CN212214385U - Graphene Electric Plum Needle - Google Patents

Abstract

The utility model discloses a graphene electric plum-blossom needle, comprising a plum-blossom needle, and further comprising: upper and lower shells of a plum-blossom needle sleeve body and a plum-blossom needle sleeve bottom; a rechargeable battery and a power supply controller are arranged inside the lower casing, which are installed in the upper casing There are printed circuit boards, motors, cams, sheaths, guide rods, springs, joints, frequency converters, temperature controllers; the joints are slidably mounted on the upper part of the sheath, the springs are sleeved on the guide rods, and the upper ends of the springs are connected to the The sleeve, the lower end of the spring is connected to the guide rod, the guide rod is slidably installed on the lower end of the sheath, the guide rod is slidably installed in the lower end of the sheath, the cam is installed on the rotating shaft of the motor, and the cam is connected to the lower end of the guide rod . The utility model realizes the functions of intelligent operation, uniform drug administration, far-infrared physiotherapy, replaceable needle seat, controllable acupuncture frequency and intensity, and skin-breaking depth, and completely has the functions of a hand-held electric plum-blossom needle physiotherapy instrument.

Description

Graphene Electric Plum Needle

technical field

The utility model belongs to the field of acupuncture and moxibustion health care appliances, in particular to a graphene electric plum blossom needle.

Background technique

At present, the hand-held electric plum-blossom needle physiotherapy instrument on the market has the advantages of automatic tapping, labor saving and convenience compared with the traditional plum-blossom needle. However, the graphene electric plum-blossom needle is the continuation and innovation of the hand-held electric plum-blossom needle physiotherapy instrument, and The far-infrared rays and medicinal liquid produced by graphene have many benefits to the human body, have good physical therapy effects, and greatly improve the therapeutic effect.

Currently on the market, the most similar invention to this application is a hand-held electric plum-blossom needle physiotherapy instrument. The main structure of the hand-held electric plum-blossom needle physiotherapy instrument includes: a motor, an eccentric shaft device, a connecting rod device, a connecting rod rotating shaft, a plum blossom needle connection locking part, The upper and lower shells and the fixed seat connecting the rotating shaft. The operation process is as follows: with the rotation of the motor, the eccentric shaft device is driven to rotate, the connecting rod device is driven through the long slot on the connecting rod device, and the connecting rod rotating shaft is used as the axis to swing up and down, thereby making the connection lock. The traditional plum-blossom needle that is tightly connected to the locking part of the plum-blossom needle swings up and down.

Disadvantages of the inventions disclosed on the market are:

Single function, poor user-friendly design: the current handheld electric plum blossom needle physiotherapy instrument on the market only has the function of automatic stabbing according to the required frequency and strength, without the adjustment of the strength gear, and the traditional plum blossom needle is still connected to the locking part. It is still difficult for non-professionals to operate. Therefore, the existing electric plum-blossom needle physiotherapy instrument still has a big gap in market demand, and the humanized design is not good.

The operation is cumbersome and the use process is complicated: when using the hand-held electric plum-blossom needle physiotherapy instrument on the market, firstly, pull up the locking piece with the lever, insert the traditional plum-blossom needle handle into the connection part, and then press down the locking piece with the lever , when the connecting piece and the locking member are in the vertical position, the four-bar linkage mechanism is in the dead center position, and it can be locked; then turn on the switch and adjust the frequency to work. After use, turn off the switch to stop the motor from rotating, and then pull up the handle with the handle lock to remove the traditional plum blossom needle handle.

High production and use costs: The hand-held electric plum-blossom needle physiotherapy instruments on the market have built-in motors, eccentric shaft devices, etc. The production cost is relatively high, and after each use, the entire plum-blossom needle handle must be replaced for safety reasons, and the cost of use higher.

Low treatment efficiency: The hand-held electric plum-blossom needle physiotherapy instrument on the market can only perform automatic puncturing according to the required frequency. The treatment efficiency is the same as that of the traditional plum-blossom needle.

The far-infrared rays produced by graphene can improve blood circulation, reduce high blood pressure, improve symptoms of hypotension, improve joint pain, remove fatigue substances and lactic acid and other aging wastes accumulated in the body, eliminate internal swelling, relieve soreness, regulate autonomic nerves, and enhance metabolism. The exchange of substances in the body is in a stable state, the immune function is improved, the phagocytic function of macrophages is improved, and the activity of biomolecules is activated to achieve the purpose of disease prevention and treatment. During the percussion process of the needle, the liquid medicine can flow out by opening the liquid medicine valve, evenly adhere to the skin, and penetrate through the skin under the irradiation of far-infrared to improve the therapeutic effect.

Graphene Electric Plum Blossom Needle is a new type of mechatronics physiotherapy instrument that integrates medicine, acupuncture, physiotherapy and hyperthermia according to the principle of traditional Chinese medicine plum blossom needle, combined with modern automation control and graphene far-infrared physiotherapy technology, and realizes intelligent operation. , Uniform dosing, far-infrared physiotherapy, interchangeable needle seat, controllable acupuncture frequency and intensity and depth of skin breaking, etc., fully possess the functions of traditional plum blossom needles, and can make up for the excessive force or too small force when traditional plum blossom needles are manually operated. Problems such as troublesome use, inefficiency, and difficulty in self-care and self-treatment.

Utility model content

The utility model discloses a graphene electric plum blossom needle. The utility model has the advantages of simple structure and scientific and reasonable design. Functions such as frequency and strength of needle movement, fully have the functions of a hand-held electric plum-blossom needle physiotherapy instrument.

The technical scheme of the present utility model:

Provide a graphene electric plum blossom needle, which not only includes the plum blossom needle, but also includes:

The upper and lower shells of the plum blossom sleeve body and the bottom of the plum blossom needle sleeve are provided with a rechargeable battery and a power controller inside the lower shell, and a printed circuit board, a motor, a cam, a sheath, a guide rod, a spring, a connector are installed in the upper shell , frequency converter, temperature controller; the joint is slidably installed on the upper part of the sheath, the spring is sleeved on the guide rod, the upper end of the spring is connected to the sheath, the lower end of the spring is connected to the guide rod, and the guide rod is slidably installed on the protective rod A guide rod is slidably installed in the lower end of the sheath, the cam is installed on the rotating shaft of the motor, and the cam is connected to the lower end of the guide rod.

The bottom of the plum blossom needle sleeve is cylindrical as a whole; a through hole for placing the plum blossom needle is arranged at the bottom, and a graphene heating film, a temperature sensing probe, and a rotating telescopic ring are arranged at the bottom of the inner part.

The graphene heating film and the temperature controller connecting contacts are connected to the circuit formed by the printed circuit board, the motor, the cam, the frequency converter, the rechargeable battery, and the power controller inside the lower shell of the plum blossom needle sleeve through the internal wire, The temperature-sensing probe is set on the graphene heating film; there is a liquid medicine inlet on the top, which is connected with the liquid medicine storage cavity and can seep out through the through hole;

The power controller is provided with corresponding power control buttons on the upper and lower shells of the plum blossom needle sleeve body.

The control of the temperature of the graphene heating film and the force and frequency of stabbing is realized by the remote control software of the mobile terminal, which is the prior art.

The end of the lower shell of the plum-blossom needle sleeve body is also provided with a charging port.

Further, the essential oil storage cavity is also controlled by the essential oil valve to open and close.

Further, the temperature controller adopts the 89C51 single-chip microcomputer.

Further, the temperature controller performs constant temperature control connection on the graphene heating film through a temperature sensing probe.

Further, the plum blossom needle sleeve adopts a transparent plastic sleeve body.

The beneficial effects of the present utility model:

1. The graphene electric plum-blossom needle not only has the function of the current plum-blossom needle automatic stabbing, but also can adjust the stabbing strength, frequency, and depth of needle insertion according to the degree of the disease, and the far-infrared wavelength emitted by graphene is very close to the human body, which can The biomolecular resonance caused by human cells activates tissue cells, thereby exerting the effect of biomolecules in regulating the body's metabolism, immunity and other activities, which is conducive to the recovery and balance of human body functions; in the traditional way of promoting blood circulation, strengthening blood and cell tissue metabolism, helping Rejuvenate cells, improve anemia; improve human immunity, improve the phagocytic function of macrophages, regulate human cellular immunity and humoral immune function, which is beneficial to human health; relieve muscle, joint, nerve pain, etc. have a good physiotherapy effect . This product is also equipped with a liquid medicine storage chamber. During the needle tapping process, the liquid medicine valve is opened to make it flow out, evenly adhere to the skin, and penetrate through the skin under far-infrared irradiation to improve the therapeutic effect.

2. Easy to use and simple to operate: turn on the switch when in use, use the mobile terminal software to select the appropriate frequency and strength according to the disease, adjust the rotating telescopic ring, open the liquid valve, and orient the plum blossom needle to the desired thorn. After use, just close the liquid valve and turn off the switch.

3. Low production cost: The graphene electric plum-blossom needle is equipped with a charging port, and there is no need to replace the battery; each time you use it, you only need to disassemble the disposable plum-blossom needle needle seat, and the internal circuit realizes its automatic stabbing and the function of controlling the stabbing intensity and frequency according to the disease.

4. The effect and efficiency of the treatment are greatly improved: the graphene electric plum blossom needle changes the direction of the magnetic field around the vibrating plate by using the alternating current of periodic change, drives the cone head to vibrate up and down to produce a tapping action, and outputs a micro-pulse current to act on the treatment part, combined with graphene Far infrared rays and essential oils have relatively simple production process, simple use and low production cost.

Description of drawings

Fig. 1 is the external schematic diagram of the utility model graphene electric plum blossom needle;

Fig. 2 is the schematic diagram of the sleeve body of the graphene electric plum blossom needle of the present invention;

Fig. 3 is the schematic diagram of the bottom of the plum blossom needle sleeve of the graphene electric plum blossom needle of the present invention;

Name and serial number in the picture:

Plum blossom needle 1, medicine storage tube 2, rotating telescopic ring 3, graphene heating film 4, power controller 5, charging port 6, connector 8, temperature controller 9, sheath 10, spring 11, printed circuit board 12, cam 13 , temperature sensor probe 14 , guide rod 15 , frequency converter 16 , motor 17 , rechargeable battery 18 , through hole 19 .

Detailed ways

The present utility model will be further described below in conjunction with the accompanying drawings.

Example 1:

As shown in the figure, a graphene electric plum blossom needle is provided, which not only includes the plum blossom needle 1, but also includes:

The upper and lower shells of the plum blossom needle sleeve body and the plum blossom needle sleeve bottom are provided with a rechargeable battery 18 and a power supply controller 5 inside the lower shell, and a printed circuit board 12, a motor 17, a cam 13, a sheath 10, a printed circuit board 12, a motor 17, a cam 13, a sheath 10, Guide rod 15, spring 11, joint 8, frequency converter 16, temperature controller 9; joint 8 is slidably installed on the upper part of the sheath 10, the spring 11 is sleeved on the guide rod 15, and the upper end of the spring 11 is connected to the sheath 10 , the lower end of the spring 11 is connected to the guide rod 15, the guide rod 15 is slidably installed on the lower end of the sheath 10, the guide rod 15 is slidably installed in the lower end of the sheath 10, and the cam 13 is installed on the rotating shaft of the motor 17, The cam 13 is connected to the lower end of the guide rod 15 .

The bottom of the plum blossom needle sleeve is cylindrical as a whole; a through hole 19 for placing the plum blossom needle is arranged at the bottom, and a graphene heating film 4, a temperature sensing probe 14, and a rotating telescopic ring 3 are arranged at the bottom of its interior.

The graphene heating film 4 and the temperature controller 9 are connected to the contacts through the internal wires and the lower shell of the plum blossom sleeve body is controlled by the printed circuit board 12, the motor 17, the cam 13, the frequency converter 16, the rechargeable battery 18, and the power supply. The loop formed by the device 5 is connected, wherein the temperature sensing probe 14 is arranged on the graphene heating film 4; a medicinal liquid inlet is provided at the top, which is communicated with the medicinal liquid storage cavity and can seep out through the through hole 19;

The power controller 5 is provided with corresponding power control buttons on the upper and lower shells of the plum blossom sleeve body.

The control of the temperature of the graphene heating film and the frequency of the stab force is realized through the remote control software of the mobile terminal.

The end of the lower shell of the plum-blossom needle sleeve body is also provided with a charging port 6 .

The liquid medicine storage cavity 2 is also controlled by the liquid medicine valve to open and close.

The temperature controller 9 adopts the 89C51 single-chip microcomputer.

The temperature controller 9 performs constant temperature control connection to the graphene heating film 4 through the temperature sensing probe 14 .

The plum blossom needle 1 sleeve adopts a transparent plastic sleeve.

When in use, turn on the switch, use the mobile terminal software to select the appropriate frequency and strength according to the disease, adjust the rotating telescopic ring, open the liquid valve, and point the plum blossom needle to the desired stabbed part, and the graphene heating film is in the stabbed. The process of producing far infrared rays is the only physiotherapy method that can fully take care of the countless microcirculation tissue systems throughout the body.

It should be pointed out that the above-mentioned embodiments are only to illustrate the technical concept and characteristics of the present utility model, and its purpose is to allow those who are familiar with the technology to understand the content of the present utility model and implement accordingly, and cannot limit the present utility model with this. scope of protection. All equivalent changes or modifications made according to the spirit of the present invention shall be included within the protection scope of the present invention.

Claims (5)

1. Electronic plum blossom needle of graphite alkene, including the plum blossom needle, its characterized in that still includes:

the upper and lower shells of the plum-blossom needle sleeve barrel body and the bottom of the plum-blossom needle sleeve barrel body are internally provided with a rechargeable storage battery and a power supply controller, and the upper shell is internally provided with a printed circuit board, a motor, a cam, a sheath, a guide rod, a spring, a joint, a frequency converter and a temperature controller; the joint is slidably arranged at the upper part of the sheath, the spring is sleeved on the guide rod, the upper end of the spring is connected to the sheath, the lower end of the spring is connected to the guide rod, the guide rod is slidably arranged at the lower end of the sheath, the cam is arranged on a rotating shaft of the motor, and the cam is connected to the lower end of the guide rod;

the whole body of the sleeve bottom of the plum-blossom needle sleeve is cylindrical; the bottom of the sleeve barrel of the plum-blossom needle is provided with a through hole for placing the plum-blossom needle, and the bottom of the sleeve barrel is provided with a graphene heating film, a temperature-sensitive probe and a rotary telescopic ring;

the temperature controller is connected with a temperature sensing probe, wherein the graphene heating film and the temperature controller connecting contact are connected with a loop formed by a printed circuit board, a motor, a cam, a frequency converter, a rechargeable storage battery and a power controller in the lower shell of the plum-blossom needle sleeve through internal leads, and the temperature sensing probe is arranged on the graphene heating film; the top of the plum-blossom needle sleeve body is provided with a liquid medicine inlet which is communicated with the liquid medicine storage cavity and can seep out through the through hole;

the power controller is provided with corresponding power control buttons on the upper and lower shells of the plum-blossom needle sleeve body;

the end part of the lower shell of the plum-blossom needle sleeve body is also provided with a charging port.

2. The graphene electric plum blossom needle according to claim 1, wherein the liquid medicine storage chamber is further controlled to be opened and closed by a liquid medicine valve.

3. The graphene electric plum-blossom needle as claimed in claim 1, wherein the temperature controller is an 89C51 single chip microcomputer.

4. The graphene electric plum-blossom needle as claimed in claim 1, wherein the temperature controller is connected to the graphene heating film through a temperature sensing probe for thermostatic control.

5. The graphene electric plum-blossom needle as claimed in claim 1, wherein the bottom of the plum-blossom needle sleeve is made of a transparent plastic sleeve body.

Images