CN111407307A - Intestinal peristalsis electric stimulation massage device and electric stimulation massage method - Google Patents

Abstract

The invention discloses an electric stimulation massage device and an electric stimulation massage method for enterokinesia. The device adopts the waistband form, is provided with belly sound wave monitoring devices, belly electro photoluminescence device, belly massage device and controller on the waistband, monitors belly sound wave signal through belly sound wave monitoring devices, and the controller confirms enterocinesia activity condition according to belly sound wave signal to control belly electro photoluminescence and control belly massage device and massage the belly. When the enterokinesia electrical stimulation massage is carried out, the massage device is only required to be correctly worn on the waist of a postoperative patient, and the abdomen sound wave monitoring device, the abdomen electrical stimulation device and the abdomen massage device are aligned to the abdomen, so that the enterokinesia of the patient can be monitored even if the patient does not get out of bed, and the abdomen of the patient is electrically stimulated and massaged to promote the enterokinesia of the patient. The device can be widely used for postoperative rehabilitation of patients with intestinal function diseases in the medical field, and can accelerate the recovery of intestinal diseases of the patients after the operation.

Description

Intestinal peristalsis electric stimulation massage device and electric stimulation massage method

technical field

The invention relates to the field of medical equipment, in particular to a peristalsis electric stimulation massage device and an electric stimulation massage method.

Background technique

Most diseases of the intestinal system are accompanied by factors of low peristalsis level, which can easily lead to indigestion, constipation, and may indirectly cause other physical diseases. For patients with intestinal system diseases, especially for postoperative patients with intestinal system diseases, promoting bowel movements can promote defecation, detoxification, reduce constipation, and speed up their postoperative recovery. Therefore, intestinal Postoperative patients with systemic diseases should get out of bed as soon as possible to promote their bowel movements. However, the physical pain caused by surgery for intestinal diseases makes it difficult for many postoperative patients to get out of bed.

The Chinese invention patent publication No. CN106859935A discloses a massage device that helps intestinal peristalsis, which can massage the abdomen through an airbag to promote gastrointestinal peristalsis. However, this massage device can only massage the abdomen, and cannot perform electrical stimulation on the abdomen at the same time, so the promotion effect on intestinal peristalsis is limited, and it cannot effectively replace the patient's promotion of intestinal peristalsis by getting out of bed.

SUMMARY OF THE INVENTION

(1) Technical problems solved

The main purpose of the present invention is to provide a peristalsis electric stimulation massage device and an electric stimulation massage method, so as to solve the problem that the existing massage device for promoting intestinal peristalsis can only massage the abdomen, but cannot perform electric stimulation on the abdomen at the same time. question.

(2) Technical solutions

The present invention is achieved through the following technical solutions:

A peristalsis electric stimulation massage device, comprising a belt, an abdominal sound wave monitoring device, an abdominal electric stimulation device and an abdominal massage device are arranged on the belt at a position corresponding to the abdomen, and a controller is also arranged on the belt, the control The device is connected with the abdominal sound wave monitoring device, the abdominal electrical stimulation device and the abdominal massage device;

The abdominal sound wave monitoring device is used for monitoring the abdominal sound wave signal, and sending the abdominal sound wave signal to the controller;

The controller is configured to control the abdominal electrical stimulation device to electrically stimulate the abdomen according to the abdominal sound wave signal, and to control the abdominal massage device to massage the abdomen according to the abdominal sound wave signal.

Further, the abdominal sound wave monitoring device includes a sound wave sensor unit and a signal amplifier unit, and the sound wave sensor unit is connected to the controller through the signal amplifier unit;

The sonic sensor unit includes a plurality of sonic sensors, the plurality of sonic sensors are arranged according to a first preset interval to form a sonic sensor matrix, the area of the sonic sensor matrix matches the preset area of the human abdomen, and the sonic sensor matrix passes through. Each sound wave sensor monitors the sound wave signal of each part of the abdomen, and the signal amplifier unit amplifies the sound wave signal of each part of the abdomen and sends it to the controller.

Further, the abdominal electrical stimulation device includes a pulse generator and an electrode unit, the controller is connected to the pulse generator, and can control the pulse generator to generate voltage pulses according to the abdominal sound wave signal; the electrode unit includes A plurality of electrodes connected to the pulse generator, the plurality of electrodes are arranged according to a second preset interval to form an electrode matrix, the area of the electrode matrix matches the preset area of the human abdomen, and the controller can control the The pulse generator selects any electrode to release the voltage pulse to electrically stimulate any part of the abdomen.

Further, the abdominal massage device includes an airbag unit and an electronic air pump, the electronic air pump is communicated with the airbag unit, and the controller is connected with the electronic air pump;

The electronic air pump has multiple channels, which can control the on-off of each channel respectively. The airbag unit includes a plurality of airbags, and the plurality of airbags are connected with each channel of the electronic air pump in a one-to-one correspondence. The airbag matrix is arranged at intervals, and the area of the airbag matrix matches the preset area of the human body's abdomen. The controller can control the electronic air pump to inflate and deflate any airbag to massage any part of the abdomen.

Further, the belt is also provided with a lithium battery, a power management module and a charging interface, the charging interface is connected to the lithium battery through the power management module, and the lithium battery is respectively connected to the lithium battery through the power management module. The abdominal sound wave monitoring device, the abdominal electrical stimulation device, the abdominal massage device and the controller are connected.

A method of peristalsis electric stimulation massage, comprising:

Monitor the abdominal sound wave signal through the abdominal sound wave monitoring device;

The abdominal electric stimulation device is controlled to electrically stimulate the abdomen according to the abdominal sound wave signal, and the abdomen massage device is controlled to massage the abdomen according to the abdominal sound wave signal.

Further, the abdominal sound wave monitoring device includes a sound wave sensor unit and a signal amplifier unit;

The sonic sensor unit includes a plurality of sonic sensors, the plurality of sonic sensors are arranged according to a first preset interval to form a sonic sensor matrix, and the area of the sonic sensor matrix matches the preset area of the human body's abdomen. The device monitors abdominal sound waves, including:

Monitor the sound wave signal of each part of the abdomen through each sound wave sensor;

The sound wave signal of each part of the abdomen is amplified by the signal amplifier unit.

Further, the abdominal electrical stimulation device includes a pulse generator and an electrode unit;

The electrode unit includes a plurality of electrodes connected to the pulse generator, the plurality of electrodes are arranged according to a second preset interval to form an electrode matrix, and the area of the electrode matrix matches the preset area of the human abdomen. The abdominal sound wave signal controls the abdominal electrical stimulation device to electrically stimulate the abdomen, including:

Controlling the pulse generator to generate voltage pulses according to the abdominal sound wave signal;

The pulse generator is controlled to select any electrode to release the voltage pulse to electrically stimulate any part of the abdomen.

Further, the abdominal massage device includes an airbag unit and an electronic air pump, the electronic air pump communicates with the airbag unit, the electronic air pump has multiple channels, and can control the on-off of each channel respectively, and the airbag unit includes several airbags , the plurality of airbags are in one-to-one correspondence with each channel of the electronic air pump, the plurality of airbags are arranged according to a third preset interval to form an airbag matrix, and the area of the airbag matrix matches the preset area of the human abdomen, so Described according to the abdominal sound wave signal control the abdomen massage device to massage the abdomen, including:

According to the abdominal sound wave signal, the electronic air pump is controlled to inflate and deflate any air bag to massage any part of the abdomen.

Further, the abdominal sound wave monitoring device includes a sound wave sensor unit and a signal amplifier unit, the sound wave sensor unit includes a plurality of sound wave sensors, and the plurality of sound wave sensors are arranged according to a first preset interval to form a sound wave sensor matrix, the sound wave sensor matrix. The area of matches the preset human abdominal area;

The abdominal electrical stimulation device includes a pulse generator and an electrode unit, the electrode unit includes a plurality of electrodes connected to the pulse generator, the plurality of electrodes are arranged according to a second preset interval to form an electrode matrix, and the electrode matrix is The area matches the preset human abdominal area;

The abdominal massage device includes an airbag unit and an electronic air pump, the electronic air pump is communicated with the airbag unit, the electronic air pump has multiple channels, and can control the on-off of each channel respectively, the airbag unit includes several airbags, and the A plurality of airbags are in one-to-one correspondence with each channel of the electronic air pump, the plurality of airbags are arranged according to a third preset interval to form an airbag matrix, and the area of the airbag matrix matches the preset area of the human body abdomen;

The controlling the abdominal electric stimulation device to electrically stimulate the abdomen according to the abdominal sound wave signal and the abdominal massaging device to massage the abdomen according to the abdominal sound wave signal include:

Monitor the sound wave signal of each part of the abdomen through each sound wave sensor;

According to the waveform characteristics of the sound wave signal of each part of the abdomen, calculate the value of the peristaltic activity degree of each part of the abdomen;

Control the pulse generator to generate voltage pulses, and select the electrodes corresponding to the position where the abdominal peristalsis activity level value is lower than the preset value to release the voltage pulse, so as to detect that the abdominal peristalsis activity level value is lower than the preset value. Electrical stimulation is performed on the site of the set value;

The electronic air pump is controlled to inflate and deflate the airbag corresponding to the part of the abdomen where the peristalsis activity level value is lower than the preset value, so as to massage the part of the abdomen where the peristalsis activity degree value is lower than the preset value.

(3) Beneficial effects

Compared with the prior art, the present invention adopts the intestinal peristalsis electric stimulation massage device in the form of a belt, and only needs to correctly wear the massage device in the form of a belt on the waist of the postoperative patient, and attach the abdominal sound wave monitoring device, the abdominal electric stimulation device and the abdominal electric stimulation device. The abdominal massage device is aimed at the abdomen, and even if the patient does not get out of bed, the peristalsis can be monitored, and the abdomen can be electrically stimulated and massaged to promote the peristalsis. Compared with the traditional massage device that can only massage the abdomen , the massage device of the present invention can achieve a better effect of promoting intestinal peristalsis. The device can be widely used in the postoperative rehabilitation treatment of patients with intestinal functional diseases in the medical field, so as to accelerate the recovery of postoperative intestinal diseases of patients.

Description of drawings

1 is a schematic plan view of a peristalsis electrical stimulation massage device according to an embodiment of the present invention;

2 is a schematic diagram of the circuit principle of a peristalsis electric stimulation massage device provided by an embodiment of the present invention;

3 is a schematic diagram of an overall flow of a method for peristalsis electric stimulation massage provided by an embodiment of the present invention;

4 is a schematic flowchart of a method for monitoring an abdominal sound wave signal;

Fig. 5 is the concrete schematic flow chart of carrying out electric stimulation to abdomen;

Fig. 6 is the concrete schematic flow chart of carrying out electric stimulation and massage to abdomen;

FIG. 7 is a schematic diagram of the calculation flow of the value of the peristaltic activity degree of each part of the abdomen.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the embodiments and accompanying drawings.

1 and 2, the intestinal peristalsis electric stimulation massage device provided by the embodiment of the present invention includes a belt 1, and the position corresponding to the abdomen on the belt 1 is provided with an abdominal sound wave monitoring device 3, an abdominal electric stimulation device 4 and a belt. Abdominal massage device 5. The belt 1 is also provided with a controller 2, and the controller 2 is connected with the abdominal sound wave monitoring device 3, the abdominal electrical stimulation device 4 and the abdominal massage device 5. The abdominal sound wave monitoring device 3 is used for monitoring the abdominal sound wave signal and sending the abdominal sound wave signal to the controller 2 . The controller 2 is configured to control the abdominal electrical stimulation device 4 to electrically stimulate the abdomen according to the abdominal sound wave signal and to control the abdominal massage device 5 to massage the abdomen according to the abdominal sound wave signal. Bowel peristalsis will generate sound wave signal (namely abdominal sound wave signal), which can indirectly reflect the situation of bowel peristalsis, and the sound wave signal will be transmitted to the abdominal surface, which can be detected by arranging a sound wave monitoring device on the abdominal surface. The belt 1 is worn on the waist, and the sound wave monitoring device, the abdominal electrical stimulation device 4 and the abdominal massage device 5 are aligned with the abdomen position, and the abdominal sound wave signal can be monitored by the sound wave monitoring device. After the monitored abdominal sound wave signal is sent to the controller 2, the controller 2 can control the abdominal electrical stimulation device 4 to electrically stimulate the abdomen according to the abdominal sound wave signal and control the abdominal massage device 5 to massage the abdomen according to the abdominal sound wave signal. . Using the device, just wear the belt 1 correctly on the waist of the patient after the operation, even if the patient does not get out of bed, the bowel movement can be monitored, and the abdomen can be electrically stimulated and massaged to promote the bowel movement and speed up the operation. Recovery of patients with intestinal disease.

In this embodiment, the abdominal sound wave monitoring device 3 includes a sound wave sensor unit 32 and a signal amplifier unit 31 , and the sound wave sensor unit 32 is connected to the controller 2 through the signal amplifier unit 31 . The sonic sensor unit 32 is used to monitor abdominal sonic signals. The signal amplifier unit 31 is used to amplify the abdominal sound wave signal and send it to the controller 2 . Since the abdominal sound wave signal is relatively weak, the weak electrical signal can be amplified by the signal amplification unit, so that the controller 2 can receive and identify. The sonic sensor unit 32 includes a plurality of sonic sensors 322 arranged at a first preset interval to form a sonic sensor matrix, and the area of the sonic sensor matrix matches a preset area of the human abdomen. The sound wave sensor matrix monitors the sound wave signal of each part of the abdomen through each sound wave sensor 322 , and the signal amplifier unit 31 amplifies the sound wave signal of each part of the abdomen and sends it to the controller 2 . Different sound wave sensors 322 can monitor the sound wave signals of different parts of the abdomen, so as to detect the intestinal peristalsis of different parts of the abdomen.

In this embodiment, the abdominal electrical stimulation device 4 includes a pulse generator 41 and an electrode unit 42, and the controller 2 is connected to the pulse generator 41 for controlling the pulse generator 41 according to the abdominal sound wave signal Generates voltage pulses. The electrode unit 42 is connected to the pulse generator 41 for releasing the voltage pulse to electrically stimulate the abdomen. The electrode unit 42 includes a plurality of electrodes 422 connected to the pulse generator 41 . The plurality of electrodes 422 are arranged at a second preset interval to form an electrode matrix, and the area of the electrode matrix matches the preset area of the abdomen of the human body. The controller 2 can control the pulse generator 41 to select any electrode 422 to release the voltage pulse to electrically stimulate any part of the abdomen. The release of voltage pulses through different electrodes 422 can electrically stimulate different parts of the abdomen, so as to promote intestinal peristalsis in different parts and achieve precise stimulation.

In this embodiment, the abdominal massage device 5 includes an airbag unit 52 and an electronic air pump 51 , the electronic air pump 51 is connected to the airbag unit 52 , the controller 2 is connected to the electronic air pump 51 , and the controller 2. The electronic air pump 51 can be controlled to inflate and deflate the air bag unit 52 to massage the abdomen. The airbag unit 52 will form an up-and-down motion between inflation and deflation, so as to massage the abdomen. The electronic air pump 51 has multiple channels, which can control the on-off of each channel respectively. The air bag unit 52 includes a plurality of air bags 522, and the plurality of air bags 522 are connected with each channel of the electronic air pump 51 in a one-to-one correspondence. The airbags 522 are arranged according to the third preset interval to form an airbag matrix, and the area of the airbag matrix matches the preset area of the abdomen of the human body. The controller 2 can control the electronic air pump 51 to inflate and deflate any air bag 522 to massage any part of the abdomen. Different parts of the abdomen can be massaged through different airbags 522, so as to achieve precise massage, and can further accurately promote the peristalsis of different parts of the abdomen.

The controller 2 can use the pulse generator 41 to select each electrode 422 in a preset order to release voltage pulses, so as to electrically stimulate various parts of the abdomen in sequence in the correct direction, and at the same time, select each air bag in a preset order through the electronic air pump 51. 522 massages various parts of the abdomen in sequence, and stimulates and massages the abdomen by simulating artificial electrical stimulation and massage techniques to promote peristalsis.

In this embodiment, the belt 1 is further provided with a lithium battery, a power management module and a charging interface, and the charging interface is connected to the lithium battery through the power management module. The lithium battery can be charged through the charging interface. The lithium battery is respectively connected with the abdominal sound wave monitoring device 3, the abdominal electrical stimulation device 4, the abdominal massage device 5 and the controller 2 through the power management module to monitor the abdominal sound wave monitoring device. 3. The abdominal electrical stimulation device 4 , the abdominal massage device 5 and the controller 2 are powered. The use of rechargeable lithium battery can further facilitate the use of the patient, and it is also convenient for the patient to move around when getting out of bed, without the inconvenience caused by wired power supply. After the patient gets out of bed, combined with the electrical stimulation and massage of the belt 1, it can accelerate the peristalsis of the patient and accelerate the recovery of the patient after the operation.

The peristalsis situation will directly affect the waveform characteristics of the sound wave signal of each part of the abdomen, and the waveform characteristics of the sound wave signal of each part of the abdomen reflect the peristalsis activity of the corresponding part. Based on this, the controlling the abdominal electrical stimulation device 4 to electrically stimulate the abdomen according to the abdominal sound wave signal and the abdominal massage device 5 to massage the abdomen according to the abdominal sound wave signal may include:

According to the waveform characteristics of the sound wave signal of each part of the abdomen, calculate the value of the peristaltic activity degree of each part of the abdomen;

Control the pulse generator 41 to select the electrode 422 corresponding to the position of the abdominal peristalsis activity level value lower than the preset value to release the voltage pulse, so as to control the abdominal peristalsis activity degree value lower than the preset value. electrical stimulation of the site;

The electronic air pump 51 is controlled to inflate and deflate the airbag 522 corresponding to the position where the peristaltic activity degree value of the abdomen is lower than the preset value, so as to inflate the air bag 522 corresponding to the position where the peristaltic activity degree value of the abdomen is lower than the preset value. massage.

The higher the activity of bowel peristalsis, the higher the waveform amplitude of the sound wave signal generated by it. Therefore, the amplitude of the sound wave waveform reflects the activity of bowel movement. For the waveform of the sound wave signal of each part of the abdomen, you can select the sound wave signal within a period of time to carry out the integral operation, take the operation result as the value of the peristalsis activity level of the corresponding part, and then compare the value with the preset value to determine the Whether the peristaltic activity value of the site reaches the standard, and then conduct electrical stimulation and massage for the site that does not meet the standard. Based on this, according to the waveform characteristics of the sound wave signal of each part of the abdomen, the calculation of the value of the peristaltic activity degree of each part of the abdomen may include:

The waveform of the preset period is intercepted from the waveform of the sound wave signal of each part of the abdomen;

Integrate each of the intercepted waveforms, and use the obtained results as the value of the peristaltic activity level of each part of the abdomen.

As shown in Figure 3, another embodiment of the present invention also provides a method for peristalsis electric stimulation massage, including:

Monitor the abdominal sound wave signal through the abdominal sound wave monitoring device;

The abdominal electric stimulation device is controlled to electrically stimulate the abdomen according to the abdominal sound wave signal, and the abdomen massage device is controlled to massage the abdomen according to the abdominal sound wave signal.

The abdominal sound wave monitoring device includes a sound wave sensor unit and a signal amplifier unit;

The sonic sensor unit includes a plurality of sonic sensors, and the plurality of sonic sensors are arranged according to a first preset interval to form a sonic sensor matrix, and the area of the sonic sensor matrix matches the preset area of the human abdomen, as shown in FIG. 4 , The monitoring of the abdominal sound wave signal by the abdominal sound wave monitoring device includes:

Monitor the sound wave signal of each part of the abdomen through each sound wave sensor;

The sound wave signal of each part of the abdomen is amplified by the signal amplifier unit.

The abdominal electrical stimulation device includes a pulse generator and an electrode unit;

The electrode unit includes a number of electrodes connected to the pulse generator, the electrodes are arranged at a second preset interval to form an electrode matrix, and the area of the electrode matrix matches the preset area of the human body's abdomen, as shown in Figure 5 As shown, the controlling the abdominal electrical stimulation device to perform electrical stimulation on the abdomen according to the abdominal sound wave signal includes:

Controlling the pulse generator to generate voltage pulses according to the abdominal sound wave signal;

The pulse generator is controlled to select any electrode to release the voltage pulse to electrically stimulate any part of the abdomen.

The abdominal massage device includes an airbag unit and an electronic air pump, the electronic air pump is communicated with the airbag unit, the electronic air pump has multiple channels, and can control the on-off of each channel respectively, the airbag unit includes several airbags, and the Several airbags are connected with each channel of the electronic air pump in one-to-one correspondence, the several airbags are arranged according to a third preset interval to form an airbag matrix, and the area of the airbag matrix matches the preset area of the human abdomen. The abdominal sound wave signal controls the abdominal massage device to massage the abdomen, including:

According to the abdominal sound wave signal, the electronic air pump is controlled to inflate and deflate any air bag to massage any part of the abdomen.

The abdominal sound wave monitoring device includes a sound wave sensor unit and a signal amplifier unit, the sound wave sensor unit includes a plurality of sound wave sensors, and the plurality of sound wave sensors are arranged according to a first preset interval to form a sound wave sensor matrix, and the area of the sound wave sensor matrix is equal to Matches the preset human abdominal area;

The abdominal electrical stimulation device includes a pulse generator and an electrode unit, the electrode unit includes a plurality of electrodes connected to the pulse generator, the plurality of electrodes are arranged according to a second preset interval to form an electrode matrix, and the electrode matrix is The area matches the preset human abdominal area;

The abdominal massage device includes an airbag unit and an electronic air pump, the electronic air pump is communicated with the airbag unit, the electronic air pump has multiple channels, and can control the on-off of each channel respectively, the airbag unit includes several airbags, and the A plurality of airbags are in one-to-one correspondence with each channel of the electronic air pump, the plurality of airbags are arranged according to a third preset interval to form an airbag matrix, and the area of the airbag matrix matches the preset area of the human body abdomen;

As shown in FIG. 6 , the control of the abdominal electrical stimulation device to perform electrical stimulation on the abdomen according to the abdominal sound wave signal and the control of the abdominal massage device to massage the abdomen according to the abdominal sound wave signal include:

Monitor the sound wave signal of each part of the abdomen through each sound wave sensor;

According to the waveform characteristics of the sound wave signal of each part of the abdomen, calculate the value of the peristaltic activity degree of each part of the abdomen;

Control the pulse generator to generate voltage pulses, and select the electrodes corresponding to the position where the abdominal peristalsis activity level value is lower than the preset value to release the voltage pulse, so as to detect that the abdominal peristalsis activity level value is lower than the preset value. Electrical stimulation is performed on the site of the set value;

The electronic air pump is controlled to inflate and deflate the airbag corresponding to the part of the abdomen where the peristalsis activity level value is lower than the preset value, so as to massage the part of the abdomen where the peristalsis activity degree value is lower than the preset value.

As shown in Figure 7, the calculation of the value of the peristaltic activity degree of each part of the abdomen according to the waveform characteristics of the sound wave signal of each part of the abdomen may include:

The waveform of the preset period is intercepted from the waveform of the sound wave signal of each part of the abdomen;

Integrate each of the intercepted waveforms, and use the obtained results as the value of the peristaltic activity level of each part of the abdomen.

The peristalsis electric stimulation massage method is a method invention corresponding to the above-mentioned peristalsis electric stimulation massage device. For details, please refer to the description in the above-mentioned bowel peristalsis electric stimulation massage device, which will not be repeated here.

The above-mentioned embodiments are only preferred embodiments and are not intended to limit the protection scope of the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention should be included within the protection scope of the present invention. .

Claims (10)

1. The enterokinesia electrical stimulation massage device is characterized by comprising a waistband, wherein an abdomen sound wave monitoring device, an abdomen electrical stimulation device and an abdomen massage device are arranged at positions on the waistband corresponding to the abdomen, a controller is also arranged on the waistband, and the controller is connected with the abdomen sound wave monitoring device, the abdomen electrical stimulation device and the abdomen massage device;

the abdomen sound wave monitoring device is used for monitoring abdomen sound wave signals and sending the abdomen sound wave signals to the controller;

the controller is used for controlling the abdomen electrical stimulation device to electrically stimulate the abdomen according to the abdomen sound wave signals and controlling the abdomen massage device to massage the abdomen according to the abdomen sound wave signals.

2. The device of claim 1, wherein the abdominal acoustic wave monitoring device comprises an acoustic wave sensor unit and a signal amplifier unit, and the acoustic wave sensor unit is connected with the controller through the signal amplifier unit;

the sound wave sensor unit comprises a plurality of sound wave sensors, the sound wave sensors are arranged at a first preset interval to form a sound wave sensor matrix, the area of the sound wave sensor matrix is matched with the area of a preset human abdomen, the sound wave sensor matrix monitors sound wave signals of all parts of the abdomen through the sound wave sensors, and the signal amplifier unit amplifies the sound wave signals of all parts of the abdomen and then sends the amplified sound wave signals to the controller.

3. The device of claim 1, wherein the abdominal peristalsis electrical stimulation massage device comprises a pulse generator and an electrode unit, the controller is connected with the pulse generator and can control the pulse generator to generate voltage pulses according to the abdominal sound wave signal; the electrode unit comprises a plurality of electrodes connected with the pulse generator, the electrodes are arranged at a second preset interval to form an electrode matrix, the area of the electrode matrix is matched with the area of the preset human abdomen, and the controller can control the pulse generator to select any electrode to release the voltage pulse to electrically stimulate any part of the abdomen.

4. The device of claim 1, wherein the abdominal massage device comprises an air bag unit and an electronic air pump, the electronic air pump is communicated with the air bag unit, and the controller is connected with the electronic air pump;

the electronic air pump is provided with multiple channels and can respectively control the on-off of each channel, the air bag unit comprises a plurality of air bags, the air bags are communicated with the channels of the electronic air pump in a one-to-one correspondence mode, the air bags are arranged at intervals according to the third preset mode to form an air bag matrix, the area of the air bag matrix is matched with the area of the preset human abdomen, and the controller can control the electronic air pump to inflate and deflate any air bag to massage any part of the abdomen.

5. The device according to any one of claims 1 to 4, wherein a lithium battery, a power management module and a charging interface are further arranged on the belt, the charging interface is connected with the lithium battery through the power management module, and the lithium battery is respectively connected with the abdominal sound wave monitoring device, the abdominal electrical stimulation device, the abdominal massage device and the controller through the power management module.

6. An intestinal peristalsis electrical stimulation massage method is characterized by comprising the following steps:

monitoring an abdominal sound wave signal through an abdominal sound wave monitoring device;

controlling the abdomen electrical stimulation device to electrically stimulate the abdomen according to the abdomen sound wave signal and controlling the abdomen massage device to massage the abdomen according to the abdomen sound wave signal.

7. The method according to claim 6, wherein the abdominal acoustic wave monitoring device comprises an acoustic wave sensor unit and a signal amplifier unit;

the sound wave sensor unit includes a plurality of sound wave sensors, a plurality of sound wave sensors form the sound wave sensor matrix according to first predetermined interval arrangement, the area of sound wave sensor matrix and the human belly area phase-match of predetermineeing, through belly sound wave monitoring devices monitoring belly sound wave signal, include:

monitoring sound wave signals of all parts of the abdomen through all sound wave sensors;

the sound wave signals of all parts of the abdomen are amplified by the signal amplifier unit.

8. The enterokinesia electrical stimulation massage method as claimed in claim 6, wherein the abdominal electrical stimulation device comprises a pulse generator and an electrode unit;

the electrode unit comprises a plurality of electrodes connected with the pulse generator, the electrodes are arranged at a second preset interval to form an electrode matrix, the area of the electrode matrix is matched with the area of a preset human abdomen, and the abdomen electrical stimulation device is controlled to electrically stimulate the abdomen according to the abdomen sound wave signal, and the method comprises the following steps:

controlling the pulse generator to generate voltage pulses according to the abdominal sound wave signal;

and controlling the pulse generator to select any electrode to release the voltage pulse to electrically stimulate any part of the abdomen.

9. The method according to claim 6, wherein the abdomen massage device comprises an air bag unit and an electronic air pump, the electronic air pump is communicated with the air bag unit, the electronic air pump has multiple channels and can respectively control the on-off of each channel, the air bag unit comprises a plurality of air bags, the air bags are communicated with the channels of the electronic air pump in a one-to-one correspondence manner, the air bags are arranged at a third preset interval to form an air bag matrix, the area of the air bag matrix is matched with the preset area of the abdomen of the human body, and the abdomen massage device is controlled to massage the abdomen according to the abdomen sound wave signal, comprising:

and controlling the electronic air pump to inflate and deflate any air bag according to the abdomen sound wave signal so as to massage any part of the abdomen.

10. The method for electrically stimulating and massaging the peristalsis of the intestine according to claim 6, wherein the abdominal sound wave monitoring device comprises a sound wave sensor unit and a signal amplifier unit, the sound wave sensor unit comprises a plurality of sound wave sensors, the sound wave sensors are arranged at first preset intervals to form a sound wave sensor matrix, and the area of the sound wave sensor matrix is matched with the preset area of the abdomen of the human body;

the abdomen electrical stimulation device comprises a pulse generator and an electrode unit, wherein the electrode unit comprises a plurality of electrodes connected with the pulse generator, the electrodes are arranged at a second preset interval to form an electrode matrix, and the area of the electrode matrix is matched with the preset area of the abdomen of the human body;

the abdomen massage device comprises an air bag unit and an electronic air pump, the electronic air pump is communicated with the air bag unit, the electronic air pump is provided with multiple channels and can respectively control the on-off of each channel, the air bag unit comprises a plurality of air bags, the air bags are communicated with the channels of the electronic air pump in a one-to-one correspondence manner, the air bags are arranged at a third preset interval to form an air bag matrix, and the area of the air bag matrix is matched with the preset area of the abdomen of a human body;

the control of the abdomen electrical stimulation device according to the abdomen sound wave signal to electrically stimulate the abdomen and the control of the abdomen massage device according to the abdomen sound wave signal to massage the abdomen comprise:

monitoring sound wave signals of all parts of the abdomen through all sound wave sensors;

calculating the intestinal peristalsis activity degree value of each part of the abdomen according to the waveform characteristics of the sound wave signals of each part of the abdomen;

controlling the pulse generator to generate voltage pulses, and selecting electrodes corresponding to parts of the abdomen, of which the degree of intestinal peristalsis activity is lower than a preset value, to release the voltage pulses so as to electrically stimulate the parts of the abdomen, of which the degree of intestinal peristalsis activity is lower than the preset value;

and controlling the electronic air pump to inflate and deflate the air bag corresponding to the part of the abdomen, of which the peristalsis activity degree value is lower than the preset value, so as to massage the part of the abdomen, of which the peristalsis activity degree value is lower than the preset value.

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