Electric back patting device based on clinical technology and operating system thereof

Abstract

The invention relates to the technical field of clinical medicine, and discloses an electric back patting device based on clinical technology and an operating system thereof.The electric back patting device comprises a replaceable massage head, a vibration back patting instrument and an operating host, the massage head is connected with the vibration back patting instrument, and the vibration back patting instrument is connected with the operating host through a connecting pipe; and an adjusting knob is arranged on the operation host. The vibration mode is adjusted by inputting patient information in advance or manually adjusting an adjusting button, back buckling and sputum excretion are conducted on the back of the patient, the device can adapt to vibration of special crowds such as osteoporosis / rib fracture patients, children and adults at different frequencies, the automatic control function is achieved, back patting is kept uniform, and the labor intensity is relieved. The physical strength of medical staff can be saved, and the workload is reduced.

Description

Technical Field

[0001] The invention belongs to the technical field of medical devices, and in particular relates to an electric back patting device based on clinical technology. Background Art

[0002] The lungs are important respiratory organs in the human body. Effective and reasonable back patting can make the low and compressed lungs expand alternately, improve local circulation, and at the same time, help the drainage of secretions with the help of gravity. It can make the thorax produce mechanical vibrations, which is more conducive to the improvement of circulation and the directional movement and discharge of secretions, thereby effectively preventing and treating lung infections. After surgery, there will be more or less impact on the function and breathing of the lungs, especially the increase of sputum after surgery. Lung infection and atelectasis are common complications after chest surgery, but some patients are sensitive to pain and cannot cough up sputum well on their own.

[0003] Patients with respiratory diseases or respiratory system abnormalities are prone to sputum accumulation, especially infants or children who need family members or caregivers to help with spitting. However, in clinical use, it was found that ordinary back slappers have the following application defects:

[0004] First, medical staff need to manually help patients expectorate, and they need to pat their backs vigorously to produce an effective expectoration effect on the patients, and they need to pat their backs for a period of time, which makes medical staff more tired and the patting is uneven;

[0005] Secondly, when patting the back, for patients with thick sputum and a lot of sputum, the frequency of patting the back needs to reach a certain lower limit, so as to achieve the corresponding back patting effect. If the frequency is low, the back patting will not achieve the effect. The existing products are all back patting massagers for health care, but ordinary back patting devices cannot calculate and control the frequency and time of back patting by themselves, and the back patting needs of different groups of people are different, such as the elderly (osteoporosis / rib fracture patients), children and adults. If the frequency and time of back patting cannot be accurately controlled, it will lead to poor nursing effects and even cause back injuries. Summary of the invention

[0006] In order to solve the above problems, the present invention proposes an electric back patting device based on clinical technology. The vibration mode is adjusted by entering patient information in advance or manually adjusting the adjustment button. The patient's back is patted to expel phlegm. It can adapt to special groups such as osteoporosis / rib fracture patients, children and adults with different frequencies of vibration. It has an automatic control function to keep the back patting even, save the physical strength of medical staff and reduce workload.

[0007] One implementation of the present invention is an electric back patting device based on clinical technology, comprising a replaceable massage head, a vibrating back patting device and an operating host, wherein the massage head is connected to the vibrating back patting device, and the vibrating back patting device and the operating host are connected via a connecting pipe, and an adjusting knob is provided on the operating host, wherein the adjusting knob is used to adjust the vibration amplitude of the vibrating back patting device, and the operating host is used to issue a back patting control instruction to the vibrating back patting device, wherein the back patting control instruction includes the back patting duration and the motor vibration frequency.

[0008] As a preferred embodiment of the present invention, the operating host is provided with a touch system, and the touch system is used to enter patient information and control the operation of the vibration back patting device according to the patient information. The patient information includes name, age, gender, back patting duration, back patting frequency and back patting area. The operating host is connected to the hospital system, and the position and frequency of the patient's back patted according to the condition are displayed in real time through the display screen of the touch system. The user matches the vibration back patting device to the patient's back according to the instructions on the display screen, and performs the back patting according to the prompts on the display screen.

[0009] As a preferred embodiment of the present invention, the operating host is further provided with an automatic tube reeling device, which retracts the connecting tube by automatic reeling and fixes the vibrating back slapping instrument on the surface of the automatic tube reeling device when the vibrating back slapping instrument is not working;

[0010] The vibrating back-patting instrument has a built-in battery. After being fully charged by the operating host, the connecting tube can be removed and the back-patting can be performed by holding the vibrating back-patting instrument without wired connection.

[0011] As a preferred embodiment of the present invention, the vibrating back-patting device comprises a processor and a built-in motor, wherein the processor is used to receive and process input information, and issue corresponding control instructions to the built-in motor according to the back-patting control instructions issued by the operating host;

[0012] The built-in motor is arranged inside the vibration back-patting instrument, and is used to respond to the back-patting control instruction, and reciprocate and extend according to the back-patting frequency and back-patting time of the back-patting control instruction, and drive the massage head to pat the patient's back to expel phlegm;

[0013] The processor is also connected to an anti-interference circuit, which includes an operational amplifier unit, a differential amplifier unit, a digital signal processing unit and a level conversion unit connected in sequence. By setting an adaptive filtering unit in the digital signal processing unit, other electromagnetic interference can be adaptively eliminated.

[0014] As a preferred embodiment of the present invention, the bottom of the operating host is provided with universal wheels, and the top of the operating host is provided with a carrying handle, and the carrying handle is used to manually lift the operating host and move it to a desired working position.

[0015] As a preferred embodiment of the present invention, the vibrating back-patting device is provided with a button and a stimulation electrode, the button is used to control the discharge of the stimulation electrode, and the stimulation electrode is used to discharge and stimulate specific acupoints according to the prompt of the operating host when the user pats the back, which is beneficial to expectoration treatment.

[0016] As a preferred embodiment of the present invention, the massage head includes three specifications of 13cm, 11cm and 8cm, which are suitable for different groups of people. The material is high-elastic silicone, so that the force of patting the back is more uniform.

[0017] As a preferred embodiment of the present invention, the operating host also includes an identification module, which is connected to the touch control system, and the identification module includes an NFC sensing unit and a camera unit, the NFC sensing unit and the camera unit are arranged on the surface of the operating host, and the camera unit is arranged on the right side of the NFC sensing unit.

[0018] As a preferred embodiment of the present invention, the NFC sensing unit is used for sensing and the camera unit is used for identifying the identity of the user. If the user is a medical staff, the touch control system is allowed to enter patient information and manually adjust the adjustment knob; if the user is a patient, the patient's identity is automatically identified, and the vibration back patting device is driven according to the preset back patting duration and frequency.

[0019] Another implementation of the present invention is an electric back-patting device operating system based on clinical technology, comprising the following contents:

[0020] All self-service operations are performed on a touch-screen touch system;

[0021] 1. Login / Registration: When using the terminal for the first time, the user needs to log in or register by entering personal information and creating an account or logging in through the NFC sensing unit and camera unit;

[0022] 2. Make an appointment for back patting: The patient can choose the time and frequency of the appointment for back patting, and the patting can start after the doctor agrees and confirms;

[0023] 3. Enter patient information: Medical staff enter patient information and control the vibration back-patting device according to the patient information. The patient information includes name, age, gender, back-patting duration, back-patting frequency and back-patting area;

[0024] 4. Query report: Patients can query their own back-patting results, the location where the back needs to be patted, the severity of the disease and other medical examination results. Enter the patient's personal information for query, and the query report can be quickly printed through the printer;

[0025] 5. Evaluation and feedback: Users can evaluate and provide feedback on the medical process, and put forward opinions and suggestions;

[0026] 6. Consultation service: Users can consult doctors online through the terminal, input relevant questions and wait for the doctor's reply or call the doctor directly.

[0027] Compared with the prior art, the present invention has the following beneficial effects:

[0028] The present invention can customize the frequency and time of back patting to meet the back patting needs of different groups of people, such as the elderly (osteoporosis / rib fracture patients), children and adults, so as to achieve a clinical medical level back patting device, and can directly read the customized frequency and time of back patting by entering patient information and through identity recognition, which can alleviate the work pressure of medical staff and improve work efficiency to a certain extent; at the same time, it can intuitively pat the back in real time on the corresponding back patting area through the display screen, thereby improving the accuracy of back patting to achieve effective expectoration.

[0029] The specific implementation modes of the present invention are further described in detail below in conjunction with the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] In the attached picture:

[0031] Figure 1 This is a structural framework diagram of an electric back patting device based on clinical technology of the present invention;

[0032] Figure 2 The back-patting area indicated by the display screen of the present invention;

[0033] Figure 3 It is a schematic diagram of the anti-interference circuit structure of the vibration back-patting instrument of the present invention.

[0034] In the figure, 1-massage head; 2-vibration back patting device; 3-operating host; 4-automatic tube winding device; 5-adjusting knob; 6-touch system; 7-connecting tube; 8-NFC sensing unit, 9-carrying handle. DETAILED DESCRIPTION

[0035] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. The following embodiments are used to illustrate the present invention.

[0036] Example 1

[0037] For an implementation of the present invention, please refer to Figure 1 , an electric back patting device based on clinical technology, comprising a replaceable massage head 1, a vibrating back patting device 2 and an operating host 3, wherein the massage head 1 is connected to the vibrating back patting device 2, the vibrating back patting device 2 and the operating host 3 are connected via a connecting tube 7, an adjusting knob 5 is provided on the operating host 3, the adjusting knob 5 is used to adjust the vibration amplitude of the vibrating back patting device 2, the operating host 3 is used to issue a back patting control instruction to the vibrating back patting device 2, the back patting control instruction including the back patting duration and the motor vibration frequency.

[0038] The adjustment knob 5 can be turned to manually adjust the vibration amplitude of the vibrating back-patting device 2, and can be adjusted to a comfortable vibration amplitude according to the actual feeling of the patient.

[0039] As a preferred embodiment of the present invention, the operating host 3 is provided with a touch system 6, and the touch system 6 is used to enter patient information and control the operation of the vibration back patting device 2 according to the patient information. The patient information includes name, age, gender, back patting duration, back patting frequency and back patting area. The operating host 3 is connected to the hospital system, and the display screen of the touch system 6 displays in real time the position and frequency of the patient's back patted according to the condition. The user corresponds the handheld vibration back patting device 2 to the patient's back according to the instructions on the display screen, and performs the back patting according to the prompts on the display screen.

[0040] like Figure 2 As shown, this is the back-patting area prompted by the display screen of the present invention. According to the targeted suggestions given by medical staff, the vibrating back-patting device 2 is used to perform deep back patting on the acupoints at that position, and the stimulation electrodes can be started by pressing the button on the vibrating back-patting device 2. The back muscles and corresponding acupoints can be relieved through electrical stimulation to achieve the purpose of expectoration.

[0041] As a preferred embodiment of the present invention, the operating host 3 is also provided with an automatic tube reeling device 4, which retracts the connecting tube 7 by automatic curling and fixes the vibrating back patting instrument 2 on the surface of the automatic tube reeling device 4 when the vibrating back patting instrument 2 is not working.

[0042] By means of the automatic tube reeling device 4 , when the vibrating back patting instrument 2 is not working, the connecting tube 7 can be retracted by curling and the vibrating back patting instrument 2 can be fixed on the surface of the automatic tube reeling device 4 , so as to realize equipment recovery and reduce the used space.

[0043] The vibrating back-patting device 2 has a built-in battery. After being fully charged by the operating host 3 , the connecting tube 7 can be removed and the back-patting device 2 can be held by hand to perform back-patting without wired connection.

[0044] As a preferred embodiment of the present invention, the vibration back-patting device 2 includes a processor and a built-in motor, and the processor is used to receive and process input information, and send corresponding control instructions to the built-in motor according to the back-patting control instructions sent by the operating host 3;

[0045] The built-in motor is arranged inside the vibration back-patting instrument 2, and is used to respond to the back-patting control instruction, and reciprocate and extend according to the back-patting frequency and back-patting time of the back-patting control instruction, and drive the massage head 1 to pat the patient's back to expel phlegm;

[0046] The processor is also connected to an anti-interference circuit, which includes an operational amplifier unit, a differential amplifier unit, a digital signal processing unit and a level conversion unit connected in sequence. By setting an adaptive filtering unit in the digital signal processing unit, other electromagnetic interference can be adaptively eliminated.

[0047] The processor inside the vibrating back-patting device 2 is used to receive the back-patting control instructions issued by the operating host 3. The control instructions include a preset back-patting duration and motor vibration frequency. The controller then drives the built-in motor to work and reciprocate and extend according to the back-patting frequency and back-patting time of the back-patting control instructions. The output end of the built-in motor is a replaceable massage head 1, which drives the massage head 1 to pat the patient's back to expel phlegm.

[0048] As a preferred embodiment of the present invention, a carrying handle 9 is provided on the top of the operating host 3, and the carrying handle 9 is used to manually lift the operating host 3 and move it to a desired working position.

[0049] As a preferred embodiment of the present invention, the vibrating back-patting device 2 is provided with a button and a stimulation electrode. The button is used to control the discharge of the stimulation electrode. The stimulation electrode is used to discharge and stimulate specific acupoints according to the prompt of the operating host 3 when the user pats the back, which is beneficial to expectoration treatment.

[0050] Modern research has found that many acupuncture points are highly consistent with the locations of nerve fibers, plexuses, and ganglia. Therefore, stimulating these acupuncture points can affect the corresponding nervous system. When the current enters the human body through the electrode patch on the surface of the skin, it can activate the sensory nerve fibers under the skin. These nerve fibers transmit signals to the spinal cord and brain, which in turn regulate the activity of the central nervous system. This regulation can be achieved by affecting the release of neurotransmitters, such as endorphins, norepinephrine, and serotonin, thereby achieving the effects of analgesia, relieving muscle spasms, and improving mood.

[0051] Bioelectric therapy is based on bioelectric medicine. According to the direction of the human meridians and the location of the disease, special machines are used to adjust the electrical energy and then transmit it to various parts of the human body. This therapy can stimulate the meridians in the body, achieve the purpose of smooth blood circulation, prevent and cure diseases.

[0052] By patting the back combined with electrical stimulation, it can be used to relieve diseases such as muscle atrophy. It also has varying degrees of relief for pain caused by diseases such as arthritis, trigeminal neuralgia, sciatica, and periarthritis of the shoulder. It also has a good conditioning effect on sub-health conditions such as physical weakness, insomnia, tension and anxiety.

[0053] As a preferred embodiment of the present invention, the massage head 1 includes three specifications of 13 cm, 11 cm and 8 cm, which are suitable for different groups of people. The massage head 1 is made of high-elastic silicone, so that the force applied to the back is more uniform.

[0054] By using massage heads 1 of different sizes, in combination with different degrees of back-patting frequencies and back-patting times, customized back-patting treatment can be performed for patients of different body shapes and different conditions, and the back-patting effect is significantly improved compared to traditional back-patting. For example, the elderly (osteoporosis / rib fracture patients) and female patients can choose a medium-sized (11 cm) massage head with a small to medium back-patting frequency, children can choose a small (8 cm) massage head with a small to medium back-patting frequency, and adults can choose a large (13 cm) massage head with a relatively large back-patting frequency.

[0055] As a preferred embodiment of the present invention, the operating host 3 also includes an identification module, which is connected to the touch control system 6, and the identification module includes an NFC sensing unit 8 and a camera unit. The NFC sensing unit 8 and the camera unit are arranged on the surface of the operating host 3, and the camera unit is arranged on the right side of the NFC sensing unit 8.

[0056] As a preferred embodiment of the present invention, the NFC sensing unit is used for sensing and the camera unit is used for identifying the identity of the user. If the user is a medical staff, the touch control system 6 is allowed to enter patient information and manually adjust the adjustment knob 5; if the user is a patient, the patient's identity is automatically identified, and the vibration back patting device 2 is driven according to the preset back patting duration and frequency.

[0057] The NFC sensing unit 8 identifies the user as a patient or a medical staff member through an identity card / work card, or identifies the user as a patient or a medical staff member through face recognition by the camera unit. If the user is a medical staff member, the touch control system 6 is released to enter patient information and manually adjust the adjustment knob 5. If the user is a patient, the patient's identity is automatically identified, and the vibration back-patting device 2 is driven according to the preset back-patting duration and back-patting frequency entered in advance, and the back-patting position is displayed on the display screen.

[0058] In a preferred embodiment, the back-patting position can be displayed on the display screen. The color of this area becomes lighter as the back-patting time increases. Then a prompt is displayed to indicate that the vibrating back-patting device 2 needs to be moved to the next area for back-patting. When all areas are completed, if there are no other back-patting prompts on the display screen, it means that the back-patting process is completed.

[0059] In a preferred embodiment, the vibration back-patting device 2 has a detachable connecting tube 7. After the host computer has set the preset back-patting time and frequency, the back-patting device 2 can be held alone to complete the back-patting.

[0060] See also Figure 3 After the vibrating back-slapping instrument 2 removes the connecting tube 7, it is powered by its own power supply. At the same time, when the stimulation electrode is discharged, a protection circuit and an anti-interference circuit need to be designed to prevent leakage and enhance electromagnetic compatibility, including an anti-interference circuit, wherein the anti-interference circuit includes an operational amplifier unit, a differential amplifier unit, a digital signal processing unit and a level conversion unit connected in sequence. By setting an adaptive filtering unit in the digital signal processing unit, other electromagnetic interference can be adaptively eliminated. This circuit diagram is a circuit design for receiving and processing analog signals, which combines analog and digital processing elements. The OA1 operational amplifier is selected due to its wide bandwidth and low distortion characteristics to amplify the input signal. The amplified signal then passes through OA2 and is used as a differential amplifier to prepare the signal for the digital circuit. The OA3 Schmitt trigger gate digitizes the processed analog signal so that it can be received and processed by the digital signal processor (DSP). The processed digital signal is converted to the standard of the RS-232 communication signal through a level converter. The entire circuit design is designed to convert the external analog signal into a digital format, which can be used for digital communication after DSP processing. This circuit is used in sensor data acquisition, signal processing and communication interface design to effectively avoid other electromagnetic interference. In circuit selection, attention is paid to signal clarity, processing speed and communication compatibility. From the analog world to the digital interface.

[0061] Another implementation of the present invention is an electric back-patting device operating system based on clinical technology, comprising the following contents:

[0062] All self-service operations are performed on a touch-screen touch control system 6;

[0063] 1. Login / Registration: When using the terminal for the first time, the user needs to log in or register by entering personal information and creating an account or logging in through the NFC sensing unit and camera unit;

[0064] 2. Make an appointment for back patting: The patient can choose the time and frequency of the appointment for back patting, and the patting can start after the doctor agrees and confirms;

[0065] 3. Entering patient information: The medical staff enters the patient information and controls the vibration back-patting device 2 to work according to the patient information. The patient information includes name, age, gender, back-patting duration, back-patting frequency and back-patting area;

[0066] 4. Query report: Patients can query their own back-patting results, the location where the back needs to be patted, the severity of the disease and other medical examination results. Enter the patient's personal information for query, and the query report can be quickly printed through the printer;

[0067] 5. Evaluation and feedback: Users can evaluate and provide feedback on the medical process, and put forward opinions and suggestions;

[0068] 6. Consultation service: Users can consult doctors online through the terminal, input relevant questions and wait for the doctor's reply or call the doctor directly.

[0069] The working principle of the present invention is: the medical staff logs into the operation host 3 of the present invention in advance, and enters the relevant patient information through the touch system 6. The patient information includes name, age, gender, back patting time, back patting frequency and back patting area. When the patient uses it, the NFC sensing unit and the camera unit identify the entered patient information, the operation host 3 sends a corresponding back patting control instruction, the patient selects a massage head 1 that meets the size of his or her own body characteristics, and when the vibration back patting device 2 receives the corresponding back patting control instruction and drives the built-in motor to pat the back, the massage head 1 is aligned with the back patting area displayed on the display screen, and the back is patted according to the instructions, and the button of the vibration back patting device 2 is pressed according to the prompt of the display screen, and the stimulation electrode will release bioelectricity suitable for the human body to relax. If the patient feels uncomfortable, he or she can also manually control the adjustment knob 5 to increase / decrease the vibration frequency of the vibration back patting device 2. When all areas are completed, there is no other back patting prompt on the display screen, which means that the back patting process is completed. Then, through the automatic tube rolling device 4, when the vibration back patting device 2 is not working, the connecting tube 7 is retracted by curling and the vibration back patting device 2 is fixed on the surface of the automatic tube rolling device 4.

[0070] The above is only a preferred implementation case of the present disclosure. Although the present disclosure is described in conjunction with the accompanying drawings, the purpose is not to limit the present disclosure. For those skilled in the art, the present disclosure may have various changes and modifications. Any modification, replacement, improvement, etc. made within the spirit and principle of the present disclosure shall be included in the protection scope of the present disclosure.

Claims

1. An electric back patting device based on clinical technology, characterized in that: The device comprises a replaceable massage head (1), a vibrating back-patting device (2) and an operating host (3), wherein the massage head (1) is connected to the vibrating back-patting device (2), the vibrating back-patting device (2) and the operating host (3) are connected via a connecting pipe (7), an adjusting knob (5) is provided on the operating host (3), the adjusting knob (5) is used to adjust the vibration amplitude of the vibrating back-patting device (2), and the operating host (3) is used to issue a back-patting control instruction to the vibrating back-patting device (2), the back-patting control instruction including the back-patting duration and the motor vibration frequency.

2. The electric back patting device based on clinical technology according to claim 1, characterized in that: The operating host (3) is provided with a touch control system (6), and the touch control system (6) is used to input patient information and control the operation of the vibrating back-patting device (2) according to the patient information. The patient information includes name, age, gender, back-patting duration, back-patting frequency and back-patting area. The operating host (3) is connected to the hospital system, and the position and frequency of the back patting required for the patient's condition are displayed in real time through the display screen of the touch control system (6). The user matches the vibrating back-patting device (2) to the patient's back according to the instructions on the display screen, and performs the back patting according to the prompts on the display screen.

3. The electric back patting device based on clinical technology according to claim 1, characterized in that: The operating host (3) is also provided with an automatic tube reeling device (4). When the vibrating back-slapping instrument (2) is not working, the automatic tube reeling device (4) retracts the connecting tube (7) by automatically reeling and fixes the vibrating back-slapping instrument (2) on the surface of the automatic tube reeling device (4); The vibrating back-patting device (2) has a built-in battery, and after being fully charged by the operating host (3), the connecting tube (7) can be removed and the back-patting device (2) can be held in the hand to perform back-patting without the need for wired connection.

4. The electric back patting device based on clinical technology according to claim 1, characterized in that: The vibrating back-patting device (2) comprises a processor and a built-in motor, wherein the processor is used to receive and process input information, and to issue corresponding control instructions to the built-in motor according to the back-patting control instructions issued by the operating host (3); The built-in motor is arranged inside the vibrating back-patting instrument (2) and is used to respond to the back-patting control instruction and to reciprocate and extend according to the back-patting frequency and back-patting time of the back-patting control instruction, thereby driving the massage head (1) to pat the patient's back to expel phlegm; The processor is also connected to an anti-interference circuit, which includes an operational amplifier unit, a differential amplifier unit, a digital signal processing unit and a level conversion unit connected in sequence. By setting an adaptive filtering unit in the digital signal processing unit, other electromagnetic interference can be adaptively eliminated.

5. The electric back patting device based on clinical technology according to claim 1, characterized in that: A carrying handle (9) is provided on the top of the operating main unit (3), and the carrying handle (9) is used to manually lift the operating main unit (3) and move it to a desired working position.

6. The electric back patting device based on clinical technology according to claim 1, characterized in that: The vibrating back-patting device (2) is provided with a button and a stimulation electrode. The button is used to control the discharge of the stimulation electrode. The stimulation electrode is used to discharge and stimulate specific acupuncture points according to the prompt of the operating host (3) when the user pats the back, which is beneficial to expectoration treatment.

7. The electric back patting device based on clinical technology according to claim 1, characterized in that: The massage head (1) comprises three specifications, 13 cm, 11 cm and 8 cm, suitable for different groups of people. The massage head (1) is made of high-elasticity silicone, so that the force applied to the back is more uniform.

8. The electric back patting device based on clinical technology according to claim 1, characterized in that: The operating host (3) further comprises an identification module, the identification module being connected to the touch control system (6), the identification module comprising an NFC sensing unit (8) and a camera unit, the NFC sensing unit (8) and the camera unit being arranged on the surface of the operating host (3), and the camera unit being arranged on the right side of the NFC sensing unit (8).

9. The electric back patting device based on clinical technology according to claim 8, characterized in that: The NFC sensing unit (8) is used for sensing and the camera unit is used for identifying the identity of the user. If the user is a medical staff, the touch control system (6) is allowed to input patient information and manually adjust the adjustment knob (5). If the user is a patient, the patient's identity is automatically identified and the vibration back-patting device (2) is driven according to a preset back-patting duration and frequency.

10. An electric back-patting device operating system based on clinical technology, characterized in that: Includes the following: All self-service operations are performed on a touch-screen touch control system (6); 1. Login / Registration: When using the terminal for the first time, the user needs to log in or register by entering personal information and creating an account or logging in through the NFC sensing unit and camera unit; 2. Make an appointment for back patting: The patient can choose the time and frequency of the appointment for back patting, and the patting can start after the doctor agrees and confirms; 3. Entering patient information: The medical staff enters the patient information and controls the vibration back-patting device (2) to work according to the patient information, wherein the patient information includes name, age, gender, back-patting duration, back-patting frequency and back-patting area; 4. Query report: Patients can query their own back-patting results, the location where the back needs to be patted, the severity of the disease and other medical examination results. Enter the patient's personal information for query, and the query report can be quickly printed through the printer; 5. Evaluation and feedback: Users can evaluate and provide feedback on the medical process, and put forward opinions and suggestions; 6. Consultation service: Users can consult doctors online through the terminal, input relevant questions and wait for the doctor's reply or call the doctor directly.

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