JP2022064273A - Massage seat comprising air filling and exhaust functions - Google Patents

Abstract

To provide a massage seat which can be easily operated/controlled, and can save time and labor.SOLUTION: A massage seat in one embodiment comprising air filling and exhaust functions comprises: a massage seat body; and a control box. The control box is coupled to the massage seat body through an air feeding pipe, the massage seat body has a plurality of air bags, the air bags are connected by an air way, and the number of the air way is one or greater. The plurality of air bags is connected to the air way(s), the air bags connected to the different air ways are arranged and crossed. In the surrounding of each air bag, there is at least one air bag which does not connect to the air bag and is adjacent to the air bag, the air bag which does not connect to the air bag is filled with air by the different air way and from which the air is discharged, therefore the air bags at different positions can be simultaneously maintained in a state of being filled with the air or in a state in which the air is discharged from the air bags, thereby achieving excellent air permeability and massage effect.SELECTED DRAWING: Figure 1

Description

Massage sheet with air filling and exhaust functions.

Currently, massage sheets are mainly massaged by two methods, one is to act on the body with a rolling ball or a vibrating stick to give a massage effect, and the other is to repeatedly fill the sheet with gas and exhaust. By doing this and raising or lowering the seat, a massage effect is created.

The first method has a complicated structure and high usage cost, so it is usually installed in medical facilities and specialized facilities. The second method is low in price, but the production volume is small due to manufacturing problems, and most of them have a one-time air filling and exhaust structure, so the massage effect cannot be obtained.

According to one aspect of the present invention, a massage sheet having air filling and exhaust functions is provided, and the massage sheet can be performed by interlacing air filling and exhausting, and different parts of the massage sheet are interlaced and raised. By moving up and down and filling air independently, a massage effect and a ventilation effect can be obtained, the muscles of the body can be loosened, and blood flow can be promoted.

It is a massage sheet equipped with air filling and exhaust functions, and the manufacturing method of the massage sheet is to fill and exhaust the air of different airbags in the massage sheet by two airways, and the different parts intersect to fill and exhaust the air. Since the air pump is operated by the remote controller for air filling and exhaust, it is easy to control the operation, save time and labor, and the filling amount can be precisely controlled.

It is an example of the structural drawing of the whole massage sheet of Example 1 of this invention. It is an example of the bottom view of the massage sheet of Example 1 of this invention. It is an example of the structural drawing of the upper sheet body of the massage sheet of Example 1 of this invention. It is an example of the structural drawing of the lower sheet body of the massage sheet of Example 1 of this invention. It is an example of the assembly drawing of the control box of the massage sheet of Example 1 of this invention. It is an example of the exploded view of the control box of the massage sheet of Example 1 of this invention. It is an example of the figure which shows the connection of the plurality of massage sheet main bodies of Example 2 of this invention. This is an example of a partially enlarged view of part A in FIG. 7. It is an example of the structural drawing of the lower sheet body in the plurality of massage sheet main bodies of Example 2 of this invention. It is an example of the structural drawing when the massage sheet of Example 3 of this invention is applied to the lower sheet body of a mattress. This is an example of an image diagram when the massage seat of Example 4 of the present invention is applied to a seat cushion of a sofa. This is an example of an image diagram when the massage sheet of Example 5 of the present invention is applied to a cushion. This is an example of an image diagram when the massage sheet of Example 6 of the present invention is applied to another type of cushion. This is an example of an image diagram when the massage sheet of Example 7 of the present invention is applied to a double mattress. This is an example of an image diagram when the massage sheet of Example 8 of the present invention is applied to a pillow.

For example, as shown in FIG. 1, it is a feature of the present invention that the massage sheet has a massage sheet main body 1, an air supply tube 2, and a control box 3. In the embodiment shown in FIG. 1, the massage sheet main body 1 has a plurality of airbags 112, and the airbags 112 communicate with the airways by a gas path 113, and the number of the airways is at least one. A plurality of airbags 112 are connected to each airway, and airbags 112 connected to different airways are interlaced and installed, and at least adjacent airbags 112 not communicating with the airbag 112 are installed around each airbag 112. There is one, and the airbag 112 that is not in communication is filled with air and exhausted by different airways, so that the airbag 112 at different positions can maintain the state of air filling and exhausting at the same time, and it has an uneven structure, which is excellent. It has breathability and massage effect.

Regarding the installation of the airway, one airway and the airbag 112 connected to the airway constitute a charge / exhaust unit, the massage sheet has at least one charge / exhaust unit, and at least one charge / exhaust unit is formed. It is provided by crossing diagonally or by crossing in parallel.

The massage sheet body 1 includes an upper sheet body 11 and a lower sheet body 12, the airway includes a gas path 113, an air hole 122 and a gas nozzle 123 (see FIG. 2), and a lower sheet body is located at the lower end of the upper sheet body 11. 12 is connected, and the upper seat body 11 includes an upper seat surface 111, an airbag 112, and a gas path 113, and a plurality of upwardly convex airbags 112 are provided on the upper seat surface 111.

The lower sheet body 12 includes a lower sheet surface 121, an air hole 122 and a gas nozzle 123 (see FIG. 4), an air hole 122 is provided at the edge of the lower sheet surface 121, a gas nozzle 123 is installed in the air hole 122, and a gas nozzle is provided. 123 is connected to the air supply tube 2.

1 to 6 show the first embodiment of the present invention, in which the massage sheet has a massage sheet main body 1, an air supply tube 2 and a control box 3, and the massage sheet main body 1 is connected to the control box 3 through the air supply tube 2.

The massage sheet body 1 includes an upper sheet body 11 and a lower sheet body 12, and the lower sheet body 12 is connected to the lower end of the upper sheet body 11. As shown in FIG. 3, the upper seat body 11 includes an upper seat surface 111, an airbag 112, and a gas path 113, and a plurality of upwardly convex airbags 112 are provided on the upper seat surface 111, and adjacent airbags 112 are provided. Are communicated with each other by the gas path 113. As shown in FIG. 4, the lower sheet body 12 includes a lower sheet surface 121, an air hole 122, and a gas nozzle 123, an air hole 122 is provided on the edge of the lower sheet surface 121, a gas nozzle 123 is installed in the air hole 122, and a gas nozzle is provided. 123 is connected to the air supply tube 2.

The airway is composed of a gas path 113, an air hole 122 and a gas nozzle 123. As shown in FIG. 3, for each airway, the airway and the airbag 112 connected to the airway constitute a charge / exhaust unit. In FIG. 3, in order to distinguish between the two charge / exhaust units, one airway and the airbag 112 are marked with a “10” character, and the other airway and the airbag 112 are marked with a small circle.

The gas in these two charge / exhaust units does not communicate with each other, the gas in each charge / exhaust unit communicates with each other through the gas path 113, and one charge / exhaust unit has only one air hole 122 and one gas nozzle 123. not.

The massage sheet shown in FIG. 3 has a rectangular structure, and in order to facilitate air filling and exhausting, the gas path 113 connected to the surrounding gas nozzle has an "L" shape or an inverted "L" shape, and the airbag 112 is provided. The airbag 112 connected and connected in an oblique direction exhibits an angle of 45 degrees, so that the gas path 113 and the airbag 112 connected to the gas path are provided in an interlaced manner, whereby the power is turned on and the massage sheet is turned on. When operating, the airbags 112 of the two charge / exhaust units are alternately inflated or dented and operated alternately to obtain breathability and a massage effect.

5 and 6 show the structure of the control box 3. The air pump 4 is inside the control box 3, the control box 3 includes the top lid 31 of the plastic cover and the bottom lid 32 of the plastic cover, the control base 311 is provided on the top lid 31 of the plastic cover, and the control base 311 is the control main board 312. The control main board 312 is electrically connected to the air pump 4, the air pump 4 is connected to the air valve component 42 through the exhaust pipe 41, and the air valve component 42 is connected to the ventilation hole 44 through the Y-shaped ventilation pipe 43. The ventilation hole 44 is provided in the bottom lid 32 of the plastic cover, and the ventilation hole 44 is connected to the air supply pipe 2.

The airflow flows from the charge / exhaust unit to one air supply pipe 2 through the air hole 122 and the gas nozzle 123, flows to the air pump 4 through the air supply pipe 2, and drives the airflow by the air pump 4, and the exhaust pipe 41 and the air valve component 42. , It flows through the Y-shaped ventilation pipe 43 and the ventilation hole 44 in order to another air supply pipe 2, and the air flow is made to flow to another charge / exhaust unit by the air supply pipe 2.

Further, different air supply pipes 2 are used to fill and exhaust air into different charge / exhaust units, and inside the control box 3, the air valve component 42 supplies and exhausts air to different air supply pipes 2 through independent ventilation pipes 43.

A fuse 321 and a power switch 322 and a power port 323 are provided on the bottom cover 32 of the plastic cover of the control box 3, the power switch 322 is connected to the air pump 4, and the master control circuit of the control main board 312 is four relay drive circuits. It drives a relay and controls three charge / exhaust gears and an emergency exhaust gear (three charge / exhaust gears are distinguished by filling time, and small, medium, and large charge / exhaust correspond to each in order). In addition, the time button, start button, gear button and frequency button in the master control circuit are connected to the power indicator, respectively, and the power indicator lights the operating time, operating status, air frequency and air to be exchanged in the two air chambers. Display the amount.

The master control circuit is connected to the 220V power supply, the power is supplied by the 220V power supply, the power supply module displays the operating status with the power indicator lamp, the power supply module is connected to the remote control control module, and the remote control receiving antenna is attached to the remote control control module. It is provided, receives a command transmitted from the remote controller, transmits the command to the master control circuit, and the master control circuit operates the air pump 4 according to the command.

A remote control transmission module is provided on the remote control, the remote control transmission module transmits and power is supplied to the power supply, the remote control transmission module receives the command input by the function button, and the remote control transmission antenna issues a command to the remote control reception antenna. The remote control can be manufactured by conventional technology.

The control box 3 is a control mechanism driven by a power source to fill and exhaust air from the massage sheet. The control box 3 shown in the figure may be manufactured by a method other than the present invention, and may be, for example, an electric air pump, as long as it can be driven by a power source to fill and exhaust air. As for the power source, 220V alternating current may be used to convert to 22V or 24V, 5V or 12V may be converted, or a mobile battery or battery may be used.

FIG. 7 shows Example 2 of the present invention. Since a larger massage sheet is required, the massage sheet is designed so that it can be disassembled into many small sheets, and many small massage sheets are individually made and then joined. You just have to match.

As shown in the figure, by attaching a fastener around the massage sheet, many small massage sheets were combined with the fastener to form a larger massage sheet. The figure shows a combination of three massage sheets. The control box 3 is provided with three air supply tubes 2 for filling and exhausting air, and each air supply tube 2 includes two air supply tubes, each of which is a massage sheet. Air is filled and exhausted to the two charge / exhaust units.

In this case, the massage sheets can be joined together by attaching a fastener to the outside of the lower sheet surface, that is, the outside of the gas path, and the function of the original massage sheet is not affected. In addition, the fastener may be attached to either of the four sides of the massage sheet depending on the form of joining.
FIG. 8 is an example of a partially enlarged view of part A in FIG. 7.

FIG. 9 shows Example 2 of the present invention, and like the air holes 122 and the gas nozzle 123 in the figure, the number of massage sheets is not limited to three, and any two or more massage sheets can be combined.

FIG. 10 is an example of a structural diagram when Example 3 of the present invention is applied to a lower sheet body of a mattress.

FIG. 11 is an example of an image diagram when the fourth embodiment of the present invention is applied to a seat cushion of a sofa. The method can also be applied to wheelchairs. As shown in the figure, the massage sheet body 1 may be manufactured into a rectangle as shown in FIG. 10 and used as a mattress, or may be manufactured into a small square as shown in FIG. 11 and used as a seat cushion for a sofa or a wheelchair. May be good.

FIG. 12 shows Example 5 of the present invention. Since the basic structure of the massage sheet is the same as that of FIG. 1, only the structure of the upper sheet surface 111 of the massage sheet main body 1 is shown. The difference is the installation method of the charge / exhaust unit.

There are two charge / exhaust units on the upper seat surface 111, and each charge / exhaust unit is composed of one gas path 113 and a number of airbags 112. In order to facilitate air filling, two gas paths 113 (the gas path 113 forms an L-shape or an inverted L-shape) are installed in the two charge / exhaust units at the edge of the upper sheet surface 111, and air is provided by the gas path 113. The bag 112 is connected and penetrated to fill and exhaust air. The two charge / exhaust units are displayed in black and white to distinguish them. One charge / exhaust unit is shown in black and the other charge / exhaust unit is shown in white. The airbags 112 of these two charge / exhaust units are arranged horizontally, and the airbag 112 of the black charge / exhaust unit and the airbag 112 of the white charge / exhaust unit are provided in an interlaced manner, and the airbags of different charge / exhaust units are provided. The 112s are interlaced in parallel with each other so that when operating, the airbags 112 of the two charge / exhaust units are alternately inflated or dented, and the airbags in different positions are alternately operated to ventilate. Gender and massage effect can be obtained.

FIG. 13 shows Example 6 of the present invention, and since the basic structure of the massage sheet is the same as that of FIG. 12, only the structure of the upper sheet surface 111 of the massage sheet main body 1 is shown. The difference is the installation method of the gas path 113.

The upper seat surface 111 also has two charge / exhaust units, each of which is composed of one gas path 113 and a number of airbags 112. The airbag 112 is directly connected and penetrated by the gas path 113 to fill and exhaust air. The two charge / exhaust units are displayed in black and white to distinguish them. One charge / exhaust unit is shown in black and the other charge / exhaust unit is shown in white. The airbags 112 of these two charge / exhaust units are arranged horizontally, and the airbag 112 of the black charge / exhaust unit and the airbag 112 of the white charge / exhaust unit are provided in an interlaced manner, and the airbags of different charge / exhaust units are provided. The 112s are interlaced in parallel with each other so that when operating, the airbags 112 of the two charge / exhaust units are alternately inflated or dented, and the airbags in different positions are alternately operated to ventilate. Gender and massage effect can be obtained.

In this method, by directly connecting the gas path 113 to the airbag 112 without installing the gas path 113 on the edge of the upper seat surface 111, one airway can be omitted at the time of processing, and at the same time, the airway portion. Separation can also be prevented.

FIG. 14 shows Example 7 of the present invention, in which a massage sheet is applied to a mattress. As shown in the figure, since the body needs to be supported at a certain height, the two massage sheet main bodies 1 are combined, and the airbag 112 of the two massage sheet main bodies 1 is projected to form a double mattress. This increases the height of the massage sheet and increases the degree of massage.

Two charge / exhaust units may be provided as in the above embodiment, or two or more may be provided. As a massage sheet, two or more charge / exhaust units are required, and an effective massage effect can be obtained by asynchronously filling and exhausting air.

The gas path 113 may be installed independently on the edge of the massage sheet or may be directly coupled to the airbag 112. It suffices if the airbag 112 can be connected and penetrated, and the airbag 112 can be filled with air and exhausted.

The above-mentioned double structure may be applied to cushions, seat cushions for wheelchairs and sofas, and pillows.

Regarding the airbag, a plurality of airbags 112 having the same dimensions may be provided as in the above method, and airbags 112 having different dimensions may be provided as needed.

FIG. 15 shows Example 8 of the present invention, which constitutes a pillow in this embodiment.

The dimensions of the airbag 112 inside the pillow vary depending on the position in order to firmly support the human head. For example, the airbags 112 on both sides are larger than the central airbag 112, and support the neck by installing an elongated and large airbag. In addition, two gas paths 113 are provided.

The shape of the massage sheet is not limited to geometric shapes such as quadrangles, triangles, and regular polygons.

In the present invention, by installing a plurality of airways and filling the airbag 112 with air, when the power is turned on and the massage sheet is operated without communicating the adjacent airbags 112 with each other, the adjacent airbags 112 are operated. Air is filled and exhausted by turns. As a result, the adjacent airbags 112 are alternately inflated or dented to form an uneven structure, which improves blood flow and provides breathability and a massage effect.

Further, in order to meet various needs and improve user comfort, the airbag 112 may have different shapes and dimensions, or may be installed at different positions. Furthermore, air filling and exhaust are controlled by remote control, which is easy to operate, saves time and labor, and the filling amount can be adjusted according to the user's needs and can be precisely controlled.

The present invention can be applied to various shapes such as mattresses, seat cushions for sofas and wheelchairs, cushions, pillows, lumbar supports, etc., and the type, shape, dimensions, height, etc. of massage seats can be adjusted.

Claims (7)

The control box includes a massage sheet body and a control box, and the control box is a massage sheet that is connected to the massage sheet body through an air supply pipe and has air filling and exhaust functions. The massage sheet body has a plurality of airbags and the air. The bags are communicated by airways, and the number of the airways is at least one. Multiple airbags are connected to each airway, and airbags that connect to different airways are interlaced and installed around each airbag. There is at least one adjacent airbag that does not communicate with the airbag, and the airbag that does not communicate is characterized by having excellent air permeability and massage effect by filling and exhausting air by different airways. A massage sheet with air filling and exhaust functions. The charge / exhaust unit is composed of the one airway and the airbag connected to the airway, the massage sheet has at least two charge / exhaust units, and at least two or more charge / exhaust units are provided diagonally in a crossed manner. Alternatively, the massage sheet having the air filling and exhausting functions according to claim 1, which is provided so as to be interlaced in parallel. The airbags are lined up to form an airbag area, and the airway is installed around the airbag area to form an "L" shape. The airbags on both sides are directly connected to the airway, and other airbags are connected. The massage sheet having the air filling and exhausting functions according to claim 2, which is lined up at an angle of 45 degrees. The airbags are lined up to form an airbag area, the airway penetrates around the airbag area, the airbags connected to the airway are connected, and the airbags on the upper, lower, left, and right sides are directly connected to the airway. The massage sheet having the air filling and exhausting functions according to claim 2, wherein other airbags are connected and arranged in parallel. The massage sheet body includes an upper sheet body and a lower sheet body, the air passage includes a gas path, an air hole and a gas nozzle, the lower sheet body is connected to the lower end of the upper sheet body, and the upper sheet body is an upper sheet surface. A plurality of upwardly convex airbags including an airbag and a gas path are provided on the upper seat surface, the lower seat body includes a lower seat surface, an air hole and a gas nozzle, and an air hole is provided on the edge of the lower seat surface. , A gas nozzle is installed in the air hole, the gas nozzle is connected to the air supply tube, and the massage sheet includes multiple massage sheet bodies, and the adjacent massage sheet bodies are connected to each other with fasteners, Velcro (registered trademark) and buttons. The massage sheet having the air filling and exhausting functions according to claim 2. In a plurality of massage sheet main bodies, the massage sheet main bodies are stacked one above the other, the lower sheet body of the massage sheet main body is bonded, and the upper sheet body faces the outside. Sheet. An air pump is installed inside the control box, the control box includes the top lid of the plastic cover and the bottom lid of the plastic cover, and the control base is provided on the top lid of the plastic cover. The main board is electrically connected to the air pump, the air pump is connected to the air valve parts through the exhaust pipe, the air valve parts are connected to the ventilation holes through the Y-shaped ventilation pipe, and the ventilation holes are provided in the bottom lid of the plastic cover, and also through. The pores are connected to the air supply pipe, the air flow is driven by the air pump, the air flow flows to the air supply pipe through the exhaust pipe, the air valve parts, the ventilation pipe and the ventilation hole in order, and the air flow is sent to the air bag by the air supply pipe, and the bottom lid of the plastic cover. A massage sheet having an air filling and exhaust function according to claim 6, wherein a fuse, a power switch and a power port are provided in the air pump 4, and the power port and the power switch are connected to the air pump 4 by a power control component.

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