TWI662957B - Meridian Shuhuo device - Google Patents

Abstract

A meridian relaxation device is installed on one side of a negative pressure pump and includes a cupping cup, which has a cup body, a cup chamber and a central hole. When the cupping cup contacts the body surface, the cup chamber is formed into a negative by the negative pressure pump. The pressure absorbs the body surface to form a cupping effect. A pressure regulating unit is connected between the negative pressure pump and the cupping cup, and has a container chamber communicating with the cup chamber, a movable rod and a valve port. When the valve port is closed, the The cupping cup is maintained at a negative pressure, and when the movable lever is manually operated to open the valve port, the negative pressure state of the cupping cup can be interrupted to release the pressure in the cup. A pressure mechanism is installed in the cupping cup in an airtight manner. The operating lever, a pressing member and at least one elastic member, the cupping cup is in a negative pressure state, and then the operating lever can be pushed by an external force to indirectly push the pressing member to produce an instant pressure action on the deep surface of the body.

Description

Meridian Shuhuo device

This creation is about a health-care device, and in particular, a meridian-relieving device with cupping effect, which can further pressurize the human acupuncture points and meridian nodes to relieve the obstruction of meridian deep stasis.

Modern people are busy with work, stressful lives, and improper sitting postures. Therefore, it is easy to cause tension and pain in some parts of the body, or because of occupational diseases and regular sports injuries. Therefore, they must rely on Mastering the mastery of massage can only relieve the body aches and other discomforts. Therefore, it is a part of modern people's life to regularly perform mastery and massage for the body.

In the existing spine rehabilitation techniques, the master of massaging is usually a skilled manipulator who uses hand compressions to perform massage massage. However, most people will go to the master of massaging and massaging, usually because of muscle / meridian node blockage, which leads to acupoints. Qi knots are generated, causing meridian stasis to cause qi stasis, resulting in blood stagnation, which leads to soreness and dysfunction of the activity. At this time, the master of massage manipulation uses his skillful hands to push / acupressure against the stasis of the qi. After the blood pressure is relieved by the second compression, the human body can relieve the soreness or relieve the functional dysfunction point. However, the master massage manipulator actually needs a considerable amount of power when performing massage, especially the treatment at the qi stasis node. In this way, it usually takes a lot of time to treat a patient. This is one of the reasons why people usually make appointments for treatment. Based on this, the massaging tutor usually uses a traditional cupping cup to assist the whole treatment. The negative pressure formed by evacuation is adsorbed on the body surface, congests the subcutaneous and superficial muscles, stimulates the human skin, fascia, and meridian points to eliminate toxins, clear the meridians and deflate air, but traditional cupping can only For continuous adsorption, the body surface becomes tighter and tighter. Once the tank is stopped for too long, it may cause serious damage to human skin and muscles, and the continuous cupping method cannot effectively release the deep nodes inside the meridian. Therefore, a good operating mode should enable cupping cups to repeatedly and repeatedly extract and release pressure on the body surface.

For this reason, an electric timing cupping machine emerged at the historic moment. This cupping machine adopts an automatic control method to perform regular vacuum pumping and pressure release in the cup, so as to form repeated suction and discharge effects. Achieve deep shocks to the muscles and meridians of the application site, and overcome the problem of persistent blood stasis caused by traditional cupping cups. However, this timed cupping effect still cannot achieve the desired effect. Pressurization, the operation speed of one suction and one release is very slow, resulting in a long single cupping treatment, the use of results is not good. More importantly, this electric timed cupping device can only achieve a single mode cupping effect at best, it can not adjust the cupping time in a timely manner according to the patient's physical condition, and it can not allow the operator to observe the skin or muscle changes in the tank. And immediately adjust the cupping mode (pressurize or depressurize the tank).

The meridian relaxation device of this creation, combined with the pressure regulating unit, facilitates the adjustment of the valve port. In addition to facilitating the stepwise adjustment of the tightness of the cupping cup to the body surface to relieve the tension and discomfort of the meridian of the human body, it can also pass through the cupping cup The pressurizing mechanism is used for instantaneous pressure to release the pressure instantaneously to the meridian nodes in the deep body surface.

Therefore, a meridian soothing device proposed in this creation is installed on one side of a negative pressure pump. The meridian soothing device includes a cupping cup, a pressurizing mechanism, and a pressure regulating unit. The cupping cup has a cup body, a cup chamber which can communicate with the negative pressure pump, and a central hole penetrating axially along the center of the cup body. When the cupping cup contacts the surface of the body, the negative pressure must be obtained. The pump allows the cup chamber to form a negative pressure to adsorb the body surface to form a cupping effect on the body surface. The pressure regulating unit is connected between the negative pressure pump and the cupping cup, and has a receiving chamber communicating with the cup chamber, a movable rod penetrating into the receiving chamber, and a receiving chamber located in the receiving chamber. When the valve port is closed with the movable rod, the cupping cup is maintained at a negative pressure, and the negative pressure of the cupping cup can be interrupted when the movable rod is manually operated to open the valve port. State to release the pressure inside the cup. The pressurizing mechanism is air-tightly installed on the cupping cup, and has an operation lever whose shaft is provided in the central hole, a pressing member whose shaft is opposed to the operation lever and which extends out of the cupping cup, and at least one is provided on the cupping cup. An elastic member between the operating lever and the pushing member, and the cup is in a negative pressure state, and then the operating lever can be pushed by external force to push the pushing member down along the axial direction of the central hole, and then by the pushing The pressing member generates an instant pressure action on the deep surface of the body. When the external force on the operating lever is eliminated, the pressing member and the operating lever are returned to their original positions by the elastic force of the elastic member.

According to the meridian soothing device described in this creation, wherein the cupping cup further has a cup mouth and an air duct located on one side of the central hole and communicating with the cup chamber, the pressurizing mechanism further has a lock on the cup An outer tube inside the room. The pressure regulating unit further has an upper tube and a lower tube which are locked to each other and form a container chamber, an airtight element arranged outside the movable rod, and a spring support provided in the container chamber. The spring of the movable rod, the upper tube has at least one first exhaust hole at the top and a gas blocking slope in the container, the valve port of the pressure regulating unit is located at one side of the gas blocking slope, and the negative pressure pump An air supply valve is provided. The air supply valve has a first end, a second end, and a third end. The first end is connected to externally supplied gas, and the second end is connected to the air duct of the cupping cup. The third end is connected to the mouth of the pressure regulating unit.

According to the meridian soothing device described in this creation, the pressure regulating unit further has A contact block assembled on the top of the movable rod, and an abutment member placed in the container and resisting the lower pipe, the abutment member has at least one second exhaust hole communicating with the upper and lower pipes, the The upper tube has a through hole at the top, a first step portion adjacent to the first exhaust hole, a second step portion below the first step portion, and an internal thread at the bottom of the second step portion. , The lower tube has an external thread locked to the internal thread, the gas blocking slope is located between the first step portion and the second step portion, a lower diameter mouth portion is provided at the bottom of the lower tube, and the movable rod The outer air-tight element must be pressed against the air-blocking inclined surface, so that the valve port of the pressure regulating unit is closed.

According to the meridian relaxation device described in this creation, the pressure regulating unit further has a touch block assembled on the top of the movable rod, and a tapered inclined section at the bottom of the movable rod. The airtight element is sleeved on Outside of the tapered section, the upper tube has a through hole at the top, a first step portion adjacent to the first exhaust hole, and an internal thread at the bottom. The gas blocking slope is located in the lower tube. At the top, the lower tube further has an external thread locked to the internal thread, and a mouth portion at the bottom with a reduced outer diameter. The airtight element outside the tapered slope must be pressed against the gas barrier slope to The valve port of the pressure regulating unit is closed.

According to the meridian relaxation device according to this creation, a bottom of the movable rod is provided with a groove extending along the axial direction, and the abutment member has a main body part connected to the lower tube and an upward part from the main body part. The second shaft is extended and penetrated through the long shaft section of the groove, and the second exhaust hole is disposed on the body portion.

According to the meridian shuhuo device described in this creation, the cupping cup further has an externally threaded section located inside the cup, and the pressing mechanism further has a washer, a gasket, and a nut. The outer tube is made of An internally threaded section locked to the externally threaded section, a first shoulder, a perforation located in the center of the first shoulder for the operation rod to pass through, a first chamber, and a second shoulder are provided from top to bottom. And a second chamber, the operating lever further has a base, a shaft extending outward from the base and penetrating through the perforation and extending through the central hole, the pushing member has a pushing block body at the bottom, A screw joint at the top, a first stage at the middle, and a bottom of the push block body There are three elastic members of the compression mechanism, and they are sleeved on the outer peripheral side of the pressing member. One of the elastic members is accommodated in the first container, and is restricted by the first shoulder and Between the bases, a second elastic member is contained in the first container and is restricted between the nut and the first shoulder, and a third elastic member is contained in the second container and is limited. Between the second shoulder and the first class.

According to the meridian rejuvenating device described in this creation, wherein the touch block of the pressure regulating unit is actuated from the top to the bottom to link the movable lever, so that the movable lever performs a pressure relief action.

According to the meridian rejuvenating device described in this creation, wherein the pressure regulating unit further has a pivot joint portion provided on the top side of the upper tube, and a trigger group pivotally provided on the pivot joint portion, the trigger The moving group has a wrench and a push rod which are connected with each other. When the wrench is pressed, the push rod is linked, so that the push rod pushes the cap upward, so that the movable rod is pulled upward, thereby promoting air pressure. The dense element is released from the obstructed inclined surface to open the valve port, thereby achieving the function of releasing pressure.

According to the meridian shuhuo device described in this creation, wherein the outer tube of the pressurizing mechanism is screwed together by a first tube section and a second tube section, and the screwed position falls at the position of the first container.

According to the meridian rejuvenating device described in this creation, the pressing block of the pressing member is bowl-shaped or spherical.

According to the above, compared to the traditional cupping cup, the whole therapy can only continuously adsorb on the body surface, it can only produce tautness and blood stasis, and the existing electric cupping machine uses a single mode for regular cupping. Adjust the cupping time and other issues in a timely manner according to the patient's physique and condition; the meridian Shuhuo device of this creation has the pressurization mechanism inside the cupping cup, and cooperates with the negative pressure pump and the connection combination of the pressure regulating unit, When a master massager treats the human body with a simple pressing action, the valve port of the pressure regulating unit can be quickly adjusted, and it is convenient to gradually adjust the tightness of the cupping cup absorbed on the body surface, according to different uses. The person's physical condition, to different degrees of holistic treatment, to relieve the human body's meridian tension and soreness. When the cupping cup ’s suction on the body surface reaches a certain level, it can also be subjected to instantaneous gravity pressure through the pressurizing mechanism. The nodes in the deep meridians act as an instantaneous pressure release to dredge the nodes to further activate the blood path. Therefore, the meridian Shuhuo device created in this article is not only easier and more convenient to operate, but also can be used for different users' bodies. Condition to accurately relieve the pressure of the nodes deep in the meridians, to quickly alleviate the problems of muscle tightness, soreness, irregular meridians, or lifting of functional dysfunction.

10‧‧‧ Cupping Cup

11‧‧‧ cup body

12‧‧‧ cup mouth

13‧‧‧cup room

14‧‧‧ central hole

15‧‧‧ airway

16‧‧‧ male thread

20‧‧‧Pressure mechanism

21‧‧‧ Outer tube

211‧‧‧ Internal thread

212‧‧‧first shoulder

213‧‧‧perforation

214‧‧‧First Room

215‧‧‧Second Shoulder

216‧‧‧Second Room

217‧‧‧First Section

218‧‧‧Second Section

22‧‧‧ Joystick

221‧‧‧ base

222‧‧‧ shaft

23‧‧‧Pushing pieces

231‧‧‧Push block body

232‧‧‧Screw joint

233‧‧‧First Class

234‧‧‧Pressure block

235‧‧‧Pressure block

24‧‧‧ Elastic Parts

241‧‧‧Elastic piece

242‧‧‧Elastic piece

25‧‧‧washer

26‧‧‧ Gasket

27‧‧‧nut

30‧‧‧Pressure regulating unit

301‧‧‧Capacity Room

31‧‧‧ Upper tube

310‧‧‧Valve

311‧‧‧through hole

312‧‧‧First exhaust hole

313‧‧‧First Stage

314‧‧‧Second Stage

315‧‧‧Gas blocking slope

316‧‧‧ Internal thread

32‧‧‧ down tube

321‧‧‧external thread

322‧‧‧ Mouth

33‧‧‧Activity pole

331‧‧‧groove

332‧‧‧ tapered section

34‧‧‧Airtight element

35‧‧‧ abutment

351‧‧‧Body

352‧‧‧Long axis section

353‧‧‧Second exhaust hole

36‧‧‧Spring

37‧‧‧ touch block

371‧‧‧nut

38‧‧‧ movable pole

381‧‧‧ Pivot

39‧‧‧Trigger group

391‧‧‧ wrench

392‧‧‧Ejector

40‧‧‧Negative pressure pump

41‧‧‧Air supply valve

411‧‧‧first end

412‧‧‧second end

413‧‧‧ third end

42‧‧‧pipe

50‧‧‧ objects

100‧‧‧ body surface

FIG. 1 is a combined sectional view of a first embodiment of a meridian shuhuo device.

FIG. 2 is a view similar to FIG. 1, illustrating a schematic view of the pressure release unit for releasing gas.

FIG. 3 is an enlarged view of the voltage regulating unit in FIG. 2.

FIG. 4 is a schematic diagram of the pressurizing operation performed by the pressurizing device.

FIG. 5 is a combined sectional view of a pressure regulating unit according to the second embodiment of the present invention.

FIG. 6 is a schematic diagram of releasing gas by the pressure regulating unit in FIG. 5.

FIG. 7 is a cross-sectional view of the pressing member of the second type.

Referring to FIG. 1, the first preferred embodiment of the meridian shuhu device is installed on one side of a negative pressure pump 40. The meridian shuhu device includes a cupping cup 10 and a pressurizing mechanism 20 , And a voltage regulating unit 30.

The cupping cup has a cup body 11, a cup chamber 13 which can communicate with the negative pressure pump 40, and a central hole 14 extending axially along the center of the cup body 11. When the cupping cup 10 contacts the body surface 100 (As shown in FIG. 2), the negative pressure pump 40 is required to form the cup chamber 13 to adsorb the body surface 100 in a negative pressure state to form a cupping effect on the body surface 100. The cupping cup 10 further has a cup opening 12, an air duct 15 located on one side of the central hole 14 and communicating with the cup chamber 13, and a cupping chamber 13 located in the cup chamber 13. 部 的 外 Thread 段 16。 Section 16.

The pressure regulating unit 30 is connected between the negative pressure pump 40 and the cupping cup 10, and has a receiving chamber 301 communicating with the cup chamber 13, and a movable rod inserted into the receiving chamber 301 from the outside. 33, and a valve port 310 (as shown in FIG. 2) located between the container 301 and the movable rod 33. When the valve port 310 is closed, the cup 10 is maintained in a negative pressure induction state, when Manually operating the movable lever 33 to open the valve port 310 can interrupt the negative pressure state of the cupping cup 10 to release the pressure inside the cupping cup 10. Further, the pressure regulating unit 30 further has an upper tube 31 and a lower tube 32 which are locked to each other and form the container chamber 301, an air-tight element 34 disposed outside the movable rod 33, and one placed in the container chamber 301. The abutment member 35 abuts against the lower tube 32, a spring 36 connected between the movable rod 33 and the abutment member 35, and a trigger block 37 assembled on the top of the movable rod 33. The upper tube 31 has a through hole 311 at the top, at least one first exhaust hole 312 at the top, a first step portion 313 adjacent to the first exhaust hole 312, and a first step portion 313. The lower second step portion 314, a gas blocking slope 315 located between the first step portion 313 and the second step portion 314, and an internal thread 316 at the bottom of the second step portion 314. The valve opening 310 of the pressure regulating unit 30 is located on one side of the gas blocking slope 315 (as shown in FIG. 3). The lower tube 32 has an external thread 321 that is locked to the internal thread 316 and a mouth 322 that is reduced in diameter and formed on the bottom. The airtight element 34 on the outside of the movable rod 33 must abut against the air blocking slope 315 so that the valve opening 310 of the pressure regulating unit 30 is closed. The bottom of the movable rod 33 is provided with a groove 331 extending along the axial direction. The abutment member 35 has a main body portion 351 connected to the lower tube 32, and an upwardly extending from the main body portion 351 and passed through the main body portion 351. The long axis section 352 of the groove 331 and at least one second exhaust hole 353 provided on the body 351. In this embodiment, there are a plurality of second exhaust holes 353 on the body portion 351 of the abutting member 35 and are distributed on the body portion 351; and the first exhaust holes 312 of the upper tube 31 have a plurality of And surrounds the through hole 311.

The pressurizing mechanism 20 is air-tightly mounted on the cupping cup 10, and has an operation lever 22 having a shaft provided in the central hole 14, and a shaft for the operation lever 22 and extending beyond the cupping cup 10. And a plurality of elastic members 24, 241, and 242 disposed between the operating lever 22 and the pressing member 23, the cupping cup 10 is under a negative pressure, and the operating lever 22 can be pushed by external force. To push the pressing member 23 down along the axial direction of the central hole 14, and then use the pressing member 23 to produce an instant pressure action on the deep surface of the body surface 100. When the external force on the operating lever 22 is released, The elastic force of the elastic members 24, 241, and 242 causes the pressing member 23 and the operating lever 22 to return to their original positions. Further, the pressing mechanism 20 further has an outer tube 21 locked inside the cup chamber 13, and a washer 25, a washer 26 and a nut 27 provided at the bottom of the operating lever 22. The pressing member 23 is connected to the bottom of the operating lever 22 and extends to the outside of the cup mouth 12. The outer tube 21 is provided with an inner threaded section 211, a first shoulder 212, and a perforation 213 located at the center of the first shoulder 212 for the operation rod 22 to pass through from the top to the bottom. A first container chamber 214, a second shoulder 215, and a second container chamber 216, the outer pipe 21 is screwed together by a first pipe section 217 and a second pipe section 218, and the screw joints fall At the position of the first container 214. The operating lever 22 has a base 221 and a shaft 222 extending outwardly from the base 221 and penetrating the through hole 213 and penetrating through the central hole 14 of the cupping cup 10. The pushing member 23 has a pushing block body 231 at the bottom, a screwing portion 232 provided at the top to provide a nut 27 for locking thereon, a first stage 233 at the middle section, and a pushing block body. The pressure block 234 at the bottom of 231. In this embodiment, there are three elastic members 24, 241, and 242 of the pressurizing mechanism 20. One of the elastic members 24 is accommodated in the first receiving chamber 214, and is limited by the first shoulder portion 212 and the base portion 221. In between, a second elastic member 241 is received in the first container 214 and is limited between the nut 27 and the second shoulder 215. A third elastic member 242 is received in the second container. The chamber 216 is limited between the second shoulder 215 and the first stage 233.

The negative pressure pump 40 has an air supply valve 41. The air supply valve 41 has a first end 411, a second end 412, and a third end 413. The first end is matched with the connection of a plurality of pipes 42. 411 connects the gas supplied by the negative pressure pump 40, the second end 42 is connected to the air duct 15 of the cup 10, and the third end 43 is connected to the mouth 322 of the pressure regulating unit 30.

As shown in Fig. 2 and Fig. 3, when performing meridian relaxation, the cupping cup 10 is first attached to the body surface 100 (that is, the muscles, acupoints, and meridian nodes of the human body). The pressure block 234 at the bottom of the push block body 231 only touches the body surface 100. The negative pressure pump 40 supplies negative pressure through the first end 411 of the air supply valve 41. Therefore, when the touch block 37 is manually pressed to interlock When the movable rod 33 moves downward, the valve port 310 is opened to cause the pressure regulating unit 30 to perform a pressure relief action (as shown in FIGS. 2 and 3), and the airflow flows outward from the air duct 15 of the cupping cup 10 and further to the regulating valve. The pressure unit 30 is finally discharged through the first exhaust hole 312. At this time, the cupping cup 10 that is close to the skin causes a suction force on the skin due to the negative pressure pulling effect, so that the cupping cup 10 is adsorbed on the skin. When the touch block 37 is released, the movable lever 33 is restored by the spring force of the spring 36, and the valve port 310 is closed (as shown in FIG. 1). When the touch block 37 is continuously pressed for gas release, as the movable rod 33 is downwardly displaced, the airtight element 34 has now disengaged from the air blocking slope 315, and the airflow is passed through the mouth 322, and sequentially It is discharged outward through the second exhaust hole 353, the gas blocking slope 315, and the first exhaust hole 312. The more the amount of gas released, the closer the contact relationship between the cup 10 and the body surface 100 will be, which further affects the human body. The meridian forms a dredging and guiding function, and when the cupping cup 10 is operated to a limit, the stasis built in the meridian node can be further pressurized by the pressure mechanism 20 to obtain instantaneous point pressure to the meridian node The deep part of the body to alleviate the problems of physical aches, tightness of muscles and bones, or dysfunction of movement caused by the irregular blood flow of the meridians.

In FIGS. 1 and 2, the pressing block 234 of the pressing member 23 of the pressing mechanism 20 is bowl-shaped, and a convex particle is protruded at the bottom. In addition, as shown in FIG. 7, the shape of the pressure block 235 may be set in a spherical shape. The two types of pressure blocks 234 and 235 can achieve the effect of pressure application.

As shown in FIG. 4, as for the operation mode of the pressurizing mechanism 20, an operation lever 22 (such as the object 50 shown by an imaginary line in FIG. 4) is instantly depressed by an object 50 to push the operation lever 22. The pushing member 23 causes the pushing block body 231 of the pushing member 23 to form a gravitational instantaneous pressure on the meridian nodes of the human body, in order to activate the blood gas irregularities of the meridian nodes, and prevent the fascia from sticking and causing discomfort, such as pain. After the motion is eliminated, the object 50 is released from the operation lever 22 (as shown in FIG. 4). The object 50 shown by the dotted line is naturally rebounded by the elastic members 24, 241, and 242, causing the pressing member 23 to return to its original position (such as the pressing member 23 shown by the dotted line in FIG. 4).

Therefore, as the life is busy and the pressure is getting more and more heavy, which causes many working and student groups to have irregular meridians, soreness, or habitual functional dysfunction, and it is necessary to ask for help to rehabilitate the master of massage to rehabilitate. In addition to the pressure absorption effect of the cupping cup 10 to reduce the irregularities of the human body, the massager also uses the combination of the pressure regulating unit 30 and the pressurizing mechanism 20 placed inside the cupping cup 10 in the cupping cup 10 When an extreme suction force is operated, the pressurizing mechanism 20 can be instantaneously pressurized to effectively release the stasis problem of the meridian nodes of the human body. Moreover, with the simple pressing operation of the pressurizing mechanism 20, not only does it cost much Strength, you can get the effect of releasing the meridian nodes of the human body, and it can also reduce the hard work of the master massage manipulator.

Referring to FIGS. 1 and 5, the second preferred embodiment of the meridian shuhu device is installed on one side of a negative pressure pump 40. The meridian shuhu device includes a cupping cup 10 and a pressurizing mechanism 20. , And a voltage regulating unit 30. The detailed structures of the cup 10, the pressurizing mechanism 20, and the negative pressure pump 40 of the second embodiment are the same as those of the first embodiment in the first figure, and are not described again.

Referring to FIG. 5, the pressure regulating unit 30 has an upper tube 31 and a lower tube 32 that are locked to each other and form a container 301, and a movable rod 38 that penetrates and extends into the container 301 from the upper tube 31. A tapered inclined section 332 at the bottom of the movable rod 33, a set of airtight elements 34 provided outside the tapered inclined section 332, a spring 36 provided in the receiving chamber 301 for supporting the movable rod 38, a A touch block 37 assembled on the top of the movable rod 38, a pivoting portion 381 provided on the top side of the upper tube 31, and a triggering group 39 pivotally provided on the pivoting portion 381. In this embodiment, The valve opening 310 of the pressure regulating unit 30 is located on the side of the gas blocking slope 323. The upper tube 31 has a through hole 312 at the top, a plurality of first exhaust holes 312 at the top, a first step portion 313 adjacent to the first exhaust hole 312, and an internal thread at the bottom. 316, the lower pipe 32 has an external thread 321 locked to the internal thread 316, a mouth 322 with a reduced outer diameter at the bottom, and A gas blocking slope 323 located at the top and corresponding to the aforementioned cone slope section 332, the airtight element 34 outside the movable rod 38 must be pressed against the gas blocking slope 323, so that the valve opening 310 of the pressure regulating unit 30 is closed ( (Figure 5). In addition, the triggering group 39 has a wrench 391 and a push rod 392 that are interconnected. As shown in FIG. 6, when the wrench 391 is pressed, the wrench 391 is coupled to the push rod 392 to make the jack The push rod 392 pushes up the touch block 37 upward, causing the movable rod 38 to be pulled upward to displace, and urges the airtight element 34 to escape from the air blocking slope 323, and then opens the valve port 310 to release the pressure. The characteristic of the second embodiment is that the main lever is to press the wrench 391 to further push the touch block 37 in conjunction with the push rod 392, and to move the movable rod 38 in a bottom-up mode to open the valve port. 310 performs a pressure relief action so as to achieve the same operation function as the aforementioned first embodiment, and its effects are the same, and details are not described herein again.

To sum up, compared with the traditional therapy of traditional cupping cups, the whole therapy can only continuously adsorb on the body surface, and can only produce tautness and blood stasis, and the existing electric cupping machine adopts a single mode for regular cupping, which cannot be used according to the patient. To adjust the cupping time in a timely manner and other problems; the meridian shuhuo device of this creation is provided with the pressurizing mechanism 20 inside the cupping cup 10, and cooperates with the connection of the negative pressure pump 40 and the pressure regulating unit 30 In combination, when the master massager treats the human body, the valve opening 310 of the pressure regulating unit 30 can be quickly adjusted by a simple pressing action, and it is convenient to gradually adjust the tightness of the cup 10 adsorbed on the body surface 100. The degree is based on the physical conditions of different users, and different degrees of holistic treatments are performed to relieve the discomfort of the human body's meridians. When the cupping cup 10 has a certain degree of suction on the body surface 100, it can also perform instantaneous gravity pressure through the pressurizing mechanism 20 to release the pressure instantaneously to the deep nodes of the human meridian to unblock the nodes and further achieve The function of activating the blood path, therefore, the meridian relaxing device created by this creation is not only easier and more convenient to operate, but also can accurately target the nodes deep in the meridian according to the different physical conditions of the user. Relieve pressure to quickly alleviate the problems of muscle tension, soreness, irregular meridians or dysfunction.

It is worth mentioning that, in this creation, the pressure regulating unit 30 In addition to the pressure-releasing operation of the pressing block 37 from the top to the bottom, the trigger block 39 in Figs. 5 and 6 can also be used to push the touch block 37 in a bottom-up mode, thereby interlocking activities. The rods 33 and 38 open the valve port 310 to achieve a pressure relief effect, and the use effects of adjusting the air flow are the same.

In addition, in FIG. 5, before the touch block 37 is locked on the top of the movable rod 38, a nut 371 is locked in advance as a limit, and then locked to improve the positioning firmness of the touch block 37. To prevent detachment.

The above are only a few preferred embodiments of this creation. When the scope of implementation of this creation cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the patent application and the content of the implementation of this creation, All should still fall within the scope of this creation patent.

Claims (8)

A meridian soothing device is installed on one side of a negative pressure pump. The meridian soothing device includes: a cupping cup, a cup body, a cup mouth, a cup chamber which can communicate with the negative pressure pump, An externally threaded section located inside the cup chamber, a central hole penetrating axially along the center of the cup body, and an air duct located on one side of the central hole and communicating with the cup chamber, when the cupping cup contacts the body surface, The cup chamber is formed to adsorb the body surface in a negative pressure state by the negative pressure pump to form a cupping effect on the body surface; a pressure regulating unit is connected between the negative pressure pump and the cupping cup, and has a communication In the container chamber of the cup chamber, a movable rod inserted into the container chamber from the outside, and a valve port between the container chamber and the movable rod, when the valve port is closed, the cup is maintained In the negative pressure triggering state, when the movable lever is manually operated to open the valve port, the negative pressure state of the cupping cup can be interrupted to release the pressure inside the cupping cup. The pressure regulating unit further has an interlocking connection and forms a An upper tube and a lower tube of the chamber, and an air tightness provided outside the movable rod The upper tube has at least one first exhaust hole located at the top and a gas-blocking inclined surface located in the container, and the valve opening of the pressure regulating unit is provided in the container. The negative pressure pump is located on one side of the gas blocking slope. The negative pressure pump has an air supply valve, the air supply valve has a first end, a second end, and a third end. The first end is connected to externally supplied gas. The second end is connected to the air duct of the cupping cup, and the third end is connected to the mouth of the pressure regulating unit; a pressurizing mechanism is air-tightly mounted on the cupping cup, and has a shaft provided at the center An operating lever with a hole, a pushing member whose shaft is against the operating lever and protruding beyond the cup, an outer tube locked inside the cup, and at least one elasticity provided between the operating lever and the pushing member When the cup is under negative pressure, the operating lever can be pushed by external force to push the pushing member down along the axial direction of the central hole, and then the pressing member can be used to generate instant pressure on the deep surface of the body. Action, when the external force on the operating rod is eliminated, the elastic force of the elastic member makes the The pressing piece and the operating lever are returned to their original positions. The pressurizing mechanism further has a washer, a washer and a nut. The outer tube is provided with an internal thread section locked to the external thread section from top to bottom. A first shoulder, a perforation located in the center of the first shoulder for the operation lever to pass through, a first container, a second shoulder, and a second container, the operation lever further has a base, a The base portion extends outward and penetrates the perforation and penetrates through the shaft of the central hole. The pushing member has a push block body at the bottom, a screw connection portion at the top, and a first stage at the middle section. And a pressure block provided at the bottom of the pushing block body, the elastic member of the pressing mechanism has three elastic members, and the elastic members are sleeved on the outer peripheral side of the pressing member, and one of the elastic members is accommodated in the first container, and Constrained between the first shoulder and the base, a second elastic member is received in the first container, and is limited between the nut and the first shoulder, and a third elastic member is received The second container is limited between the second shoulder and the first class. The meridian rejuvenating device according to item 1 of the claim, wherein the pressure regulating unit further has a trigger block assembled on the top of the movable rod, and an abutment member placed in the container and resisting the lower tube. The abutting member has at least one second exhaust hole communicating with the upper and lower pipes, the upper pipe has a through hole at the top, a first step portion adjacent to the first exhaust hole, and A second step portion below the first step portion, and an internal thread located at the bottom of the second step portion. The lower tube has an external thread locked to the internal thread. The gas blocking slope is located between the first step portion and the first step portion. Between the second stage, a reduced diameter mouth is provided at the bottom of the lower tube, and the airtight element on the outside of the movable rod must be pressed against the air blocking slope, so that the valve port of the pressure regulating unit is closed. The meridian relaxation device according to item 1 of the claim, wherein the pressure regulating unit further has a touch block assembled on the top of the movable rod, and a tapered inclined section at the bottom of the movable rod. The airtight element is Sleeve on the outer side of the inclined section of the cone, the upper tube has a through hole at the top, a first step portion adjacent to the first exhaust hole, and an internal thread at the bottom. At the top of the lower tube, the lower tube further has an external thread locked to the internal thread, and a mouth portion at the bottom with a reduced outer diameter, and the airtight element outside the tapered inclined surface must be pressed against the air blocking inclined surface. So that the valve port of the pressure regulating unit is closed. The meridian relaxation device according to claim 2, wherein a bottom portion of the movable rod is provided with a groove extending in the axial direction, and the abutment member has a body portion connected to the lower tube and a body from the body. The portion extends upward and passes through the long axis section of the groove, and the second exhaust hole is provided on the body portion. According to the meridian relieving device described in the first item of the claim, wherein the touch block of the pressure regulating unit is linked from the top to the bottom to move the movable rod, so that the movable rod performs a pressure relief action. The meridian rejuvenating device according to item 3 of the claim, wherein the pressure regulating unit further has a pivot portion provided on the top side of the upper tube, and a trigger group pivotally provided on the pivot portion. The trigger group has a wrench and a push rod that are interconnected. When the wrench is pressed, the push rod is linked, so that the push rod pushes the cap upward, so that the movable rod is pulled upward. Then, the air-tight element is urged to escape from the air-blocking inclined surface to open the valve port, thereby achieving the effect of releasing pressure. The meridian shuhuo device according to item 1 of the claim, wherein the outer tube of the pressurizing mechanism is screwed together by a first tube section and a second tube section, and the screwed position is located at the position of the first container. Office. The meridian relieving device according to item 1 of the claim, wherein the pressing block of the pressing member is bowl-shaped or spherical.