TWM647528U - Pneumatic massage device - Google Patents

Abstract

The invention provides an air pressure massage device, which uses the air pressure massage device to generate pressurized air and enters the air delivery hose from the air delivery hole to fill the massage cover assembly to massage the body. The massage cover assembly can be subdivided into multiple units for use in different parts of the body. The body-fitting component is used according to the part that the individual wants to massage, and combined with the wireless data transmission function, allows the user to have a wider choice and convenience of massage operations, and can store personal massage-related data for subsequent use. Application.

Description

Air pressure massage device

This creation relates to an air pressure massage device, specifically an air pressure massage device that can provide massage effects on different parts of the body and is combined with a wireless data transmission function.

The new patent of the Republic of China Patent Notice No. 552944 discloses an "air pressure massage device" that mainly uses the generated pressure to inflate and fill the tight massage clothes worn by the user, causing them to expand and apply a set pressure massage to the entire human body. The tight-fitting massage clothes are only roughly divided into massage clothes for the upper body and massage pants for the lower body. Each massage part can only be the entire upper body or the entire lower body. For those who only want to massage the neck, arms or waist, there are always some Regret. In addition, the aforementioned air pressure massage device can only be used to manually control various buttons on the device to perform different function settings and switch between usage modes, which is very inconvenient for the user.

The main purpose of this creation is to improve the above-mentioned deficiencies, and subdivide massage clothing into massage components for the head, neck, arms and chest, waist, buttocks, legs and feet. Use them together according to the areas you want to massage, giving users a wider range of options.

Another main purpose of this creation is to combine the use of wireless transmission technology so that the air pressure massage device can operate or perform signal transmission wirelessly, and cooperate with external devices, wearable Intelligent devices or physiological parameter sensors of massage sleeve components can increase the safety of use and related applications of the air pressure massage device of this invention.

1:Pneumatic production and supply device

2:Gas hose

3: Massage body parts

3A: Head cover assembly

3A-1: Devil's Felt

3A-2: Round hole

3B: Neck sleeve assembly

3C: Body parts for arms and chest

3D: Waist set component

3E: Hip sleeve assembly

3E-1: Segmentation Department

3F: Leg sleeve components

3G: foot sleeve components

4: Dashboard

5:Power switch

6: timer

7: Pressure controller

8:Start button

9: Stop button

10: Air supply hole

11: Operation indicator light

12: Pressure indicator light

13:Emergency stop indicator light

14:Air pump

15: Action tank

16:Connected management

17: Pressure switch

18:Solenoid valve

19:Circuit board

20:General manager

21:Branches

22:Air nozzle

23: Discharge valve

24: Gas transmission shell mouth

25: One-way diaphragm

26:Exhaust housing mouth

27:Drum-shaped space

28:Exhaust hole

29: Air release port

30:Arrow

31:Arrow

32: Zipper

33:Power supply circuit

34:IC control circuit chip

35: Time setting button

36: Start/stop control circuit

37: Pressure detection circuit

38: Motor

39: Siren

40: Key abnormality detection circuit

41: Pressure detection circuit

50:Wireless transmission module

60: Wearable smart devices

70: Physiological parameter sensor

200:Cloud device

300:Smartphone

Figure 1 is a perspective view of the appearance of this creation, in which the massage clothes and pants are omitted.

Figure 2 is a perspective view of the right rear side of Figure 1 with the cover removed.

Figure 3 is a perspective view of the left rear side of Figure 1 with the cover removed.

Figure 4 is a three-dimensional view of the appearance of the delivery valve of this invention.

Figure 5 is a schematic diagram of the gas delivery and exhaust functions of the delivery and exhaust valve of this invention.

Figure 6 is a block diagram of the function of this creation.

Figure 7 is a complete picture of the massage sleeve components of this creation.

Figure 8 is a schematic diagram of the appearance of the head sleeve assembly of this creation.

Figure 9 is a schematic diagram of the rear appearance of the head sleeve assembly of this creation.

Figure 10 is a schematic diagram of the appearance of the neck sleeve component of this invention.

Figure 11 is a schematic diagram of the appearance of the sleeve components for the arms and chest of this creation.

Figure 12 is a schematic diagram of the appearance of the waist cover component of this invention.

Figure 13 is a schematic diagram of the appearance of the hip sleeve component of this invention.

Figure 14 is a schematic diagram of the rear appearance of the hip sleeve component of the present invention.

Figure 15 is a schematic diagram of the appearance of the leg sleeve assembly of this invention.

Figure 16 is a schematic diagram of the rear appearance of the leg sleeve assembly of this invention.

Figure 17 is a schematic diagram of the appearance of the foot sleeve component of this invention.

Figure 18 is a schematic diagram of the application of one embodiment of the air pressure massage device of this invention.

Figure 19 is a schematic diagram of the application of another embodiment of the air pressure massage device of the present invention.

Since various aspects and embodiments are only illustrative and non-limiting, after reading this description, a person with ordinary knowledge will know that other aspects and embodiments are possible without departing from the scope of the invention. According to the following detailed description and patent application scope, the features and advantages of these embodiments will be more clearly demonstrated.

As used herein, "a" or "an" are used to describe elements and components described herein. This is only for convenience of explanation and to provide a general sense of the scope of this creation. Accordingly, unless it is obvious otherwise, such description shall be understood to include one or at least one, and the singular shall also include the plural.

In this article, the terms "first" or "second" and similar ordinal numbers are mainly used to distinguish or refer to the same or similar elements or structures, and do not necessarily imply the spatial or temporal spatial or temporal arrangement of these elements or structures. order. It should be understood that in certain situations or configurations, ordinal words can be used interchangeably without affecting the implementation of the invention.

Furthermore, as used herein, the terms "includes," "has," or any other similar terms are intended to cover a non-exclusive inclusion. For example, an element or structure containing plural elements is not limited to the elements listed herein, but may include other elements not expressly listed but that are generally inherent to the element or structure.

As shown in Figures 1 to 7, the embodiment of this invention includes a combination of an air pressure production and supply device (1), an air hose (2) and a massage cover assembly (3) for generating pressurized air. , fill the massage sleeve component (3) worn by the user through the air hose (2), and use the pressurization and relaxation of the massage sleeve component (3), Achieve massage effect. The front instrument panel (4) of the air pressure generating and supply device (1), as shown in the first figure, is equipped with a power switch (5) for supplying power, a timer (6) for setting the operating time, and a pressure control for setting the air pressure. device (7), the start button (8) to start the operation, the stop button (9) to stop the operation, the air nozzle (22) that outputs the air-filled massage sleeve assembly (3), and the instructions for operation, pressurization and emergency stop Lamps (11), (12), (13).

The air pressure generating and supply device (1) is shown in Figures 1 to 3. The housing is mainly provided with an air pump (14) driven by a motor (38), which is connected to an action tank (15) by a connecting pipe to generate pressurized air. The air is output from the air delivery hole (10) connected to the connecting pipe through the action tank (15). To start the air pump (14), first set the timer (6) connected to the action tank (15) with a connecting pipe, set the operating time, and then press the start button (8) on the instrument panel (4) to push the circuit board (19) ) is started by the upper starting circuit and the air push circuit. During the massage process, it is controlled by the pressure switch (17) connected to the action tank (15) by the connecting pipe (16). In addition to controlling the start and stop of the air pump (14) during the pressing process, the pressure switch (17) also controls the solenoid valve push circuit on the circuit board (19) through the timer (6) to control the action tank (15) to connect the pipe. (16) is connected to the solenoid valve (18), which closes the air release port (29) of the action tank (15) when the air pump (14) is operating, allowing the pressure air generated by the air pump (14) to pass through the air delivery hole connected to the action tank (15). (10), the massage sleeve assembly (3) is directly filled with the air hose (2). When the massage sleeve assembly (3) expands to reach the set pressure, the pressure switch (17) controls the operation of the air pump (14) to stop, and at the same time controls the solenoid valve (18) to open the air release port (29) of the action tank (15) to release air. Create a pressure difference between the two ends of the delivery valve (23) at the end of each branch pipe (21) of the gas delivery hose (2), and then discharge the massage sleeve assembly (3) from the exhaust hole (28) of the delivery valve (23) After the set time, the timer (6) then controls the solenoid valve (18) to close the air release port (29) of the action tank (15), starts the air pump (14) to re-inflate the massage sleeve assembly (3), and the continuous operation starts over and over again. , to achieve the action of the massage sleeve component (3) continuously pressing and relaxing the user.

As shown in Figure 1, one end of the gas transmission hose (2) of the present invention is a separate main pipe (20), which is used to combine with the gas transmission hole (10) connected to the action tank (15) of the air pressure production supply device (1), and output The air pump (14) generates pressure air that is output through the action tank (15). The other end of the main pipe (20) branches out into two or several branch pipes (21), each Each end of the branch pipe (21) is connected to a delivery valve (23), which is used to plug in the air nozzle (22) of the massage cover assembly (3) shown in any one of Figures 7 to 17 for filling. The massage cover component (3) presses air and exhausts, causing the massage cover component (3) to expand or contract to its original state. The structure and function of the aforementioned delivery valve (23), as shown in Figures 4 and 5, are composed of a gas delivery housing mouth (24), a one-way diaphragm (25), and an exhaust housing mouth (26). become. Among them, the gas transmission housing mouth (24) and the exhaust housing mouth (26) are both valve housings with a round tube at one end and a disk at the other end. The two disks are combined to form a central drum-shaped space (27). , a one-way diaphragm (25) is accommodated in the drum-shaped space (27), and a plurality of exhaust holes (28) are provided on the circumferential disk of the exhaust housing mouth (26).

As shown in Figures 2, 3, 5 and 7, when the air pump (14) generates pressurized air and is input through the air hose (as shown in Figure 5), the pressurized air enters in the direction of the arrow (30), The one-way diaphragm (25) (shown as a virtual line in Figure 5) is pushed to the exhaust hole (28) side (shown as a solid line in Figure 5) to block the exhaust hole (28), and is filled through the central valve. Massage body parts (3). When the massage cover assembly (3) is filled to the set pressure, due to the action of the pressure switch (17), the air pump (14) stops operating, and the solenoid valve (18) opens the air vent (29) to deflate. At this time, the air delivery shell mouth (24) The pressure in the circular tube disappears and is less than the pressure in the exhaust shell mouth (26). Due to the pressure difference, the pressure air in the massage sleeve assembly (3) moves the one-way diaphragm (25) in the direction of the arrow (31). ) is pushed away from the exhaust hole (28) (shown as a virtual line in Figure 5), and the pressure air in the massage cover assembly (3) is discharged from the exhaust hole (28), causing the massage cover assembly (3) to expand and The effect of shrinkage.

As shown in Figure 1, Figure 2, Figure 3 and Figure 6, this invention uses a power supply to supply 5 volts to the IC control circuit chip (34), and 12 volts to the solenoid valve (18) and alarm (39) , and use the time setting button (35) to set the time and pressure, then press the start switch to start the action. At this time, just put one of the suitable massage cover components (3) on the user and zip up Or glue on the Velcro felt, then connect the air hose (2) between the air nozzle (22) and the air hole (10), then press the power switch (5), and then select the timer (6) Operate the time setting button (35) and press it. The timer (6) will display the operating time. Turn it again. Turn the pressure controller (7) to set the massage pressure, then press the start button (8) to make the solenoid valve (18) close the air vent. At the same time, the timer (6) starts timing, and the air pump (14) operates at the same time to generate pressurized air through the action tank. (15), air delivery hole (10) and air delivery hose (2), fill the massage cover assembly (3). When the massage cover assembly (3) expands to the set pressure, the pressure switch is activated and the air pump (14) is stopped. ) operates, and triggers the timer (6) at the same time. After pressing the human body for 4 to 6 seconds, the timer (6) pushes the solenoid valve (18) to open the vent (29) to deflate, causing the delivery valve (23) to The pressure difference is generated at the end to discharge the gas from the massage cover component (3). After 4 to 8 seconds, the gas is exhausted. The solenoid valve (18) automatically closes the air release port (29). At the same time, the gas starts to fill the massage cover component (3) again. , it operates over and over again, until the set operating time returns to zero, a sound is emitted to end all operations, so that the massage sleeve component (3) continuously presses and relaxes the user to achieve a comprehensive massage effect. This creation also has an abnormality warning device, such as If the clothes are broken, the motor will automatically stop and sound an alarm after continuous pressurization for 2 minutes and 30 seconds; when an abnormality occurs during the user's operation, such as the start button (8) is stuck or the pressure detection fails, the button abnormality detection After the circuit detection, the control circuit in the IC control circuit chip (34) automatically cuts off the power and pushes the solenoid valve (18) to open the vent (29) to release air, causing a pressure difference between the two ends of the delivery valve (23). After the gas in the massage sleeve component (3) is discharged, the filling and exhausting action is stopped.

As shown in Figure 6, the air pressure generating and supplying device (1) of the air pressure massage device of the present invention further includes a wireless transmission module (50), such as a Bluetooth transmission module. The wireless transmission module (50) is electrically connected to the IC control circuit chip (34), and the wireless transmission module (50) can communicate with external devices (such as smart phones, smart bracelets/watches, computer devices, cloud storage devices, etc.) Pair for wireless transmission of two-way signals. The wireless transmission module (50) takes the Bluetooth transmission module as an example. The module is equipped with executable software, and depending on the paired external device, the air pressure generating and supply device (1) can be used as the master control device (master). ) or slave. For example, when the air pressure generating and supplying device (1) is paired and connected with a smartphone, the smartphone can be used as the master control device, and the air pressure generating and supplying device (1) can be used as a slave device; when the air pressure generating and supplying device (1) is paired and connected, After the corresponding device (1) is paired and connected with the smart bracelet, the air pressure generating and supply device (1) can be used as the master control device, and the smart bracelet can be used as the slave device. When the wireless transmission module (50) receives an input signal from an external device, it transmits the input signal to the IC control circuit chip (34), so that the IC control circuit chip (34) can perform the aforementioned filling and exhausting operations based on the input signal or /And corresponding control functions; that is to say, the user can wirelessly operate the air pressure generating and supply device 1 through an external device to perform the aforementioned operations and control functions. The wireless transmission module (50) can also transmit the output signal from the IC control circuit chip (34) to an external device, so that the user can confirm the current operating parameters of the air pressure generating and supply device (1) through the external device. status or records, and then control or adjust various massage operations by yourself, or obtain current massage-related information. The setting parameters, time and status records of each of the aforementioned massage operations can be stored in an external device through the wireless transmission module (50), so that these data can be used for subsequent applications, such as statistics on the user's massage usage status and automatic measurement of massage parameters. Settings, opening and closing of massage actions, etc.

As shown in Figure 7, the massage cover component (3) of this invention can be divided into a cover component for the head (3A), a cover component for the neck (3B), a cover component for the arms and chest (3C), The waist cover assembly (3D), the hip cover assembly (3E), the leg cover assembly (3F), and the foot cover assembly (3G). The above-mentioned massage cover assembly (3) is made of two layers of airtight cloth. Each assembly is composed of one or two areas. An air nozzle (22) is provided in each area for plugging in the air-transmitting soft tissue. The delivery valve (23) of the pipe (2) is fixed so that each area can be expanded separately to form a whole.

As shown in Figures 8 and 9, the head cover component (3A) is divided into one area and is provided with an air nozzle (22). When unfolded, it is in the shape of a rectangular strip and can be passed through the Velcro felt (3A). -1) is fixed and curled into a cylindrical shape with a slightly tapered upper part, which can cover the head, and a round hole (3A-2) is provided in the center for the nose to be exposed for breathing.

As shown in Figure 10, the neck cover component (3B) is also divided into one area and is provided with an air nozzle (22). It has a cylindrical appearance and can be put on the head and worn on the neck. When inflated, You can massage your neck afterwards.

As shown in Figure 11, the arm and chest cover component (3C) is divided into two areas and is provided with two air nozzles (22). Its shape is like the upper half of a long-sleeved garment, which can be zipped through a zipper (32). ) is fixedly worn on the body and can be used to massage the arms and chest after inflating.

As shown in Figure 12, the waist cover component (3D) is also divided into two areas and is provided with two air nozzles (22). When unfolded, it is in the shape of a rectangular strip and can be fixed by a zipper (32). Curl it into a cylindrical shape and wear it on the waist. After inflating, it can massage the waist.

As shown in Figures 13 and 14, the hip cover component (3E) is also divided into two areas and is provided with two air nozzles (22). It is shaped like shorts and has an area where air cannot enter at the trouser leg. The partition (3E-1), when inflated, will have the effect of lifting the buttocks and massaging the area below the waist.

As shown in Figures 15 and 16, the leg sleeve assembly (3F) is also divided into two areas and is provided with two air nozzles (22). Its shape is like a long tube and can be worn on the legs. Massage your legs after inflating.

As shown in Figure 17, the foot cover assembly (3G) is divided into one area and is provided with an air nozzle (22), which is shaped like a shoe and can be worn on the foot. After inflating, the foot can be massaged. .

Through the above-mentioned massage cover component (3), the user can select the appropriate massage cover component (3) according to the part he wants to massage, allowing the user to have a wider choice.

As shown in Figure 18, the air pressure massage device of the present invention further includes a wearable smart device (60), such as a smart bracelet/watch, a physiological parameter sensor, etc. The wearable smart device (60) is worn by the user on the body, such as the wrist, neck, head, waist, ears or other specific parts, to sense at least one physiological parameter of the user (such as pulse, blood pressure, body temperature, etc.). The wearable smart device (60) has a built-in wireless transmission unit, such as a Bluetooth transmission unit, for pairing with the wireless transmission module (50). Perform wireless transmission of two-way signals. When the air pressure generating and supplying device (1) is paired and connected with the wearable smart device (60), the air pressure generating and supplying device (1) can be used as the master control device, and the wearable smart device (60) can be used as the slave. device. The wearable smart device (60) can transmit various sensed physiological parameters to the wireless transmission module (50) for the IC control circuit chip (34) to determine whether the various physiological parameters are within the normal range. During the operation of the air pressure massage device of this invention, when the IC control circuit chip (34) determines that any physiological parameter is abnormal (such as body temperature exceeding the normal value, pulse rate being too high, or blood pressure exceeding the standard value), the air pressure can be automatically controlled The generating supply device (1) stops the inflation action or performs the exhaust action to improve the user's safety. The wearable smart device (60) can also receive and display the current operating status and parameters of the air pressure generating and supplying device (1) for the user to confirm or perform storage actions. The air pressure generating and supplying device (1) can be connected to the cloud device (200) through the wireless transmission module (50), and can obtain the relevant operating parameters, status or records of the air pressure generating and supplying device (1), or even the aforementioned data obtained from the available source. The recorded data of the wearable smart device (60) is directly transmitted to the aforementioned cloud device (200) for storage to facilitate possible subsequent data statistics or other applications.

As shown in Figure 18, the massage cover component (3) of the air pressure massage device of the present invention further includes at least one physiological parameter sensor (70). The physiological parameter sensor (70) can be selectively disposed in Figure 7 Shown are the body parts for the head (3A), the body parts for the neck (3B), the body parts for the arms and chest (3C), the body parts for the waist (3D), and the body parts for the hips (3E). ), the leg sleeve assembly (3F), and the foot sleeve assembly (3G). When the user wears a suit equipped with a physiological parameter sensor (70) in any of the aforementioned suit components (3), the user's physiological parameters (such as pulse, blood pressure, etc.) can be simultaneously sensed while performing massage actions. body temperature, etc.). The physiological parameter sensor (70) can also have a built-in wireless transmission unit, such as a Bluetooth transmission unit, so as to be paired with the wireless transmission module (50) for wireless transmission of two-way signals. When the air pressure generating and supplying device (1) is paired and connected with the physiological parameter sensor (70), the air pressure generating and supplying device (1) can serve as the main The physiological parameter sensor (70) can be used as a slave device. The physiological parameter sensor (70) can transmit the sensed physiological parameters to the wireless transmission module (50) for the IC control circuit chip (34) to determine whether the physiological parameters are within the normal range. During the operation of the air pressure massage device of this invention, when the IC control circuit chip (34) determines that any physiological parameter is abnormal (such as body temperature exceeding the normal value, pulse rate being too high, or blood pressure exceeding the standard value), the air pressure can be automatically controlled The generating supply device (1) stops the inflation action or performs the exhaust action to improve the user's safety. Similarly, the air pressure generating and supply device (1) can transmit the recorded data obtained from the physiological parameter sensor (70) of the massage cover assembly (3) to the cloud device (200) through the wireless transmission module (50). Store it for possible subsequent data statistics or other applications.

As shown in Figure 19, the air pressure massage device of the present invention can be combined with a smart phone (300) for further application. The smart phone (300) has a built-in wireless transmission unit, such as a Bluetooth transmission unit, to communicate with the wireless transmission module (50) of the air pressure generating supply device (1), the wearable smart device (60) or/and the massage cover The physiological parameter sensor (70) of the body component (3) is paired to perform wireless transmission of two-way signals. When the smart phone (300) is paired and connected with any one of the wireless transmission module (50), the wearable smart device (60) and the physiological parameter sensor (70), the smart phone (300) can As the master control device, the wireless transmission module (50), the wearable smart device (60) or the physiological parameter sensor can serve as the slave device. The smart phone (300) can store an application program (APP) with operation and data collection functions, and the smart phone (300) is connected to the cloud device (200). Accordingly, the user can control the air pressure generating supply device (1), the wearable smart device (60) or/and the massage sleeve assembly (3) through the smart phone (300), and can use the smart phone to The mobile phone (300) collects relevant operating parameters, status or records from the air pressure generating and supply device (1), recorded data from the wearable smart device (60) or recorded data from the physiological parameter sensor (70), and then The aforementioned data is transmitted to the cloud device (200) and stored for possible subsequent data statistics or other applications.

The above embodiments are merely auxiliary explanations in nature and are not intended to limit the embodiments of the subject matter of the application or the applications or uses of these embodiments. In addition, although at least one exemplary embodiment has been proposed in the foregoing embodiments, it should be understood that a large number of variations are possible in the present invention. It should also be understood that the embodiments described herein are not intended to limit in any way the scope, uses, or configurations of the claimed subject matter. Rather, the foregoing description will provide those skilled in the art with a convenient guide for implementing one or more of the described embodiments. Furthermore, various changes can be made in the function and arrangement of the components without departing from the scope defined by the patent application, and the patent application scope includes known equivalents and all foreseeable equivalents at the time this patent application is filed.

1:Pneumatic production and supply device

2:Gas hose

3: Massage body parts

50:Wireless transmission module

60: Wearable smart device

70: Physiological parameter sensor

200:Cloud device

Claims (10)

An air pressure massage device for massaging a user. The air pressure massage device includes: an air transmission hose, one end of which is a separate main pipe, and the other end branches into two or several branch pipes. Each branch pipe end is provided with a transmission and exhaust pipe. Valve; a massage cover component, made of two layers of airtight cloth, divided into one or two or more areas, each area is equipped with an air nozzle for plugging in the aforementioned air delivery The aforementioned branch pipe before the hose and the aforementioned delivery valve; the aforementioned massage cover components can be divided into cover components for the head, a cover component for the neck, a cover component for the arms and chest, a cover component for the waist, and a cover component for the buttocks. A sleeve assembly, a sleeve assembly for legs and a sleeve assembly for feet; and an air pressure generating and supply device, which is mainly provided with an air pump connected to an action tank through a connecting pipe to generate pressurized air and input it into the aforementioned action tank; the aforementioned The action tank has a connecting pipe connected to the air supply hole on the instrument panel, which is used to connect the aforementioned gas delivery hose and the aforementioned main pipe to output pressure air to fill the aforementioned massage sleeve assembly; the aforementioned action tank has a connecting pipe connected to the pressure switch for automatically controlling the air pump. Stop and start during the massage process; the aforesaid action tank has a connecting pipe connected to a solenoid valve, which is controlled by the aforesaid pressure switch through a timer, and is used to open and deflate at the set time after the aforesaid massage sleeve assembly is filled to the set pressure; A pressure difference is formed between the two ends of the gas transmission hose and the transmission valve to automatically drive the transmission valve to discharge part of the gas inside the massage sleeve assembly; the action tank has a connecting pipe connected to the pressure controller on the instrument panel. To set the massage pressure; the aforementioned timer is connected to the aforementioned pressure switch, the starting circuit and the solenoid valve pushing circuit to set the operating massage time; the aforementioned air pressure generating and supply device further includes a wireless transmission module for bidirectional communication with an external device Wireless transmission of signals to wirelessly operate the aforementioned air pressure generator through the aforementioned external device generating and supplying device, and displaying the operating parameters, status or records of the aforementioned air pressure generating and supplying device through the aforementioned external device. The air pressure massage device as described in claim 1, wherein the head cover component is in the shape of a rectangular strip when unfolded, and can be curled into a cylindrical shape with a slightly tapered upper part by being fixed with a Velcro felt. , the user's head can be covered in it, and a round hole is provided in the center for the user's nose to be exposed for breathing. The air pressure massage device according to claim 1, wherein the neck cover component has a cylindrical appearance and can be put on the user's head and worn on the user's neck. The air pressure massage device as claimed in claim 1, wherein the arm and chest cover components are shaped like the upper half of long-sleeved clothing and can be fixed on the user's body through zippers. The air pressure massage device according to claim 1, wherein the waist cover component is in the shape of a rectangular strip when unfolded and can be fixed by a zipper and rolled into a cylindrical shape to be worn on the user's waist. The air pressure massage device as claimed in claim 1, wherein the buttocks cover component is shaped like shorts, and is provided with a partition at the user's trousers where air cannot enter, and when inflated, will produce a buttock lifting effect. . The air pressure massage device according to claim 1, wherein the leg cover component is shaped like a long tube and can be worn on the user's legs; the foot cover component is shaped like a shoe , can be worn on the feet of the aforementioned users. The air pressure massage device according to claim 1 further includes a wearable smart device for the user to wear to sense at least one physiological parameter of the user and transmit the physiological parameter to the user. The wireless transmission module is used by the air pressure generating and supply device to determine whether the physiological parameters are within the normal range, and then automatically control to stop the inflation action or perform the exhaust action. The air pressure massage device according to claim 1, wherein the massage cover assembly further includes at least one physiological parameter sensor for sensing at least one physiological parameter of the user and transmitting the physiological parameter to the wireless transmission A module for the aforementioned air pressure generating and supply device to determine whether the aforementioned physiological parameters are within a normal range, and then automatically control to stop the inflation action or perform the exhaust action; wherein the aforementioned physiological parameter sensor is selectively disposed on the aforementioned head sleeve assembly , at least one of the aforementioned neck cover assembly, the aforementioned arm and chest cover assembly, the aforementioned waist cover assembly, the aforementioned hip cover assembly, the aforementioned leg cover assembly, and the aforementioned foot cover assembly. Within. The air pressure massage device according to claim 1, wherein the aforementioned external device is a cloud device, and the aforementioned air pressure generating and supplying device directly or indirectly transmits the operating parameters, status or records of the aforementioned air pressure generating and supplying device through the aforementioned wireless transmission module. to the aforementioned cloud device for storage.

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