TWI736835B - Remote intelligent acupoint stimulator - Google Patents

Abstract

A remote intelligent acupoint stimulator, including a photoelectric host and a remote controller. The photoelectric host includes a first transmission interface, a first microprocessor, a plurality of switch controllers and a plurality of acupoint stimulators. The remote controller includes a second The transmission interface, the second microprocessor, the display panel and the operation module, whereby the first transmission interface receives the control signal and transmits it to the first microprocessor. The first microprocessor generates an action signal according to the control signal, and the action signal is transmitted to Switch controller, the switch controller starts to transmit the action signal to the acupoint stimulator and then act after receiving the control signal through the connector; and the first temperature sensor senses the temperature of the skin acupoints on the acupoint stimulator to generate a temperature sensing signal, temperature The sensing signal is received and transmitted by the first microprocessor to the first transmission interface and back to the second transmission interface. The display panel displays the value status of the temperature sensing signal, allowing the user to operate the operating module according to the value installation status .

Description

Remote intelligent acupoint stimulator

The present invention relates to a photoelectric therapy device, in particular to a remote intelligent acupoint stimulator with remote control, wireless charging, rapid replacement and easy portability.

The theory of traditional Chinese medicine believes that the meridian is the path of the vitality of the internal organs and the six fu organs on the body surface. The current generated by the microelectrodes is used to stimulate the acupuncture points on the body surface. The local current stimulates the activity of the meridian to adjust the body's function, which can achieve the treatment of disease prevention and treatment. . At present, the most successful clinical application is electro-acupuncture. However, after the electro-acupuncture enters the human body, and then inserts another electro-acupuncture into another treatment point, the electric current is passed between two points with a potential difference. The current medical technology cannot prove the electric current. The path taken is the meridian, but electrical stimulation has medical effects on acupuncture points, or nerve fibers in human tissues, and many studies have proven it. Since the path of electric current is based on the conductivity and not necessarily run by the meridian, in the theory of traditional Chinese medicine, acupuncture is used to stimulate specific acupoints to achieve the theory of curing the disease. Once electroacupuncture is used, there will be a lot of uncertainty, because the human body It is a conductive body, and many of the non-standard pathways that the current walks may pass through other acupoints and meridians, which may cause unknown factors that will affect the treatment; the non-standard walking of the current in the human body, in addition to affecting the normal operation of the bioelectricity of the organs , There is also a higher risk for more and more implants in the body, as well as treatment inconvenience.

In addition to the characteristics of safety and convenience of light stimulation therapy, different light wavelengths have a good therapeutic and health care effect on different skin symptoms. From the medical point of view, red light is used to accelerate trauma. Healing, blue light can be used to improve jaundice in children and so on. With the maturity of LED technology, the use of LED as an alternative therapy technology is also becoming more mature; there are also effects of using phototherapy to improve skin quality. Authors Li Yipin and Zhuang Congkai of "Effects of Light Therapy Irradiation on Human Skin Skin" even mentioned that after the skin is irradiated with green light, the skin becomes more delicate in the second week of irradiation. The American Journal of Dermatology has also shown that red light of a specific wavelength can enter the dermis to stimulate cells, promote protein proliferation, dilute fine lines and make the skin more elastic. However, whether electroacupuncture is used for medical acupoint treatment or phototherapy is used for skin treatment, the volume of the device is too large, and the unit price is very expensive, not ordinary consumers can buy and use, or easy to carry, how to apply to daily life, making phototherapy It can be easily applied, and it has become a problem that is expected to be solved.

When investigating existing technologies, China’s application No. 201320206417.4 "A portable LED phototherapy instrument" uses a variety of LED common circuit boards and adds a control unit, which is not only costly, but also significant for consumers who only need a special curative effect. It is wasteful, and its operation must be held in hand, so a single person cannot treat multiple points at the same time. Chinese application No. 201420174057.9 "An LED phototherapy apparatus", except for the structure similar to the aforementioned Chinese application No. 201320206417.4, especially emphasizes nail curing and USB charging design. However, it cannot be used for flat skin treatment. The Chinese application No. 201420533433.9G "Handheld LED Light Therapy Apparatus" is similar to the aforementioned Chinese Application No. 201320206417.4, but also emphasizes the design of indicator lights and light holes, but there are still the same problems that are not ideal.

Another example is the Chinese Announcement No. CN207221127U "Replaceable Photoelectric Therapy Box" which includes: a replaceable micro-electrode device set in the housing to stimulate acupuncture points, or equivalently replace with LED light-emitting units and battery packs. To provide the power required by the LED light-emitting unit or motor. The LED light-emitting unit can replace red light, yellow light, blue light, green light and/or far-infrared light For different light wave devices such as light diodes or laser diodes, the upper and lower parts of the housing are both provided with openings. According to the embodiments of the present invention, the purpose of acupoint stimulation can be achieved by replacing the micro-electrode device, and/or replacing the light wave wavelengths of light-emitting diodes (LEDs) with different power frequencies and colors to irradiate the skin, giving new traditional Chinese medical equipment. Changeable and easy to carry.

However, due to the small size of the photoelectric therapy box, the internal battery capacity is limited. When the operator uses the photoelectric therapy box for a long time for treatment, the battery needs to be replaced frequently to ensure that the photoelectric therapy box can be used again. Therefore, frequent battery replacement is not only The operation is troublesome and expensive; and the discarded batteries are easy to pollute the environment. Therefore, a new technical solution needs to be proposed to solve the above technical problems.

In view of the above-mentioned shortcomings of conventional use, the inventor researched and improved ways to solve the above-mentioned shortcomings, and finally the present invention came into being.

The main purpose of the present invention is to provide a remote intelligent acupuncture point stimulator that can be operated remotely and monitor the usage status.

In order to achieve the above objectives and effects, the technical means adopted by the present invention include: a photoelectric host and a remote controller, wherein: the photoelectric host includes: a control signal and a temperature sensing signal for transmitting and receiving The first transmission interface; a first microprocessor electrically connected to the aforementioned first transmission interface, which receives the aforementioned control signal and temperature sensing signal, and generates an action signal according to the control signal; a plurality of and the aforementioned first micro-processing The switch controller is electrically connected to the For signal external transmission; a plurality of acupoint stimulators respectively electrically connected to the aforementioned switch controller, which receive the action signals to generate corresponding photoelectric actions, and each acupoint stimulator is housed in a housing, and each acupoint stimulator is separately Connected to a first temperature sensor, the first temperature sensor senses the temperature of human acupoints to generate the aforementioned temperature sensing signal; the remote controller includes: a control signal and temperature sensing that mutually transmit the control signal and the aforementioned first transmission interface A second transmission interface for the signal; a second microprocessor preset with a temperature parameter and electrically connected to the aforementioned second transmission interface, which generates the aforementioned control signal, receives the temperature sensing signal, and senses the signal according to the degree Adjust the control signal; a display panel electrically connected to the first microprocessor, which displays the value state of the temperature sensing signal; an operating module electrically connected to the first microprocessor, which causes the first microprocessor to operate The second microprocessor generates a control signal; thereby, the first transmission interface receives the control signal and transmits it to the first microprocessor, the first microprocessor generates an action signal according to the control signal, the action signal is transmitted to the switch controller, and the switch controller activates The action signal is transmitted to the acupoint stimulator and the control signal is received by the connector to act; and the first temperature sensor senses the temperature of the skin acupuncture point on the acupoint stimulator to generate a temperature sensing signal, and the temperature sensing signal is processed by the first micro-processing The device receives the transmission to the first transmission interface and returns to the second transmission interface, and the display panel displays the value status of the temperature sensing signal, so that the user can operate the operating module according to the value installation status.

According to the above structure, it is characterized in that the first temperature sensor includes a plurality of second temperature sensors, and the second temperature sensors are used to detect the body temperature of the symmetrical acupoints of the human body and generate a temperature sensing signal .

According to the above structure, it is characterized in that the second microprocessor receives the temperature sensing signal and compares it with the temperature parameter, and adjusts the control signal according to the comparison result.

According to the above structure, it is characterized in that: the photoelectric host includes a pulse sensor, the pulse sensor senses and outputs a pulse sensing signal, and the pulse sensing signal is received and transmitted by the first microprocessor to the first transmission interface, Return to the second transmission interface, and the display panel displays the value of the pulse sensing signal, and when the first microprocessor analyzes the pulse sensing signal to be abnormal, the stop motion signal is output to the switch controller, and the acupoint stimulator stops without motion signal input action.

According to the above structure, it is characterized in that: the remote controller includes: a timer and an alarm, the timer is electrically connected to the operating module, the second microprocessor is electrically connected, and the operating module sets the timer Action time, the timer controls the second microprocessor at the end of the action time, so that the second microprocessor interrupts or outputs a control signal; the alarm is connected to the second microprocessor wire, and the second microprocessor receives and determines the temperature sense If the test signal or the pulse sensing signal is abnormal, the alarm will generate an alarm state.

According to the above structure, it is characterized in that: the first transmission interface and the second transmission interface are wired transmission or wireless transmission.

According to the above structure, it is characterized in that the acupoint stimulator is a red light, yellow light, blue light, green light, and/or far-infrared light emitting diode, and/or laser diode.

According to the above structure, it is characterized in that: the acupoint stimulator is composed of a plurality of microelectrodes, and the microelectrodes are connected to the acupoint stimulator through wires. When the microelectrodes contact the skin The potential difference is generated to stimulate the body surface or acupuncture points.

According to the above structure, it is characterized in that the micro-electrodes are in a hole-like structure, which can be combined with an acupuncture needle to discharge electricity to stimulate acupuncture points or joints with the skin.

According to the above structure, it is characterized in that: the shell is slightly cone-shaped, the inside is hollow and through, the top and bottom respectively have an upper opening and a lower opening, the upper opening ring forms a step, and the lower opening ring extends and expands The housing includes: a battery holder, sleeved in the aforementioned housing, a flange extending from the top edge of the battery holder, the inside is hollow and the battery is provided, the bottom of the battery holder is provided with a connector, and the connectors are respectively connected to the aforementioned The acupoint stimulator and the switch controller are electrically connected; a double-sided tape is arranged on the bottom surface of the enlarged portion of the housing, and the first temperature sensor is adhered to the double-sided tape; thereby, the battery module The battery provides electrical energy for the action of the acupoint stimulator. The acupoint stimulator operates after receiving the control signal from the switch controller through the connector. The bottom of the shell is fixed on the skin around the acupoints of the human body with double-sided tape.

According to the above structure, it is characterized in that: the flange surface of the battery holder is extended with at least one or more bumps; The flange on the top is clamped to the upper opening stage, and the convex block is sleeved in the sliding groove to increase the tightness of the combination of the battery holder and the casing.

According to the above structure, it is characterized in that the casing is provided with a plurality of perforations at the lower opening and the enlarged portion.

According to the above structure, it is characterized in that: the housing has a flexible flat plate structure, the acupoint stimulator is an electrode sheet with a flat plate structure, and the first temperature sensor is attached to The surface of the shell.

In order to obtain a more detailed understanding of the above-mentioned purposes, effects and features of the present invention, the descriptions are as follows according to the drawings:

1: photoelectric host

11: The first transmission interface

12: The first microprocessor

13: Switch controller

14: Acupoint stimulator

141: The first temperature sensor

142: Microelectrode

143: Wire

144: Acupuncture Needles

15: The second temperature sensor

16: Pulse sensor

2: shell

21: upper opening

211: Class

212: Sliding Groove

22: lower opening

221: Expansion Department

223: double-sided tape

224: Piercing

23: Battery holder

231: Flange

232: bump

24: battery

25: Connector

3: remote controller

31: The second transmission interface

32: second microprocessor

33: display panel

34: Operation module

35: Timer

36: Siren

Fig. 1 is a block diagram of a comparative embodiment of the present invention.

Figure 2 is a perspective exploded view of the housing and acupuncture point stimulator of a comparative embodiment of the present invention.

Figure 3 is a partial cross-sectional view of a housing and acupoint stimulator according to a comparative embodiment of the present invention.

Figure 4 is a side cross-sectional view of the housing and acupuncture point stimulator according to a comparative embodiment of the present invention.

Figure 5 is a second side sectional view of the housing and acupuncture point stimulator of a comparative embodiment of the present invention.

Figure 6 is the third side sectional view of the housing and the acupuncture point stimulator of the comparative embodiment of the present invention.

Referring to Figure 1, it can be seen that the structure of the present invention mainly includes: a photoelectric host 1 and a remote controller 3, wherein: the photoelectric host 1 includes: a first transmission interface 11 for transmitting and receiving a A control signal and a temperature sensing signal; a first microprocessor 12, which is electrically connected to the first transmission interface 11, receives the control signal and the temperature sensing signal, and generates an action signal according to the control signal; plural The switch controller 13 is electrically connected to the aforementioned first microprocessor 12, which receives the action signal for external transmission; the plural acupoint stimulators 14 are respectively electrically connected to the aforementioned switch controller 13 Each acupoint stimulator 14 is connected to a first temperature sensor 141. The first temperature sensor 141 senses the temperature of the human acupoint and generates a temperature sensing signal. The first temperature The sensor 141 also includes a plurality of second temperature sensors 15. The second temperature sensors 15 are used to detect the body temperature of the symmetrical acupoints of the human body and generate temperature sensing signals; Body temperature is done because the change in acupoint temperature corresponds to the health of the human body--refer to Yang Ziyi's "A Review of Acupoint Skin Temperature Research", Xu Jizong's "Infrared Thermal Imaging Technology Analysis of the Significance of Bilateral Chest Acupoint Temperature Differences in the Diagnosis of Coronary Heart Disease", etc. Relevant information; on the one hand, the body temperature detection at the single and double acupoints of the human body is more in line with the requirements of TCM acupuncture therapy, and on the other hand, it can make the treatment effect of the photoelectric host 1 better; a pulse sensor 16, a pulse sensor 16 sensing and The pulse sensing signal is output, and the pulse sensing signal is received and transmitted by the first microprocessor 12 to the first transmission interface 11; the remote controller 3 includes: a second transmission interface 31, which interacts with the aforementioned first transmission interface 11 The control signal and the temperature sensing signal are transmitted, the first transmission interface 11 and the second transmission interface 31 are wired or wirelessly transmitted; a second microprocessor 32 presets a temperature parameter, and the second transmission interface 31 It is electrically connected, which generates the aforementioned control signal, receives the temperature sensing signal, and adjusts the control signal according to the degree sensing signal; a display panel 33 is electrically connected to the aforementioned second microprocessor 32, and the display panel 33 displays the temperature sensing Measure the value state of the signal; an operating module 34 is electrically connected to the aforementioned second microprocessor 32, and after its action, the second microprocessor 32 generates a control signal; A timer 35 is electrically connected to the operating module 34 and the second microprocessor 32. The operating module 34 sets the operating time of the timer 35, and the timer 35 controls the second microprocessor at the end of the operating time 32. Make the second microprocessor 32 interrupt or output a control signal; An alarm 36 is connected to the second microprocessor 32 by a wire. The second microprocessor 32 receives and determines that the temperature sensing signal or the pulse sensing signal is abnormal, and the alarm 36 generates an alarm state.

Thereby, the first transmission interface 11 receives the control signal and transmits it to the first microprocessor 12. The first microprocessor 12 generates an action signal according to the control signal, and the action signal is transmitted to the switch controller 13, and the switch controller 13 activates the action signal It is transmitted to the acupoint stimulator 14 through the connector 25 (see Figure 2) to receive the control signal and act; and the first temperature sensor 141 senses the temperature of the skin acupoints on the acupoint stimulator 14 to generate a temperature sensing signal , The temperature sensing signal is received by the first microprocessor 12 and transmitted to the first transmission interface 11, and then transmitted back to the second transmission interface 31, and the display panel 33 displays the value status of the temperature sensing signal, so that the user can follow the value Install state operation operation module 34.

During use, the pulse sensor 16 senses and outputs a pulse sensing signal. The pulse sensing signal is received by the first microprocessor 12 and transmitted to the first transmission interface 11, and then transmitted back to the second transmission interface 31. The display panel 33 displays the value of the pulse sensing signal, and when the first microprocessor 12 analyzes the pulse sensing signal to be abnormal, the stop action signal is output to the switch controller 13, and the acupoint stimulator 14 stops moving without an action signal input.

Please refer to Figures 1 to 4 at the same time. In this embodiment, the acupoint stimulator 14 is a red light, yellow light, blue light, green light, and/or far-infrared light-emitting diode, and/or laser two Polar body, but it is not currently established. The acupoint stimulator 14 in this case is only a light-emitting diode and/or laser Diode. Each acupoint stimulator 14 is housed in a housing 2 which is slightly vertebral-shaped with a hollow through-shaped interior. The top and bottom have an upper opening 21 and a lower opening 22, respectively. The upper opening 21 has a peripheral edge. A stage 211 is formed, a sliding groove 212 is provided at the stage 211, an enlarged portion 221 extends from the periphery of the lower opening 22, and a plurality of perforations 224 are provided at the lower opening 22 and the enlarged portion 221. The casing 2 includes: a battery The seat 23 is sleeved in the aforementioned casing 2. A flange 231 extends from the top edge of the battery seat 23. At least one or more bumps 232 extend on the surface of the flange 231. The battery seat 23 is hollow and is provided with batteries. 24. A connector 25 is provided at the bottom, and the connector 25 is respectively electrically connected to the aforementioned acupoint stimulator 14 and the switch controller 13; The temperature sensor 141 is pasted on the aforementioned double-sided tape 223; thereby, the flange 231 on the top of the battery holder 23 is clamped to the stage 211 of the upper opening 21, and the bump 232 is sleeved in the sliding groove 212, increasing the battery holder 23. The tightness of the combination with the casing 2. The battery 24 of the aforementioned battery 24 module provides the electric energy for the action of the acupoint stimulator 14. The double-sided tape 223 is fixed on the skin around the acupuncture points of the human body.

When the acupoint stimulator 14 is a light-emitting diode and/or a laser diode, it irradiates the skin with different light sources so that special light waves can penetrate the skin and enter the acupuncture points of the human body to stimulate the meridians and achieve the purpose of curing diseases; A research report by the General Administration (NASA) pointed out that infrared rays are helpful to the human body. Mid-infrared rays of 4-14 microns can pass through the skin and directly cause the muscles and subcutaneous tissues to produce thermal effects to accelerate the circulation of blood substances, increase metabolism, and reduce pain. , Increase muscle relaxation, produce massage effects, etc. It is widely used in the field of treatment and research shows that Short-wave infrared rays have the strongest penetrating ability and can penetrate 5-10 mm of human tissues to dredge the meridians, relieve pain, and promote blood circulation.

It should be noted that the housing 2 may further have a flexible flat structure, and the aforementioned acupoint stimulator 14 is an electrode sheet with a flat structure, and the first temperature sensor 141 is attached to the surface of the housing 2. .

Please refer to Fig. 5, the feature of this embodiment compared with the aforementioned embodiments in Figs. 1 to 4 is that: the acupoint stimulator 14 is composed of a plurality of microelectrodes 142, and the microelectrodes 142 are concentrated by a wire 143 Connected to the acupoint stimulator 14, the microelectrode 142 stimulates the body surface or acupuncture points by generating a potential difference when contacting the skin.

Please refer to Fig. 6, the feature of this embodiment compared to the aforementioned embodiments in Figs. 1 to 5 is that the micro-electrode 142 has a hole-like structure and can be combined with an acupuncture needle 144 to discharge electricity to stimulate acupuncture points or The junction with the skin.

In summary, the remote intelligent acupuncture point stimulator of the present invention is indeed a novel and progressive invention, and Yan applied for a patent for invention in accordance with the law; however, the content of the above description is only a description of the preferred embodiments of the present invention. Any changes, modifications, alterations, or equivalent replacements extended according to the technical means and scope of the present invention should also fall within the scope of the patent application of the present invention.

1: photoelectric host

11: The first transmission interface

12: The first microprocessor

13: Switch controller

14: Acupoint stimulator

141: The first temperature sensor

15: The second temperature sensor

16: Pulse sensor

3: remote controller

31: The second transmission interface

32: second microprocessor

33: display panel

34: Operation module

35: Timer

36: Siren

Claims (10)

A remote intelligent acupuncture point stimulator, which includes at least a photoelectric host and a remote controller, wherein: the photoelectric host includes: a first transmission interface for transmitting and receiving a control signal and a temperature sensing signal; A first microprocessor, which is electrically connected to the first transmission interface, receives the control signal and the temperature sensing signal, and generates an action signal according to the control signal; a plurality of switch controllers and the first microprocessor Electrical connection, which receives the action signal to transmit to the outside; the plural acupoint stimulators are respectively electrically connected to the aforementioned switch controller, and receive the action signal to generate a corresponding photoelectric action, and each acupuncture point stimulator is separately housed in a housing , Each acupoint stimulator is respectively connected to a first temperature sensor, the first temperature sensor senses the temperature of the human acupoint and generates the aforementioned temperature sensing signal; the remote controller includes: a second transmission interface, and the aforementioned The first transmission interface mutually transmits control signals and temperature sensing signals; a second microprocessor, preset with a temperature parameter, is electrically connected to the aforementioned second transmission interface, generates the aforementioned control signals, and receives the temperature sensing signals, And adjust the control signal according to the temperature sensing signal; a display panel, which is electrically connected to the aforementioned first microprocessor, displays the value status of the temperature sensing signal; An operating module is electrically connected to the aforementioned first microprocessor, and after its action, the second microprocessor generates a control signal; thereby, the first transmission interface receives the control signal and transmits it to the first microprocessor. The processor generates an action signal according to the control signal, the action signal is transmitted to the switch controller, and the switch controller starts to transmit the action signal to the acupuncture point stimulator and act after the connector receives the control signal; and the first temperature sensor senses the acupuncture point stimulator The temperature of the skin acupoints on the upper surface generates a temperature sensing signal. The temperature sensing signal is received by the first microprocessor and transmitted to the first transmission interface, and then transmitted back to the second transmission interface. The display panel displays the value status of the temperature sensing signal , Allowing the user to operate the operating module according to the value of the installed state. The remote intelligent acupuncture point stimulator described in item 1 of the scope of patent application, wherein the first temperature sensor includes a plurality of second temperature sensors, and the second temperature sensor is used to perform symmetrical double acupuncture points on the human body. The body temperature is detected and a temperature sensing signal is generated; and the second microprocessor receives the temperature sensing signal and compares it with the temperature parameter, and adjusts the control signal according to the comparison result. The remote intelligent acupuncture point stimulator described in item 1 of the scope of patent application, wherein the photoelectric host includes a pulse sensor, the pulse sensor senses and outputs a pulse sensing signal, and the pulse sensing signal is processed by the first micro-processing The device receives the transmission to the first transmission interface and returns to the second transmission interface, and the display panel displays the value of the pulse sensing signal, and when the first microprocessor analyzes the pulse sensing signal to be abnormal, the stop action signal is output to the switch controller , The acupoint stimulator stops moving without any action signal input. The remote intelligent acupuncture point stimulator described in item 1 of the scope of patent application, wherein the remote controller includes: a timer, which is electrically connected to the operating module, the second microprocessor is electrically connected, and the operating module Set the action time of the timer, and the timer will control the second microprocessor at the end of the action time to make the second microprocessor interrupt or output a control signal; an alarm is connected to the second microprocessor by a wire, and the second microprocessor When the device receives and determines that the temperature sensing signal or the pulse sensing signal is abnormal, the alarm generates an alarm state. The remote intelligent acupoint stimulator described in the first item of the scope of patent application, wherein the first transmission interface and the second transmission interface are wired or wirelessly transmitted. The remote intelligent acupuncture point stimulator described in the first item of the scope of patent application, wherein the acupoint stimulator is a red light, yellow light, blue light, green light, and/or far-infrared light emitting diode, and/or laser two Polar body. The remote intelligent acupuncture point stimulator described in item 1 of the scope of patent application, wherein the acupoint stimulator is composed of a plurality of microelectrodes, and the microelectrodes are connected to the acupoint stimulator through wires. The potential difference is generated to stimulate the body surface or acupuncture points. The remote intelligent acupuncture point stimulator described in item 7 of the scope of patent application, wherein the micro-electrode is in a hole-like structure, and can be combined with an acupuncture needle to stimulate the acupuncture points or the junction with the skin. The remote intelligent acupuncture point stimulator described in item 1 of the scope of patent application, wherein the shell is slightly vertebral-shaped with a hollow through-shaped inside, and the top and bottom have an upper opening and a lower opening respectively, and the upper opening ring forms a The lower opening and the enlarged part are provided with a large number of perforations. The casing includes: a battery holder, sleeved in the aforementioned casing, and the top of the battery holder A flange extends from the edge, which is clamped to the upper opening, and at least one or more bumps extend on the surface of the flange, and the bumps are sleeved in the sliding groove, and the battery holder is hollow and equipped with batteries. A connector is provided at the bottom of the battery holder, and the connectors are respectively electrically connected with the aforementioned acupoint stimulator and switch controller; A double-sided tape is provided on the bottom surface of the enlarged portion of the housing, and the first temperature sensor is adhered to the double-sided tape; thereby, the battery of the battery module provides electrical energy for the action of the acupoint stimulator, and acupoint stimulation The device acts after receiving the control signal of the switch controller via the connector, and the bottom of the shell is fixed on the skin around the acupoints of the human body with double-sided tape. For example, the remote intelligent acupuncture point stimulator described in item 1 of the scope of patent application, wherein the housing has a flexible flat plate structure, the aforesaid acupuncture point stimulator is an electrode sheet with a flat plate structure, and the first temperature sensor is Attached to the surface of the shell.

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