WO2014190787A1

WO2014190787A1 - Laser and infrared acupuncture fastening belt therapeutic apparatus with button

Info

Publication number: WO2014190787A1
Application number: PCT/CN2014/072471
Authority: WO
Inventors: 李耀林
Original assignee: 卓越进科技（深圳）有限公司
Priority date: 2013-05-27
Filing date: 2014-02-24
Publication date: 2014-12-04
Also published as: CN203400411U

Abstract

A laser and infrared acupuncture fastening belt therapeutic apparatus with a button comprises a fastening belt (100), the fastening belt (100) being provided with a mounting hole site (101), and further comprises a laser and infrared acupuncture therapeutic apparatus (200). The therapeutic apparatus (200) comprises a housing consisting of an upper housing (201), a middle housing (202), and a lower housing (203). A button (205) and an LED (206) are exposed from an upper portion of the upper housing (201). A main control panel (207), a laser tube (208), and an infrared bulb (209) are disposed in the housing. The button (205), the LED (206), the laser tube (208), and the infrared bulb (209) are connected to the main control panel (207). The lower housing (203) penetrates the mounting hole site (101). The therapeutic apparatus directly embeds the function of an acupuncture therapeutic apparatus in a fastening belt. The therapeutic apparatus has no extra outer wire, has a smaller volume, and is more convenient. A laser and infrared combined acupuncture therapeutic belt is controlled by using two buttons, which makes the product lighter and easier to use.

Description

Laser and infrared light acupuncture and fixation device

Technical field

The utility model relates to a therapeutic apparatus, in particular to a laser and infrared light combined acupuncture treatment fastening belt capable of functioning as a biostimulation, which can be directly worn in different parts of the body.

Background technique

Traditional Chinese medicine acupuncture and moxibustion have various therapeutic effects, but have the following problems:

1. When a metal needle is inserted into the human body, it is prone to infection;

2, moxibustion hot moxibustion temperature is difficult to control, prone to burns;

3, professional requirements are high, difficult to master.

4. High cost and low penetration rate.

The laser acupuncture treatment device that has been developed or reported to be reported actually has only the "light needle" function of simulating traditional Chinese medicine acupuncture, and there is no "light moxibustion" function simulating moxibustion, such as patent announcement numbers CN11441 34 and CN106041. The therapeutic apparatus described in 3 does not have the function of "photo- moxibustion". The function of "moxibustion" is very important. The Chinese medicine code clearly states that "every disease is not as good as a needle, and it must be moxibustion." That is to say, there are many diseases, and acupuncture and drugs will not be as powerful as they can. "Moxibustion" to treat.

Some infrared therapy devices or thermotherapy devices attempt to simulate the function of "moxibustion", but the following defects still exist:

1. These instruments are not combined with laser light needles;

2, mostly using infrared lamps, the structure is heavy, the power consumption is large, the heating temperature is not easy to control, and the difference between the spectral band and the moxibustion band is large;

3. Some use holmium laser and carbon dioxide laser for "photo- moxibustion", but the laser can only output light of single-color wavelength, which is far from the continuous wave language of 1250nm ~ l OOOOnm issued by moxibustion.

4, the use of semiconductor infrared light-emitting tubes, is also only the near-infrared light that radiates less than one micron wavelength, and the difference with the moxibustion band is larger than the infrared lamp.

Compared with the laser and infrared combination acupuncture treatment instrument of the company's previous utility model, the function of the acupuncture treatment device is directly embedded in the fastening belt, and there is no extra external wire, and the volume is smaller and more convenient. Combined into a band with a combination of laser and infrared light acupuncture treatment. Controlled by two key combinations, the product is lighter and easier to use. Utility model content

The utility model provides a combination of laser and infrared light combined with acupuncture and moxibustion for simultaneously simulating the functions of acupuncture and moxibustion of traditional Chinese medicine, laser light needle and emission and moxibustion band, and capable of functioning as a biostimulation function. Belt, can be directly worn in different parts of the body. The fastening tape will release far infrared rays, which can improve the blood circulation under the skin. The utility model directly embeds the function of the acupuncture treatment instrument into the fastening belt, and has no extra external wires, and the volume is smaller and more convenient. Combined into a band with a combination of laser and infrared light acupuncture treatment. Controlled by two key combinations, the product is lighter and easier to use. In order to solve the problems in the prior art, a button laser and an infrared light pinning and fastening device therapeutic apparatus are provided, which comprise a fastening tape, the fastening tape is provided with a mounting hole, and further comprises a laser and an infrared light needle. The treatment device comprises a casing composed of an upper casing, a middle casing and a lower casing, and an exposed button and an LED are arranged on the upper part of the upper casing, and a main control panel, a laser tube and an infrared bulb are arranged in the casing, and the button and the LED are arranged. The laser tube and the infrared bulb are connected to the main control board, and the lower case passes through the mounting hole. As a further improvement of the present invention, the middle casing is provided with a heat dissipation hole. As a further improvement of the present invention, the reflector of the laser tube is further included, and the reflector is disposed in front of the output end of the laser tube to reflect the laser light emitted by the laser tube. As a further improvement of the present invention, the reflector of the infrared light bulb is further included. The infrared light bulb is at least two, disposed on the light PCB board of the infrared light bulb, and the infrared light bulb passes through the bottom of the reflective cup and is reflected by the reflective cup. As a further improvement of the present invention, a protective net is further included, and the protective net is disposed at the bottom of the lower case. As a further improvement of the utility model, the main control board is provided with a button control circuit, a charging management circuit, a power supply circuit, an MCU, a laser and an infrared light control and a feedback circuit; the button control circuit is a combination of two keys and two different colors. The LED displays the working mode of the product; the charging management circuit charges the built-in lithium battery, and the external two colored LEDs display the working state; the power circuit simultaneously connects the button control part, the MCU and the laser with the infrared light control and feedback circuit And the power supply; the laser and infrared light control and feedback circuit is controlled by the MCU, directly controls the output of the infrared light tube, and the signal generated by the MCU is controlled by the laser control circuit to control the laser output laser through the reflection sheet, and the output control of the infrared light and the laser light is controlled. Including constant or pulse output mode selection, pulse width, pulse repetition frequency adjustment and output intensity control; feedback circuit controls the infrared light output by two sub thermistors according to the skin temperature rise feedback caused by infrared light illumination. As a further improvement of the present invention, the output wavelength of the laser tube is in the range of 633 nm to 805 Å. As a further improvement of the present invention, the number of infrared bulbs is 10 to 14; the output range of the infrared bulb is a continuous spectrum infrared of 1250 nm to 1 0000 nm. The utility model has the following advantages and beneficial effects compared with the prior art:

1. It has the functions of laser light needle and infrared heat moxibustion. Both can be used at the same time or separately.

2. Laser light needle and infrared heat moxibustion are produced by semiconductor laser tube or light-emitting tube, which is small in size, light in weight, low in power consumption and long in life, and the infrared light-emitting tube radiation is similar to the infrared spectrum of the moxibustion band.

3. The laser tube and the semiconductor infrared light-emitting tube or the semiconductor infrared LED can perform adjustment and control of the light-emitting output power, the light-emitting output mode (ie, continuous output or pulse output), the pulse width and repetition frequency of the pulse output, and the timing light output. It can imitate various treatments of needles and moxibustion and various changes in strength and weakness, such as pulse stimulation to simulate Chinese medicine's gargle moxibustion, pulse width adjustment and simulation of Chinese medicine's diarrhea method, etc., and timing switches are convenient for timing treatment.

4. The laser tube is combined with the semiconductor infrared light-emitting tube or the semiconductor infrared LED to output the output of the treatment head. The lamp holder of the utility model has a compact structure, and can be used in a very convenient manner to fix the relevant points or various parts of the body in various parts of the body. The diseased part is treated by self-irradiation, no need for the patient or medical staff to control it, or use the support of the base; and the concentrated laser and infrared output can be concentrated to the part to be irradiated.

5, the output treatment lamp head with temperature monitoring, can not only ensure the stable output of the laser, but also help the user to prevent the hot moxibustion temperature is too high, so as not to burn, safe treatment.

6. The host computer is connected to the output treatment lamp through the low-voltage wire, and drives and controls the laser tube, the semiconductor infrared light-emitting tube or the semiconductor infrared LED and the related temperature control circuit, which is safe and convenient.

7. Relevant experiments prove that the utility model can be applied to all kinds of acupoint irradiation treatments, and can directly irradiate various disease parts; various kinds of diseases including various arthritis pains; Pushing, neck pushing inflammatory pain; coronary heart disease, angina pectoris; acute and chronic bronchitis; intestinal and stomach pain; stroke; dysmenorrhea; hypertension, etc. have significant curative effect and can directly eliminate inflammation and promote wound healing in related affected areas; It promotes blood circulation, dispels cold, promotes blood circulation, and improves tissue condition.

8. This product sets the working mode with two key combinations, adjusts the intensity, etc. Each working state can be displayed on the function two-color LED, making the machine more portable and more compact.

DRAWINGS

Figure 1 is a functional schematic diagram of the utility model;

2 to 4 are top view, front view and bottom view of the utility model;

Figure 5 is a perspective view of a portion of the structure of the present invention;

Figure 6 is a schematic exploded view of the utility model;

Figure 7 is an exploded view of the present invention;

Figure 8 is a bottom plan view of the therapeutic device 200 of the present invention;

Figure 9 is an exploded view of the therapeutic device 200 of the present invention.

The names of the components in the figure are as follows: fastening tape 100, mounting hole 101, treatment instrument 200, upper casing 201, middle casing 202, lower casing 203, switch 204, button 205, LED 206, main control panel 207, laser tube 208, The infrared bulb 209, the heat dissipation hole 210, the reflection plate 211, the reflector cup 212, the lamp PCB board 213, the protective net 214, the lithium battery 215, the thermistor 216, the fixing screw 217, and the screw plug 218. DETAILED DESCRIPTION OF THE INVENTION The present invention will be further described below in conjunction with the accompanying drawings. The working principle of the utility model is: simulating the acupuncture effect of traditional Chinese medicine by using a red laser with a strong biostimulating effect (for example, the length of the company is 635 nm), and using a broad spectrum which is very similar to the infrared spectrum of moxibustion. The thermal effects produced by semiconductor infrared tubes simulate traditional Chinese medicine moxibustion therapy. By combining the two, the two treatments can be simultaneously performed on the same fastening belt, and both the light needle and the moxibustion therapy can be performed simultaneously to improve the therapeutic effect, or can be performed separately according to the situation. Because of the strong similarity between the infrared spectrum of moxibustion and the infrared spectrum of traditional moxibustion, the effect of moxibustion is better than the single-wavelength moxibustion apparatus at home and abroad, and it has a lot of traditional Chinese medicine acupuncture therapy. Good similarity.

In addition, the utility model simulates the traditional therapy of traditional Chinese medicine in various acupuncture methods and therapies by controlling the output mode of the laser needle and the infrared moxibustion, the pulse width, the pulse frequency and the output intensity. For example, pulse stimulation simulates Chinese medicine's gargle moxibustion, pulse width adjustment to simulate Chinese medicine's diarrhea method. Easy to control, Easy to operate. Moreover, the combination of infrared light and hot moxibustion and laser acupuncture effects makes it easy to perform acupuncture or moxibustion at any site where treatment is needed. The invention relates to a button laser and an infrared light pin fastening device, which comprises a fastening tape 100, the fastening tape 100 is provided with a mounting hole 101, and further comprises a laser and infrared light acupuncture treatment device 200, The treatment device 200 includes a casing composed of an upper casing 201, a middle casing 202, and a lower casing 203. The upper casing 201 has an exposed button 205 and an LED 206. The casing is provided with a main control panel 207, a laser tube 208, and an infrared bulb 209. The button 205, the LED 206, the laser tube 208 and the infrared bulb 209 are connected to the main control board 207, and the lower case 203 passes through the mounting hole 101. The upper shell material is a heat-resistant high-temperature plastic, and the middle shell 202 is provided with a heat dissipation hole 210. The reflector 211 of the laser tube is further disposed. The reflector 211 is disposed at the output end of the laser tube 208 to reflect the laser spot and directly irradiate the acupuncture point or the diseased part, and reflects the laser light emitted by the laser tube 208. The laser tube output wavelength is in the range of 633 nm to 805 nm. The infrared tube assembly includes an infrared bulb and a control circuit, a thermistor of the thermostat and a PCB board; and a PCB board fixing plate is used to fix the PCB in the lamp cap. Also included is a reflector cup 212 of the infrared bulb 209, which is at least two, disposed on the lamp PCB board 213 of the infrared bulb 209, and the infrared bulb 209 passes through the bottom of the reflector cup 212 and is reflected by the reflector cup 212. The number of infrared bulbs 209 is 10 to 14, preferably 12; the output of the infrared bulb is in the range of 1250 nm to 10000 nm. The reflector can reflect the scattered infrared light to the front to enhance the intensity of the infrared light. Also included is a protective mesh 214 that is disposed at the bottom of the lower casing 203. The protective net effectively prevents skin or fingers from directly contacting the infrared light bulb from being burned. The housing has a high-capacity lithium battery with a protective plate and a 1200mA independent charge management IC. All Micro USB--5V power supplies can be used to charge the unit. (Red light when charging, green light when fully charged) The control part and the output treatment head are concentrated together. The control part includes button control circuit, charge management circuit, power supply circuit, MCU, laser and infrared light. Control and feedback circuit components. The main control board 207 is provided with a button control circuit, a charging management circuit, a power supply circuit, an MCU, a laser and an infrared light control and a feedback circuit; the button control circuit is a combination of two buttons and two different color LEDs (for example, red and green). Display the working mode of the product; the charging management circuit is built-in The lithium battery 215 is charged, and the above two different color LEDs display the working state; the power circuit simultaneously connects and supplies power to the button control part, the MCU and the laser and the infrared light control and feedback circuit; laser and infrared light control and feedback The circuit is controlled by the MCU to directly control the output of the infrared lamp, and the signal generated by the MCU is controlled by the laser control circuit to control the laser to output laser light through the reflection sheet. The output control of the infrared light and the laser includes constant or pulse output mode selection, pulse width, The adjustment of the pulse repetition frequency and the control of the output intensity; the feedback circuit controls the infrared light output by the two sub thermistors according to the skin temperature rise feedback caused by the infrared light irradiation. The infrared light control circuit is controlled by the MCU to directly control the output of the infrared light bulb, and the signal generated by the MCU is controlled by the laser control circuit to control the laser tube to output laser light through the reflector. The output control of the two kinds of light (infrared light, laser) includes constant or pulse. Selection of output mode, pulse width, adjustment of pulse repetition frequency and control of output intensity. The feedback circuit controls the infrared light output by the two sub thermistors 216 according to the skin temperature rise feedback caused by the infrared light irradiation. The laser control and driving circuit includes a laser soft start protection circuit and a laser output control circuit connected to each other; the laser soft start protection circuit is used to make the working current of the laser tube from small to large at the instant of starting, and slowly increase to the normal working current, because the power is turned on. The instantaneous surge current of the laser tube is large, and the laser tube is easily burned out. The laser output control circuit is used to control the laser tube to generate a pulse output of laser power according to the frequency and pulse width of the pulse, or a constant output, and the circuit is also used to control the power of the laser output. The thermistor adjusts the temperature rise control of the infrared bulb; and the A/D inside the MCU realizes the constant temperature function to prevent burns. After all the components are loaded, the fixing screws 217 are attached, and after the function is tested, the screw plug 218 is inserted. The laser will be illuminated when it is fixed in the strap. Made of materials clamped inside the band (including: S I02, MgO, Fe203, CaC03, Ti02, S iC). Far infrared rays are released even if the power is not turned on. The above is a further detailed description of the present invention in conjunction with the specific preferred embodiments. It is not intended that the specific embodiments of the invention are limited to the description. For those skilled in the art to which the present invention pertains, it is also possible to make a number of cartridges for deduction or replacement without departing from the concept of the present invention, which should be regarded as belonging to the protection scope of the present invention.

Claims

Claim

1. A button laser and infrared light pinning and fastening device, characterized in that: it comprises a fastening tape

(100), the fastening tape (100) is provided with a mounting hole position (101), and further comprises a laser and infrared light acupuncture treatment device (200), wherein the therapeutic device (200) comprises an upper casing (201) Medium shell

(202), a casing composed of a lower casing (203), an upper exposed button (205) and an LED (206) on the upper casing (201), and a main control plate (207), a laser tube (208), and an infrared bulb are disposed in the casing (209), said button (205), LED (206) , the laser tube (208) and an infrared lamp (209) and the control board ^{⁽²⁰⁷⁾} connected to said lower shell ^{⁽²⁰³⁾} through the Mounting hole position ( 101 ) ₀

2. The button laser and infrared light pinning and fastening device according to claim 1, wherein: the middle case ( ²⁰ ² ) is provided with a heat dissipation hole ( ² 10 ).

3. The button laser and infrared light pinning and fastening device according to claim 1, further comprising: a reflecting plate (211) of the laser tube, wherein the reflecting plate (211) is disposed at the output of the laser tube (208). In front of the end, the laser light emitted by the laser tube (208) is reflected.

4. The button laser and infrared light pin fastening device according to claim 1, further comprising: a reflective cup (212) of the infrared light bulb (209), wherein the infrared light bulb (209) is at least two , set the light in the infrared bulb ( 209 )? On the 08 board (213), the infrared bulb (209) passes through the bottom of the reflector (212) and is reflected by the reflector (212).

5. The button laser and infrared light pinning tape therapy apparatus according to claim 1, further comprising: a protective net (214) disposed at a bottom of the lower case (203).

6. The button laser and infrared light pinning and fastening device according to claim 1, wherein: the main control board (207) is provided with a button control circuit, a charging management circuit, a power supply circuit, an MCU, a laser and an infrared. Light control and feedback circuit; The button control circuit is a combination of two buttons and two different color LEDs to display the working mode of the product; the charging management circuit charges the built-in lithium battery (215), and the above two different color LED displays Working state; the power circuit simultaneously connects and supplies power to the button control part, the MCU and the laser and the infrared light control and feedback circuit; the laser and infrared light control and feedback circuit are controlled by the MCU to directly control the output of the infrared light tube, and The signal generated by the MCU is controlled by the laser control circuit to output laser light through the reflection sheet. The output control of the infrared light and the laser includes constant or pulse output mode selection, pulse width, pulse repetition frequency adjustment and output intensity control; The skin temperature rise feedback caused by infrared light is controlled by two sub thermistors to control the infrared light output.

7. The button laser and infrared light pinning and fastening device according to claim 1, wherein: the laser tube output wavelength is in the range of 633 805 nm.

8. The button laser and infrared light pinning and fastening device according to claim 1, wherein the number of infrared light bulbs (209) is 10 to 14; and the output range of the infrared light bulb is 1250 nm to 10000. The continuous spectrum of infrared light in nm.