Therapeutic apparatus for treating hypertension based on acupoint massage

Abstract

The invention provides a therapeutic apparatus for treating hypertension based on acupoint massage, the therapeutic apparatus comprises an acupoint massage controller and a handheld acupoint massager, the acupoint massage controller comprises a casing, the casing comprises a casing panel, a casing bottom plate and a casing rear plate, the casing panel is provided with a massage display panel, and the massage display panel is provided with a massage module. A control, display and drive circuit board and a regulation and control drive circuit board are installed in the machine shell, a power switch, a power plug connecting line and a DC socket are arranged on a rear plate of the machine shell, the control, display and drive circuit board is connected with the regulation and control drive circuit board and the massage display panel, the regulation and control drive circuit board is connected with the power switch and the DC socket, the handheld acupoint massager comprises a handle, the handle is connected with the shell, and the handle is connected with the shell. A reversible motor is arranged in the shell, and the handheld acupoint massager is connected with the DC socket; the invention solves the problem that the acupoint massage usage and dosage and the acupoint massage reinforcing and reducing technique of the existing acupoint manipulation massage cannot be accurately quantified and cannot be quantitatively regulated and controlled, and realizes the treatment of hypertension through the intelligent acupoint massage.

Description

Technical Field

[0001] The invention belongs to the technical field of medical devices, and in particular relates to a therapeutic device for treating hypertension based on acupoint massage. Background Art

[0003] Current status of hypertension treatment: Currently, there is no cure for hypertension. According to the "Guidelines for the Prevention and Treatment of Hypertension in China" (revised edition in 2018), the current treatment of hypertension is to control blood pressure through lifestyle intervention and antihypertensive drug therapy to reduce the overall risk of cardiovascular, cerebrovascular, renal and vascular complications and death; antihypertensive drug therapy is now mostly used for maintenance, and although traditional blood pressure lowering drugs are effective, long-term use will damage other organs, have many side effects, and are prone to fluctuations. At the same time, because they need to be taken for life, many patients find it difficult to adhere to it. Therefore, it is of great significance to actively explore non-drug therapies that are safe, reliable, beneficial, effective and have no side effects.

[0004] Traditional Chinese medicine meridian acupoint massage is a method of using hands (or limbs) to perform manipulations on the acupoints of the human body to achieve health care, disease prevention and treatment. Previous literature reports show that many Chinese medicine external treatments, especially Chinese medicine meridian acupoint massage for the treatment of hypertension, can not only effectively reduce and stabilize blood pressure, prevent and treat cardiovascular and cerebrovascular diseases, but also significantly improve patients' clinical symptoms and improve their quality of life. Traditional Chinese medicine meridian acupoint massage therapy, with its special mode of action, produces mechanical, psychological, benign and bidirectional regulatory stimulation to the human body. Acupoint massage therapy is simple to operate, easy to master, and has a wide range of indications. It can be used by those without illness to maintain health and those with illness to prevent and treat diseases without side effects. Therefore, it has been a mass medical technology since ancient times. Therefore, research on the regulation of blood pressure by acupoint massage has positive significance and its social benefits are significant. However, the existing acupoint massage therapy for hypertension is mostly determined based on experience, especially in the process of acupoint massage. Due to the different acupoint massage operators and the different degrees of control over the acupoint massage time, acupoint massage strength, acupoint massage tonification and drainage, and acupoint massage techniques during the acupoint massage process, it is impossible to accurately quantify and quantitatively regulate, and the resulting acupoint massage usage and dosage and the effects of acupoint massage tonification and drainage techniques for the treatment of hypertension are very different. Summary of the invention

[0005] The purpose of the present invention is to provide a therapeutic instrument for treating hypertension based on acupoint massage, to solve the problem that the usage and dosage of acupoint massage for treating hypertension in existing acupoint massage cannot be accurately quantified and the problem that the tonifying and draining techniques of acupoint massage cannot be quantitatively regulated, and to achieve the treatment of hypertension through intelligent acupoint massage.

[0006] The objective of the present invention is achieved through the following technical solutions: a therapeutic instrument for treating hypertension based on acupoint massage, comprising an acupoint massage controller and a handheld acupoint massager, the acupoint massage controller comprising a casing, the casing comprising a casing panel, a casing bottom plate and a casing back plate, a massage display panel is arranged on the casing panel, a control display drive circuit board is installed inside the casing below the casing panel, a regulation drive circuit board is installed inside the casing above the casing bottom plate, a power switch, a power plug connection and a DC socket are arranged on the casing back plate, the control display drive circuit board is connected to the regulation drive circuit board, the control display drive circuit board is also connected to the massage display panel, the regulation drive circuit board is connected to the power switch and the DC socket on the casing back plate, the power switch is connected to the power plug connection, the handheld acupoint massager comprises a handle, the handle is connected to the casing, a reversible motor is arranged inside the casing, one end of the reversible motor is connected to the massage head, and the other end is provided with a DC plug connection, and the handheld acupoint massager is connected to the DC socket on the casing back plate through the DC plug connection.

[0007] The technical solution adopted by the present invention is also characterized in that: Further, the upper part of the massage display panel is provided with a left acupoint I LED indicator, an acupoint I LED indicator, a right acupoint I LED indicator, a left acupoint II LED indicator, an acupoint II LED indicator, a right acupoint II LED indicator, a left acupoint III LED indicator, an acupoint III LED indicator, a right acupoint III LED indicator, a left acupoint IV LED indicator, an acupoint IV LED indicator, a right acupoint IV LED indicator, a left acupoint V LED indicator, an acupoint V LED indicator, a right acupoint V LED indicator, a left acupoint VI LED indicator, an acupoint VI LED indicator and a right acupoint VI LED indicator in an array; The lower part of the massage display panel is provided with a morning voltage reduction LED indicator, an evening voltage reduction LED indicator, a morning voltage stabilization LED indicator, an evening voltage stabilization LED indicator, a preparation / completion LED indicator, a massage selection button switch and a start button switch.

[0008] Further, a display control drive circuit board and a regulation drive circuit board are provided, XH connector a and XH connector b are installed on the display control drive circuit board, and XH connector c and XH connector d are installed on the regulation drive circuit board, XH connector a and XH connector c are both provided with a morning step-down port, an evening step-down port, a morning voltage stabilization port, an evening voltage stabilization port and a GND port, and a Vdc1 port; XH connector b and XH connector d are both provided with a preparation / completion port, a synchronization time control port, a massage time I port, a massage time II port, a massage time III port, a massage supplement port, a flat supplement and flat drainage port, and a massage drainage port; the display control drive circuit board and the regulation drive circuit board realize the circuit connection and voltage signal transmission connection between the two circuit boards through the connection between XH connector a and XH connector c, and the connection between XH connector b and XH connector d; The control display drive circuit board and the regulation drive circuit board are provided on the control display drive circuit board, and the display selection circuit, the display drive circuit and the setting control circuit are provided on the control display drive circuit board; the adjustment control circuit, the reversible motor drive circuit and the AC / DC power supply module are provided on the regulation drive circuit board; The selection display circuit and the display driving circuit are respectively connected to the massage display panel, and through the massage selection button switch set on the massage display panel, four morning and evening step-down and voltage-stabilizing massage modes, namely, morning step-down, evening step-down, morning voltage-stabilizing, and evening voltage-stabilizing, can be operated and selected, and the massage display panel can also display the morning step-down, evening step-down, morning voltage-stabilizing, and evening voltage-stabilizing selected by operation; through the start button switch set on the massage display panel, the intelligent acupoint massage can be started by lightly pressing the start button, and the intelligent acupoint massage can also display the acupoints for treating hypertension, the steps of acupoint massage, the order of acupoint massage, the process of acupoint massage, the position of acupoint massage, and the part of acupoint massage through the massage display panel; Select the display circuit, whose output terminals of the circuit are connected to the morning buck port, evening buck port, morning voltage stabilizing port, and evening voltage stabilizing port of the display drive circuit and the setting control circuit input terminals, respectively, and output the voltage selection signal instruction when connected to the ports of the display drive circuit and the setting control circuit; The selection display circuit, the morning buck port, the evening buck port, the morning voltage stabilizing port, and the evening voltage stabilizing port at the output end thereof are also connected to the morning buck port, the evening buck port, the morning voltage stabilizing port, and the evening voltage stabilizing port at the input end of the adjustment control circuit through the XH connector a and the XH connector c, respectively, and outputs a selection voltage signal instruction when connected to the ports of the adjustment control circuit; Select the display circuit, the ready / done port at the output end thereof is connected to the ready / done port at the input end of the adjustment control circuit through the XH connector b and the XH connector d, and outputs the on / off voltage signal instruction of the adjustment control circuit; Select a display circuit, the reset port of the input end of which is respectively connected to the reset port of the display driving circuit and the output end of the setting control circuit, and receives a completion voltage signal instruction when the intelligent acupoint massage is completed. The on / off voltage signal instruction and the completion voltage signal instruction can be displayed by the ready / complete LED indicator on the massage display panel; A control circuit is provided, wherein the massage time I port, massage time II port, massage time III port, massage supplement port, equal supplement and equal drainage port, and massage drainage port at the output end thereof are connected with the massage time I port, massage time II port, massage time III port, massage supplement port, equal supplement and equal drainage port, and massage drainage port at the input end of the adjustment control circuit through an XH connector b and an XH connector d, and an adjustment control voltage signal of the adjustment control circuit is output to realize adjustment control of the massage time and massage supplement and drainage; The adjustment control circuit has a synchronous timing control port at its output end connected to the synchronous timing control port at the input end of the display driving circuit and the setting control circuit through the XH connector b and the XH connector d, and outputs the synchronous timing control voltage signal of the display driving circuit of the display driving circuit and the setting control of the setting control circuit, and also provides the synchronous timing control voltage signal for the adjustment control circuit itself; The adjustment control circuit has the forward timing control port, the reverse timing control port and the pulse modulation port at the output end thereof connected to the forward timing control port, the reverse timing control port and the pulse modulation port at the input end of the reversible motor drive circuit, and outputs the forward timing control, the reverse timing control and the pulse modulation control drive voltage signals of the reversible motor drive circuit; The reversible motor drive circuit has an output end connected to the reversible motor via a DC socket and a DC plug connection; The reversible motor drive circuit has a clockwise rotation port at its output end, which outputs the clockwise rotation time and clockwise intermittent time of the reversible motor, as well as the step-down pulse frequency and step-down pulse duty ratio, the stabilizing pulse frequency and the stabilizing pulse duty ratio of the clockwise rotation of the reversible motor; A reversible motor drive circuit, wherein a reverse rotation port at an output end thereof outputs the reverse time and the reverse interval time of the reversible motor, as well as the voltage reduction pulse frequency and the voltage reduction pulse duty ratio, the voltage stabilization pulse frequency and the voltage stabilization pulse duty ratio of the reversible motor; The AC / DC power module supplies power to the entire device through a power switch.

[0009] Further, a display circuit is selected, and the morning buck port, evening buck port, morning voltage stabilizing port, and evening voltage stabilizing port of the output end thereof are respectively connected to the morning buck port, evening buck port, morning voltage stabilizing port, and evening voltage stabilizing port of the XH connector a, and are also respectively connected to the morning buck port, evening buck port, morning voltage stabilizing port, and evening voltage stabilizing port of the input end of the display driving circuit and the setting control circuit, and the ready / complete port of the output end thereof is connected to the ready / complete port of the XH connector b; A selection display circuit, wherein the reset port at the input end is respectively connected to the reset port at the output end of the display driving circuit and the setting control circuit, the massage selection port at the input end is connected to the massage selection key switch provided on the massage display panel, and the start port at the input end is connected to the start key switch provided on the massage display panel; Select a display circuit, the morning step-down port at its output end is also connected to the morning step-down LED indicator light set on the massage display panel, the evening step-down port at its output end is also connected to the evening step-down LED indicator light set on the massage display panel, the morning voltage-stabilizing port at its output end is also connected to the morning voltage-stabilizing LED indicator light set on the massage display panel, the evening voltage-stabilizing port at its output end is also connected to the evening voltage-stabilizing LED indicator light set on the massage display panel, and the ready / completed port at its output end is also connected to the ready / completed LED indicator light set on the massage display panel.

[0010] Further, the display driving circuit, the morning buck port of its input end is connected to the morning buck port of the selected display circuit output end, the evening buck port of its input end is connected to the evening buck port of the selected display circuit output end, the morning voltage stabilizing port of its input end is connected to the morning voltage stabilizing port of the selected display circuit output end, the evening voltage stabilizing port of its input end is connected to the evening voltage stabilizing port of the selected display circuit output end, and the synchronous timing control port of its input end is connected to the synchronous timing control port of the XH connector b; A display driving circuit, wherein a reset port at an output end is connected to a reset port at an input end of a selection display circuit, an output port I at an output end is sequentially connected to a left acupoint I LED indicator and an acupoint I LED indicator set on a massage display panel, an output port II at an output end is sequentially connected to a right acupoint I LED indicator and an acupoint I LED indicator set on the massage display panel, an output port III at an output end is sequentially connected to a left acupoint II LED indicator and an acupoint II LED indicator set on the massage display panel, an output port IV at an output end is sequentially connected to a right acupoint II LED indicator and an acupoint II LED indicator set on the massage display panel, an output port V at an output end is sequentially connected to a left acupoint III LED indicator and an acupoint III LED indicator set on the massage display panel, an output port VI at an output end is sequentially connected to a right acupoint III LED indicator and an acupoint III LED indicator set on the massage display panel, an output port VII at an output end is sequentially connected to a left acupoint IV LED indicator and an acupoint IV LED indicator set on the massage display panel, and an output port VIII at an output end is sequentially connected to a right acupoint IV LED indicator set on the massage display panel. The output port IX of the output end is connected with the left acupoint V LED indicator and the acupoint V LED indicator set on the massage display panel in sequence, the output port X of the output end is connected with the right acupoint V LED indicator and the acupoint V LED indicator set on the massage display panel in sequence, the output port XI of the output end is connected with the left acupoint VI LED indicator and the acupoint VI LED indicator set on the massage display panel in sequence, and the output port XII of the output end is connected with the right acupoint VI LED indicator and the acupoint VI LED indicator set on the massage display panel in sequence.

[0011] Further, a control circuit is set, including a morning step-down setting control circuit, an evening step-down setting control circuit, a morning voltage stabilization setting control circuit and an evening voltage stabilization setting control circuit; the output ends of the four setting control circuits are all provided with a massage time I port, a massage time II port, a massage time III port, a massage supplement port, a flat supplement and flat drainage port, and a massage drainage port; the above ports are respectively connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the flat supplement and flat drainage port, and the massage drainage port of the XH connector b; A morning step-down setting control circuit, wherein the morning step-down port at the input end is connected to the morning step-down port at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port at the input end of the selection display circuit; The morning step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint I and the right acupoint I in sequence; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint II and the right acupoint II; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint III and the right acupoint III Massage and replenishment port, or equal replenishment and equal drainage port, or massage and drainage port; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint IV and right acupoint IV; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint V and right acupoint V; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint VI and right acupoint VI; A night step-down setting control circuit, wherein the night step-down port at the input end is connected to the night step-down port at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port at the input end of the selection display circuit; At night, the step-down setting control circuit sets connection ports for different acupoints according to different massage plans, as follows: set the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint I and the right acupoint I in sequence; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint II and the right acupoint II; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint III and the right acupoint III Massage and replenishment port, or equal replenishment and equal drainage port, or massage and drainage port; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint IV and right acupoint IV; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint V and right acupoint V; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint VI and right acupoint VI; A morning voltage stabilization setting control circuit, wherein the morning voltage stabilization port at the input end is connected to the morning voltage stabilization port at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port at the input end of the selection display circuit; In the morning, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage plans, as follows: set the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint I and the right acupoint I in sequence; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint II and the right acupoint II; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint III and the right acupoint III Massage and replenishment port, or equal replenishment and equal drainage port, or massage and drainage port; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint IV and right acupoint IV; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint V and right acupoint V; massage time I port, or massage time II port, or massage time III port and massage replenishment port, or equal replenishment and equal drainage port, or massage and drainage port of left acupoint VI and right acupoint VI; A night voltage stabilization setting control circuit, wherein the night voltage stabilization port at the input end is connected to the night voltage stabilization port at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port at the input end of the selection display circuit; At night, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage plans, as follows: set the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint I and the right acupoint I in sequence; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint II and the right acupoint II; the massage time I port, or the massage time II port, or the massage time III port and the massage tonification port, or the equal tonification and equal drainage port, or the massage drainage port of the left acupoint III and the right acupoint III Massage and tonification port, or equal tonification and equal drainage port, or massage and drainage port; massage time I port, or massage time II port, or massage time III port and massage tonification port, or equal tonification and equal drainage port, or massage and drainage port of left acupoint IV and right acupoint IV; massage time I port, or massage time II port, or massage time III port and massage tonification port, or equal tonification and equal drainage port, or massage and drainage port of left acupoint V and right acupoint V; massage time I port, or massage time II port, or massage time III port and massage tonification port, or equal tonification and equal drainage port, or massage and drainage port of left acupoint VI and right acupoint VI.

[0012] Further, the adjustment control circuit includes a massage time adjustment control circuit and a massage supplementation and drainage adjustment control circuit; A massage time adjustment control circuit, wherein the carry pulse port at the input end is connected to the carry pulse port at the output end of the massage compensation and discharge adjustment control circuit, the ready / complete port at the input end is connected to the ready / complete port of the XH connector d, the time pulse port at the output end is connected to the time pulse port at the input end of the massage compensation and discharge adjustment control circuit, and the synchronous time control port at the output end is connected to the synchronous time control port of the XH connector d; A massage time adjustment control circuit, wherein the massage time I port at its input end is connected to the massage time I port of the XH connector d, the {synchronous time I+acupoint intermittent time} output by the synchronous time control port at its output end is connected to the synchronous time control port of the XH connector d, the {forward time I+forward intermittent time} x5 output by the forward time control port at its output end is connected to the forward time control port at the input end of the reversible motor drive circuit, and the {reverse time I+reverse intermittent time} x5 output by the reverse time control port at its output end is connected to the reverse time control port at the input end of the reversible motor drive circuit; A massage time adjustment control circuit, wherein the massage time II port at its input end is connected to the massage time II port of the XH connector d, the {synchronous time II+acupoint interval time} output by the synchronous time control port at its output end is connected to the synchronous time control port of the XH connector d, the {forward time II+forward interval time} x5 output by the forward time control port at its output end is connected to the forward time control port at the input end of the reversible motor drive circuit, and the {reverse time II+reverse interval time} x5 output by the reverse time control port at its output end is connected to the reverse time control port at the input end of the reversible motor drive circuit; A massage time adjustment control circuit, wherein the massage time III port at the input end is connected to the massage time III port of the XH connector d, the {synchronous time III+acupoint interval time} output by the synchronous time control port at the output end is connected to the synchronous time control port of the XH connector d, the {forward time III+forward interval time} x5 output by the forward time control port at the output end is connected to the forward time control port at the input end of the reversible motor drive circuit, and the {reverse time III+reverse interval time} x5 output by the reverse time control port at the output end is connected to the reverse time control port at the input end of the reversible motor drive circuit; A massage replenishment and discharge adjustment control circuit, wherein the carry pulse port at the output end is connected to the carry pulse port at the input end of the massage time adjustment control circuit, the time pulse port at the input end is connected to the time pulse port at the output end of the massage time adjustment control circuit, and the synchronous time control port at the input end is connected to the synchronous time control port of the XH connector d; The massage replenishment and discharge adjustment control circuit has a morning buck port at its input end connected to the morning buck port of the XH connector c, or an evening buck port at its input end connected to the evening buck port of the XH connector c; The massage compensation and discharge adjustment control circuit has a massage compensation port at its input end connected to the massage compensation port of the XH connector d, and the {step-down pulse frequency and step-down pulse duty ratio I} output by the pulse modulation port at its output end connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage compensation and drainage adjustment control circuit has a compensation and drainage port at its input end connected to the compensation and drainage port of the XH connector d, and a pulse modulation port at its output end outputting {voltage reduction pulse frequency and voltage reduction pulse duty ratio II} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and the {step-down pulse frequency and step-down pulse duty ratio III} output by the pulse modulation port at its output end connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and discharge adjustment control circuit has a morning voltage stabilization port at its input end connected to the morning voltage stabilization port of the XH connector c, or an evening voltage stabilization port at its input end connected to the evening voltage stabilization port of the XH connector c; The massage compensation and discharge adjustment control circuit has a massage compensation port at its input end connected to the massage compensation port of the XH connector d, and a pulse modulation port at its output end outputting {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio I} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage compensation and drainage adjustment control circuit has a compensation and drainage port at its input end connected to the compensation and drainage port of the XH connector d, and a pulse modulation port at its output end outputting {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio II} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and the {voltage stabilization pulse frequency and voltage stabilization pulse duty cycle III} output by the pulse modulation port at its output end is connected to the pulse modulation port at the input end of the reversible motor drive circuit.

[0013] Further, the reversible motor drive circuit has a forward timing control port at its input end connected to a forward timing control port at the output end of the massage time adjustment control circuit, a reverse timing control port at its input end connected to a reverse timing control port at the output end of the massage time adjustment control circuit, and a pulse modulation port at its input end connected to a pulse modulation port at the output end of the massage supplementation and discharge adjustment control circuit; The reversible motor drive circuit has a forward rotation port at its output end connected to the forward rotation end of the reversible motor through a DC socket and a DC plug connection, and a reverse rotation port at its output end connected to the reverse rotation end of the reversible motor through a DC socket and a DC plug connection; A reversible motor drive circuit, the clockwise time and clockwise intermittent time of the clockwise rotation of the reversible motor outputted by the clockwise rotation port at the output end thereof, as well as the step-down pulse frequency and step-down pulse duty ratio, the stabilizing pulse frequency and the stabilizing pulse duty ratio of the clockwise rotation of the reversible motor, include: {clockwise time Ⅰ+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio Ⅲ}, {stabilizing pulse frequency and stabilizing pulse duty ratio Ⅲ}, {clockwise time Ⅱ+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio Ⅱ}, {stabilizing pulse frequency and stabilizing pulse duty ratio Ⅱ}, {clockwise time Ⅲ+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio Ⅰ}, {stabilizing pulse frequency and stabilizing pulse duty ratio Ⅰ}; A reversible motor drive circuit, the reverse time and reverse intermittent time of the reversible motor output by the reverse rotation port at its output end, as well as the step-down pulse frequency and step-down pulse duty cycle, the stabilizing pulse frequency and the stabilizing pulse duty cycle of the reverse rotation of the reversible motor, include: {reverse time I + reverse intermittent time} x5 and {step-down pulse frequency and step-down pulse duty cycle III}, {stabilizing pulse frequency and stabilizing pulse duty cycle III}, {reverse time II + reverse intermittent time} x5 and {step-down pulse frequency and step-down pulse duty cycle II}, {stabilizing pulse frequency and stabilizing pulse duty cycle II}, {reverse time III + reverse intermittent time} x5 and {step-down pulse frequency and step-down pulse duty cycle I}, {stabilizing pulse frequency and stabilizing pulse duty cycle I}.

[0014] Furthermore, the reversible motor is provided with a reversible motor shaft at one end, the reversible motor shaft is connected to an eccentric wheel, an eccentric wheel is provided with an eccentric wheel support, the eccentric wheel support is connected to the turntable through a ball bearing, the turntable is connected to the massage head, the massage head cover is provided with a protective cloth cover, the protective cloth cover is connected to the shell, and the reversible motor is also connected to the shell through a shell fixing plate.

[0015] The beneficial effects of the present invention are: The therapeutic instrument based on acupoint massage for treating hypertension provided by the present invention realizes quantifiable setting control of the usage and dosage of acupoint massage for treating hypertension by traditional acupoint massage, and realizes quantitative adjustment control of the acupoint massage tonifying and draining techniques for treating hypertension by traditional acupoint massage. The usage and dosage of acupoint massage for treating hypertension by traditional acupoint massage is determined based on experience. The present invention realizes precise quantifiable control of the usage and dosage of acupoint massage for treating hypertension. The traditional acupoint massage for treating hypertension is determined based on experience to determine the direction, ... The present invention realizes quantitative intelligent regulation of the acupoint massage tonifying and draining techniques of heavy, fast, slow, pressing, kneading, rubbing, rubbing, flicking and patting. The purpose of the present invention is to realize the intelligent massage of the meridian acupoints of traditional Chinese medicine to treat hypertension, and to realize the intelligent massage operation of the acupoints for treating hypertension by changing the traditional acupoint massage operation to the intelligent acupoint massage operation by a handheld acupoint massager. The treatment of hypertension is achieved through the intelligent acupoint massage. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a schematic diagram of the structure of the therapeutic instrument for treating hypertension based on acupoint massage of the present invention; Figure 2 It is a schematic diagram of a massage display panel of the present invention; Figure 3 A schematic diagram showing the circuit principle of the present invention; Figure 4 is a principle block diagram of a display driving circuit of the present invention; Figure 5 It is a block diagram of the control circuit principle of the present invention; Figure 6 This is a schematic diagram of the connection principle of the display drive circuit board of the present invention; Figure 7 It is a principle block diagram of the adjustment control circuit and the reversible motor drive circuit of the present invention; Figure 8 This is a block diagram of the connection principle of the control drive circuit board of the present invention.

[0017] In the figure, 1, left acupoint I LED indicator, 2, acupoint I LED indicator, 3, right acupoint I LED indicator, 4, left acupoint II LED indicator, 5, acupoint II LED indicator, 6, right acupoint II LED indicator, 7, left acupoint III LED indicator, 8, acupoint III LED indicator, 9, right acupoint III LED indicator, 10, left acupoint IV LED indicator, 11, acupoint IV LED indicator, 12, right acupoint IV LED indicator, 13, left acupoint V LED indicator, 14, acupoint V LED indicator Light, 15, right acupoint V LED indicator, 16, left acupoint VI LED indicator, 17, acupoint VI LED indicator, 18, right acupoint VI LED indicator, 19, morning voltage reduction LED indicator, 20, evening voltage reduction LED indicator, 21, morning voltage regulation LED indicator, 22, evening voltage regulation LED indicator, 23, ready / complete LED indicator, 24, massage selection button switch, 25, start button switch, 26, massage display panel, 27, casing panel, 28, casing, 29, casing bottom plate, 3 0. Case back panel, 31. Power switch, 32. Power plug connection, 33. DC socket, 34. DC plug connection, 35. Handle, 36. Case, 37. Reversible motor, 38. Reversible motor shaft, 39. Case fixing plate, 40. Eccentric wheel, 41. Eccentric wheel support, 42. Ball bearing, 43. Turntable, 44. Massage head, 45. Protective cloth cover, 46. Morning pressure reduction port, 47. Evening pressure reduction port, 48. Morning voltage stabilization port, 49. Evening voltage stabilization port, 50. Ready / complete port, 52. Reset Port, 53, clockwise transfer port, 54, reverse clock transfer port, 55, pulse modulation port, 56, carry pulse port, 57, time pulse port, 58, reverse clock control port, 59, clockwise control port, 60, synchronous time control port, 61, massage time I port, 62, massage time II port, 63, massage time III port, 64, massage supplement port, 65, equal supplement and equal drainage port, 66, massage drainage port, 67, acupoint massage controller, 68, handheld acupoint massager, 69, massage selection port, 70, start port. DETAILED DESCRIPTION

[0018] The present invention is described in detail below with reference to the accompanying drawings and specific embodiments.

[0019] The present invention provides a therapeutic device for treating hypertension based on acupoint massage, such as Figure 1As shown, the acupoint massage controller 67 and the handheld acupoint massager 68 are included. The acupoint massage controller 67 includes a housing 28. The housing 28 includes a housing panel 27, a housing bottom plate 29 and a housing back plate 30. A massage display panel 26 is arranged on the housing panel 27. A control display drive circuit board is installed below the housing panel 27 inside the housing 28. A control drive circuit board is installed on the housing bottom plate 29 inside the housing 28. A power switch 31, a power plug connection 32 and a DC socket 33 are arranged on the housing back plate 30. The control display drive circuit board and the control drive circuit board are connected to each other. The control display driver circuit board is also connected to the massage display panel 26, the control drive circuit board is connected to the power switch 31 and the DC socket 33 on the rear plate 30 of the casing, the power switch 31 is connected to the power plug connection 32, the handheld acupoint massager 68 includes a handle 35, the handle 35 is connected to the shell 36, a reversible motor 37 is arranged inside the shell 36, one end of the reversible motor 37 is connected to the massage head 44, and the other end is provided with a DC plug connection 34, the handheld acupoint massager 68 is connected to the DC socket 33 on the rear plate 30 of the casing through the DC plug connection 34.

[0020] like Figure 2 As shown, the upper part of the massage display panel 26 is provided with a left acupoint I LED indicator 1, an acupoint I LED indicator 2, a right acupoint I LED indicator 3, a left acupoint II LED indicator 4, an acupoint II LED indicator 5, a right acupoint II LED indicator 6, a left acupoint III LED indicator 7, an acupoint III LED indicator 8, a right acupoint III LED indicator 9, a left acupoint IV LED indicator 10, an acupoint IV LED indicator 11, a right acupoint IV LED indicator 12, a left acupoint V LED indicator 13, an acupoint V LED indicator 14, a right acupoint V LED indicator 15, a left acupoint VI LED indicator 16, an acupoint VI LED indicator 17 and a right acupoint VI LED indicator 18 in an array; The lower part of the massage display panel 26 is provided with a morning voltage reduction LED indicator 19, an evening voltage reduction LED indicator 20, a morning voltage stabilization LED indicator 21, an evening voltage stabilization LED indicator 22, a preparation / completion LED indicator 23, a massage selection button switch 24 and a start button switch 25.

[0021] like Figure 6 , Figure 8As shown, a display control drive circuit board and a regulation drive circuit board are provided, XH connector a and XH connector b are installed on the display control drive circuit board, and XH connector c and XH connector d are installed on the regulation drive circuit board, XH connector a and XH connector c are both provided with a morning step-down port, an evening step-down port, a morning voltage stabilization port, an evening voltage stabilization port and a GND port, and a Vdc1 port; XH connector b and XH connector d are both provided with a preparation / completion port, a synchronous time control port, a massage time I port, a massage time II port, a massage time III port, a massage supplement port, a flat supplement and flat drainage port, and a massage drainage port; the display control drive circuit board and the regulation drive circuit board realize the circuit connection and voltage signal transmission connection between the two circuit boards through the connection between XH connector a and XH connector c, and the connection between XH connector b and XH connector d; The control display drive circuit board and the regulation drive circuit board are provided on the control display drive circuit board, and the display selection circuit, the display drive circuit and the setting control circuit are provided on the control display drive circuit board; the adjustment control circuit, the reversible motor drive circuit and the AC / DC power supply module are provided on the regulation drive circuit board; The selection display circuit and the display driving circuit are respectively connected to the massage display panel 26, and through the massage selection button switch 24 provided on the massage display panel 26, four morning and evening step-down and voltage-stabilizing massage modes, namely, morning step-down, evening step-down, morning voltage-stabilizing, and evening voltage-stabilizing, can be operated and selected, and the massage display panel 26 can also display the morning step-down, evening step-down, morning voltage-stabilizing, and evening voltage-stabilizing selected by operation; through the start button switch 25 provided on the massage display panel 26, the intelligent acupoint massage can be started by lightly pressing the start button, and the intelligent acupoint massage can also display the acupoints for treating hypertension, the steps of acupoint massage, the order of acupoint massage, the process of acupoint massage, the position of acupoint massage, and the part of acupoint massage through the massage display panel 26; like Figure 3 As shown, the display circuit is selected, and the morning buck port 46, the evening buck port 47, the morning voltage stabilizing port 48, and the evening voltage stabilizing port 49 at its output end are respectively connected to the morning buck port, the evening buck port, the morning voltage stabilizing port, and the evening voltage stabilizing port at the input end of the display drive circuit and the setting control circuit, and outputs the selection voltage signal instruction when connected to the ports of the display drive circuit and the setting control circuit; The display circuit is selected, and the morning buck port 46, the evening buck port 47, the morning voltage stabilizing port 48, and the evening voltage stabilizing port 49 at its output end are also connected to the morning buck port, the evening buck port, the morning voltage stabilizing port, and the evening voltage stabilizing port at the input end of the adjustment control circuit through the XH connector a and the XH connector c, respectively, and outputs the selection voltage signal instruction when connected to the ports of the adjustment control circuit; The display circuit is selected, and the ready / complete port 50 at the output end thereof is connected to the ready / complete port at the input end of the adjustment control circuit through the XH connector b and the XH connector d, and outputs the on / off voltage signal instruction of the adjustment control circuit; Select the display circuit, the reset port 52 of which is respectively connected to the reset port of the display driving circuit and the output of the setting control circuit, and receives the completion voltage signal instruction when the intelligent acupoint massage is completed. The on / off voltage signal instruction and the completion voltage signal instruction can be displayed by the ready / completed LED indicator 23 on the massage display panel 26; like Figure 5 As shown, a control circuit is provided, wherein the massage time I port 61, the massage time II port 62, the massage time III port 63, the massage supplement port 64, the equal supplement and equal drainage port 65, and the massage drainage port 66 at the output end thereof are connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the equal supplement and equal drainage port, and the massage drainage port at the input end of the adjustment control circuit through the XH connector b and the XH connector d, and the adjustment control voltage signal of the adjustment control circuit is output to realize the adjustment control of the massage time and the massage supplement and drainage; The adjustment control circuit has a synchronous timing control port 60 at its output end connected to the synchronous timing control ports at the input ends of the display driving circuit and the setting control circuit through the XH connector b and the XH connector d, and outputs the synchronous timing control voltage signal of the display driving circuit of the display driving circuit and the setting control circuit of the setting control circuit, and also provides the synchronous timing control voltage signal for the adjustment control circuit itself; The adjustment control circuit has the forward timing control port 59, the reverse timing control port 58 and the pulse modulation port 55 at the output end connected with the forward timing control port, the reverse timing control port and the pulse modulation port at the input end of the reversible motor drive circuit, and outputs the forward timing control, reverse timing control and pulse modulation control drive voltage signals of the reversible motor drive circuit; The reversible motor drive circuit has an output end connected to the reversible motor 37 via a DC socket and a DC plug connection; The reversible motor driving circuit has a clockwise rotation port 53 at its output end that outputs the clockwise rotation time and clockwise intermittent time of the reversible motor, as well as the step-down pulse frequency and step-down pulse duty ratio, the stabilizing pulse frequency and the stabilizing pulse duty ratio of the clockwise rotation of the reversible motor; The reversible motor driving circuit has a reverse rotation port 54 at its output end, which outputs the reverse time and reverse interval time of the reversible motor, as well as the voltage-reducing pulse frequency and voltage-reducing pulse duty ratio, the voltage-stabilizing pulse frequency and the voltage-stabilizing pulse duty ratio of the reversible motor's reverse rotation; The AC / DC power supply module supplies power to the entire device through the power switch 31 .

[0022] like Figure 3As shown, the display circuit is selected, and the morning buck port 46, the evening buck port 47, the morning voltage stabilizing port 48 and the evening voltage stabilizing port 49 at its output end are respectively connected to the morning buck port, the evening buck port, the morning voltage stabilizing port and the evening voltage stabilizing port of the XH connector a, and are also respectively connected to the morning buck port, the evening buck port, the morning voltage stabilizing port and the evening voltage stabilizing port of the display drive circuit and the setting control circuit input end, and the ready / complete port 50 at its output end is connected to the ready / complete port of the XH connector b; The selection display circuit has a reset port 52 at its input end connected to the reset ports at the display drive circuit and the setting control circuit output ends respectively, a massage selection port 69 at its input end connected to the massage selection key switch 24 provided on the massage display panel 26, and a start port 70 at its input end connected to the start key switch 25 provided on the massage display panel 26; A display circuit is selected, wherein the morning voltage step-down port 46 at its output end is also connected to the morning voltage step-down LED indicator 19 set on the massage display panel 26, the evening voltage step-down port 47 at its output end is also connected to the evening voltage step-down LED indicator 20 set on the massage display panel 26, the morning voltage stabilizing port 48 at its output end is also connected to the morning voltage stabilizing LED indicator 21 set on the massage display panel 26, the evening voltage stabilizing port 49 at its output end is also connected to the evening voltage stabilizing LED indicator 22 set on the massage display panel 26, and the ready / completed port 50 at its output end is also connected to the ready / completed LED indicator 23 set on the massage display panel 26.

[0023] like Figure 4 As shown, the display driving circuit has a morning buck port at its input end connected to a morning buck port 46 at the output end of the selected display circuit, an evening buck port at its input end connected to an evening buck port 47 at the output end of the selected display circuit, a morning stabilizing port at its input end connected to a morning stabilizing port 48 at the output end of the selected display circuit, an evening stabilizing port at its input end connected to an evening stabilizing port 49 at the output end of the selected display circuit, and a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b; The display driving circuit has a reset port at its output end connected to a reset port 52 at the input end of the selection display circuit, an output port I at its output end connected in sequence to a left acupoint I LED indicator 1 and an acupoint I LED indicator 2 set on the massage display panel 26, an output port II at its output end connected in sequence to a right acupoint I LED indicator 3 and an acupoint I LED indicator 2 set on the massage display panel 26, an output port III at its output end connected in sequence to a left acupoint II LED indicator 4 and an acupoint II LED indicator 5 set on the massage display panel 26, an output port IV at its output end connected in sequence to a right acupoint II LED indicator 6 and an acupoint II LED indicator 5 set on the massage display panel 26, an output port V at its output end connected in sequence to a left acupoint III LED indicator 7 and an acupoint III LED indicator 8 set on the massage display panel 26, an output port VI at its output end connected in sequence to a right acupoint III LED indicator 9 and an acupoint III LED indicator 8 set on the massage display panel 26, and an output port VII at its output end connected in sequence to a left acupoint IV set on the massage display panel 26 The LED indicator 10 and the acupoint IV LED indicator 11 are connected, and the output port VIII of the output end is connected in sequence with the right acupoint IV LED indicator 12 and the acupoint IV LED indicator 11 set on the massage display panel 26, and the output port IX of the output end is connected in sequence with the left acupoint V LED indicator 13 and the acupoint V LED indicator 14 set on the massage display panel 26, and the output port X of the output end is connected in sequence with the right acupoint V LED indicator 15 and the acupoint V LED indicator 14 set on the massage display panel 26, and the output port XI of the output end is connected in sequence with the left acupoint VI LED indicator 16 and the acupoint VI LED indicator 17 set on the massage display panel 26, and the output port XII of the output end is connected in sequence with the right acupoint VI LED indicator 18 and the acupoint VI LED indicator 17 set on the massage display panel 26.

[0024] like Figure 5 As shown, the setting control circuit includes a morning step-down setting control circuit, an evening step-down setting control circuit, a morning voltage stabilization setting control circuit and an evening voltage stabilization setting control circuit; the output ends of the four setting control circuits are all provided with a massage time I port 61, a massage time II port 62, a massage time III port 63, a massage supplement port 64, a flat supplement and flat drainage port 65, and a massage drainage port 66; the above ports are respectively connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the flat supplement and flat drainage port, and the massage drainage port of the XH connector b; A morning step-down setting control circuit, wherein the morning step-down port at the input end is connected to the morning step-down port 46 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; The morning step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64, or the equal supplement and equal drainage port 65, or the massage drainage port 66 of the left acupoint I and the right acupoint I in sequence; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64, or the equal supplement and equal drainage port 65, or the massage drainage port 66 of the left acupoint II and the right acupoint II; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64 of the left acupoint III and the right acupoint III , or the equal tonification and equal drainage port 65, or the massage drainage port 66; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint IV and the right acupoint IV; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint V and the right acupoint V; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint VI and the right acupoint VI; A night step-down setting control circuit, wherein the night step-down port at the input end is connected to the night step-down port 47 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; The control circuit for setting the voltage reduction at night sets the connection ports for different acupoints according to different massage schemes, as follows: set the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64, or the equal supplement and equal drainage port 65, or the massage drainage port 66 of the left acupoint I and the right acupoint I in sequence; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64, or the equal supplement and equal drainage port 65, or the massage drainage port 66 of the left acupoint II and the right acupoint II; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64 of the left acupoint III and the right acupoint III , or the equal tonification and equal drainage port 65, or the massage drainage port 66; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint IV and the right acupoint IV; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint V and the right acupoint V; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint VI and the right acupoint VI; A morning voltage regulation setting control circuit, wherein the morning voltage regulation port at the input end is connected to the morning voltage regulation port 48 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; In the morning, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, as follows: set the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64, or the equal supplement and equal drainage port 65, or the massage drainage port 66 of the left acupoint I and the right acupoint I in sequence; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64, or the equal supplement and equal drainage port 65, or the massage drainage port 66 of the left acupoint II and the right acupoint II; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage supplement port 64 of the left acupoint III and the right acupoint III , or the equal tonification and equal drainage port 65, or the massage drainage port 66; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint IV and the right acupoint IV; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint V and the right acupoint V; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint VI and the right acupoint VI; A night voltage stabilization setting control circuit, wherein the night voltage stabilization port at the input end is connected to the night voltage stabilization port 49 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, as follows: Massage time I port 61, or massage time II port 62, or massage time III port 63 and massage supplement port 64, or equal supplement and equal drainage port 65, or massage drainage port 66 are set in sequence for left acupoint I and right acupoint I; Massage time I port 61, or massage time II port 62, or massage time III port 63 and massage supplement port 64, or equal supplement and equal drainage port 65, or massage drainage port 66 for left acupoint II and right acupoint II; Massage time I port 61, or massage time II port 62, or massage time III port 63 and massage supplement port 64, or equal supplement and equal drainage port 65, or massage drainage port 66 for left acupoint III and right acupoint III. , or the equal tonification and equal drainage port 65, or the massage drainage port 66; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint IV and the right acupoint IV; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint V and the right acupoint V; the massage time I port 61, or the massage time II port 62, or the massage time III port 63 and the massage tonification port 64, or the equal tonification and equal drainage port 65, or the massage drainage port 66 of the left acupoint VI and the right acupoint VI.

[0025] like Figure 7 As shown, the adjustment control circuit includes a massage time adjustment control circuit and a massage supplementation and discharge adjustment control circuit; A massage time adjustment control circuit, wherein the carry pulse port at the input end is connected to the carry pulse port 56 at the output end of the massage compensation and discharge adjustment control circuit, the ready / complete port at the input end is connected to the ready / complete port of the XH connector d, the time pulse port 57 at the output end is connected to the time pulse port at the input end of the massage compensation and discharge adjustment control circuit, and the synchronous time control port 60 at the output end is connected to the synchronous time control port of the XH connector d; The massage time adjustment control circuit has a massage time I port at its input end connected to the massage time I port of the XH connector d, a {synchronous time I+acupoint interval time} output by a synchronous time control port 60 at its output end connected to the synchronous time control port of the XH connector d, a {forward time I+forward interval time} x5 output by a forward time control port 59 at its output end connected to the forward time control port at the input end of the reversible motor drive circuit, and a {reverse time I+reverse interval time} x5 output by a reverse time control port 58 at its output end connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage time adjustment control circuit has a massage time II port at its input end connected to the massage time II port of the XH connector d, a {synchronous time II+acupoint interval time} output by a synchronous time control port 60 at its output end connected to the synchronous time control port of the XH connector d, a {forward time II+forward interval time} x5 output by a forward time control port 59 at its output end connected to the forward time control port at the input end of the reversible motor drive circuit, and a {reverse time II+reverse interval time} x5 output by a reverse time control port 58 at its output end connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage time adjustment control circuit has a massage time III port at its input end connected to the massage time III port of the XH connector d, a {synchronous time III+acupoint interval time} output by a synchronous time control port 60 at its output end connected to the synchronous time control port of the XH connector d, a {forward time III+forward interval time} x5 output by a forward time control port 59 at its output end connected to the forward time control port at the input end of the reversible motor drive circuit, and a {reverse time III+reverse interval time} x5 output by a reverse time control port 58 at its output end connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage replenishment and discharge adjustment control circuit has a carry pulse port 56 at its output end connected to a carry pulse port at the input end of the massage time adjustment control circuit, a time pulse port at its input end connected to a time pulse port 57 at the output end of the massage time adjustment control circuit, and a synchronous time control port at its input end connected to a synchronous time control port of the XH connector d; The massage replenishment and discharge adjustment control circuit has a morning buck port at its input end connected to the morning buck port of the XH connector c, or an evening buck port at its input end connected to the evening buck port of the XH connector c; The massage compensation and discharge adjustment control circuit has a massage compensation port at its input end connected to the massage compensation port of the XH connector d, and the {step-down pulse frequency and step-down pulse duty ratio I} output by the pulse modulation port 55 at its output end connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage compensation and drainage adjustment control circuit has a compensation and drainage port at its input end connected to the compensation and drainage port of the XH connector d, and a pulse modulation port 55 at its output end outputting {voltage reduction pulse frequency and voltage reduction pulse duty ratio II} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and the {step-down pulse frequency and step-down pulse duty ratio III} output by the pulse modulation port 55 at its output end connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and discharge adjustment control circuit has a morning voltage stabilization port at its input end connected to the morning voltage stabilization port of the XH connector c, or an evening voltage stabilization port at its input end connected to the evening voltage stabilization port of the XH connector c; The massage compensation and discharge adjustment control circuit has a massage compensation port at its input end connected to the massage compensation port of the XH connector d, and the {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio I} output by the pulse modulation port 55 at its output end connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage compensation and drainage adjustment control circuit has a compensation and drainage port at its input end connected to the compensation and drainage port of the XH connector d, and a pulse modulation port 55 at its output end outputting {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio II} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and the {voltage stabilization pulse frequency and voltage stabilization pulse duty cycle III} output by the pulse modulation port 55 at its output end is connected to the pulse modulation port at the input end of the reversible motor drive circuit.

[0026] like Figure 7 As shown, the reversible motor driving circuit has a forward timing control port at its input end connected to a forward timing control port 59 at the output end of the massage time adjustment control circuit, a reverse timing control port at its input end connected to a reverse timing control port 58 at the output end of the massage time adjustment control circuit, and a pulse modulation port at its input end connected to a pulse modulation port 55 at the output end of the massage supplementation and discharge adjustment control circuit; The reversible motor drive circuit has a forward rotation port 53 at its output end connected to the forward rotation end of the reversible motor 37 through a DC socket 33 and a DC plug connection 34, and a reverse rotation port 54 at its output end connected to the reverse rotation end of the reversible motor 37 through a DC socket 33 and a DC plug connection 34; A reversible motor drive circuit, the clockwise time and clockwise intermittent time of the clockwise rotation of the reversible motor outputted by the clockwise rotation port 53 at the output end thereof, as well as the step-down pulse frequency and step-down pulse duty ratio, the voltage-stabilizing pulse frequency and the voltage-stabilizing pulse duty ratio of the clockwise rotation of the reversible motor, include: {clockwise time Ⅰ+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio Ⅲ}, {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio Ⅲ}, {clockwise time Ⅱ+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio Ⅱ}, {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio Ⅱ}, {clockwise time Ⅲ+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio Ⅰ}, {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio Ⅰ}; The reversible motor driving circuit, whose reverse rotation port 54 at the output end outputs the reverse time and reverse time interval time of the reversible motor, as well as the step-down pulse frequency and step-down pulse duty cycle, the stabilizing pulse frequency and the stabilizing pulse duty cycle of the reverse rotation of the reversible motor, including: {reverse time I+reverse time interval time} x5 and {step-down pulse frequency and step-down pulse duty cycle III}, {stabilizing pulse frequency and stabilizing pulse duty cycle III}, {reverse time II+reverse time interval time} x5 and {step-down pulse frequency and step-down pulse duty cycle II}, {stabilizing pulse frequency and stabilizing pulse duty cycle II}, {reverse time III+reverse time interval time} x5 and {step-down pulse frequency and step-down pulse duty cycle I}, {stabilizing pulse frequency and stabilizing pulse duty cycle I}.

[0027] like Figure 1 As shown, the reversible motor 37 has a reversible motor shaft 38 at one end, the reversible motor shaft 38 is connected to an eccentric wheel 40, the eccentric wheel 40 is provided with an eccentric wheel support 41, the eccentric wheel support 41 is connected to a turntable 43 through a ball bearing 42, the turntable 43 is connected to a massage head 44, the massage head 44 is covered with a protective cloth cover 45, the protective cloth cover 45 is connected to the shell 36, and the reversible motor 37 is also connected to the shell 36 through a shell fixing plate 39.

[0028] The present invention will be further described below by way of examples.

[0029] Example 1 The acupuncture points for treating hypertension in Example 1 have the following characteristics of traditional Chinese medicine: Feature 1: The multiple acupoints for traditional Chinese medicine meridian acupoint massage to treat hypertension are optimized and screened. According to the principles and methods of TCM for syndrome differentiation of hypertension, meridian acupoint selection, deficiency tonification and excess purgation, and syndrome differentiation and treatment, 6 acupoints applicable to all syndromes are selected to form the acupoints for treating hypertension: Hegu, Taichong, Neiguan, Zusanli, Quchi, and Sanyinjiao; Feature 2: According to the holistic concept of traditional Chinese medicine and combined with the method of upper and lower acupuncture points of traditional Chinese medicine, the six acupuncture points for treating hypertension of the present invention are selected and matched based on multiple acupuncture points in the twelve meridians of traditional Chinese medicine; Feature 3: According to the left-right acupoint matching method of traditional Chinese medicine, the present invention groups the six acupoints for treating hypertension into six groups: the first group: Hegu acupoint, left Hegu acupoint and right Hegu acupoint; the second group: Taichong acupoint, left Taichong acupoint and right Taichong acupoint; the third group: Neiguan acupoint, left Neiguan acupoint and right Neiguan acupoint; the fourth group: Zusanli acupoint, left Zusanli acupoint and right Zusanli acupoint; the fifth group: Quchi acupoint, left Quchi acupoint and right Quchi acupoint; the sixth group: Sanyinjiao acupoint, left Sanyinjiao acupoint and right Sanyinjiao acupoint. The acupoint matching of each group is derived from the combination of two parts of the same acupoint in the twelve meridians of traditional Chinese medicine that are symmetrically distributed on the left and right sides; Feature 4: Combining the characteristics and effects of acupoints in traditional Chinese medicine and the method of acupoint matching according to the parts of the body, the massage order of the six acupoints for the treatment of hypertension is determined; Feature 5: The six acupuncture points for the treatment of hypertension are massaged in order, which is divided into six steps: the first step is to massage the Hegu point, first massage the left Hegu point and then massage the right Hegu point; the second step is to massage the Taichong point, first massage the left Taichong point and then massage the right Taichong point; the third step is to massage the Neiguan point, first massage the left Neiguan point and then massage the right Neiguan point; the fourth step is to massage the Zusanli point, first massage the left Zusanli point and then massage the right Zusanli point; the fifth step is to massage the Quchi point, first massage the left Quchi point and then massage the right Quchi point; the sixth step is to massage the Sanyinjiao point, first massage the left Sanyinjiao point and then massage the right Sanyinjiao point; Feature 6: Based on TCM's viscera theory, TCM's meridian theory, TCM's holistic concept of hypertension and TCM's principles and methods of tonifying the deficiency and purging the excess, and treating based on syndrome differentiation, acupoint massage plans for treating hypertension are determined to lower blood pressure in the morning, lower blood pressure in the evening, stabilize blood pressure in the morning, and stabilize blood pressure at night.

[0030] like Figure 2 As shown, the six groups of acupoint indicator lights on the upper part of the massage display panel 26 correspond to the left Hegu acupoint LED indicator light, the Hegu acupoint LED indicator light, the right Hegu acupoint LED indicator light, the left Taichong acupoint LED indicator light, the Taichong acupoint LED indicator light, the right Taichong acupoint LED indicator light, the left Neiguan acupoint LED indicator light, the Neiguan acupoint LED indicator light, the right Neiguan acupoint LED indicator light, the left Zusanli acupoint LED indicator light, the Zusanli acupoint LED indicator light, the right Zusanli acupoint LED indicator light, the left Quchi acupoint LED indicator light, the Quchi acupoint LED indicator light, the right Quchi acupoint LED indicator light, the left Sanyinjiao acupoint LED indicator light, the Sanyinjiao acupoint LED indicator light, and the right Sanyinjiao acupoint LED indicator light; The lower part of the massage display panel 26 is provided with a morning voltage reduction LED indicator 19, an evening voltage reduction LED indicator 20, a morning voltage stabilization LED indicator 21, an evening voltage stabilization LED indicator 22, a preparation / completion LED indicator 23, a massage selection button switch 24 and a start button switch 25.

[0031] like Figure 6 , Figure 8As shown, a display control drive circuit board and a regulation drive circuit board are provided, XH connector a and XH connector b are installed on the display control drive circuit board, and XH connector c and XH connector d are installed on the regulation drive circuit board, XH connector a and XH connector c are both provided with a morning step-down port, an evening step-down port, a morning voltage stabilization port, an evening voltage stabilization port and a GND port, and a Vdc1 port; XH connector b and XH connector d are both provided with a preparation / completion port, a synchronous time control port, a massage time I port, a massage time II port, a massage time III port, a massage supplement port, a flat supplement and flat drainage port, and a massage drainage port; the display control drive circuit board and the regulation drive circuit board realize the circuit connection and voltage signal transmission connection between the two circuit boards through the connection between XH connector a and XH connector c, and the connection between XH connector b and XH connector d; A setting control display drive circuit board and a regulating drive circuit board, wherein a selection display circuit, a display drive circuit, and a setting control circuit are arranged on the setting control display drive circuit board, and an adjustment control circuit, a reversible motor drive circuit, and an AC / DC power supply module are arranged on the regulating drive circuit board; The selection display circuit and the display driving circuit are respectively connected to the massage display panel 26, and through the massage selection button switch 24 provided on the massage display panel 26, four morning and evening step-down and voltage-stabilizing massage modes, namely, morning step-down, evening step-down, morning voltage-stabilizing, and evening voltage-stabilizing, can be operated and selected, and the massage display panel 26 can also display the morning step-down, evening step-down, morning voltage-stabilizing, and evening voltage-stabilizing selected by operation; through the start button switch 25 provided on the massage display panel 26, the intelligent acupoint massage can be started by lightly pressing the start button, and the intelligent acupoint massage can also display the acupoints for treating hypertension, the steps of acupoint massage, the order of acupoint massage, the process of acupoint massage, the position of acupoint massage, and the part of acupoint massage through the massage display panel 26; Select the display circuit, whose morning buck port 46, evening buck port 47, morning voltage stabilizing port 48, and evening voltage stabilizing port 49 at the output end are respectively connected to the morning buck port, evening buck port, morning voltage stabilizing port, and evening voltage stabilizing port at the input end of the display drive circuit and the setting control circuit, and output the selection voltage signal instruction when connected to the ports of the display drive circuit and the setting control circuit; The display circuit is selected, and the morning buck port 46, the evening buck port 47, the morning voltage stabilizing port 48, and the evening voltage stabilizing port 49 at its output end are also connected to the morning buck port, the evening buck port, the morning voltage stabilizing port, and the evening voltage stabilizing port at the input end of the adjustment control circuit through the XH connector a and the XH connector c, respectively, and outputs the selection voltage signal instruction when connected to the ports of the adjustment control circuit; The display circuit is selected, and the ready / complete port 50 at the output end thereof is connected to the ready / complete port at the input end of the adjustment control circuit through the XH connector b and the XH connector d, and outputs the on / off voltage signal instruction of the adjustment control circuit; Select the display circuit, the reset port 52 of which is respectively connected to the reset port of the display driving circuit and the output of the setting control circuit, and receives the completion voltage signal instruction when the intelligent acupoint massage is completed. The on / off voltage signal instruction and the completion voltage signal instruction can be displayed by the ready / completed LED indicator 23 on the massage display panel 26; A control circuit is provided, wherein the massage time I port 61, the massage time II port 62, the massage time III port 63, the massage supplement port 64, the equal supplement and equal drainage port 65, and the massage drainage port 66 at the output end thereof are connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the equal supplement and equal drainage port, and the massage drainage port at the input end of the adjustment control circuit through the XH connector b and the XH connector d, and an adjustment control voltage signal of the adjustment control circuit is output to realize adjustment control of the massage time and the massage supplement and drainage; The adjustment control circuit has a synchronous timing control port 60 at its output end connected to the synchronous timing control ports at the input ends of the display driving circuit and the setting control circuit through the XH connector b and the XH connector d, and outputs the synchronous timing control voltage signal of the display driving circuit of the display driving circuit and the setting control circuit of the setting control circuit, and also provides the synchronous timing control voltage signal for the adjustment control circuit itself; The adjustment control circuit has the forward timing control port 59, the reverse timing control port 58 and the pulse modulation port 55 at the output end connected with the forward timing control port, the reverse timing control port and the pulse modulation port at the input end of the reversible motor drive circuit, and outputs the forward timing control, reverse timing control and pulse modulation control drive voltage signals of the reversible motor drive circuit; The reversible motor drive circuit has an output end connected to the reversible motor 37 via a DC socket and a DC plug connection; The reversible motor driving circuit has a clockwise rotation port 53 at its output end that outputs the clockwise rotation time and clockwise intermittent time of the reversible motor, as well as the step-down pulse frequency and step-down pulse duty ratio, the stabilizing pulse frequency and the stabilizing pulse duty ratio of the clockwise rotation of the reversible motor; The reversible motor driving circuit has a reverse rotation port 54 at its output end, which outputs the reverse time and reverse interval time of the reversible motor, as well as the voltage-reducing pulse frequency and voltage-reducing pulse duty ratio, the voltage-stabilizing pulse frequency and the voltage-stabilizing pulse duty ratio of the reversible motor's reverse rotation; The AC / DC power supply module supplies power to the entire device through the power switch 31 .

[0032] like Figure 3As shown, the display circuit is selected, and the morning buck port 46, the evening buck port 47, the morning voltage stabilizing port 48 and the evening voltage stabilizing port 49 at its output end are respectively connected to the morning buck port, the evening buck port, the morning voltage stabilizing port and the evening voltage stabilizing port of the XH connector a, and are also respectively connected to the morning buck port, the evening buck port, the morning voltage stabilizing port and the evening voltage stabilizing port of the display drive circuit and the setting control circuit input end, and the ready / complete port 50 at its output end is connected to the ready / complete port of the XH connector b; The selection display circuit has a reset port 52 at its input end connected to the reset ports at the display drive circuit and the setting control circuit output ends respectively, a massage selection port 69 at its input end connected to the massage selection key switch 24 provided on the massage display panel 26, and a start port 70 at its input end connected to the start key switch 25 provided on the massage display panel 26; A display circuit is selected, wherein the morning voltage step-down port 46 at its output end is also connected to the morning voltage step-down LED indicator 19 set on the massage display panel 26, the evening voltage step-down port 47 at its output end is also connected to the evening voltage step-down LED indicator 20 set on the massage display panel 26, the morning voltage stabilizing port 48 at its output end is also connected to the morning voltage stabilizing LED indicator 21 set on the massage display panel 26, the evening voltage stabilizing port 49 at its output end is also connected to the evening voltage stabilizing LED indicator 22 set on the massage display panel 26, and the ready / completed port 50 at its output end is also connected to the ready / completed LED indicator 23 set on the massage display panel 26.

[0033] like Figure 4 As shown, the display driving circuit has a morning buck port at its input end connected to a morning buck port 46 at the output end of the selected display circuit, an evening buck port at its input end connected to an evening buck port 47 at the output end of the selected display circuit, a morning stabilizing port at its input end connected to a morning stabilizing port 48 at the output end of the selected display circuit, an evening stabilizing port at its input end connected to an evening stabilizing port 49 at the output end of the selected display circuit, and a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b; The display driving circuit has a reset port at its output end connected to the reset port 52 at the input end of the selection display circuit, an output port I at its output end connected in sequence to the left Hegu acupoint LED indicator and the Hegu acupoint LED indicator set on the massage display panel 26, an output port II at its output end connected in sequence to the right Hegu acupoint LED indicator and the Hegu acupoint LED indicator set on the massage display panel 26, an output port III at its output end connected in sequence to the left Taichong acupoint LED indicator and the Taichong acupoint LED indicator set on the massage display panel 26, an output port IV at its output end connected in sequence to the right Taichong acupoint LED indicator and the Taichong acupoint LED indicator set on the massage display panel 26, an output port V at its output end connected in sequence to the left Neiguan acupoint LED indicator and the Neiguan acupoint LED indicator set on the massage display panel 26, and an output port VI at its output end connected in sequence to the right Neiguan acupoint LED indicator set on the massage display panel 26 The output port Ⅶ of the output end is connected with the left Zusanli acupoint LED indicator and the Zusanli acupoint LED indicator set on the massage display panel 26 in sequence, the output port VIII of the output end is connected with the right Zusanli acupoint LED indicator and the Zusanli acupoint LED indicator set on the massage display panel 26 in sequence, the output port IX of the output end is connected with the left Quchi acupoint LED indicator and the Quchi acupoint LED indicator set on the massage display panel 26 in sequence, the output port X of the output end is connected with the right Quchi acupoint LED indicator and the Quchi acupoint LED indicator set on the massage display panel 26 in sequence, the output port XI of the output end is connected with the left Sanyinjiao acupoint LED indicator and the Sanyinjiao acupoint LED indicator set on the massage display panel 26 in sequence, and the output port XII of the output end is connected with the right Sanyinjiao acupoint LED indicator and the Sanyinjiao acupoint LED indicator set on the massage display panel 26 in sequence.

[0034] like Figure 5 As shown, the setting control circuit includes a morning step-down setting control circuit, an evening step-down setting control circuit, a morning voltage stabilization setting control circuit and an evening voltage stabilization setting control circuit; the output ends of the four setting control circuits are all provided with a massage time I port 61, a massage time II port 62, a massage time III port 63, a massage supplement port 64, a flat supplement and flat drainage port 65, and a massage drainage port 66; the above ports are respectively connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the flat supplement and flat drainage port, and the massage drainage port of the XH connector b; A morning step-down setting control circuit, wherein the morning step-down port at the input end is connected to the morning step-down port 46 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; The morning step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time I port 61 and massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Zusanli acupoint and the right Zusanli acupoint; the massage time I port 61 and the massage drainage port 66 of the left Quchi acupoint and the right Quchi acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Sanyinjiao acupoint and the right Sanyinjiao acupoint; A night step-down setting control circuit, wherein the night step-down port at the input end is connected to the night step-down port 47 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time I port 61 and massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Zusanli acupoint and the right Zusanli acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Quchi acupoint and the right Quchi acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Sanyinjiao acupoint and the right Sanyinjiao acupoint; A morning voltage regulation setting control circuit, wherein the morning voltage regulation port at the input end is connected to the morning voltage regulation port 48 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; In the morning, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time I port 61 and massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Zusanli acupoint and the right Zusanli acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Quchi acupoint and the right Quchi acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Sanyinjiao acupoint and the right Sanyinjiao acupoint; A night voltage stabilization setting control circuit, wherein the night voltage stabilization port at the input end is connected to the night voltage stabilization port 49 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage plans, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu point and the right Hegu point in sequence; the massage time I port 61 and massage drainage port 66 of the left Taichong point and the right Taichong point; the massage time III port 63 and massage tonification port 64 of the left Neiguan point and the right Neiguan point; the massage time II port 62 and the equal tonification and drainage port 65 of the left Zusanli point and the right Zusanli point; the massage time II port 62 and the equal tonification and drainage port 65 of the left Quchi point and the right Quchi point; the massage time III port 63 and massage tonification port 64 of the left Sanyinjiao point and the right Sanyinjiao point. like Figure 7 As shown, the adjustment control circuit includes a massage time adjustment control circuit and a massage supplementation and discharge adjustment control circuit; A massage time adjustment control circuit, wherein the carry pulse port at the input end is connected to the carry pulse port 56 at the output end of the massage compensation and discharge adjustment control circuit, the ready / complete port at the input end is connected to the ready / complete port of the XH connector d, the time pulse port 57 at the output end is connected to the time pulse port at the input end of the massage compensation and discharge adjustment control circuit, and the synchronous time control port 60 at the output end is connected to the synchronous time control port of the XH connector d; The massage time adjustment control circuit has a massage time I port at its input end connected to the massage time I port of the XH connector d, a synchronous time control port 60 at its output end outputting {synchronous time I is 63S + acupoint interval time is 5S} connected to the synchronous time control port of the XH connector d, a forward time control port 59 at its output end outputting {forward time I is 6S + forward interval time is 0.3S} x5 connected to the forward time control port at the input end of the reversible motor drive circuit, and a reverse time control port 58 at its output end outputting {reverse time I is 6S + reverse interval time is 0.3S} x5 connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage time adjustment control circuit has a massage time II port at its input end connected to the massage time II port of the XH connector d, a synchronous time control port 60 at its output end outputting {synchronous time II is 93S + acupoint interval time is 5S} connected to the synchronous time control port of the XH connector d, a forward time control port 59 at its output end outputting {forward time II is 9S + forward interval time is 0.3S} x5 connected to the forward time control port at the input end of the reversible motor drive circuit, and a reverse time control port 58 at its output end outputting {reverse time II is 9S + reverse interval time is 0.3S} x5 connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage time adjustment control circuit has a massage time III port at its input end connected to the massage time III port of the XH connector d, a synchronous time control port 60 at its output end outputting {synchronous time III is 123S + acupoint interval time is 5S} connected to the synchronous time control port of the XH connector d, a forward time control port 59 at its output end outputting {forward time III is 12S + forward interval time is 0.3S} x5 connected to the forward time control port at the input end of the reversible motor drive circuit, and a reverse time control port 58 at its output end outputting {reverse time III is 12S + reverse interval time is 0.3S} x5 connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a synchronous time control port at its input end connected to the synchronous time control port of the XH connector d, a morning step-down port at its input end connected to the morning step-down port of the XH connector c, or an evening step-down port at its input end connected to the evening step-down port of the XH connector c; The massage compensation and discharge adjustment control circuit has a massage compensation port at its input end connected to the massage compensation port of the XH connector d, and a pulse modulation port 55 at its output end outputting {a step-down pulse frequency of 5 Hz and a step-down pulse duty cycle I of 10%} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage compensation and drainage adjustment control circuit has a compensation and drainage port at its input end connected to the compensation and drainage port of the XH connector d, and a pulse modulation port 55 at its output end outputting {a step-down pulse frequency of 5 Hz and a step-down pulse duty cycle II of 13.5%} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and a pulse modulation port 55 at its output end outputting {a step-down pulse frequency of 5 Hz and a step-down pulse duty cycle III of 20%} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and discharge adjustment control circuit has a morning voltage stabilization port at its input end connected to the morning voltage stabilization port of the XH connector c, or an evening voltage stabilization port at its input end connected to the evening voltage stabilization port of the XH connector c; The massage compensation and discharge adjustment control circuit has a massage compensation port at its input end connected to the massage compensation port of the XH connector d, and a pulse modulation port 55 at its output end outputting {a voltage stabilization pulse frequency of 4 Hz and a voltage stabilization pulse duty cycle I of 9%} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage compensation and drainage adjustment control circuit has a compensation and drainage port at its input end connected to the compensation and drainage port of the XH connector d, and a pulse modulation port 55 at its output end outputting {a voltage-stabilizing pulse frequency of 4 Hz and a voltage-stabilizing pulse duty cycle II of 12%} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and a pulse modulation port 55 at its output end outputting {a voltage stabilization pulse frequency of 4 Hz and a voltage stabilization pulse duty cycle III of 18%} connected to the pulse modulation port at the input end of the reversible motor drive circuit.

[0035] like Figure 7 As shown, the reversible motor driving circuit has a forward timing control port at its input end connected to a forward timing control port 59 at the output end of the massage time adjustment control circuit, a reverse timing control port at its input end connected to a reverse timing control port 58 at the output end of the massage time adjustment control circuit, and a pulse modulation port at its input end connected to a pulse modulation port 55 at the output end of the massage supplementation and discharge adjustment control circuit; The reversible motor driving circuit has a forward rotation port 53 at its output end connected to the forward rotation end of the reversible motor 37 through a DC socket 33 and a DC plug connection 34, and a reverse rotation port 54 at its output end connected to the reverse rotation end of the reversible motor 37 through a DC socket 33 and a DC plug connection 34; the connected reversible motor 37 can be a DC reversible motor with a voltage of DC24V and a rotation speed of 3000RPM; The reversible motor drive circuit, the clockwise time and clockwise intermittent time of the reversible motor outputted by the clockwise rotation port 53 at the output end thereof, as well as the step-down pulse frequency and step-down pulse duty ratio, the stabilizing pulse frequency and the stabilizing pulse duty ratio of the clockwise rotation of the reversible motor, include: {clockwise time I is 6S + clockwise intermittent time is 0.3S} x5 and {step-down pulse frequency is 5Hz and step-down pulse duty ratio III is 20%}, {stabilizing pulse frequency is 4Hz and stabilizing pulse duty ratio III is 18%}, {clockwise time II is 9S + clockwise intermittent time is 0.3S} x5 and {step-down pulse frequency is 5Hz and step-down pulse duty ratio II is 13.5%}, {stabilizing pulse frequency is 4Hz and stabilizing pulse duty ratio II is 12%}, {clockwise time III is 12S + clockwise intermittent time is 0.3S} x5 and {step-down pulse frequency is 5 Hz and step-down pulse duty cycle I is 10%}, {regulation pulse frequency is 4 Hz and regulation pulse duty cycle I is 9%}; The reversible motor drive circuit, the reverse time and reverse intermittent time of the reversible motor outputted by the reverse rotation port 54 at the output end thereof, as well as the buck pulse frequency and buck pulse duty cycle, the stabilizing pulse frequency and stabilizing pulse duty cycle of the reverse rotation of the reversible motor, include: {reverse time I is 6S + reverse intermittent time is 0.3S} x5 and {buck pulse frequency is 5Hz and buck pulse duty cycle III is 20%}, {stabilizing pulse frequency is 4Hz and stabilizing pulse duty cycle III is 18%}, {reverse time II is 9S + reverse intermittent time is 0.3S} x5 and {buck pulse frequency is 5Hz and buck pulse duty cycle II is 13.5%}, {stabilizing pulse frequency is 4Hz and stabilizing pulse duty cycle II is 12%}, {reverse time III is 12S + reverse intermittent time 0.3S} x5 and {the step-down pulse frequency is 5Hz and the step-down pulse duty cycle I is 10%}, {the regulated pulse frequency is 4Hz and the regulated pulse duty cycle I is 9%}.

[0036] like Figure 8 As shown, the AC / DC power supply module has an input end connected to an AC110V / 220V power socket through a power plug connection, and supplies power to the entire device through a power switch 31; the Vdc2 port at its output end can select a DC24V output to connect to a reversible motor drive circuit, and provide a DC working voltage for the reversible motor drive circuit; the Vdc1 port at its output end can select a DC15V output to connect to other overall circuits other than the reversible motor drive circuit, and provide a DC working voltage for other overall circuits; the GND port at its output end provides a grounding terminal for all circuits.

[0037] like Figure 1As shown, the reversible motor 37 has a reversible motor shaft 38 at one end, the reversible motor shaft 38 is connected to an eccentric wheel 40, the eccentric wheel 40 is provided with an eccentric wheel support 41, the eccentric wheel support 41 is connected to a turntable 43 through a ball bearing 42, the turntable 43 is connected to a massage head 44, the massage head 44 is covered with a protective cloth cover 45, the protective cloth cover 45 is connected to the shell 36, and the reversible motor 37 is also connected to the shell 36 through a shell fixing plate 39.

[0038] Example 2 The difference between the present embodiment 2 and the embodiment 1 is that the massage display panel, the display driving circuit, and the setting control circuit are all different due to the changes in the acupuncture points for treating hypertension. The rest of the contents refer to the embodiment 1.

[0039] The acupuncture points for treating hypertension in Example 2 of the present invention have the following characteristics of traditional Chinese medicine: Feature 1: It optimizes and selects multiple acupoints for the traditional Chinese medicine meridian acupoint massage to treat hypertension. According to the principles and methods of TCM for syndrome differentiation of hypertension, meridian acupoint selection, deficiency tonification and excess purgation, and syndrome differentiation and treatment, six acupoints suitable for all syndromes are selected to form the acupoints for the treatment of hypertension: Hegu, Neiguan, Zusanli, Quchi, Taichong, and Sanyinjiao; Feature 2: According to the holistic concept of traditional Chinese medicine and combined with the method of upper and lower acupuncture points of traditional Chinese medicine, the six acupuncture points for treating hypertension of the present invention are selected and matched based on multiple acupuncture points in the twelve meridians of traditional Chinese medicine; Feature 3: According to the left-right acupoint matching method of traditional Chinese medicine, the present invention groups the six acupoints for treating hypertension into six groups: the first group: Hegu acupoint, left Hegu acupoint and right Hegu acupoint; the second group: Neiguan acupoint, left Neiguan acupoint and right Neiguan acupoint; the third group: Zusanli acupoint, left Zusanli acupoint and right Zusanli acupoint; the fourth group: Quchi acupoint, left Quchi acupoint and right Quchi acupoint; the fifth group: Taichong acupoint, left Taichong acupoint and right Taichong acupoint; the sixth group: Sanyinjiao acupoint, left Sanyinjiao acupoint and right Sanyinjiao acupoint. The acupoint matching of each group is derived from the combination of two parts of the same acupoint in the 12 meridians of traditional Chinese medicine that are symmetrically distributed on the left and right sides; Feature 4: Combining the characteristics and effects of acupoints in traditional Chinese medicine and the method of acupoint matching according to the parts of the body, the massage order of the six acupoints for the treatment of hypertension is determined; Feature 5: The six acupoints for the treatment of hypertension are massaged in order, which is divided into 6 steps: the first step is to massage the Hegu point, first massage the left Hegu point and then massage the right Hegu point; the second step is to massage the Neiguan point, first massage the left Neiguan point and then massage the right Neiguan point; the third step is to massage the Zusanli point, first massage the left Zusanli point and then massage the right Zusanli point; the fourth step is to massage the Quchi point, first massage the left Quchi point and then massage the right Quchi point; the fifth step is to massage the Taichong point, first massage the left Taichong point and then massage the right Taichong point; the sixth step is to massage the Sanyinjiao point, first massage the left Sanyinjiao point and then massage the right Sanyinjiao point; Feature 6: Based on TCM's theory of internal organs, the theory of Yin and Yang and the Five Elements, and the theory of meridians, and in accordance with TCM's holistic concept of hypertension and TCM's principles and methods of tonifying the deficiency and purging the excess, and treating based on syndrome differentiation, we have determined acupoint massage plans for treating hypertension that can lower blood pressure in the morning, lower blood pressure in the evening, stabilize blood pressure in the morning, and stabilize blood pressure at night.

[0040] like Figure 2 As shown, the six groups of acupoint indicator lights on the upper part of the massage display panel 26 correspond to the left Hegu acupoint LED indicator light, the Hegu acupoint LED indicator light, the right Hegu acupoint LED indicator light, the left Neiguan acupoint LED indicator light, the Neiguan acupoint LED indicator light, the right Neiguan acupoint LED indicator light, the left Zusanli acupoint LED indicator light, the Zusanli acupoint LED indicator light, the right Zusanli acupoint LED indicator light, the left Quchi acupoint LED indicator light, the Quchi acupoint LED indicator light, the right Quchi acupoint LED indicator light, the left Taichong acupoint LED indicator light, the Taichong acupoint LED indicator light, the right Taichong acupoint LED indicator light, the left Sanyinjiao acupoint LED indicator light, the Sanyinjiao acupoint LED indicator light, and the right Sanyinjiao acupoint LED indicator light; The lower part of the massage display panel 26 is provided with a morning voltage reduction LED indicator 19, an evening voltage reduction LED indicator 20, a morning voltage stabilization LED indicator 21, an evening voltage stabilization LED indicator 22, a preparation / completion LED indicator 23, a massage selection button switch 24 and a start button switch 25.

[0041] like Figure 4 As shown, the display driving circuit has a morning buck port at its input end connected to a morning buck port 46 at the output end of the selected display circuit, an evening buck port at its input end connected to an evening buck port 47 at the output end of the selected display circuit, a morning stabilizing port at its input end connected to a morning stabilizing port 48 at the output end of the selected display circuit, an evening stabilizing port at its input end connected to an evening stabilizing port 49 at the output end of the selected display circuit, and a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b; The display driving circuit has a reset port at its output end connected to the reset port 52 at the input end of the selection display circuit, an output port I at its output end connected in sequence to the left Hegu acupoint LED indicator and the Hegu acupoint LED indicator set on the massage display panel 26, an output port II at its output end connected in sequence to the right Hegu acupoint LED indicator and the Hegu acupoint LED indicator set on the massage display panel 26, an output port III at its output end connected in sequence to the left Neiguan acupoint LED indicator and the Neiguan acupoint LED indicator set on the massage display panel 26, an output port IV at its output end connected in sequence to the right Neiguan acupoint LED indicator and the Neiguan acupoint LED indicator set on the massage display panel 26, an output port V at its output end connected in sequence to the left Zusanli acupoint LED indicator and the Zusanli acupoint LED indicator set on the massage display panel 26, and an output port VI at its output end connected in sequence to the right Zusanli acupoint LED indicator set on the massage display panel 26 The output port Ⅶ at its output end is connected with the left Quchi acupoint LED indicator and the Quchi acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅷ at its output end is connected with the right Quchi acupoint LED indicator and the Quchi acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅸ at its output end is connected with the left Taichong acupoint LED indicator and the Taichong acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅹ at its output end is connected with the right Taichong acupoint LED indicator and the Taichong acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅺ at its output end is connected with the left Sanyinjiao acupoint LED indicator and the Sanyinjiao acupoint LED indicator set on the massage display panel 26 in sequence, and the output port Ⅻ at its output end is connected with the right Sanyinjiao acupoint LED indicator and the Sanyinjiao acupoint LED indicator set on the massage display panel 26 in sequence.

[0042] like Figure 5 As shown, the setting control circuit includes a morning step-down setting control circuit, an evening step-down setting control circuit, a morning voltage stabilization setting control circuit and an evening voltage stabilization setting control circuit; the output ends of the four setting control circuits are all provided with a massage time I port 61, a massage time II port 62, a massage time III port 63, a massage supplement port 64, a flat supplement and flat drainage port 65, and a massage drainage port 66; the above ports are respectively connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the flat supplement and flat drainage port, and the massage drainage port of the XH connector b; A morning step-down setting control circuit, wherein the morning step-down port at the input end is connected to the morning step-down port 46 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; The morning step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Zusanli acupoint and the right Zusanli acupoint; the massage time I port 61 and the massage drainage port 66 of the left Quchi acupoint and the right Quchi acupoint; the massage time I port 61 and the massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Sanyinjiao acupoint and the right Sanyinjiao acupoint; A night step-down setting control circuit, wherein the night step-down port at the input end is connected to the night step-down port 47 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Zusanli acupoint and the right Zusanli acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Quchi acupoint and the right Quchi acupoint; the massage time I port 61 and the massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Sanyinjiao acupoint and the right Sanyinjiao acupoint; A morning voltage regulation setting control circuit, wherein the morning voltage regulation port at the input end is connected to the morning voltage regulation port 48 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; In the morning, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Zusanli acupoint and the right Zusanli acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Quchi acupoint and the right Quchi acupoint; the massage time I port 61 and the massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Sanyinjiao acupoint and the right Sanyinjiao acupoint; A night voltage stabilization setting control circuit, wherein the night voltage stabilization port at the input end is connected to the night voltage stabilization port 49 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage plans, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu point and the right Hegu point in sequence; the massage time III port 63 and massage tonification port 64 of the left Neiguan point and the right Neiguan point; the massage time II port 62 and the equal tonification and drainage port 65 of the left Zusanli point and the right Zusanli point; the massage time II port 62 and the equal tonification and drainage port 65 of the left Quchi point and the right Quchi point; the massage time I port 61 and the massage drainage port 66 of the left Taichong point and the right Taichong point; the massage time III port 63 and the massage tonification port 64 of the left Sanyinjiao point and the right Sanyinjiao point.

[0043] Example 3 The difference between the present embodiment 3 and the embodiment 1 is that the massage display panel, the display driving circuit, and the setting control circuit are all different due to the changes in the acupuncture points for treating hypertension. The rest of the contents refer to the embodiment 1.

[0044] The acupuncture points for treating hypertension in Example 3 of the present invention have the following characteristics of traditional Chinese medicine: Feature 1: It optimizes and selects multiple acupoints for the traditional Chinese medicine meridian acupoint massage to treat hypertension. According to the principles and methods of TCM for syndrome differentiation of hypertension, meridian acupoint selection, deficiency tonification and excess purgation, and syndrome differentiation and treatment, six acupoints suitable for all syndromes are selected to form the acupoints for the treatment of hypertension: Hegu, Neiguan, Fenglong, Quchi, Taichong, and Taixi; Feature 2: According to the holistic concept of traditional Chinese medicine and combined with the method of upper and lower acupuncture points of traditional Chinese medicine, the six acupuncture points for treating hypertension of the present invention are selected and matched based on multiple acupuncture points in the twelve meridians of traditional Chinese medicine; Feature 3: According to the left-right acupoint matching method of traditional Chinese medicine, the present invention groups the six acupoints for treating hypertension into six groups: the first group: Hegu acupoint, left Hegu acupoint and right Hegu acupoint; the second group: Neiguan acupoint, left Neiguan acupoint and right Neiguan acupoint; the third group: Fenglong acupoint, left Fenglong acupoint and right Fenglong acupoint; the fourth group: Quchi acupoint, left Quchi acupoint and right Quchi acupoint; the fifth group: Taichong acupoint, left Taichong acupoint and right Taichong acupoint; the sixth group: Taixi acupoint, left Taixi acupoint and right Taixi acupoint. The acupoint matching of each group is derived from the combination of two parts of the same acupoint in the 12 meridians of traditional Chinese medicine that are symmetrically distributed on the left and right sides; Feature 4: Combining the Yin-Yang and Five Elements theory of TCM, the characteristics and efficacy of acupoints and the method of acupoint matching according to the parts of the body, the massage sequence of the six acupoints for the treatment of hypertension is determined; Feature 5: The six acupoints for the treatment of hypertension are massaged in order, which is divided into six steps: the first step is to massage the Hegu point, first massage the left Hegu point and then massage the right Hegu point; the second step is to massage the Neiguan point, first massage the left Neiguan point and then massage the right Neiguan point; the third step is to massage the Fenglong point, first massage the left Fenglong point and then massage the right Fenglong point; the fourth step is to massage the Quchi point, first massage the left Quchi point and then massage the right Quchi point; the fifth step is to massage the Taichong point, first massage the left Taichong point and then massage the right Taichong point; the sixth step is to massage the Taixi point, first massage the left Taixi point and then massage the right Taixi point; Feature 6: Based on TCM's theory of internal organs, the theory of Yin and Yang and the Five Elements, and the theory of meridians, and in accordance with TCM's holistic concept of hypertension and TCM's principles and methods of tonifying the deficiency and purging the excess, and treating based on syndrome differentiation, we have determined acupoint massage plans for treating hypertension that can lower blood pressure in the morning, lower blood pressure in the evening, stabilize blood pressure in the morning, and stabilize blood pressure at night.

[0045] like Figure 2 As shown, the six groups of acupoint indicator lights on the upper part of the massage display panel 26 correspond to the left Hegu acupoint LED indicator light, the Hegu acupoint LED indicator light, the right Hegu acupoint LED indicator light, the left Neiguan acupoint LED indicator light, the Neiguan acupoint LED indicator light, the right Neiguan acupoint LED indicator light, the left Fenglong acupoint LED indicator light, the Fenglong acupoint LED indicator light, the right Fenglong acupoint LED indicator light, the left Quchi acupoint LED indicator light, the Quchi acupoint LED indicator light, the right Quchi acupoint LED indicator light, the left Taichong acupoint LED indicator light, the Taichong acupoint LED indicator light, the right Taichong acupoint LED indicator light, the left Taixi acupoint LED indicator light, the Taixi acupoint LED indicator light, and the right Taixi acupoint LED indicator light; The lower part of the massage display panel 26 is provided with a morning voltage reduction LED indicator 19, an evening voltage reduction LED indicator 20, a morning voltage stabilization LED indicator 21, an evening voltage stabilization LED indicator 22, a preparation / completion LED indicator 23, a massage selection button switch 24 and a start button switch 25.

[0046] like Figure 4 As shown, the display driving circuit has a morning buck port at its input end connected to a morning buck port 46 at the output end of the selected display circuit, an evening buck port at its input end connected to an evening buck port 47 at the output end of the selected display circuit, a morning stabilizing port at its input end connected to a morning stabilizing port 48 at the output end of the selected display circuit, an evening stabilizing port at its input end connected to an evening stabilizing port 49 at the output end of the selected display circuit, and a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b; The display driving circuit has a reset port at its output end connected to the reset port 52 at the input end of the selection display circuit, an output port I at its output end connected in sequence to the left Hegu acupoint LED indicator and the Hegu acupoint LED indicator set on the massage display panel 26, an output port II at its output end connected in sequence to the right Hegu acupoint LED indicator and the Hegu acupoint LED indicator set on the massage display panel 26, an output port III at its output end connected in sequence to the left Neiguan acupoint LED indicator and the Neiguan acupoint LED indicator set on the massage display panel 26, an output port IV at its output end connected in sequence to the right Neiguan acupoint LED indicator and the Neiguan acupoint LED indicator set on the massage display panel 26, an output port V at its output end connected in sequence to the left Fenglong acupoint LED indicator and the Fenglong acupoint LED indicator set on the massage display panel 26, and an output port VI at its output end connected in sequence to the right Fenglong acupoint LED indicator set on the massage display panel 26 The output port Ⅶ of the output end is connected with the left Quchi acupoint LED indicator and the Quchi acupoint LED indicator set on the massage display panel 26 in sequence, the output port VIII of the output end is connected with the right Quchi acupoint LED indicator and the Quchi acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅸ of the output end is connected with the left Taichong acupoint LED indicator and the Taichong acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅹ of the output end is connected with the right Taichong acupoint LED indicator and the Taichong acupoint LED indicator set on the massage display panel 26 in sequence, the output port Ⅺ of the output end is connected with the left Taixi acupoint LED indicator and the Taixi acupoint LED indicator set on the massage display panel 26 in sequence, and the output port XII of the output end is connected with the right Taixi acupoint LED indicator and the Taixi acupoint LED indicator set on the massage display panel 26 in sequence.

[0047] like Figure 5 As shown, the setting control circuit includes a morning step-down setting control circuit, an evening step-down setting control circuit, a morning voltage stabilization setting control circuit and an evening voltage stabilization setting control circuit; the output ends of the four setting control circuits are all provided with a massage time I port 61, a massage time II port 62, a massage time III port 63, a massage supplement port 64, a flat supplement and flat drainage port 65, and a massage drainage port 66; the above ports are respectively connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the flat supplement and flat drainage port, and the massage drainage port of the XH connector b; A morning step-down setting control circuit, wherein the morning step-down port at the input end is connected to the morning step-down port 46 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; The morning step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Fenglong acupoint and the right Fenglong acupoint; the massage time I port 61 and the massage drainage port 66 of the left Quchi acupoint and the right Quchi acupoint; the massage time I port 61 and the massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time III port 63 and the massage tonification port 64 of the left Taixi acupoint and the right Taixi acupoint; A night step-down setting control circuit, wherein the night step-down port at the input end is connected to the night step-down port 47 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the step-down setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Fenglong acupoint and the right Fenglong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Quchi acupoint and the right Quchi acupoint; the massage time I port 61 and the massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time III port 63 and the massage tonification port 64 of the left Taixi acupoint and the right Taixi acupoint; A morning voltage regulation setting control circuit, wherein the morning voltage regulation port at the input end is connected to the morning voltage regulation port 48 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; In the morning, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu acupoint and the right Hegu acupoint in sequence; the massage time II port 62 and the flat tonification and drainage port 65 of the left Neiguan acupoint and the right Neiguan acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Fenglong acupoint and the right Fenglong acupoint; the massage time II port 62 and the flat tonification and drainage port 65 of the left Quchi acupoint and the right Quchi acupoint; the massage time I port 61 and the massage drainage port 66 of the left Taichong acupoint and the right Taichong acupoint; the massage time III port 63 and the massage tonification port 64 of the left Taixi acupoint and the right Taixi acupoint; A night voltage stabilization setting control circuit, wherein the night voltage stabilization port at the input end is connected to the night voltage stabilization port 49 at the output end of the selection display circuit, the synchronous timing control port at the input end is connected to the synchronous timing control port of the XH connector b, and the reset port at the output end is connected to the reset port 52 at the input end of the selection display circuit; At night, the voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage plans, specifically as follows: set the massage time I port 61 and massage drainage port 66 of the left Hegu point and the right Hegu point in sequence; the massage time III port 63 and massage supplement port 64 of the left Neiguan point and the right Neiguan point; the massage time II port 62 and equal supplement and drainage port 65 of the left Fenglong point and the right Fenglong point; the massage time II port 62 and equal supplement and drainage port 65 of the left Quchi point and the right Quchi point; the massage time I port 61 and massage drainage port 66 of the left Taichong point and the right Taichong point; the massage time III port 63 and massage supplement port 64 of the left Taixi point and the right Taixi point.

[0048] In summary, the therapeutic apparatus for treating hypertension based on acupoint massage provided by the present invention has the following conclusions: Conclusion 1: The present invention solves the problem that the usage and dosage of acupoint massage for treating hypertension cannot be accurately quantified and the problem that the tonifying and draining techniques of acupoint massage cannot be quantitatively regulated. Conclusion 2: The present invention realizes accurate quantitative control of the usage and dosage of acupoint massage for treating hypertension by setting and adjusting the massage time and massage tonification and drainage of acupoints for treating hypertension; Conclusion 3: The present invention realizes quantitative intelligent regulation of the massage time and massage tonification and drainage techniques of acupoints for treating hypertension, such as forward, reverse, light, heavy, fast, slow, pressing, kneading, rubbing, rubbing, flicking and patting; Conclusion 4: The present invention transforms the acupoints for treating hypertension from the traditional acupoint massage operation to the intelligent acupoint massage operation through the handheld acupoint massager; Conclusion 5: The present invention realizes intelligent massage of meridian acupoints of TCM to treat hypertension by combining traditional Chinese medicine meridian acupoint massage to treat hypertension, and realizes intelligent massage of acupoints by combining traditional acupoint massage to treat hypertension; Conclusion 6: The present invention achieves the treatment of hypertension through intelligent acupoint massage. By selecting the <Morning Blood Pressure Reduction> massage mode and following the acupoint massage scheme for treating hypertension in the morning, the intelligent acupoint massage in the morning can play the role of clearing away heat and extinguishing wind, calming the liver and suppressing yang, adjusting yin and yang, and harmonizing qi and blood according to the etiology and pathogenesis of hypertension, and has the effect of lowering blood pressure during the day. Conclusion 7: The present invention achieves the treatment of hypertension through intelligent acupoint massage. By selecting the <Nighttime Blood Pressure Reduction> massage mode and following the nighttime blood pressure reduction and hypertension acupoint massage program, it can resolve phlegm and reduce turbidity, nourish yin and suppress yang, adjust yin and yang, and harmonize qi and blood according to the etiology and pathogenesis of hypertension, and has the effect of reducing blood pressure at night; Conclusion 8: The present invention achieves the treatment of hypertension through intelligent acupoint massage. By selecting the <Morning blood pressure stabilization> massage mode and following the acupoint massage program for morning blood pressure stabilization treatment of hypertension, the present invention can calm the liver and calm the mind, strengthen the spleen and invigorate the kidney, adjust yin and yang, and harmonize qi and blood according to the etiology and pathogenesis of hypertension, and has the effect of stabilizing blood pressure during the day. Conclusion 9: The present invention achieves the treatment of hypertension through intelligent acupoint massage. By selecting the <Nighttime Blood Pressure Stabilization> massage mode and following the nighttime blood pressure stabilization and treatment of hypertension acupoint massage scheme, it can play the role of soothing the liver and nourishing the heart, strengthening the spleen and tonifying the kidney, adjusting yin and yang, and harmonizing qi and blood according to the etiology and pathogenesis of hypertension, and has the effect of stabilizing blood pressure at night; Conclusion 10: The intelligent acupoint massage of the present invention also displays the acupoints for treating hypertension, the steps of acupoint massage, the order of acupoint massage, the process of acupoint massage, the position of acupoint massage and the part of acupoint massage through the massage display panel, so that the acupoint massage becomes more intuitive and accurate, easier to operate and use, and the use process is also simpler and more convenient. Even the elderly can learn it immediately, which is particularly suitable for the majority of hypertensive patients to operate and use by themselves; Application prospects: Application prospect 1: Aiming at the current status of lifestyle intervention and antihypertensive drugs in treating hypertension, the present invention provides a safe, reliable, beneficial, effective, easy to operate, comfortable, and side-effect-free therapeutic instrument based on acupoint massage for treating hypertension, which is particularly suitable for self-operation by the majority of hypertensive patients and for widespread clinical promotion and application in hospitals at all levels, and has significant social benefits and application prospects. Application prospect 2: The therapeutic instrument for treating hypertension based on acupoint massage provided by the present invention, through the simultaneous and synchronous regulation of blood pressure and pulse rate by intelligent acupoint massage, is expected to fundamentally improve the easy fluctuation of blood pressure and pulse rate in patients with hypertension, reduce the incidence and mortality of cerebrovascular diseases caused by "qi and blood rushing to the brain" in patients with hypertension, and reduce the incidence and mortality of cardiovascular diseases caused by "qi and blood rushing to the heart" in patients with hypertension; the regulation of blood pressure and pulse rate by intelligent acupoint massage will become one of the main directions of hypertension research for reducing the incidence and mortality of cardiovascular and cerebrovascular diseases in patients with hypertension.

[0049] Related research description of the present invention Selection of blood pressure measuring instruments: According to the "Guidelines for the Prevention and Treatment of Hypertension in China" (revised edition in 2018), it is recommended to use an upper arm medical electronic sphygmomanometer, and mercury sphygmomanometers will be gradually phased out.

[0050] Blood pressure measurement scheme: The present invention selects and randomly equips an upper arm medical electronic sphygmomanometer for general hypertension patients and family blood pressure monitoring, for assisting in evaluating the efficacy of blood pressure reduction and stabilization, predicting cardiovascular risks and prognosis, helping to enhance patients' awareness of health participation, improving patients' treatment compliance, and being suitable for long-term blood pressure monitoring of patients; Measurement scheme: It is recommended to self-measure blood pressure 1 to 2 days a week, once in the morning and once in the evening, and measure blood pressure at 9 to 11 am before using the acupoint intelligent massage treatment of the present invention to monitor the blood pressure reduction and stabilization efficacy of the acupoint intelligent massage treatment of the present invention the previous night; measure blood pressure at 7 to 9 pm before using the acupoint intelligent massage treatment of the present invention to monitor the blood pressure reduction and stabilization efficacy of the acupoint intelligent massage of the present invention that morning; The patient's long-term blood pressure monitoring data is helpful to provide doctors with and formulate a reasonable comprehensive treatment plan for hypertension under the guidance of doctors.

[0051] Blood pressure measurement method: (i) Use an upper arm medical electronic sphygmomanometer; (ii) Patients should not measure their blood pressure within 1 hour after a meal. They should not eat, smoke, drink alcohol, drink coffee (black tea), bathe or exercise within 30 minutes before measurement, and should empty their bladder; (iii) After resting quietly for at least 5 minutes before measurement, use an upper arm medical electronic sphygmomanometer to start measuring. The patient should sit in a reclining chair with his upper arm exposed. The upper arm should be placed at heart level; (iv) Tie the cuff tightly to the patient's upper arm, with the lower edge of the cuff 2 to 3 cm above the elbow; (v) Do not talk or move your body during the measurement; (vi) Measure the pulse rate while measuring the blood pressure.

[0052] Diagnostic criteria for hypertension: According to the "Guidelines for the Prevention and Treatment of Hypertension in China" (revised edition in 2018), hypertension is defined as: without the use of antihypertensive drugs, the office blood pressure is measured three times on different days, with systolic blood pressure (SBP) ≥140mmHg and / or diastolic blood pressure (DBP) ≥90mmHg; if the patient has a history of hypertension and is currently using antihypertensive drugs, even if the blood pressure is lower than 140 / 90mmHg, he or she should still be diagnosed with hypertension.

[0053] Classification of hypertension: According to the "Guidelines for the Prevention and Treatment of Hypertension in China" (revised in 2018), the classification and definition of blood pressure levels are as follows:

[0054] Current status of hypertension treatment: According to the "Guidelines for the Prevention and Treatment of Hypertension in China" (revised edition in 2018), there is currently no cure for hypertension. The current treatment of hypertension is to control blood pressure through lifestyle intervention and antihypertensive drug therapy to reduce the overall risk of cardiovascular, cerebrovascular, renal and vascular complications and death. The blood pressure target is: general hypertensive patients should reduce their blood pressure to less than 140 / 90 mmHg, and those who can tolerate and some high-risk and above patients can further reduce their blood pressure to less than 130 / 80 mmHg; on the basis of improving their lifestyle, patients whose blood pressure is still ≥140 / 90 mmHg should start drug treatment. At present, there are no other safe and effective medical device interventions recommended for clinical application for the comprehensive prevention and treatment of hypertension.

[0055] According to the "Guidelines for the Prevention and Treatment of Hypertension in China" (revised version in 2018), the main measures of lifestyle intervention include: (i) Reduce sodium salt intake, gradually reduce the daily salt intake of each person to less than 6g, and increase potassium intake: eat more fresh vegetables and fruits every day; (ii) Reasonable diet and balanced diet: light diet, less greasy food, reduce the intake of cooking oil, eat less or no fat and animal offal; (iii) Control weight to make the body mass index less than 24kg / ㎡; waist circumference: men less than 90cm; women less than 85cm; (iv) Do not smoke, quit smoking completely, and avoid passive smoking; (v) Do not drink or limit drinking; (vi) Increase exercise, moderate intensity, 4 to 7 times a week, each time lasting 30 to 60 minutes (vii) Reduce mental stress and maintain psychological balance.

[0056] Traditional Chinese Medicine treatment of hypertension: Principles and methods of traditional Chinese medicine meridian and acupoint massage for the treatment of hypertension: syndrome differentiation, acupoint selection along the meridians, tonifying the deficiency and purging the excess, and treating based on syndrome differentiation.

[0057] Syndrome differentiation: Traditional Chinese medicine commonly classifies hypertension into the following types: (i) Hyperactivity of liver yang: mostly caused by emotional disorders, anger and depression that damage the liver, hyperactivity of liver yang, wind yang, and disturbance of the clear orifices; it can also be caused by deficiency of kidney yin, inability of water to contain wood, hyperactivity of liver yang, and wind yang rising. Symptoms include dizziness, tinnitus, vertigo, irritability, and a bitter taste in the mouth and red face. (ii) Phlegm and turbidity obstruction: mostly caused by excessive consumption of fatty and sweet foods, overwork, poor spleen function, accumulation of dampness and phlegm, obstruction of phlegm and qi, failure of clear yang to rise, and failure of turbid yin to fall. Symptoms include dizziness, a heavy head, chest tightness and nausea, and poor appetite and frequent sleep. (iii) Qi and blood deficiency: mostly caused by long-term illness or overwork, failure of qi and clear yang to expand, and failure of blood and brain to be nourished. Symptoms include dizziness from time to time, which is slightly relieved when lying down and aggravated by fatigue, shortness of breath and laziness to speak, pale face and lips, palpitations and insomnia.

[0058] Selecting acupoints according to meridians: "Selecting acupoints according to meridians" is a principle that must be followed in Chinese medicine meridian acupoint massage. The acupoints for treating hypertension selected in Examples 1, 2 and 3 of the present invention are all from the twelve meridians of Chinese medicine. The regulating effect of the intelligent acupoint massage of the present invention on blood pressure is that it can reach a peak value 2 hours after the intelligent acupoint massage treatment. After 2 hours, the blood pressure shows a trend of gradually, slowly and steadily decreasing, which is in line with the characteristics of the meridian flow of qi and blood in the twelve meridians of Chinese medicine. Therefore, when using an upper arm medical electronic sphygmomanometer to monitor the blood pressure of hypertensive patients before and after the intelligent acupoint massage treatment of the present invention, the blood pressure measurement should be selected 2 hours after the intelligent acupoint massage as the blood pressure value after the intelligent acupoint massage treatment; while measuring the blood pressure, the pulse rate is also measured. The comparison results of the blood pressure and pulse rate before and after the intelligent acupoint massage of hundreds of hypertensive patients 2 hours after the intelligent acupoint massage show that the instant antihypertensive effect of the present invention: the instant antihypertensive amplitude of the systolic blood pressure (high blood pressure) is 10 to 30 mmHg, The immediate reduction in diastolic blood pressure (low pressure) is 5 to 15 mmHg, and the immediate reduction in pulse rate is 10 to 30 times per minute. The intelligent acupoint massage of the present invention has a simultaneous and synchronous regulatory effect on blood pressure and pulse rate, which has a positive significance for lowering and stabilizing high blood pressure.

[0059] The acupuncture points for treating hypertension selected by selecting acupuncture points along the meridians of traditional Chinese medicine involved in Examples 1, 2 and 3 of the present invention have the following acupuncture point locations, acupuncture point characteristics and efficacy: 1. Location, characteristics and efficacy of Hegu acupoint: Hegu acupoint is located on the back of the hand, between the first and second metacarpal bones, approximately at the midpoint of the radial side of the second metacarpal bone. Hegu acupoint is the original acupoint of the hand yangming large intestine meridian, and has the effects of calming pain, dispersing wind and relieving exterior symptoms, and clearing the intestines and stomach. It is a commonly used acupoint for acupoint massage to treat hypertension. 2. Location, characteristics and efficacy of Taichong acupoint: Taichong acupoint is located on the dorsum of the foot, between the first and second metatarsal bones, in the depression in front of the junction of the metatarsal bases. Taichong acupoint is the original acupoint of the liver meridian of foot Jueyin and one of the five acupoints. It belongs to the earth element in the five elements and has the functions of calming the liver and relieving heat, soothing the liver and nourishing blood, and clearing the lower jiao. It is a commonly used acupoint for acupoint massage to treat hypertension. 3. Location, characteristics and efficacy of Neiguan acupoint: Neiguan acupoint is located on the front of the forearm, 2 inches above the distal transverse line of the palmar wrist (3 horizontal fingers upward from the transverse line of the wrist), between the palmaris longus tendon and the radial flexor carpi tendon. Neiguan acupoint is a collateral point of the hand Jueyin pericardium meridian, and is also one of the eight meridian intersection points, which connects the Yin Wei meridian. Neiguan acupoint is located at the stomach, heart and chest, and has the effects of calming the mind, harmonizing the stomach and relieving adverse reactions, and widening the chest and regulating qi. It is a commonly used acupoint for acupoint massage to treat hypertension; 4. Location, characteristics and efficacy of Zusanli acupoint: Zusanli acupoint is located on the outer side of the calf, 3 inches below Dubi (4 horizontal fingers below the outer knee), on the line connecting Dubi and Jiexi. Zusanli acupoint is a He acupoint of the five Shu acupoints of the Stomach Meridian of Hand Yangming, a He acupoint below the stomach, belonging to the earth element in the Five Elements. It has the functions of strengthening the spleen and stomach, strengthening the body and nourishing the essence, replenishing the middle and replenishing qi, and dredge the meridians and activate the collaterals. It is a commonly used acupoint for acupoint massage to treat hypertension. 5. Location, characteristics and efficacy of Quchi acupoint: Quchi acupoint is located on the outside of the elbow. When the elbow is bent at a right angle, it is located in the depression at the outer end of the elbow transverse line. Quchi acupoint is a He point of the five Shu points of the Large Intestine Meridian of the Hand Yangming. It belongs to the earth element in the Five Elements and has the functions of clearing away heat and wind, harmonizing the Ying and Wei, and relieving adverse effects and activating collaterals. It is a commonly used acupoint for acupoint massage to treat hypertension. 6. Location, characteristics and efficacy of Sanyinjiao acupoint: Sanyinjiao acupoint is located on the inner side of the calf, 3 inches above the tip of the inner ankle (4 horizontal fingers above the tip of the inner ankle), and at the posterior edge of the inner edge of the tibia. Sanyinjiao acupoint is the intersection of the spleen meridian of the foot, the liver meridian of the foot, and the kidney meridian of the foot. It has the functions of nourishing yin and blood, strengthening the spleen and stomach, regulating the liver and tonifying the kidney. It is a commonly used acupoint for acupoint massage to treat hypertension. 7. Location, characteristics and efficacy of Fenglong acupoint: Fenglong acupoint is located on the anterior and lateral side of the lower leg, at the midpoint of the line connecting the calf nose (outer knee eye) and the outer ankle tip. Fenglong acupoint is a collateral point of the Stomach Meridian of Foot Yangming, and has the functions of strengthening the spleen and resolving phlegm, harmonizing the stomach and relieving adverse reactions, and awakening the mind and opening the orifices. It is a common acupoint massage for the treatment of hypertension. 8. Location, characteristics and efficacy of Taixi acupoint: Taixi acupoint is located on the inner side of the foot, behind the tip of the medial malleolus, in the depression between the tip of the medial malleolus and the Achilles tendon. Taixi acupoint is the original acupoint of the Kidney Meridian of Foot Shaoyin and belongs to the earth element in the Five Elements. It has the functions of nourishing yin and suppressing yang, regulating kidney qi, and promoting the flow of qi in the triple energizer. It is a commonly used acupoint for acupoint massage to treat hypertension.

[0060] Deficiency tonification and excess purgation: "tonify the deficiency and purge the excess" is the basic principle of TCM meridian acupoint massage therapy. The common tonification and purgation methods of traditional TCM meridian acupoint massage therapy for hypertension include: forward and reverse tonification and purgation method, equal tonification and equal purgation method, fast and slow tonification and purgation method, and light and heavy tonification and purgation method. The forward and reverse tonification and purgation method refers to the tonification method along the direction of the meridians and the purge method against the direction of the meridians; the equal tonification and equal purgation method refers to the method of purgation before tonification when the deficiency and excess of the condition are not obvious or the deficiency and excess are both present; the fast and slow tonification and purgation method refers to the method of tonification and purgation when the acupoint massager presses the acupoints The frequency of manipulation on the acupoints, generally the manipulation with a fast frequency is the purgation method, and the manipulation with a slow frequency is the tonification method; the light and heavy tonification and purgation method refers to the amount of force used by the acupoint masseur when operating on the acupoints, generally light manipulation is the tonification method, and heavy manipulation is the purgation method; the common acupoint massage tonification and purgation techniques for traditional acupoint massage to treat hypertension are: forward, reverse, light, heavy, fast, slow, pressing, kneading, rubbing, rubbing, flicking, and patting. The massage tonification, equal tonification and equal purgation, and massage purgation of the present invention are the concrete embodiment of the Chinese medicine principle of "tonifying the weak and purging the strong".

[0061] Treatment based on syndrome differentiation: Traditional Chinese medicine uses syndrome differentiation and treatment for hypertension: (i) Hyperactivity of liver yang type: treatment should be aimed at calming the liver and suppressing yang, nourishing yin and suppressing yang; (ii) Phlegm and turbidity blocking the middle type: treatment should be aimed at resolving phlegm and lowering turbidity, strengthening the spleen and harmonizing the stomach; (iii) Qi and blood deficiency type: treatment should be aimed at strengthening the spleen and replenishing qi, soothing the liver and nourishing blood.

[0062] Description of the intelligent acupoint massage of the present invention: The present invention achieves the treatment of hypertension through intelligent acupoint massage. The four morning and evening blood pressure lowering and blood pressure stabilizing massage modes involved, namely, blood pressure lowering in the morning, blood pressure lowering in the evening, blood pressure stabilizing in the morning and blood pressure stabilizing in the evening, are the concrete embodiment of Chinese medicine's holistic concept and syndrome differentiation and treatment for the treatment of hypertension.

[0063] The main references and bibliographies related to the research of this invention are: The relevant medical terms involved in the present invention, basic theories of traditional Chinese medicine, theory of viscera and organs of traditional Chinese medicine, theory of yin and yang and five elements of traditional Chinese medicine, theory of meridians of traditional Chinese medicine, massage therapy of traditional Chinese medicine, acupoints for treating hypertension by traditional acupoint massage and acupoint massage for lowering and stabilizing blood pressure therapy, etc. can be referred to the following main literature materials and bibliographies; National Standard of the People's Republic of China: Acupoint Indications (GB / T30233-2013) Issued by the National Standardization Administration of the General Administration of Quality Supervision, Inspection and Quarantine; National Standard of the People's Republic of China: Names and Locations of Acupoints (GB / T 12346-2006) Issued by the National Standardization Administration of the State Administration for Market Regulation; "Guidelines for the Prevention and Treatment of Hypertension in China" (2018 Revised Edition) "Guidelines for the Prevention and Treatment of Hypertension in China" Compiled by the Revision Committee China Health Media Group / China Medical Science and Technology Press 2018; Illustrated Guide to Basic Theories of Traditional Chinese Medicine, edited by Zhou Xuesheng, published by People's Medical Publishing House in 2011; Health Acupuncture and Massage, edited by Li Xuewu, Science and Technology Literature Press, 1990; The Complete Guide to Meridian and Acupoint Massage, edited by Cha Wei, Jiangsu Phoenix Science and Technology Press, 2012.

Claims

1. A therapeutic device for treating hypertension based on acupoint massage, characterized in that: The invention comprises an acupoint massage controller (67) and a handheld acupoint massager (68), wherein the acupoint massage controller (67) comprises a housing (28), wherein the housing (28) comprises a housing panel (27), a housing bottom plate (29) and a housing back plate (30), wherein a massage display panel (26) is arranged on the housing panel (27), a control display drive circuit board is installed inside the housing (28) below the housing panel (27), a control drive circuit board is installed inside the housing (28) above the housing bottom plate (29), a power switch (31), a power plug connection (32) and a DC socket (33) are arranged on the housing back plate (30), and the control display drive circuit board is connected to the control drive circuit board. The control display drive circuit board is also connected to the massage display panel (26); the control drive circuit board is connected to the power switch (31) and the DC socket (33) on the rear panel (30) of the housing; the power switch (31) is connected to the power plug connection (32); the handheld acupoint massager (68) comprises a handle (35); the handle (35) is connected to the housing (36); a reversible motor (37) is arranged inside the housing (36); one end of the reversible motor (37) is connected to the massage head (44); the other end is provided with a DC plug connection (34); the handheld acupoint massager (68) is connected to the DC socket (33) on the rear panel (30) of the housing via the DC plug connection (34).

2. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 1, characterized in that: The massage display panel (26) is provided with a left acupoint I LED indicator (1), an acupoint I LED indicator (2), a right acupoint I LED indicator (3), a left acupoint II LED indicator (4), an acupoint II LED indicator (5), a right acupoint II LED indicator (6), a left acupoint III LED indicator (7), an acupoint III LED indicator (8), a right acupoint III LED indicator (9), a left acupoint IV LED indicator (10), an acupoint IV LED indicator (11), a right acupoint IV LED indicator (12), a left acupoint V LED indicator (13), an acupoint V LED indicator (14), a right acupoint V LED indicator (15), a left acupoint VI LED indicator (16), an acupoint VI LED indicator (17), and a right acupoint VI LED indicator (18) in an array on the upper part thereof; The lower part of the massage display panel (26) is provided with a morning voltage reduction LED indicator light (19), an evening voltage reduction LED indicator light (20), a morning voltage stabilization LED indicator light (21), an evening voltage stabilization LED indicator light (22), a preparation / completion LED indicator light (23), a massage selection key switch (24), and a start key switch (25).

3. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 2, characterized in that: The control display drive circuit board and the regulation drive circuit board are provided with XH connector a and XH connector b installed on the control display drive circuit board, and XH connector c and XH connector d installed on the regulation drive circuit board. The XH connector a and XH connector c are both provided with a morning step-down port, an evening step-down port, a morning voltage stabilization port, an evening voltage stabilization port and a GND port, and a Vdc1 port; the XH connector b and XH connector d are both provided with a preparation / completion port, a synchronous time control port, a massage time I port, a massage time II port, a massage time III port, a massage supplement port, a flat supplement and flat drainage port, and a massage drainage port; the control display drive circuit board and the regulation drive circuit board realize the circuit connection and voltage signal transmission connection between the two circuit boards through the connection between the XH connector a and the XH connector c, and the connection between the XH connector b and the XH connector d; The control display drive circuit board and the regulation drive circuit board are provided with a selection display circuit, a display drive circuit, and a setting control circuit on the control display drive circuit board; and an adjustment control circuit, a reversible motor drive circuit, and an AC / DC power supply module are provided on the regulation drive circuit board; The selection display circuit and the display driving circuit are respectively connected to the massage display panel (26), and through the massage selection button switch (24) provided on the massage display panel (26), four morning and evening pressure reduction and voltage stabilization massage modes, namely, morning pressure reduction, evening pressure reduction, morning voltage stabilization, and evening voltage stabilization, can be operated and selected. The massage display panel (26) can also display the morning pressure reduction, evening pressure reduction, morning voltage stabilization, and evening voltage stabilization selected by operation. Through the start button switch (25) provided on the massage display panel (26), the intelligent acupoint massage can be started by lightly pressing the start button. The intelligent acupoint massage can also display the acupoints for treating hypertension, the steps of acupoint massage, the order of acupoint massage, the process of acupoint massage, the position of acupoint massage, and the part of acupoint massage through the massage display panel (26); The selected display circuit has a morning voltage reduction port (46), an evening voltage reduction port (47), a morning voltage regulation port (48), and an evening voltage regulation port (49) at its output end connected to the morning voltage reduction port, the evening voltage reduction port, the morning voltage regulation port, and the evening voltage regulation port at the input end of the display drive circuit and the setting control circuit, respectively, and outputs a selected voltage signal instruction when connected to the ports of the display drive circuit and the setting control circuit; The selection display circuit, wherein the morning voltage reduction port (46), the evening voltage reduction port (47), the morning voltage regulation port (48), and the evening voltage regulation port (49) at the output end are respectively connected to the morning voltage reduction port, the evening voltage reduction port, the morning voltage regulation port, and the evening voltage regulation port at the input end of the adjustment control circuit through the XH connector a and the XH connector c, and outputs a selection voltage signal instruction when connected to the ports of the adjustment control circuit; The selection display circuit has a ready / complete port (50) at its output end connected to a ready / complete port at the input end of the adjustment control circuit through an XH connector b and an XH connector d, and outputs an on / off voltage signal instruction of the adjustment control circuit; The reset port (52) at the input end of the selection display circuit is respectively connected to the reset ports at the output ends of the display drive circuit and the setting control circuit, and receives a completion voltage signal instruction when the intelligent acupoint massage is completed. The on / off voltage signal instruction and the completion voltage signal instruction can be displayed by the ready / completed LED indicator (23) on the massage display panel (26); The setting control circuit, whose output ends include a massage time I port (61), a massage time II port (62), a massage time III port (63), a massage supplement port (64), a balanced supplement and balanced drainage port (65), and a massage drainage port (66), are connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the balanced supplement and balanced drainage port, and the massage drainage port at the input end of the adjustment control circuit through an XH connector b and an XH connector d, and outputs an adjustment control voltage signal of the adjustment control circuit to achieve adjustment control of the massage time and massage supplement and drainage; The adjustment control circuit has a synchronous timing control port (60) at its output end connected to the synchronous timing control ports at the input ends of the display driving circuit and the setting control circuit through the XH connector b and the XH connector d, and outputs a synchronous timing control voltage signal for display driving of the display driving circuit and setting control of the setting control circuit, and also provides a synchronous timing control voltage signal for the adjustment control circuit itself; The adjustment control circuit has a forward timing control port (59), a reverse timing control port (58) and a pulse modulation port (55) at its output end connected to the forward timing control port, the reverse timing control port and the pulse modulation port at the input end of the reversible motor drive circuit, and outputs a control driving voltage signal of the forward timing control, the reverse timing control and the pulse modulation of the reversible motor drive circuit; The reversible motor drive circuit has an output end connected to the reversible motor (37) via a DC socket and a DC plug connection; The reversible motor drive circuit has a clockwise rotation port (53) at its output end that outputs the clockwise rotation time and clockwise intermittent time of the reversible motor, as well as the voltage-reducing pulse frequency and voltage-reducing pulse duty ratio, the voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio of the reversible motor's clockwise rotation; The reversible motor drive circuit has a reverse rotation port (54) at its output end that outputs the reverse time and reverse interval time of the reversible motor, as well as the voltage reduction pulse frequency and voltage reduction pulse duty cycle, the voltage regulation pulse frequency and voltage regulation pulse duty cycle of the reversible motor; The AC / DC power supply module supplies power to the entire device via a power switch (31).

4. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 3, characterized in that: The selection display circuit has a morning step-down port (46), an evening step-down port (47), a morning voltage-regulating port (48) and an evening voltage-regulating port (49) at its output end connected to the morning step-down port, the evening step-down port, the morning voltage-regulating port and the evening voltage-regulating port of the XH connector a respectively, and is also connected to the morning step-down port, the evening step-down port, the morning voltage-regulating port and the evening voltage-regulating port at the input end of the display driving circuit and the setting control circuit respectively, and a ready / complete port (50) at its output end connected to the ready / complete port of the XH connector b; The selection display circuit has a reset port (52) at its input end connected to the reset ports of the display drive circuit and the setting control circuit output ends respectively, a massage selection port (69) at its input end connected to a massage selection key switch (24) provided on the massage display panel (26), and a start port (70) at its input end connected to a start key switch (25) provided on the massage display panel (26); The selection display circuit has a morning voltage reduction port (46) at its output end connected to a morning voltage reduction LED indicator (19) provided on the massage display panel (26), an evening voltage reduction port (47) at its output end connected to an evening voltage reduction LED indicator (20) provided on the massage display panel (26), a morning voltage regulation port (48) at its output end connected to a morning voltage regulation LED indicator (21) provided on the massage display panel (26), an evening voltage regulation port (49) at its output end connected to an evening voltage regulation LED indicator (22) provided on the massage display panel (26), and a ready / complete port (50) at its output end connected to a ready / complete LED indicator (23) provided on the massage display panel (26).

5. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 4, characterized in that: The display driving circuit has a morning step-down port at its input end connected to a morning step-down port (46) at the output end of the selected display circuit, an evening step-down port at its input end connected to an evening step-down port (47) at the output end of the selected display circuit, a morning voltage-stabilizing port at its input end connected to a morning voltage-stabilizing port (48) at the output end of the selected display circuit, an evening voltage-stabilizing port at its input end connected to an evening voltage-stabilizing port (49) at the output end of the selected display circuit, and a synchronous time control port at its input end connected to a synchronous time control port of the XH connector b; The display driving circuit has a reset port at its output end connected to a reset port (52) at an input end of the selection display circuit, an output port I at its output end connected in sequence to a left acupoint I LED indicator (1) and an acupoint I LED indicator (2) provided on the massage display panel (26), an output port II at its output end connected in sequence to a right acupoint I LED indicator (3) and an acupoint I LED indicator (2) provided on the massage display panel (26), an output port III at its output end connected in sequence to a left acupoint II LED indicator (4) and an acupoint II LED indicator (5) provided on the massage display panel (26), an output port IV at its output end connected in sequence to a right acupoint II LED indicator (6) and an acupoint II LED indicator (5) provided on the massage display panel (26), an output port V at its output end connected in sequence to a left acupoint III LED indicator (7) and an acupoint III LED indicator (8) provided on the massage display panel (26), and an output port VI at its output end connected in sequence to a right acupoint III LED indicator (9) and an acupoint III LED indicator (10) provided on the massage display panel (26). The output port VII of the output end is connected to the left acupoint IV LED indicator (10) and the acupoint IV LED indicator (11) provided on the massage display panel (26); the output port VIII of the output end is connected to the right acupoint IV LED indicator (12) and the acupoint IV LED indicator (11) provided on the massage display panel (26); the output port IX of the output end is connected to the left acupoint V LED indicator (13) and the acupoint V LED indicator (14) provided on the massage display panel (26); the output port X of the output end is connected to the right acupoint V LED indicator (15) and the acupoint V LED indicator (14) provided on the massage display panel (26); the output port XI of the output end is connected to the left acupoint VI LED indicator (16) and the acupoint VI LED indicator (15) provided on the massage display panel (26); The output port XII of the output end is connected to the right acupoint VI LED indicator (18) and the acupoint VI LED indicator (17) provided on the massage display panel (26) in sequence.

6. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 5, characterized in that: The setting control circuit comprises a morning step-down setting control circuit, an evening step-down setting control circuit, a morning voltage-stabilizing setting control circuit and an evening voltage-stabilizing setting control circuit; the output ends of the four setting control circuits are all provided with a massage time I port (61), a massage time II port (62), a massage time III port (63), a massage supplement port (64), a flat supplement and flat drainage port (65) and a massage drainage port (66); the above ports are respectively connected to the massage time I port, the massage time II port, the massage time III port, the massage supplement port, the flat supplement and flat drainage port and the massage drainage port of the XH connector b; The morning step-down setting control circuit has a morning step-down port at its input end connected to a morning step-down port (46) at the output end of the selection display circuit, a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b, and a reset port at its output end connected to a reset port (52) at the input end of the selection display circuit; The morning pressure reduction setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage tonification port (64), or the equal tonification and equal drainage port (65), or the massage drainage port (66) of the left acupoint I and the right acupoint I are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage tonification port (64), or the equal tonification and equal drainage port (65), or the massage drainage port (66) of the left acupoint II and the right acupoint II are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage tonification port (64), or the equal tonification and equal drainage port (65), or the massage drainage port (66) of the left acupoint III and the right acupoint III are sequentially set. a balanced tonification and balanced drainage port (65) or a massage drainage port (66); a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint IV on the left and IV on the right; a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint V on the left and V on the right; a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint VI on the left and V on the right; The night voltage reduction setting control circuit has a night voltage reduction port at its input end connected to a night voltage reduction port (47) at the output end of the selection display circuit, a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b, and a reset port at its output end connected to a reset port (52) at the input end of the selection display circuit; The night pressure reduction setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage supplement port (64), or the equal supplement and equal drainage port (65), or the massage drainage port (66) of the left acupoint I and the right acupoint I are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage supplement port (64), or the equal supplement and equal drainage port (65), or the massage drainage port (66) of the left acupoint II and the right acupoint II are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage supplement port (64), or the equal supplement and equal drainage port (65), or the massage drainage port (66) of the left acupoint III and the right acupoint III are sequentially set. a balanced tonification and balanced drainage port (65) or a massage drainage port (66); a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint IV on the left and IV on the right; a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint V on the left and V on the right; a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint VI on the left and V on the right; The morning voltage stabilization setting control circuit has a morning voltage stabilization port at its input end connected to a morning voltage stabilization port (48) at the output end of the selection display circuit, a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b, and a reset port at its output end connected to a reset port (52) at the input end of the selection display circuit; The morning voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage tonification port (64), or the equal tonification and equal drainage port (65), or the massage drainage port (66) of the left acupoint I and the right acupoint I are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage tonification port (64), or the equal tonification and equal drainage port (65), or the massage drainage port (66) of the left acupoint II and the right acupoint II are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage tonification port (64), or the equal tonification and equal drainage port (65), or the massage drainage port (66) of the left acupoint III and the right acupoint III are sequentially set. a balanced tonification and balanced drainage port (65) or a massage drainage port (66); a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint IV on the left and IV on the right; a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint V on the left and V on the right; a massage time I port (61) or a massage time II port (62) or a massage time III port (63) and a massage tonification port (64) or a balanced tonification and balanced drainage port (65) or a massage drainage port (66) of acupoint VI on the left and V on the right; The night voltage stabilization setting control circuit has a night voltage stabilization port at its input end connected to a night voltage stabilization port (49) at the output end of the selection display circuit, a synchronous timing control port at its input end connected to a synchronous timing control port of the XH connector b, and a reset port at its output end connected to a reset port (52) at the input end of the selection display circuit; The night voltage stabilization setting control circuit sets connection ports for different acupoints according to different massage schemes, specifically as follows: the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage replenishment port (64), or the equal replenishment and equal drainage port (65), or the massage drainage port (66) of the left acupoint I and the right acupoint I are sequentially set; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage replenishment port (64), or the equal replenishment and equal drainage port (65), or the massage drainage port (66) of the left acupoint II and the right acupoint II; the massage time I port (61), or the massage time II port (62), or the massage time III port (63) and the massage replenishment port (64), or the equal replenishment and equal drainage port (65), or the massage drainage port (66) of the left acupoint III and the right acupoint III are sequentially set. The equal tonification and equal drainage port (65) or the massage drainage port (66); the massage time I port (61) or the massage time II port (62) or the massage time III port (63) and the massage tonification port (64) or the equal tonification and equal drainage port (65) or the massage drainage port (66) of the left acupoint IV and the right acupoint IV; the massage time I port (61) or the massage time II port (62) or the massage time III port (63) and the massage tonification port (64) or the equal tonification and equal drainage port (65) or the massage drainage port (66) of the left acupoint V and the right acupoint V; the massage time I port (61) or the massage time II port (62) or the massage time III port (63) and the massage tonification port (64) or the equal tonification and equal drainage port (65) or the massage drainage port (66) of the left acupoint VI and the right acupoint VI.

7. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 6, characterized in that: The adjustment control circuit includes a massage time adjustment control circuit and a massage supplementation and discharge adjustment control circuit; The massage time adjustment control circuit has a carry pulse port at its input end connected to a carry pulse port (56) at the output end of the massage compensation and discharge adjustment control circuit, a ready / complete port at its input end connected to a ready / complete port of the XH connector d, a time pulse port (57) at its output end connected to a time pulse port at the input end of the massage compensation and discharge adjustment control circuit, and a synchronous time control port (60) at its output end connected to a synchronous time control port of the XH connector d; The massage time adjustment control circuit has a massage time I port at its input end connected to the massage time I port of the XH connector d, a {synchronous time I+acupoint interval time} output by a synchronous time control port (60) at its output end connected to the synchronous time control port of the XH connector d, a {forward time I+forward interval time} x5 output by a forward time control port (59) at its output end connected to the forward time control port at the input end of the reversible motor drive circuit, and a {reverse time I+reverse interval time} x5 output by a reverse time control port (58) at its output end connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage time adjustment control circuit has a massage time II port at its input end connected to the massage time II port of the XH connector d, a {synchronous time II+acupoint interval time} output by a synchronous time control port (60) at its output end connected to the synchronous time control port of the XH connector d, a {forward time II+forward interval time} x5 output by a forward time control port (59) at its output end connected to the forward time control port at the input end of the reversible motor drive circuit, and a {reverse time II+reverse interval time} x5 output by a reverse time control port (58) at its output end connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage time adjustment control circuit has a massage time III port at its input end connected to the massage time III port of the XH connector d, a {synchronous time III+acupoint interval time} output by a synchronous time control port (60) at its output end connected to the synchronous time control port of the XH connector d, a {forward time III+forward interval time} x5 output by a forward time control port (59) at its output end connected to the forward time control port at the input end of the reversible motor drive circuit, and a {reverse time III+reverse interval time} x5 output by a reverse time control port (58) at its output end connected to the reverse time control port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a carry pulse port (56) at its output end connected to a carry pulse port at its input end of the massage time adjustment control circuit, a time pulse port at its input end connected to a time pulse port (57) at the output end of the massage time adjustment control circuit, and a synchronous time control port at its input end connected to a synchronous time control port of the XH connector d; The massage replenishment and drainage adjustment control circuit has a morning buck port at its input end connected to a morning buck port of the XH connector c, or a night buck port at its input end connected to a night buck port of the XH connector c; The massage compensation port at the input end of the massage compensation control circuit is connected to the massage compensation port of the XH connector d, and the {step-down pulse frequency and step-down pulse duty ratio I} output by the pulse modulation port (55) at the output end is connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a flat replenishment and drainage port at its input end connected to the flat replenishment and drainage port of the XH connector d, and a pulse modulation port (55) at its output end outputting {step-down pulse frequency and step-down pulse duty ratio II} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and a pulse modulation port (55) at its output end outputting {voltage reduction pulse frequency and voltage reduction pulse duty ratio III} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and discharge adjustment control circuit has a morning voltage stabilization port at its input end connected to a morning voltage stabilization port of the XH connector c, or a night voltage stabilization port at its input end connected to a night voltage stabilization port of the XH connector c; The massage compensation port at the input end of the massage compensation control circuit is connected to the massage compensation port of the XH connector d, and the {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio I} output by the pulse modulation port (55) at the output end is connected to the pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a flat replenishment and drainage port at its input end connected to the flat replenishment and drainage port of the XH connector d, and a pulse modulation port (55) at its output end outputting {voltage-stabilizing pulse frequency and voltage-stabilizing pulse duty ratio II} connected to a pulse modulation port at the input end of the reversible motor drive circuit; The massage replenishment and drainage adjustment control circuit has a massage drainage port at its input end connected to the massage drainage port of the XH connector d, and a pulse modulation port (55) at its output end outputting {voltage stabilization pulse frequency and voltage stabilization pulse duty ratio III} connected to a pulse modulation port at the input end of the reversible motor drive circuit.

8. The therapeutic device for treating hypertension based on acupoint massage according to claim 7, characterized in that: The reversible motor drive circuit has a forward timing control port at its input end connected to a forward timing control port (59) at the output end of the massage time adjustment control circuit, a reverse timing control port at its input end connected to a reverse timing control port (58) at the output end of the massage time adjustment control circuit, and a pulse modulation port at its input end connected to a pulse modulation port (55) at the output end of the massage supplementation and discharge adjustment control circuit; The reversible motor drive circuit has a forward rotation port (53) at its output end connected to the forward rotation end of the reversible motor (37) through a DC socket (33) and a DC plug connection (34), and a reverse rotation port (54) at its output end connected to the reverse rotation end of the reversible motor (37) through a DC socket (33) and a DC plug connection (34); The reversible motor drive circuit, the clockwise time and clockwise intermittent time of the reversible motor clockwise rotation, as well as the step-down pulse frequency and step-down pulse duty ratio, the stabilizing pulse frequency and the stabilizing pulse duty ratio of the reversible motor clockwise rotation outputted by the clockwise rotation port (53) at the output end thereof, include: {clockwise time I+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio III}, {stabilizing pulse frequency and stabilizing pulse duty ratio III}, {clockwise time II+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio II}, {stabilizing pulse frequency and stabilizing pulse duty ratio II}, {clockwise time III+clockwise intermittent time} x5 and {step-down pulse frequency and step-down pulse duty ratio I}, {stabilizing pulse frequency and stabilizing pulse duty ratio I}; The reversible motor drive circuit, whose reverse time port (54) at the output end outputs the reverse time and reverse time interval time of the reversible motor, as well as the step-down pulse frequency and step-down pulse duty cycle, the stabilizing pulse frequency and the stabilizing pulse duty cycle of the reversible motor, including: {reverse time I+reverse time interval time} x5 and {step-down pulse frequency and step-down pulse duty cycle III}, {stabilizing pulse frequency and stabilizing pulse duty cycle III}, {reverse time II+reverse time interval time} x5 and {step-down pulse frequency and step-down pulse duty cycle II}, {stabilizing pulse frequency and stabilizing pulse duty cycle II}, {reverse time III+reverse time interval time} x5 and {step-down pulse frequency and step-down pulse duty cycle I}, {stabilizing pulse frequency and stabilizing pulse duty cycle I}.

9. The therapeutic apparatus for treating hypertension based on acupoint massage according to claim 8, characterized in that: The reversible motor (37) is provided with a reversible motor shaft (38) at one end, the reversible motor shaft (38) is connected to an eccentric wheel (40), an eccentric wheel support (41) is provided on the eccentric wheel (40), the eccentric wheel support (41) is connected to a rotating disk (43) via a ball bearing (42), the rotating disk (43) is connected to a massage head (44), the massage head (44) is covered with a protective cloth cover (45), the protective cloth cover (45) is connected to a housing (36), and the reversible motor (37) is also connected to the housing (36) via a housing fixing plate (39).

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