CN212038606U - Wearable smart acupoint bracelet - Google Patents

Abstract

The utility model relates to a wearable intelligent acupuncture point bracelet, which comprises a bracelet body and a silica gel wrist strap circuit; the surface of the bracelet body is provided with an OLED module, a photoelectric sensor, a physical control module and a Bluetooth module; the side of the bracelet body is provided with a power module; an ARM processor module, an acceleration sensor and a heart rate sensor are further arranged inside the bracelet body; both sides of the silica gel wrist strap circuit are respectively provided with a through hole and a fixing button; pulse circuit modules are respectively arranged at corresponding positions on the reverse side of the fixed button; each module is connected with the ARM processor module; the ARM processor module is connected with the mobile phone end APP through the Bluetooth module. Its advantages are: the multifunctional percutaneous electrical stimulation nerve therapeutic apparatus has the advantages of small volume, convenience in wearing, safety in use, capability of accurately positioning the acupuncture points, overcoming the major defect that the conventional percutaneous electrical stimulation nerve therapeutic apparatus is difficult to realize household treatment, effectively improving the operability of traditional Chinese medicine acupuncture point stimulation, and providing a new idea for household treatment of chronic diseases.

Description

Wearable smart acupoint bracelet

technical field

The utility model relates to the technical field of smart bracelets, in particular to a wearable smart acupoint bracelet.

Background technique

There are more than 260 million patients with chronic diseases in China, and the disease burden caused by chronic diseases accounts for nearly 70% of the total disease burden. However, the current medical model cannot give full play to its advantages. In recent years, transcutaneous electrical acupoint stimulation therapy, as a combination of transcutaneous electrical nerve stimulation therapy and acupuncture point theory, has been confirmed by many studies to have a significant effect on the treatment of many diseases, including but not limited to analgesia, functional gastrointestinal diseases. , insomnia, etc. This type of disease itself requires a long period of treatment. The rational use of this technology in family scenarios, as an extension of hospital treatment methods, is of great help to the diagnosis and treatment and prognosis management of this series of diseases. How to make it portable and easy to use so that it can be universally applied to patients' daily life is worthy of research and discussion.

The current transcutaneous electrical stimulation nerve therapy apparatus is mainly composed of a pulse signal generating circuit, an electrical stimulation signal control circuit, a power amplifier and a power supply circuit, a panel display, an adjustment knob and an output electrode, and the pulse current is output to the electrode output jack through the power amplifier circuit. This design mainly has the following shortcomings:

Huge volume and poor portability: The existing research and development of therapeutic instruments is mainly optimized from the perspective of hospital equipment and equipment. By adding holes and lines to meet the application scenarios of one machine and multiple people, the instruments are too large in size and are not portable. It is determined that the user will go to the medical institution intelligently and regularly.

Complex setup and complicated operation: The current therapeutic apparatus basically uses professional parameters such as frequency and waveform as setting items, and lacks the selection of treatment functions characterized by diseases, and the operation process is very dependent on the user's professional knowledge.

Lack of records and poor reference: Existing therapeutic devices generally lack a data recording module. After a single treatment, there is no relevant record of treatment time, location, frequency, waveform, patient tolerance, etc., and it is very dependent on the user's written records. There is also a lack of accurate before and after reference comparisons.

AC power supply, poor safety: Most of the current therapeutic devices use 220V AC connection. With the aging of the circuit or improper operation, it is easy to cause local leakage and short circuit, resulting in the danger of electricity consumption.

Limited scenarios and high cost: Most of the existing therapeutic devices are medical devices used in hospitals. Since the use site is limited to hospitals, the cost of each treatment is relatively high compared to home-use methods for a long period of use, which is not good for this. promotion of treatment techniques.

Based on the above, the existing transcutaneous electrical stimulation nerve therapy technology causes a certain degree of inconvenience to the patient during use, which affects the treatment compliance.

Chinese patent document: CN201510852012.1, the application date is 2015.11.27, the patent name is: a medical bracelet. A medical wristband is disclosed, including a wristband and a dial, the wristband has two ends, a first end and a second end, wherein the first end is detachably connected under the dial, and the second end can be Removably connected to the top of the dial; the dial is provided with a chip; the bracelet also includes a medicine storage part, which is respectively connected with the first end of the wristband and the dial; the medicine storage part includes a base, and the base is connected with the human skin. There are two annular bosses on the base, and each boss is respectively provided with a pulsation sensor and a nitroglycerin drug patch.

Chinese patent document: CN201710870096.0, the application date is 2017.09.22, the patent name is: an acupuncture physiotherapy bracelet and system. An acupuncture and moxibustion physiotherapy wristband and system are disclosed, which belong to the field of electronic technology. The acupuncture physiotherapy bracelet is applied to an acupuncture physiotherapy system, and the acupuncture physiotherapy system includes: a server. The acupuncture physiotherapy bracelet includes: a detection module, a control module, a communication module, a pulse output module and a power supply module. The detection module is used for collecting the signal used to characterize the health state of the human body and transmitting it to the control module. The control module is used for sending the signal to the server via the communication module, and for receiving the signal sent by the server via the communication module, so as to control the pulse output module based on the signal. The pulse output module is used for performing acupuncture and moxibustion therapy according to the control signal of the control module.

A medical wristband in the above-mentioned patent document CN201510852012.1 includes a base through the medicine storage part, and the base is in contact with human skin; two annular bosses are provided on the base, and each boss is respectively provided with a pulsation Sensor and nitroglycerin drug patch, the medical bracelet can be directly worn on the human wrist, detect electrocardiogram changes through electric shock, monitor in real time, and automatically through micro-electric stimulation in case of emergencies to achieve transdermal delivery of nitroglycerin drug patch medicine, to strive for a longer rescue time for patients with acute myocardial infarction; while an acupuncture physiotherapy wristband and system in the patent document CN201710870096.0 collects signals used to characterize human health status through a detection module, and uses them to It is transmitted to the control module, the control module sends the signal to the server, and receives the signal sent by the server, so as to control the pulse output module based on the signal. The control signal outputs different pulses to achieve targeted physiotherapy, thereby improving the physiotherapy effect. However, regarding a small size, easy to wear, and safe to use, it can assist the operator to accurately locate acupuncture points, overcome the inconvenience of the existing transcutaneous electrical stimulation nerve therapy apparatus to adjust the amount of electrical stimulation adaptively based on somatosensory feedback, and it is difficult to achieve a major home-use treatment. There is currently no relevant report on a wearable smart acupoint bracelet that effectively improves the operability of acupoint stimulation in traditional Chinese medicine and provides new ideas for the family treatment of chronic diseases.

To sum up, there is an urgent need for a device that is small in size, easy to wear, and safe to use, which can assist the operator to accurately locate acupuncture points, and overcome the inconvenience of the existing transcutaneous electrical stimulation nerve therapy apparatus for adaptively adjusting the amount of electrical stimulation based on somatosensory feedback. A wearable smart acupoint bracelet that realizes the major defects of home treatment, effectively improves the operability of acupoint stimulation of traditional Chinese medicine, and provides new ideas for home treatment of chronic diseases.

SUMMARY OF THE INVENTION

The purpose of the utility model is to aim at the deficiencies in the prior art, to provide a small size, easy to wear, and safe to use, which can assist the operator to accurately locate the acupoints, and overcome the inconvenience of the existing percutaneous electrical stimulation nerve therapy instruments based on somatosensory feedback. It is a wearable smart acupoint bracelet that adaptively adjusts the amount of electrical stimulation, which is difficult to achieve home treatment, effectively improves the operability of acupoint stimulation in traditional Chinese medicine, and provides new ideas for home treatment of chronic diseases.

For realizing the above-mentioned purpose, the technical scheme that the utility model takes is:

A wearable smart acupoint bracelet, the wearable smart acupoint bracelet includes a bracelet body and a silicone wristband circuit; the surface of the bracelet body is provided with an OLED module, a photoelectric sensor, a physical control module, a bluetooth module; the photoelectric sensor and the physical control module are arranged below the OLED module; the bluetooth module is arranged above the OLED module; the side of the wristband body is provided with a power supply module; There are an ARM processor module, an acceleration sensor and a heart rate sensor; the silicone wristband circuit has a ring-shaped end-separated structure, and a pulse electric module is arranged in the wristband; one end of the silicone wristband circuit is evenly provided with multiple Through holes, the other end of the other side is evenly provided with fixing buttons matched and fixed with the through holes; the corresponding positions on the reverse side of the fixing buttons are respectively provided with pulse circuit modules; the end of the silicone wristband circuit is also surrounded by a fixing ring; The wristband body is fixed in the middle of the silicone wristband circuit; each module and the sensor are connected to the ARM processor module; the ARM processor module is connected to the mobile phone APP through a bluetooth module.

As a preferred technical solution, the pulse circuit module is an electrode sheet.

As a preferred technical solution, the power module is a physical switch and is powered by a lithium battery.

The utility model has the advantages of:

1. Using the bracelet as a carrier, equipped with lithium battery modules, pulse circuits, Bluetooth and electrode pads, it realizes acupoint electrical stimulation equipment that can be used in the daily life of the family. With the operation prompts on the APP side, it can be accurately and conveniently carried out. The precise selection and positioning of acupoints greatly simplifies the use process.

2. In response to the problem of stimulation intensity selection, the present invention uses acceleration sensors, heart rate sensors, and multiple technologies such as patient self-assessment on the APP side to ensure the safety and individual customization of stimulation intensity selection when patients use this device.

3. Combined with the concept of Internet+, the present utility model connects the mobile phone APP control system with a built-in bluetooth module, which can be controlled on the mobile phone, and the APP records the corresponding parameters of the treatment at the same time, and uploads it to the cloud database in combination with the evaluation results after the course of treatment to provide patients with Recommendations for further treatment options or doctor visits.

4. Innovatively expand the use scene of the percutaneous electrical stimulation nerve therapy instrument to the daily use of the family. Based on this original intention, the current equipment involved in the volume, weight, modules, and use logic are optimized to make the therapy instrument more suitable for For daily use at home, with adjustable wristbands of different sizes and operation prompts on the APP, users can easily align the pulse electrodes with the precise positioning of the acupoints, make full use of the efficacy of these acupoints, and give full play to their effects on chronic diseases such as Efficacy in chronic pain, gastrointestinal disorders, insomnia.

Description of drawings

1 is a schematic three-dimensional structure diagram of a wearable smart acupoint bracelet of the present invention.

2 is a schematic diagram of the surface and bottom of the body of a wearable smart acupoint bracelet of the present invention.

3 is a schematic diagram of the circuit end of a wearable smart acupoint bracelet silicone wristband of the present invention.

4 is a block diagram of a hardware system of a wearable smart acupoint bracelet of the present invention.

5 is a working flow chart of a wearable smart acupoint bracelet of the present invention.

Detailed ways

The specific embodiments provided by the present utility model will be described in detail below with reference to the accompanying drawings.

The reference numerals and components involved in the drawings are as follows:

1. Bracelet body 11. OLED module

12. Photoelectric sensor 13. Physical control module

14. Bluetooth module 15. Power module

16. ARM processor module 17. Acceleration sensor

18. Pulse circuit module 2. OLED module

21. Through hole 22. Fixing button

23. Retaining ring

Example 1

Please refer to the accompanying drawings 1-4, FIG. 1 is a schematic three-dimensional structure diagram of a wearable smart acupoint bracelet of the present invention, and FIG. 2 is a schematic diagram of the surface and bottom of the body of a wearable smart acupoint bracelet of the present invention, 3 is a schematic diagram of the circuit end of a wearable smart acupoint bracelet silicone wristband of the present invention, and FIG. 4 is a block diagram of a hardware system of a wearable smart acupoint bracelet of the present invention. A wearable smart acupoint bracelet, the wearable smart acupoint bracelet includes a bracelet body 1 and a silicone wristband circuit 2; the surface of the bracelet body 1 is provided with an OLED module 11, a photoelectric sensor 12, The physical control module 13 and the bluetooth module 14; the photoelectric sensor 12 and the physical control module 13 are arranged below the OLED module; the bluetooth module 14 is arranged above the OLED module; the side of the bracelet body 1 is provided with a power supply Module 15; the wristband body 1 is also provided with an ARM processor module 16, an acceleration sensor 17 and a heart rate sensor; the silicone wristband circuit 2 is of a ring-shaped end-separated structure, and a pulse electrical module is arranged in the wristband One end of the silicone wristband circuit 2 is evenly provided with a plurality of through holes 21, and the end of the other side is evenly provided with a fixing button 22 which is matched and fixed with the through hole 21; the corresponding positions on the reverse side of the fixing button 22 are respectively There is a pulse circuit module 18; the end of the silicone wristband circuit 2 is also surrounded by a fixing ring 23; the wristband body 1 is fixed in the middle of the silicone wristband circuit 2; The processor modules 11 are connected to each other; the ARM processor module 11 is connected to the mobile phone APP through a Bluetooth module.

It should be noted that: the pulse circuit module 18 located on the reverse side of the fixing button 22 is an electrode sheet. When in use, the fixing position of the fixing button 22 and the through hole 21 is adjusted, and the fixing ring 23 is used to play the Fixing, can make the bracelet suitable for different users to wear, and at the same time, it is convenient for the user to easily align the pulse electrode with the exact position of the acupuncture point through the mobile phone APP auxiliary instructions for treatment; the ARM in the bracelet body 1 The processor module 16 and the mobile phone APP are connected through the bluetooth module 14; after the user wears the bracelet, the power module 15 is turned on, and the disease and the corresponding treatment intensity are selected according to the mobile phone APP, and according to the APP instructions After aligning the acupoints, one key operation can be used; the power module 15 is a physical switch, powered by a lithium battery, which is different from the AC power supply of most of the existing transcutaneous electrical stimulation nerve therapy instruments, which can effectively increase the portability of the instrument. The user selects the corresponding treatment intensity through the mobile phone APP, and the stimulation intensity includes pulse frequency and current intensity. Excessive stimulation intensity will not only cause discomfort to the patient, but also affect the therapeutic effect of acupoint stimulation. The utility model The acceleration sensor 17 is used to detect the patient's hand discomfort, such as shaking, stiffness, etc., the heart rate sensor is used to detect the patient's heart rate, and the APP is used for adaptive adjustment and personalized setting adjustment, allowing the patient to adjust the stimulation intensity in real time at the beginning of the treatment, so as to achieve The best therapeutic effect; the wristband in the present utility model is connected to the mobile phone APP through the Bluetooth module 14, and a usage record and a curative effect evaluation system are provided in addition to the convenient operation. The evaluation scales are all subjective scales. Evaluate the option that best suits your situation, prompt the patient to evaluate every two courses of treatment, automatically upload the data to the cloud service background, and compare it with the pre-set medical intervention value in the database and the patient's historical data, if there is no significant improvement in the condition If the condition worsens, the patient will be prompted to seek medical treatment. If the condition is stable, the treatment plan for the next course of treatment will be guided according to the patient's tolerance to acupoint stimulation. For daily use at home, based on this original intention, the current equipment involved in volume, weight, modules, and use logic are optimized to make the therapeutic instrument more suitable for daily use at home. The operation prompts enable the user to easily align the pulse electrode with the precise positioning of the acupoints, make full use of the efficacy of these acupoints and treat chronic diseases such as chronic pain, gastrointestinal diseases, and insomnia.

The wearable smart acupoint bracelet of the utility model uses the bracelet as a carrier, is equipped with a lithium battery module, a pulse circuit, bluetooth and an electrode sheet, and realizes acupoint electric stimulation equipment that can be used in the daily life of the family. With the operation prompts on the APP side, the precise selection and positioning of acupuncture points can be accurately and conveniently carried out, which greatly simplifies the use process; for the problem of stimulation intensity selection, the utility model uses acceleration sensors, heart rate sensors, and patient self-assessment on the APP side. The technology ensures the safety and personalized customization of the stimulation intensity selection when the patient uses the device; combined with the concept of Internet +, the utility model connects the mobile phone APP control system with a built-in bluetooth module, which can be controlled on the mobile phone, and the APP records the treatment at the same time. The corresponding parameters of the device, combined with the evaluation results after the course of treatment, are uploaded to the cloud database to provide patients with further treatment plans or medical advice; innovatively expand the use scene of the percutaneous electrical nerve stimulation device to daily use at home, based on this original intention , optimize the volume, weight, modules and use logic involved in the current equipment, so that the therapeutic apparatus is more suitable for daily use at home. The pulse electrodes are aimed at the accurate positioning of the acupoints, make full use of the efficacy of these acupuncture points, and exert their curative effect on chronic diseases such as chronic pain, gastrointestinal diseases, and insomnia.

The above are only the preferred embodiments of the present invention. It should be pointed out that for those skilled in the art, without departing from the method of the present invention, several improvements and supplements can be made. These improvements and supplements are also It should be regarded as the protection scope of the present invention.

Claims (3)

1. A wearable intelligent acupoint bracelet is characterized by comprising a bracelet body and a silica gel wrist strap circuit; the surface of the bracelet body is provided with an OLED module, a photoelectric sensor, a physical control module and a Bluetooth module; the photoelectric sensor and the physical control module are arranged below the OLED module; the Bluetooth module is arranged above the OLED module; the side of the bracelet body is provided with a power module; an ARM processor module, an acceleration sensor and a heart rate sensor are further arranged inside the bracelet body; the silica gel wrist strap circuit is of an annular tail end split structure, and a pulse electric module is arranged in the wrist strap; the tail end of one side of the silica gel wrist strap circuit is uniformly provided with a plurality of through holes, and the tail end of the other side of the silica gel wrist strap circuit is uniformly provided with fixing buttons which are matched and fixed with the through holes; the corresponding positions on the reverse side of the fixed button are respectively provided with a pulse circuit module; the tail end of the silica gel wrist strap circuit is also provided with a fixing ring in a surrounding manner; the bracelet body is fixed at the middle position of the silica gel wrist strap circuit; all the modules and the sensor are mutually connected with the ARM processor module; the ARM processor module is connected with the mobile phone end APP through the Bluetooth module.

2. The wearable intelligent acupoint bracelet of claim 1, wherein the pulse circuit module is an electrode pad.

3. The wearable intelligent acupoint bracelet of claim 1, wherein the power module is a physical switch and is powered by a lithium battery.

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