TWI812278B - Negative pressure massage host with double air transmission structure - Google Patents

Abstract

A negative pressure massage host with double air transmission structure includes a main body, a first air transmission structure and a second air transmission structure. The main body includes a housing and a panel. The first air transmission structure includes a first external tube, a suction bucket, a vacuum pump and a first connection pipe. The first external tube is located in the panel. The suction bucket is connected to the first external tube. The vacuum pump is disposed in the housing and connected to the suction bucket by the first connection pipe. The second air transmission structure includes a second external tube, an intake drum, a solenoid valve, a second connection pipe and a third connection pipe. The second external tube is located in the panel. The intake drum is disposed in the housing and connected to the second external tube by the second connectiom pipe. The solenoid valve is connected to the intake drum and connected to the suction bucket by the third connection pipe.

Description

Negative pressure massage host with dual air transmission structure

The invention relates to a negative pressure massage host, in particular to a negative pressure massage host with a double air delivery structure.

As the pace of life becomes faster and faster, modern people often do not have enough time to exercise to relax their body and mind, or they accumulate a lot of stress and need to relieve it. Therefore, many kinds of massage and stress relief equipment have appeared on the market. A general negative pressure massage device mainly includes a massage host, an air pipe and a vacuum cup. The two ends of the air pipe are connected to the massage host and the vacuum cup respectively. Through the operation of the massage host, the user uses the vacuum cup to massage the body. Each part is pumped or exhausted to achieve the massage and relaxation effect.

However, most of the existing negative pressure massage devices can only be used by external devices with a single function, and cannot fully meet the needs of other different functions such as oxygen injectors, negative ion generators, ozone, hydroxide ions, etc. Therefore, other related devices or equipment must be purchased separately, which will cause a heavy cost burden for users.

In view of this, the inventor has devoted himself to research and applied academic theory to solve the above-mentioned problems in order to solve the above-mentioned deficiencies in the prior art, which has become the inventor's goal of improvement.

One purpose of the present invention is to provide a negative pressure massage host with a dual air delivery structure, which can not only be used with a negative pressure cup device, but can also be used with other external devices, adding to its versatility and versatility.

In order to achieve the above object, the present invention provides a negative pressure massage host with a dual air transmission structure, including a main body, a first air transmission structure and a second air transmission structure. The main body includes a shell and is connected to the shell. A panel of The vacuum pump is installed in the housing and connected to the suction barrel through the first connecting pipe; the second air transmission structure includes a second external pipe, an air inlet barrel, a solenoid valve, a second connecting pipe and A third connecting pipe, the second external pipe is provided on the panel, the air intake barrel is provided in the housing and connected to the second external pipe through the second connecting pipe, the solenoid valve is provided in the housing and connected to the The solenoid valve is connected to the air intake bucket through the third connecting pipe.

The present invention also has the following effects: by disposing the first external tube and the second external tube on the panel, it facilitates the insertion and extraction operations of the negative pressure cup device and the external device.

The detailed description and technical content of the present invention will be described below with reference to the drawings. However, the attached drawings are only for illustrative purposes and are not intended to limit the present invention.

Please refer to Figures 1 to 4. This new model provides a negative pressure massage host with a dual air delivery structure, which can be equipped with a negative pressure cup device 7 (shown in Figure 3) or/and an external device 8 (shown in Figure 3). (shown in the figure) to form a negative pressure massager, in which the negative pressure massage host includes a main body 10, a first air transmission structure 20 and a second air transmission structure 30.

The main body 10 is roughly in the shape of a trapezoid and mainly includes a base 11, a shell 12 and a panel 13. The shell 12 corresponds to the cover of the base 11, and the panel 13 is fixed on the front side of the shell 12. In this embodiment, the panel 13 is also provided with a blue button 131, a yellow button 132, a red button 133 and other related components such as knobs, buzzers, display screens and switches.

The first gas transmission structure 20 mainly includes a first external pipe 21, a suction barrel 22, a vacuum pump 23 and a first connecting pipe 24. The first external pipe 21 is provided on the front of the panel 13 to provide the aforementioned load. The cup pressing device 7 is connected. The suction bucket 22 is fixed on the back of the panel 13 and connected to the first external pipe 21. The suction bucket 22 has an air suction interface 221, a first air release interface 222 and a second air release interface 223. The air suction barrel 22 and the The detailed structure, connection type and operation method of the external nozzle 21 have been found in the specification of the patent certificate No. TWM621904 previously applied by the inventor and has been published, so they will not be described in detail one by one.

The vacuum pump 23 is fixed on the base 11 and formed inside the casing 12. The vacuum pump 23 has an air inlet interface 231 and an exhaust interface 232. The two ends of the first connecting pipe 24 are respectively connected to the air inlet interface 231 and the air inlet interface 232 of the vacuum pump 23. The suction interface 221 of the suction barrel 22.

The second gas transmission structure 30 mainly includes a second external pipe 31 , an air inlet barrel 32 , a solenoid valve 33 , a second connecting pipe 34 and a third connecting pipe 35 . The second external pipe 31 is provided on the panel 13 The front side and the side of the first external pipe 21 are used to provide connections for external devices 8 such as oxygen injectors, negative ion generators, ozone, hydroxide ions, etc. The air inlet barrel 32 is fixed on the base 11 and formed inside the housing 12. The air inlet barrel 32 has an air inlet interface 321, an exhaust port 322, an air outlet pipe 323 and an air outlet interface 324, wherein the second connecting pipe 34 Both ends of the second external pipe 31 are connected to the air inlet interface 321 of the air inlet barrel 32 respectively.

The solenoid valve 33 is fixed on the base 11 and located on one side of the air inlet barrel 32, and the solenoid valve 33 is connected to the air inlet barrel 32 through the air outlet pipe 323; in addition, the solenoid valve 33 has an air outlet interface 331, in which the third connecting pipe 35 The two ends are connected to the air outlet interface 331 of the solenoid valve 33 and the first air release interface 222 of the suction barrel 22 respectively.

In one embodiment, the main body 10 further includes a control and processing module 14 , which is disposed on one side of the vacuum pump 23 and is electrically connected to the vacuum pump 23 and the solenoid valve 33 .

In one embodiment, the first gas transmission structure 20 also includes a vent barrel 25 and a fourth connecting pipe 26. The vent barrel 25 is fixed on the base 11 and formed inside the housing 12, and the vent barrel 25 has an inlet. The air interface 251 and an exhaust port 252, the two ends of the fourth connecting pipe 26 are respectively connected to the exhaust interface 232 of the vacuum pump 23 and the air inlet interface 251 of the deflation barrel 25.

In one embodiment, the second gas transmission structure 3 also includes another solenoid valve 36, a fifth connecting pipe 37 and a sixth connecting pipe 38. The other solenoid valve 36 is fixed on the base 11 and formed in the deflation barrel. 25, another solenoid valve 36 has an air inlet interface 361 and an air outlet interface 362. Both ends of the fifth connecting pipe 37 are connected to the air outlet interface 324 of the air inlet barrel 32 and the air inlet interface of the other solenoid valve 36 respectively. 361. The two ends of the sixth connecting pipe 38 are connected to the air outlet interface 362 of the other solenoid valve 36 and the second air release interface 223 of the suction barrel 22 respectively.

Through the combination of the above components, the operation process has the following various modes:

Among them, in the blue key mode of the instrument (that is, after the blue key 131 lights up), the other solenoid valve 36 continues to close, and after it is turned on to deflate for a few seconds, the vacuum pump 23 is turned on to evacuate for a few seconds, and the action is repeated. The external device 8 continuously injects pure oxygen, negative ions, ozone, hydroxide ions and other gases through the second external pipe 31, and enters the air inlet barrel 32 from the air inlet interface 321 through the second connecting pipe 34. When the solenoid valve 33 is opened, The gas will sequentially pass through the air outlet pipe 323, the air outlet interface 331 of the solenoid valve 33, the third connecting pipe 35, the second air release interface 223, and the suction bucket 22 to the negative pressure cup device 7. When the solenoid valve 33 is closed, the gas will be discharged from the exhaust port 322 of the air intake barrel 32 .

In the yellow key mode of the instrument (that is, after the yellow key 132 lights up), the solenoid valve 33 continues to be closed. After the other solenoid valve 36 is opened to deflate for a few seconds, the vacuum pump 23 is opened for vacuuming for a few seconds, and the action is repeated. The external device 8 continuously injects pure oxygen, negative ions, ozone, hydroxide ions and other gases through the second external pipe 31, and enters the air inlet barrel 32 from the air inlet interface 321 through the second connecting pipe 34. When the solenoid valve 33 is opened, The gas will sequentially pass through the air outlet interface 324, the fifth connecting pipe 37, the air inlet interface 361, another solenoid valve 36, the air outlet interface 362, the sixth connecting pipe 38, the first air release interface 222, the suction barrel 22 to the negative pressure cup Device 7. When the solenoid valve 33 is closed, the gas will be discharged from the exhaust port 322 of the air intake barrel 32 .

In the red key mode of the instrument (that is, after the red key 133 lights up), the solenoid valve 33 and the other solenoid valve 36 are continuously closed, and the vacuum pump 23 is opened to continue vacuuming. The external device 8 continuously injects pure oxygen, negative ions, ozone, hydroxide ions and other gases from the second external pipe 31 into the air inlet barrel 32 from the air inlet interface 321 through the second connecting pipe 34 and from the air inlet barrel 32 The exhaust port 322 discharges.

Among them, in the blue key and red key modes of the instrument (that is, after the blue button 131 and the red button 133 light up at the same time), the other solenoid valve 36 continues to close, the solenoid valve 33 opens to deflate for a few seconds, then closes for a few seconds, and repeats the action; the vacuum pump 23 Turn on continuous vacuuming.

In the yellow key and red key modes of the instrument (that is, after the yellow button 132 and the red button 133 light up at the same time), the solenoid valve 33 continues to be closed, and the other solenoid valve 36 is opened to deflate for a few seconds and then closed for a few seconds, and the action is repeated; the vacuum pump 23 Turn on continuous vacuuming.

Please refer to FIG. 5 . The air inlet barrel 32 also includes a filter member and a mounting cover 327 . The filter member is disposed inside the air inlet barrel 32 , and the mounting cover 327 is fixed on the end surface of the air inlet barrel 32 . The filter element includes a first filter core 325 and a second filter core 326. The first filter core 325 and the second filter core 326 are stacked on each other, and the first filter core 325 can be a filter foam, and the second filter core 325 can be a filter foam. 326 can be an activated carbon filter material or a high-efficiency particulate air (HEPA) filter. The filter material of the high-efficiency particulate air filter is usually made of randomly arranged chemical fibers (for example: polypropylene fiber, polypropylene fiber or polyester fiber). That is, polyester non-woven fabric) or glass fiber to keep the air intake clean.

To sum up, the negative pressure massage host with a double air transmission structure of the present invention can indeed achieve the expected purpose of use and solve the deficiencies of conventional knowledge. It is also very novel and progressive, and fully meets the requirements for invention patent applications. If you file an application in accordance with the Patent Law, please check carefully and grant the patent in this case to protect the rights of the inventor.

10:Subject 11: Base 12: Shell 13:Panel 131:Blue button 132:yellow button 133:Red button 14:Control and processing module 20: The first gas transmission structure 21:First external takeover 22:Suction bucket 221: Suction interface 222: First vent interface 223: Second vent interface 23: Vacuum pump 231:Air intake interface 232:Exhaust interface 24:First connecting pipe 25: Deflate barrel 251:Air intake interface 252:Exhaust port 26:Fourth connecting pipe 30: Second gas transmission structure 31:Second external takeover 32:Air intake barrel 321:Air intake interface 322:Exhaust port 323:Exit pipe 324: Air outlet interface 325: First filter element 326: Second filter element 327:Install cover 33:Solenoid valve 331: Air outlet interface 34:Second connecting pipe 35:Third connecting pipe 36:Another solenoid valve 361:Air intake interface 362: Air outlet interface 37:Fifth connecting pipe 38:Sixth connecting pipe 7: Negative pressure cup device 8:External device

Figure 1 is a perspective view of the negative pressure massage host assembly of the present invention.

Figure 2 is a three-dimensional exploded view of the negative pressure massage main unit of the present invention.

Figure 3 is a block diagram of the negative pressure massage host of the present invention.

Figure 4 is an exploded view of the first outer pipe and suction barrel of the present invention.

Figure 5 is an exploded view of the air intake barrel of the present invention.

10:Subject

11: Base

12: Shell

13:Panel

131:Blue button

132:yellow button

133:Red button

14:Control and processing module

20: The first gas transmission structure

21:First external takeover

22:Suction bucket

23: Vacuum pump

30: Second gas transmission structure

31:Second external takeover

32:Air intake barrel

33:Solenoid valve

Claims (12)

A negative pressure massage host with a double air transmission structure, including: A main body, including a shell and a panel connected to the shell; A first gas transmission structure includes a first external pipe, a suction barrel, a vacuum pump and a first connecting pipe. The first external pipe is provided on the panel, and the suction barrel is connected to the first external pipe. A vacuum pump is installed in the housing and connected to the suction barrel through the first connecting pipe; and A second gas transmission structure includes a second external pipe, an air inlet barrel, a solenoid valve, a second connecting pipe and a third connecting pipe. The second external pipe is provided on the panel, and the air inlet barrel is provided The solenoid valve is arranged in the housing and connected to the air intake bucket through the second connecting pipe. The solenoid valve is connected to the air intake bucket through the third connecting pipe. The negative pressure massage host with a dual air transmission structure as described in claim 1, wherein the air inlet barrel has an air inlet interface, and the two ends of the second connecting pipe are connected to the second outer pipe and the air inlet barrel respectively. the air intake interface. The negative pressure massage host with a dual air transmission structure as described in claim 2, wherein the suction barrel has a first air release interface, the solenoid valve has an air outlet interface, and both ends of the third connecting pipe are connected to the solenoid respectively. The air outlet port of the valve and the first air release port of the suction bucket. As claimed in claim 2 or 3, the negative pressure massage host with a dual air transmission structure, wherein the air inlet barrel also has an air outlet pipe, and the solenoid valve communicates with the air inlet barrel through the air outlet pipe. The negative pressure massage host with a double air transmission structure as described in claim 4, wherein the second air transmission structure also includes another solenoid valve and a fifth connecting pipe, the air inlet barrel also has an air outlet interface, the The other solenoid valve has an air inlet interface, and the two ends of the fifth connecting pipe are respectively connected to the air outlet interface of the air inlet barrel and the air inlet interface of the other solenoid valve. The negative pressure massage host with a double air transmission structure as described in claim 5, wherein the second air transmission structure also includes a sixth connecting pipe, the other solenoid valve also has an air outlet interface, and the suction bucket also has A second air leakage interface, the two ends of the sixth connecting pipe are respectively connected to the air outlet interface of the other solenoid valve and the second air leakage interface of the suction bucket. As for the negative pressure massage host with a dual air transmission structure as described in claim 1, the air inlet barrel has an air inlet interface, an exhaust port, an air outlet pipe and an air outlet interface that are connected to each other. The negative pressure massage host with a dual air supply structure as described in claim 1, wherein the suction barrel has an air suction interface, the vacuum pump has an air inlet interface, and both ends of the first connecting pipe are connected to the vacuum pump respectively. The air inlet interface and the air suction interface of the air suction barrel. The negative pressure massage host with a double air transmission structure as described in claim 8, wherein the first air transmission structure further includes a deflation barrel and a fourth connecting pipe, the vacuum pump also has an exhaust interface, and the deflation barrel is Disposed in the housing, the deflation barrel has an air inlet interface, and both ends of the fourth connecting pipe are respectively connected to the exhaust interface of the vacuum pump and the air inlet interface of the deflation barrel. As claimed in claim 1, the main body of the negative pressure massage host with a dual air supply structure further includes a control and processing module, and the control and processing module is electrically connected to the vacuum pump and the solenoid valve. As for the negative pressure massage host with a dual air transmission structure as described in claim 1, a filter element is provided inside the air inlet barrel. As claimed in claim 11, the negative pressure massage host with a dual air supply structure, wherein the filter element includes a first filter element and a second filter element stacked with the first filter element, and the first filter element is a Filter foam, the second filter element is an activated carbon filter material or a high-efficiency filter.