CN107583201A - A kind of carbon fiber or resistance wire heating electric pole Phototherapeutic instrument - Google Patents

Abstract

The invention provides a carbon fiber or resistance wire heating electrode phototherapy instrument, which includes a main body of the therapeutic instrument. The main body of the therapeutic instrument is provided with an irradiation light source, a carbon fiber or resistance wire heating layer, an electrode sheet, and a circuit controller or a Bluetooth circuit control device, the bluetooth circuit controller is controlled by mobile APP, the irradiation light source includes infrared rays and red light, the carbon fiber or resistance wire heating layer includes carbon fiber or resistance wire electric heating insulation layer and insulation cloth, and the circuit controller or The bluetooth circuit controller controls the carbon fiber or resistance wire heating layer, the irradiation light source and the electrode sheets, the carbon fiber or resistance wire heating layer and the irradiation light source are arranged in the middle, and the electrode sheets are arranged on both sides. The invention is particularly effective for treating arthritis, rheumatoid arthritis, acute and chronic joint inflammation pain, neuropathic pain, muscle pain and other symptoms.

Description

A carbon fiber or resistance wire heating electrode phototherapy instrument

technical field

The invention relates to a medical device, in particular to a carbon fiber or resistance wire heating electrode phototherapy instrument.

Background technique

The existing traditional therapeutic instruments with acupuncture effects on the market have single functions, and there is no targeted treatment for the structure and organization of the joints, and there are no products on the market that combine electrode massage and phototherapy (infrared, red, and blue light).

Traditional joint therapy instruments with acupuncture effects on the market have the following limitations:

1. Larger electrode massager. This type of massager has more output channels, typically four or six outputs, and can massage multiple parts of the body at the same time. The controllers of such products are usually not fixed on the human body, but are placed on the ground or on the table. When users use them, they usually lie or sit still, which is inconvenient for activities. If the massage location is the back or other parts, or the massage location is far away, the user's body may be entangled by the electrode wires, causing discomfort.

2. Bandage for acupuncture effect. Most of the bandages with acupuncture effects on the market are mostly achieved through infrared energy points, and the effect is not as obvious as the acupuncture effect of light therapy (infrared, red and blue light). Moreover, most of the infrared therapy instruments on the market are relatively large, and the spectrum is uncontrollable and single, and it is not easy to operate.

3. The heat preservation effect is not obvious. Most of the therapeutic devices with heat preservation effect on the market use cement resistance or tungsten wire for heating, which has high radiation efficiency and low heating effect, and it is difficult to accurately control the heating effect.

To sum up, the disadvantages of the traditional joint therapy apparatus are that the user's activities are inconvenient and the massager is inconvenient to control. A therapeutic device that has the least impact on user activities and is easy to adjust parameters at any time will greatly improve the user experience.

Contents of the invention

The purpose of the present invention is to overcome the shortcomings and deficiencies of the prior art, and provide a smaller, lighter and easier-to-control carbon fiber or resistance wire heating electrode phototherapy instrument to the market. In order to solve the problems in the prior art, the present invention provides a carbon fiber or resistance wire heating electrode phototherapy instrument, which includes a therapeutic apparatus main body, on which an irradiation light source, a carbon fiber or resistance wire heating layer, and an electrode sheet are arranged. It includes a circuit controller or a bluetooth circuit controller, the bluetooth circuit controller is controlled by a mobile APP, the irradiation light source includes infrared rays and red light, and the carbon fiber or resistance wire heating layer includes a carbon fiber or resistance wire electric heating insulation layer and a heat preservation layer. The circuit controller or bluetooth circuit controller controls the carbon fiber or resistance wire heating layer, the irradiation light source and the electrode sheet, the carbon fiber or resistance wire heating layer and the irradiation light source are arranged in the middle, and the electrode sheets are arranged on both sides.

As a further improvement of the present invention, the illumination light source also includes blue light.

As a further improvement of the present invention, a lithium battery is also included, and the circuit controller or the Bluetooth circuit controller and the lithium battery are arranged on the main body of the therapeutic apparatus.

As a further improvement of the present invention, a lithium battery is also included, and the circuit controller or the bluetooth circuit controller and the lithium battery are connected to the main body of the therapeutic apparatus by wires or wirelessly.

As a further improvement of the present invention, the wavelength of the irradiation light source is: infrared light: 880-10000 nm, red light: 600-760 nm, blue light: 420-500 nm.

As a further improvement of the present invention, the parameters output by the circuit controller or the Bluetooth circuit controller control electrodes include pulse waveform, pulse frequency and pulse intensity, the high frequency range is 30-200 Hz, and the low frequency range is 0.3-25 Hz.

As a further improvement of the present invention, the carbon fiber or resistance wire heating electrode phototherapy instrument is presented in the form of knee pads, the electrode sheets are arranged on both sides of the knee pads, the electrode pads adopt an arc-shaped structure extending to both sides, and the irradiation light source is arranged in the middle of the knee pads.

The beneficial effects of the present invention are:

1. Structural design adopts ergonomic structure: so that the therapeutic device can be easily worn on the user's joints without affecting its activities. Lightweight and easy to handle.

2. Infrared light, red light and blue light can be concentrated on the articular cartilage.

3. Heating of carbon fiber or resistance wire: Through the softness of carbon fiber or resistance wire, the heating body can closely fit the curved parts of the body. It can conduct and radiate energy to the joint layer through the heating body, so that the temperature of the blocked part of the inflammatory metabolic cycle can be restored.

4. Low power consumption: Due to the adhesive design, the effect of raising the temperature of the inflammation site can be achieved with a small amount of energy.

5. Comfortable to wear: Due to the use of dispersed heating wires, the heat action area is large, and the heating body feels natural and even. Because of its softness, it has the same wearing comfort as cloth clothing.

6. Electrical stimulation: the present invention focuses on the electrode massage of the leg muscles on both sides of the knee, by stimulating the muscles of the thigh and calf, the sensation of the pain site is dispersed, and the interference transmission is achieved to relieve the muscles and relieve joint pain.

7. Combination effect: Different from single heating or electrical stimulation, after the combination is implemented, it is especially effective for treating arthritis, rheumatoid arthritis, acute and chronic joint inflammation pain, neuropathic pain, muscle pain and other symptoms.

8. Safe operation: The treatment output head of the whole treatment device adopts low-voltage components.

Description of drawings

Fig. 1 is the structural diagram of knee joint of the present invention;

Fig. 2 is the structural diagram of dorsal spine of the present invention;

Fig. 3-Fig. 5 is the pattern diagram of the irradiation light source part of the present invention;

Among them, the triangle represents the red light, the rectangle represents the infrared light, and the circle represents the blue light;

Fig. 6 is the structural diagram of product of the present invention;

Figure 7 to Figure 9 are the wired connection control of the controller;

Figure 10 to Figure 12 are the wireless control of the Bluetooth controller.

The names of the components in the figure are as follows:

Quadriceps 1, femur 2, articular cartilage 3, lateral malleolus 4, posterior cruciate ligament 5, anterior cruciate ligament 6, lateral collateral ligament 7, fibula 8, tibia 9, quadriceps tendon 10, patella 11, medial collateral ligament 12, Meniscus 13, patellar ligament 14, cervical vertebra 15, thoracic vertebra 16, lumbar vertebra 17. Electrode sheet 101, blue light 102, flexible circuit board 103, red light 104, infrared ray 105, carbon fiber or resistance wire heating layer 106, circuit controller 107, bluetooth controller 108, bluetooth mobile phone 109.

detailed description

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

A carbon fiber or resistance wire heating electrode phototherapy apparatus, comprising a therapeutic apparatus main body, an irradiation light source, a carbon fiber or resistance wire heating layer 106, an electrode sheet 101 are arranged on the therapeutic apparatus main body, and a circuit controller 107 and a lithium battery are also included. The irradiation light source includes infrared ray 105, red light 104 and blue light 102, the carbon fiber or resistance wire heating layer includes carbon fiber or resistance wire electric heating insulation layer and insulation cloth, and the circuit controller or bluetooth circuit controller (use mobile phone APP to Control) to control the carbon fiber or resistance wire heating layer, the irradiation light source and the electrode sheet, the carbon fiber or resistance wire heating layer and the irradiation light source are arranged in the middle, and the electrode sheets are arranged on both sides; for the treatment site, the irradiation light source is arranged inside, The carbon fiber or resistance wire heating layer is arranged on the outside.

Circuit control can be divided into the following three forms: (1) circuit controller or bluetooth circuit controller (controlled by mobile APP) and external lithium battery, used to control the lamp, electrode and carbon fiber or resistance wire heating of the main body of the therapeutic device Silk. (2) The circuit board and flexible battery are built into the main body of the therapeutic device, and the therapeutic device is controlled through the buttons on the main body of the therapeutic device. (3) The circuit board and flexible battery are built into the main body of the therapeutic device, and the therapeutic device is controlled wirelessly through the mobile phone program. The circuit controller or bluetooth circuit controller (controlled by mobile phone APP) controls the electrode output parameters including pulse waveform, pulse frequency and pulse intensity, the high frequency range is 30-200Hz, and the low frequency range is 0.3-25Hz.

The wavelength of the irradiation light source is: infrared ray: 880-10000nm, red light: 600-760nm, blue light: 420-500nm.

The carbon fiber or resistance wire heating electrode phototherapy instrument can be worn directly on the joints of the human body, such as knee joints, elbow joints or shoulder joints. By outputting different electrode pulses, infrared rays, red light and blue light, it can relieve fatigue, improve neuralgia, leg pain Soreness, blood circulation and other effects, especially effective for treating arthritis, rheumatoid arthritis, acute and chronic joint inflammation pain, neuropathic pain, muscle pain and other symptoms. Carbon fiber or resistance wire heating knee pads use carbon fiber or resistance wire heating wire, which has fast heating, high heating efficiency and safe temperature control, which can effectively keep the joints warm.

Compared with the joint electrode massager with only a single function widely sold in the market, this invention is characterized by multiple functions, extremely light and easy to operate, and the appearance design allows the product to be easily worn on the user's joints without affecting its activities .

Since the joint structures are relatively similar, the following will focus on the knee joint as an example to introduce this technology.

The design principle of the electrode output part of the present invention is to control the weak pulse current output of different waveforms through the single-chip microcomputer program, and to stimulate the acupuncture points and muscles of the human body through the electrode stickers pasted on the body surface. The parameters that can be controlled by the electrode output include pulse waveform, pulse frequency, and pulse intensity. Pulses of different frequencies produce different physiological effects, the high frequency range is 30~200Hz, and the low frequency range is, for example, 0.3~25Hz. Studies have shown that strengthening the muscles of the thigh and calf can effectively reduce the strain on the knee joint caused by body load. In response to this research finding, the present invention focuses on performing electrode massage on the leg muscles on both sides of the knee, and by stimulating the muscles of the thigh and calf, the muscles are relieved, the body's load on the joints is reduced, and the effect of treating arthritis is achieved.

Figure 1 is a structural diagram of the knee joint.

The knee joint is the most complex joint in the human body, and its stable operation depends on a large number of auxiliary structures to maintain. Between the articular surface of the femur and the tibia, there is a half-moon-shaped cartilage called the meniscus, which can not only increase the contact area of the bone to improve stability, but also absorb a large amount of stress between the joints and protect the bone.

There is also a thin layer of cartilage in the knee joint. The cartilage is like a lubricant between bones. Without its protection, the bones will rub against the bones when walking. Due to the abundant nerves and blood vessels on the periosteum, it will be very painful. If things go on like this, the knee joint will grow bone spurs and even deform. The present invention is completely designed according to the ergonomic structure, and the phototherapy acupuncture part is realized by infrared rays, red light and blue light. The invention is equipped with an ultra-thin device emitting infrared, red and blue light, using continuous wave infrared rays of 880-10000nm, red light: 600-760nm, blue light: 420-500nm as the irradiation light source, the user can tie the device to At the knee, according to the ergonomic structure, the blue light, infrared light, and red light of this invention will concentrate on the meniscus and cartilage, and irradiate the painful joints at close range, exerting the warming effect of infrared rays and stimulating the cells with red light and blue light. The therapeutic effect brought by the release of nitric oxide molecules dilates capillaries, accelerates blood flow, metabolizes substances, enhances the vitality of tissue cells and the synthesis of ATP, improves the regeneration ability of cells and provides oxygen to painful muscles. In addition, the wavelength of light is directly proportional to the depth it penetrates. Red light therapy targets deeper tissues, such as joints; blue light therapy targets superficial tissues, such as muscles and skin. If it is used according to a certain method and cycle, it can achieve the effect of treating various arthritis, various joint pains and reducing the excitability of the nervous system. The product in Figure 6 combines infrared light, red light and blue light therapy to bring more diversified therapeutic effects and superficial tissue treatment. The apparatuses in Fig. 7 to Fig. 12 only use infrared light and red light for light therapy, and they all target and concentrate the treatment of the underlying tissues, and are especially suitable for knees.

The irradiation light source is concentrated on the articular cartilage or the joint pain at close range, which is especially effective for the treatment of neuropathic joint pain and chronic arthritis.

The therapeutic device is presented in the form of knee pads. The electrodes are set on both sides of the knee pads, and the irradiation light source is set in the middle of the knee pads. The irradiation position is designed according to ergonomics. The irradiated parts are the cartilage and meniscus of the knee. extended structure.

Figure 2 is a schematic diagram of the dorsal spine. The main structure of the back is the spine, which is mainly composed of cervical vertebrae, thoracic vertebrae and lumbar vertebrae. It is a columnar structure composed of multiple vertebrae and contains several joints. The spinal cord walks inside it and is surrounded by ligaments, muscles and tendons. And the sarcolemma, the structure is very delicate and complex, and it is for this reason that the back is more vulnerable to damage. In addition, the activities of the upper body are of course not only supported by the vertebrae and intervertebral discs. The ligaments and muscles connecting the bones also play a big role, such as the psoas major on both sides of the spine and the quadriceps lumbar muscles on the inner side of the waist. , The rectus abdominis, external obliques, and internal obliques on the ventral side are all related to the stability and activity of the spine. However, as the muscles age, the muscle strength will also weaken. Insufficient exercise will also lead to the deterioration of the muscle strength, and the deterioration of the strength of the muscles supporting the spine will naturally become the cause of back pain. In response to this research discovery, the present invention focuses on irradiating the ligaments, muscles, tendons and fascia near the spine to relieve pain, and at the same time performs electrode massage on the muscles of the back to relieve the muscles and reduce the body's load on the spine. pain effect.

According to different curative effects, the arrangement of light sources can be divided into three different arrangements, as shown in Figure 3, Figure 4 and Figure 5.

The first implementation form of the present invention is shown in Figure 6, which is presented in the form of knee pads, and electrodes are provided on both sides of the knee pads. There are multiple rows of irradiation light sources in the middle of the knee pads, using 880-10000nm continuous wave infrared rays, red light: 600-760nm, blue light: 420-500nm as the irradiation light source. The position of the light source is designed according to ergonomics, and the irradiated parts are the cartilage and meniscus of the knee.

As shown in Figure 7, it includes 12 red lights and 24 infrared lights, the arrangement is shown in Figure 7. As shown in Figure 8, it includes 10 red lights and 20 infrared lights, the arrangement is shown in Figure 8. As shown in Figure 9, it includes 8 red lights and 16 infrared lights, and the arrangement is shown in Figure 9. Fig. 7 to Fig. 9 all are the wired connection control of the controller.

As shown in Figure 10, it includes 12 red lights and 24 infrared lights, the arrangement is shown in Figure 10. As shown in Figure 11, it includes 10 red lights and 20 infrared lights, the arrangement is shown in Figure 11. As shown in Figure 12, it includes 8 red lights and 16 infrared lights, the arrangement is shown in Figure 12. Fig. 10 to Fig. 12 are bluetooth controller wireless control.

The above content is a further detailed description of the present invention in conjunction with specific preferred embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field of the present invention, without departing from the concept of the present invention, some simple deduction or replacement can be made, which should be regarded as belonging to the protection scope of the present invention.

Claims (7)

1. A carbon fiber or resistance wire heating electrode phototherapy instrument is characterized in that: it comprises a therapeutic apparatus main body, and said therapeutic apparatus main body is provided with an irradiation light source, a carbon fiber or resistance wire heating layer, electrode sheets, and also includes a circuit controller or Bluetooth Circuit controller, the bluetooth circuit controller is controlled by mobile phone APP, the irradiation light source includes infrared rays and red light, the carbon fiber or resistance wire heating layer includes carbon fiber or resistance wire electric heating insulation layer and insulation cloth, the circuit control The carbon fiber or resistance wire heating layer, the irradiation light source and the electrode sheet are controlled by a device or a bluetooth circuit controller. The carbon fiber or resistance wire heating layer and the irradiation light source are arranged in the middle, and the electrode sheets are arranged on both sides. 2. A carbon fiber or resistance wire heating electrode phototherapy apparatus according to claim 1, characterized in that: the irradiation light source also includes blue light. 3. A carbon fiber or resistance wire heating electrode phototherapy instrument according to claim 1, characterized in that: it also includes a lithium battery, and the circuit controller or the bluetooth circuit controller and the lithium battery are arranged on the main body of the therapeutic instrument . 4. A carbon fiber or resistance wire heating electrode phototherapy device according to claim 1, characterized in that: it also includes a lithium battery, between the circuit controller or the bluetooth circuit controller and the lithium battery and the main body of the therapeutic device For wired connection or wireless connection. 5. A carbon fiber or resistance wire heating electrode phototherapy device according to claim 2, characterized in that: the wavelength of the irradiation light source is: infrared: 880-10000nm, red light: 600-760nm, blue light: 420-500nm . 6. A carbon fiber or resistance wire heating electrode phototherapy instrument according to claim 1, characterized in that: the parameters output by the circuit controller or the bluetooth circuit controller control electrode include pulse waveform, pulse frequency and pulse intensity, high The frequency range is 30~200Hz, and the low frequency range is 0.3~25Hz. 7. A carbon fiber or resistance wire heating electrode phototherapy instrument according to claim 1, characterized in that: the carbon fiber or resistance wire heating electrode phototherapy instrument is presented in the form of knee pads, and the electrode sheets are arranged on both sides of the knee pads, and the electrode sheets The arc-shaped structure extending to both sides is adopted, and the light source is set in the middle of the knee pads.