Air pipeline layout structure and massage mattress using same

Abstract

The utility model relates to a massage mattress with an air bag, in particular to an air pipeline layout structure for inflating and deflating the air bag of a massage layer and a massage mattress using the air pipeline layout structure. All air taps of the same air bag partition on an existing massage mattress are inflated and deflated from one channel in a one-way mode, the air flow of a main air delivery pipe is too large, noise is generated, and rest and relaxation of a user are affected. Therefore, the air pipeline layout structure and the massage mattress using the air pipeline layout structure are provided, the air pipeline layout structure comprises a plurality of air bag subareas in a massage layer, each air bag subarea is provided with a plurality of air taps, and the air taps of the same air bag subarea are communicated through air pipes. The air taps of the same air bag partition share one independent main air delivery pipe for inflation and deflation, and the main air delivery pipe corresponding to at least one air bag partition is connected with a plurality of branch air delivery pipes to be connected with the air taps of the air bag partition where the branch air delivery pipes are located. By arranging a plurality of gas conveying pipes, the gas taps in the same partition convey gas in a split manner from a plurality of passages, and the gas flow of the gas conveying pipes directly connected with the gas taps and the generated gas conveying noise are reduced.

Description

TECHNICAL FIELD

[0001] The utility model relates to massage mattress of built-in air bag and through the repeated inflation and deflation of air bag massage, especially be used for the air pipe layout structure and use its of massage mattress of massage layer air bag inflation and deflation. BACKGROUND

[0002] The existing massage mattress of repeated inflation and deflation of air bag massage, its inside is equipped with the massage layer of air bag, the massage layer of part massage mattress is divided still multiple along the length direction of mattress partition, in order to provide targeted different massage stimulation to different positions of body. The air bag of current each partition carries out inflation and deflation through the shared single gas pipe, wherein the whole air bag of same partition air bag carries out inflation and deflation through several gas outlets, the whole gas outlet of same partition air bag is communicated through the gas pipe, single main gas pipe connects one gas outlet, and then carries out inflation and deflation to the whole air bag of partition air bag, and the efficiency of this kind of gas path layout inflation and deflation is low, and the whole airflow directly flows in or flows out from the one-way main gas pipe, the gas flow of main gas pipe is large when inflation and deflation, and the working noise is produced, which affects user rest and relaxation, and then makes the massage relaxation effect of massage mattress worse. SUMMARY

[0003] In order to solve the technical problems that the whole gas outlet of same partition air bag carries out one-way inflation and deflation from one passage when inflation and deflation of each air bag partition of the existing massage mattress, the gas flow of main gas pipe is too large to produce noise, which affects user rest and relaxation, and makes the massage effect worse, the utility model provides an air pipe layout structure and the massage mattress using it, and the air pipe layout is configured with multiple gas pipes for air bag partition, so that each gas outlet of same partition can be divided into multiple passages to carry out inflation and deflation, thereby reducing the gas flow in the main gas pipe and the noise generated thereby, and improving the massage relaxation effect of the massage mattress.

[0004] The utility model discloses a technical scheme that solves technical problems: a tracheal pipeline layout structure, including a plurality of air bag partitions in the massage layer, each air bag partition is equipped with a plurality of air outlets, the air outlet of the same air bag partition is communicated through the trachea, and the air outlet of the same air bag partition shares one independent main gas pipeline for inflation and deflation, characterized in that the main gas pipeline corresponding to at least one air bag partition in the air bag partition is connected to the air outlet of the air bag partition through a plurality of branch gas pipelines at the end.

[0005] As further improvement and supplement to the above technical scheme, the utility model adopts the following technical measures: the main gas pipeline is equipped with a tee joint at one end and two branch gas pipelines are branched out through the tee joint, and one air outlet in each air bag partition is connected to the two branch gas pipelines respectively.

[0006] Preferably, the air outlets in each air bag partition are arranged on the same side of the mattress, and the air outlets in the same air bag partition are arranged in a row in front of and behind each other, and the two branch gas pipelines are connected to the two air outlets at the far end and the near end of the same air bag partition respectively.

[0007] Preferably, the branch gas pipeline is sleeved with a spring at the pipe segment abutting against the air outlet, so that the pipe segment can be elastically bent to abut against the air outlet.

[0008] Preferably, the spring is sleeved outside the pipe segment or inside the pipe segment. The spring can be sleeved outside or inside the pipe segment of the branch gas conveying pipe, and the elasticity of the spring is used to protect the pipe segment and prevent excessive bending from affecting gas conveying.

[0009] Preferably, the main gas conveying pipe comprises a long-side pipe segment extending along the long side of the mattress and a short-side pipe segment extending along the short side of the mattress, one end of the long-side pipe segment is connected to the gas nozzle corresponding to the air bag partition, and the other end of the long-side pipe segment is connected to the short-side pipe segment at the corner of the mattress through an elbow. The other end of the short-side pipe segment is connected to the gas source. The main gas conveying pipe comprises the long-side pipe segment and the short-side pipe segment, and the long-side pipe segment and the short-side pipe segment are connected at the corner of the mattress through an elbow, which prevents the gas pipe from being bent to affect the gas conveying and service life. The other end of the long-side pipe segment and the short-side pipe segment is respectively connected to the gas nozzle corresponding to the air bag partition and the gas source.

[0010] Preferably, the long-side pipe segment is hidden in the massage layer, and the short-side pipe segment is hidden in the surrounding layer outside the massage layer on the foot side of the mattress. The long-side pipe segment and the short-side pipe segment in the main gas conveying pipe are both hidden and arranged regularly. The long-side pipe segment is hidden in the massage layer, and the short-side pipe segment is hidden in the surrounding layer outside the massage layer on the foot side of the mattress.

[0011] Preferably, one end of the long-side pipe segment is sleeved with an elbow outside the massage layer, and the massage layer outside is sleeved with an opening for the long-side pipe segment to pass through. The massage layer outside is also sleeved with an outer sleeve, and the corresponding one end of the long-side pipe segment is sleeved with an elbow after passing through the outer sleeve, and the outer sleeve is provided with an opening for the long-side pipe segment to pass through.

[0012] Preferably, the massage layer has at least four air bag partitions corresponding to the back, waist, hip and leg positions, and the air bag partitions of the back, waist and hip are connected to multiple branch gas conveying pipes through the gas nozzle corresponding to the air bag partition at the end of the main gas conveying pipe. Each air bag partition comprises 2-5 rows of air bags extending along the width direction of the mattress. The massage layer has at least four air bag partitions including the back, waist, hip and leg. Since the air bag partitions of the back, waist and hip are close to the head, the main gas conveying pipe connected to the air bag partitions of the back, waist and hip is provided with multiple branch gas conveying pipes connected to the gas nozzle of the corresponding air bag partition at the end of the main gas conveying pipe. The gas nozzle of the corresponding air bag partition is provided with multiple parallel paths for charging and discharging air, which improves the gas conveying efficiency, reduces the gas flow of a single path, further reduces noise and improves quietness. The air bag partition of the leg position far from the head does not need to be branched for gas conveying, which reduces the cost.

[0013] The utility model discloses a massage mattress, the mattress is equipped with the massage layer of gasbag, and the massage stimulation is produced through repeatedly filling and discharging of the gasbag, and the massage mattress is characterized by the gas pipe layout structure of one of preceding description.

[0014] The utility model discloses a beneficial technical effect: the main gas pipe of each gasbag partition gas divides a plurality of branch gas pipe and forms a plurality of passages in one end, utilizes a plurality of passages to connect the gas nozzle of corresponding gasbag partition, provides and parallel a plurality of passages filling and discharging, realizes the shunt gas of each gas nozzle filling and discharging of the same gasbag partition to each gas nozzle, and the gas flow of branch gas pipe is reduced to the shunt effect of corresponding gasbag partition, and the working noise of gas is reduced, and the user is little, and the relaxation effect of the use of massage mattress is good. Further, the massage mattress of using this gas pipe layout, the gas efficiency of gasbag is high, and the filling and discharging speed is fast, and the noise of gas is low, and the relaxation effect of the user using massage mattress is good. BRIEF DESCRIPTION OF DRAWINGS

[0015] Fig. 1 The gas pipe layout plane schematic drawing of massage layer in embodiment 1.

[0016] Fig. 2 The massage layer structure schematic drawing of embodiment 1.

[0017] Fig. 3 The massage mattress structure explosion chart of embodiment 2.

[0018] In the drawing: 1. gasbag partition, 2. gas nozzle, 3. gas pipe, 4. main gas pipe, 41. long side pipe section, 42. short side pipe section, 5. branch gas pipe, 6. tee joint, 7. spring, 8. elbow, 9. massage layer, 10. surrounding edge layer, 11. upper layer, 12. perforated pad, 13. gasbag, 14. bottom support, 15. lower layer, 16. support layer, 17. pipe groove. DETAILED DESCRIPTION

[0019] The utility model will be further explained in connection with the attached drawing and specific embodiment.

[0020] Embodiment 1 is as follows: Figs. 1-2As shown, it is a kind of air pipe layout structure, including a plurality of air bag partitions 1 in the massage layer 9, the massage layer has at least four air bag partitions A, B, C, D corresponding to the back, waist, hip and foot respectively as shown in the figure, each air bag partition 1 includes 2-5 rows of air bags extending along the width direction of the mattress, each air bag partition 1 is provided with a plurality of air outlets 2, the air outlets 2 of the same air bag partition 1 are communicated through the air pipe 3, the air outlets 2 of the same air bag partition 1 share a separate main gas supply pipe 4 for inflation and deflation, at least one of the four air bag partitions 1 corresponding to the main gas supply pipe 4 is connected to a plurality of branch gas supply pipes 5 at the end to connect the air outlets 2 of the air bag partition 1, the preferred embodiment of the application is that the main gas supply pipe 4 is provided with a tee joint 6 at one end and two branch gas supply pipes 5 are branched out through the tee joint 6, and the two branch gas supply pipes 5 are respectively connected to one air outlet 2 in the corresponding air bag partition 1. The preferred embodiment of the application is that the main gas supply pipe of the A, B, C air bag partition is provided with a tee joint, and the main gas supply pipe of each air bag partition can be branched out into two parallel paths for inflation and deflation, and for the C air bag partition corresponding to the foot farthest from the head, the main gas supply pipe is not provided with a tee joint for shunt gas supply.

[0021] Since the main gas supply pipe branches out two branch gas supply pipes at one end to form two paths to connect the air outlets of the air bag partition, the two parallel paths work simultaneously for inflation and deflation, and the shunt gas supply is carried out between the main gas supply pipe and the air outlet, the gas supply efficiency of the air bag partition belonging to the same air bag partition is improved, the shunt gas supply effect of the corresponding air bag partition is good, and the shunt gas supply effect also reduces the gas flow of the single branch gas supply pipe, the working noise generated by the gas supply is obviously reduced, the influence on the user is small, and the relaxation effect of the massage mattress is better.

[0022] Further, as shown in the figure, the air outlets 2 in the four air bag partitions 1 are all arranged on the same side of the mattress, and the air outlets 2 belonging to the same air bag partition 1 are arranged in a row in front of and behind each other, and the two branch gas supply pipes 5 are respectively connected to the two air outlets 2 at the far end and the near end of the same air bag partition 1, and the spring 7 is sleeved on the pipe section of the branch gas supply pipe 5 at the pipe section connected to the air outlet 2, so that the pipe section can be elastically bent to connect the air outlet 2, and the spring 7 can be sleeved outside or inside the pipe section according to the actual situation, and the preferred embodiment of the application is that the spring 7 is sleeved inside the pipe section.

[0023] The air outlets of the air bag partition are all arranged on the same side of the mattress, and the air outlets are conveniently connected by shorter air pipes. For the same air bag partition, the two air outlets at the far end and the near end are respectively connected to two branch gas supply pipes, and each air outlet belonging to the same air bag partition can be connected to the corresponding main gas supply pipe through the two paths formed by the two branch gas supply pipes. The spring is sleeved outside or inside the pipe section of the branch gas supply pipe, the pipe section is protected by the elastic action of the spring, the part of the pipe section is prevented from being excessively bent to cause the path to be narrowed or blocked, the air flow is not smooth, and the normal inflation and deflation of the air bag are affected, and the service life of the part of the air pipe can be prolonged with the protection of the spring.

[0024] Furthermore, the main air supply pipe 4 includes a long side pipe section 41 extending along the long side of the mattress and a short side pipe section 42 extending along the short side of the mattress. One end of the long side pipe section 41 is connected to the air nozzle 2 corresponding to the airbag section 1, and the other end is connected to one end of the short side pipe section 42 at the corner of the mattress via an elbow 8. The other end of the short side pipe section 42 is connected to the air source. The long side pipe section 41 passes through the pipe groove 17 provided in the massage layer 9. One end of the long side pipe section 41 passes through the outer sleeve of the massage layer 9 and connects to the elbow 8. The outer sleeve of the massage layer 9 has an opening for the long side pipe section 41 to pass through. The short side pipe section 42 passes through the edge layer 10 that is attached to the foot side of the mattress to the outside of the massage layer 9.

[0025] The long and short sections of the main air supply tube are connected at the corners of the mattress by elbows to prevent the tube from bending and affecting ventilation and lifespan. The other ends of the long and short sections are connected to the air nozzles and air sources of the corresponding airbag zones, respectively. Meanwhile, the long section is hidden inside the massage layer, and the short section is hidden in the edge layer on the side of the mattress foot that is close to the massage layer.

[0026] Example 2 Fig. 3 As shown, a massage mattress is provided. The mattress includes an outer edge layer 10 and massage layers 9 and support layers 16 distributed vertically within it. The massage layers 9 have planar distributed airbags 13. These airbags 13 generate massage stimulation by repeatedly inflating and deflating. The massage mattress uses the air duct layout structure described in Example 1.

[0027] Thanks to the use of an air duct layout that effectively diverts air flow and reduces noise during air delivery, massage mattresses with this air duct layout have high air delivery efficiency, fast inflation and deflation speed, and low noise during air delivery. This allows users to relax more and have a better massage experience.

Claims

1. An air duct layout structure, comprising multiple airbag sections (1) in a massage layer (9), each airbag section (1) being provided with several air nozzles (2), the air nozzles (2) of the same airbag section (1) being connected by air tubes (3), and the air nozzles (2) of the same airbag section (1) sharing an independent main air supply tube (4) for inflation and deflation, characterized in that... The main gas pipe (4) is provided with a three-way joint (6) at one end, and two branch gas pipes (5) are branched out from the three-way joint (6), and each of the two branch gas pipes (5) is connected to one gas nozzle (2) in the corresponding air bag partition (1).

2. The gas line layout structure according to claim 1, characterized by The main gas pipe (4) is provided with a three-way joint (6) at one end, and two branch gas pipes (5) are branched out from the three-way joint (6), and each of the two branch gas pipes (5) is connected to one gas nozzle (2) in the corresponding air bag partition (1).

3. The gas line layout structure according to claim 2, characterized by The gas nozzles (2) in each air bag partition (1) are arranged on the same side of the mattress, and all the gas nozzles (2) in the same air bag partition (1) are arranged in a row in front of and behind each other, and the two branch gas pipes (5) are connected to the two gas nozzles (2) at the distal end and the proximal end of the same air bag partition (1), respectively.

4. The gas line layout structure according to claim 3, characterized by The spring (7) is sleeved on the pipe segment outside or inside the pipe segment.

5. The gas line layout structure according to claim 4, characterized by The main gas pipe (4) includes a long edge pipe segment (41) extending along the long edge of the mattress and a short edge pipe segment (42) extending along the short edge of the mattress, one end of the long edge pipe segment (41) is connected to the gas nozzle (2) corresponding to the air bag partition (1), and the other end of the long edge pipe segment (41) is connected to one end of the short edge pipe segment (42) at the corner position of the mattress through an elbow (8), and the other end of the short edge pipe segment (42) is connected to the gas source.

6. The air hose layout structure according to claim 1, wherein The long edge pipe segment (41) is arranged in the pipe groove (17) arranged in the massage layer (9), and the short edge pipe segment (42) is arranged in the surrounding edge layer (10) arranged outside the massage layer (9) on the foot side of the mattress.

7. The gas line layout structure according to claim 6, characterized by The long edge pipe segment (41) is sleeved with the elbow (8) outside the massage layer (9) at one end, and the massage layer (9) is provided with an opening for the long edge pipe segment (41) to pass through.

8. The gas line layout structure according to claim 7, characterized by The massage mattress has at least four air bag partitions (1) corresponding to the back, waist, hip and leg positions, and the air bag partitions (1) corresponding to the back, waist and hip positions are connected to the gas nozzles (2) through the branch gas pipes (5) branched out from the main gas pipe (4) at one end, and each air bag partition (1) includes 2-5 rows of air bags extending along the width direction of the mattress.

9. The air hose layout structure according to claim 1, wherein The massage mattress uses the gas pipe layout structure according to any one of claims 1-9.

10. A massaging mattress, the mattress comprising a peripheral border layer (10) and a massaging layer (9) and a supporting layer (16) distributed in the massaging layer (9) and the supporting layer (16), the massaging layer (9) having air bags (13) distributed in a plane, the air bags (13) generating massaging stimulation by repeated inflation and deflation, characterized in that ​

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