG. 6A and FIG. 6B. Furthermore, when the user requires the inflatable air mattress 1 to have alternating function, the inflating device 4 is operated to alternately inflate the first inflation tube 41 and the second inflation tube 42. As shown in FIG. 6A, the inflating device 4 continuously inflates the first inflation tube 41 and stops the gas supply to the second inflation tube 42. At this time, the height of the supporting mattress surface 33 is maintained by the supporting air cells 31 at odd positions, while the supporting air cells 31 at the even positions will shrink so that the height cannot reach the supporting mattress surface 33. As shown in FIG. 6B, after alternating, the inflating device 4 will continuously inflate the second inflation tube 42 and stop the gas supply to the first inflation tube 41, at which time the height of the supporting mattress 33 is maintained by the supporting air cells 31 at the even positions, and the supporting air cells 31 at the odd positions will shrink.

[0034] Finally, please refer to a second preferred embodiment of FIG. 7. The difference from the first preferred embodiment is in the structural form of the supporting air cell 31. The supporting air cell 31 of the inflatable air mattress 1 in the present invention can also be designed as jointly longitudinal arrangement of an upper cell body 314 and a lower cell body 315. Wherein, the upper cell body 314 is arranged with a plurality of auxiliary air holes 316, whereby the inflatable air mattress 1 has two sets of heat dissipating airflow sources at different height positions.