CN103120615B - A multi-purpose energy-gathering physiotherapy health care instrument - Google Patents

Abstract

The invention discloses a multipurpose energy-gathering physical therapy health-care instrument which comprises a shell, a heating piece, a switch, an energy-gathering piece, an electronic circuit board and a fan and is characterized by further comprising a buffering heat energy temperature-balancing piece, wherein wind formed by rotation of the fan is heated to 60-90 ℃ through a heating wire and then gathered through the energy-gathering piece, the buffering heat energy temperature-balancing piece adjusts the temperature of hot wind gathered by the buffering energy-gathering piece and conducts the hot wind to human skin, an exhaust port is formed in the shell corresponding to the position between the fan and the heating piece, residual hot wind and heat energy are exhausted through the exhaust port, and the buffering heat energy temperature-balancing piece is replaced according to the skin quality of different users. The invention adopts energy gathering pieces, a buffer heat energy temperature balancing piece and a convection exhaust design to balance the heating temperature of the epidermis, utilizes the energy in hot air and material components specially made according to different human body constitutions to accurately and safely transmit the energy to the underlying tissues of the skin to relieve pain symptoms, and the skin can not be scalded after long-time use.

Description

A multi-purpose energy-gathering physiotherapy health care instrument

technical field

The invention relates to a health care instrument, more specifically, to a multipurpose energy-gathering physiotherapy health care instrument.

Background technique

Traditional Chinese medicine can relieve long-term pain (moxibustion) techniques. (Ai) Throwing is made of wormwood plant fragments extruded into flakes, balls or strips. After being ignited, the heat energy released by it and the active ingredients in the medicine block can be accelerated to diffuse to the missing place through the thin medicine piece. One in the depths of the meridian points is (moxibustion). The stimulated meridians and acupoints will trigger the user's physiological function response, thereby improving or regulating the body's self-healing function and relieving pain. Simply put, heat energy is used to concentrate on a certain meridian point of the human body to stimulate the nervous system or tissue to achieve the desired effect.

The materials used in traditional moxibustion do not have any specified standards such as size, density, composition, etc., so the temperature after ignition cannot be adjusted, so patients are often burned due to excessive heat concentration. Furthermore, moxa tablets, moxa balls or moxa sticks are easily crushed by force, and the moxibustor should not use considerable pressure to guide the heat energy into the deep acupoints of the patient. Or the patient may have an adverse reaction to the soot after burning wormwood, so moxibustion techniques cannot be used at all. Therefore, moxibustion must be evaluated by trained professionals; and the tools used cannot be properly replaced, temperature or pressure adjusted according to the skin and physical characteristics of individual patients, so traditional moxibustion methods are often not as expected Effect.

Contents of the invention

The purpose of the present invention is to fully regulate the adaptability and stability of traditional moxibustion therapy to improve benefits, and at the same time reduce the safety risk of "moxibustion" therapy, and provide a stable and soothing traditional Chinese medicine energy-gathering physiotherapy health care instrument for heating the patient's affected part.

Technical scheme of the present invention is as follows:

A multi-purpose energy-gathering physiotherapy health instrument, including a housing, a heating element, a switch, an energy-gathering element, an electronic circuit board, and a fan. The housing includes a handle part and a main body part connected together. Including buffer heat balance parts, the main part of the shell is sequentially provided with buffer heat balance parts, temperature probes for detecting the temperature of the induced wind, energy gathering parts, heating parts, and fans from the outlet end inwardly, and the buffer heat balance parts The temperature element is set at the port of the main part of the housing, the other side of the fan is provided with a battery pack, the inside of the handle part of the housing is provided with a switch for controlling startup and shutdown, and an electronic circuit board for monitoring and adjustment is provided inside. After the wind formed by the rotation of the fan is heated to 60-90°C by the heating element, it is collected by the energy-gathering element, and the buffer heat energy temperature-balancing element adjusts and buffers the temperature of the hot air gathered by the energy-gathering element, and conducts it to the human skin Above, an exhaust port is provided on the housing corresponding to the fan and the heating element, and the remaining hot air and heat energy are exhausted through the exhaust port, and the exhaust air in two directions will generate air convection.

Further, a padding block containing chemical components is placed between the energy-gathering element and the buffer heat-equilibrium element or between the buffer heat-energy temperature-equilibrate element and the skin, so as to enhance the effect of relieving pain.

Further, the fillers of the above-mentioned chemical components are essential oils or trace elements.

Further, the material of the above-mentioned energy gathering member is made of artificial ceramics, jade, gemstone, carbide, metal or a mixture of one or more, and its thickness is 0.5mm-10mm.

Further, the above-mentioned buffer temperature constant material is a material with high specific heat capacity, made of artificial ceramics, jade, precious stones, carbide, metal or a mixture of one or more, and its thickness is 1mm-20mm.

Further, the above-mentioned buffer heat balance element is fully enclosed or contains at least one hollow hole to match the skin characteristics of users with different thicknesses, roughnesses and thermal sensitivities.

Further, the temperature of the hot air is monitored and adjusted by the electronic circuit board, and the temperature of the hot air is 30-60°C.

Further, the buffer thermal energy temperature balance element is replaced according to different human skin characteristics, and the skin constitution includes skin nerve response, muscle fatigue degree, skin sensitivity, skin roughness, skin thickness, and skin thermal sensitivity.

The present invention adopts energy-gathering parts, thermal energy buffering parts and convection exhaust design to balance the heating temperature of the epidermis, utilizes the energy in the hot air and transmits the energy accurately and safely to the underlying tissue of the skin through special material components in response to different human body constitutions Relieves pain symptoms, does not burn the skin after long-term use, is simple in design, strong in practicability, and is conducive to large-scale promotion.

Specifically, using a multi-purpose energy-gathering physiotherapy health care instrument according to the present invention, compared with the existing related art technology, its progress is as follows:

1. Compared with traditional Chinese medicine moxibustion techniques

The invention utilizes precision electronics to monitor the output temperature of the hot air, and at the same time, the equipment does not use burning objects to generate heat energy, and does not generate smoke during use.

2. Compared with the skin/muscle vibration massager with heating function

In the present invention, what transfer heat energy to the skin is the hot air and the thermostat, while the general hot massager only utilizes the parts that contact the skin to transfer heat, and its principle is obviously different. In addition, the present invention does not have other movable mechanical parts such as vibrating devices except the electric fan, and there are significant differences in the operation level. Furthermore, general heating massagers cannot cooperate with heat-conducting accessories of different materials that users can freely replace in response to their skin and physique.

3. Compared with general hot air blower

The breakthrough of the present invention is to use the energy-gathering parts, the thermal energy buffering parts and the convection exhaust design to balance the heating temperature of the epidermis, and the skin will not be scalded under long-term use; while the general hot air blower is impossible under the same hot air temperature. If used for a long time, the user is also prone to burns.

4. Compared with the existing health care equipment

The heat-gathering component of the present invention is made of artificial, natural or reprocessed ceramics, jade, gemstones, ores, carbides, metals, or any mixture of the above materials, and also contains buffer heat energy that can be replaced according to the characteristics of human skin The thermostat, which is a high specific heat capacity material, can be fully sealed or contain a small hollow hole to match the skin characteristics of different users, such as thickness, roughness and thermal sensitivity. In addition, because the temperature of the hot air is determined by The precision electronic circuit board in the health care device is monitored and adjusted to control the temperature of the hot air within the range of 30°C to 60°C and the heating speed is fast, and the temperature of the skin surface is always kept moderate to avoid burns. At the same time, there is a hot air convection design, which is conducive to buffering heat energy and maintaining temperature The components play a buffer role, and at the same time, compared with the existing health care instrument, its cost is reduced, the design is simple, and it is beneficial to popularization.

Description of drawings

Fig. 1 is a structural design drawing of the present invention;

In the figure, 1. switch; 2. electronic circuit board; 3. battery pack; 4. fan; 5. heating element; 6. energy gathering element; 7. temperature probe; Air port; 10, shell.

detailed description

The specific embodiment of the present invention will be further described below in conjunction with accompanying drawing:

As shown in Fig. 1, a kind of multi-purpose energy-gathering physiotherapy and health care instrument comprises housing 10, heating element 5, switch 1, energy-gathering element 6, electronic circuit board 2, fan 4, and described housing 10 comprises The handle part and the main body part are characterized in that it also includes a buffer thermal energy thermostat 8, and the main body part of the housing 10 is sequentially provided with a buffer thermal energy thermostat 8 from the outlet end to detect the temperature of the induced wind temperature. Probe 7, energy gathering part 6, heating part 5, fan 4, the buffer heat energy temperature balance part 8 is set at the port of the main part of the housing 10, the other side of the fan 4 is provided with a battery pack 3, the housing 10 There is a switch 1 on the inner side of the handle to control start-up and shutdown, and an electronic circuit board 2 for monitoring and adjustment is installed inside. The wind formed by the rotation of the fan 4 is heated to 60-90°C by the heating element 5 The energy-gathering element 6 gathers, and the buffer heat energy temperature-balancing element 8 adjusts and buffers the temperature of the hot air gathered by the energy-gathering element 6 and transmits it to the human skin. The corresponding housing between the fan 4 and the heating element 5 10 is provided with an exhaust port 9, and the remaining hot air and heat energy are discharged through the exhaust port 9, and the exhaust air in two directions will produce air convection.

The material of the energy gathering part 6 must be specially selected. It is made of artificial, natural or reprocessed ceramics, jade, gemstones, ores, carbides, metals or a mixture of any of the above materials, and its thickness is between 0.5mm and 10mm .

In the selection of the thermal energy buffering element 8, in order to achieve stable thermal conductivity, the dimensional change of the traditional moxibustion materials must be minimal and firm when heated. Pressure, as far as the components that touch the skin must be hard, heat-resistant and easy to replace, the related equipment should also be able to maintain stable heat generation, and its heat can continue to maintain the temperature that ordinary people can bear. According to the temperature felt by the human body, the general situation The next step is warm and slightly hot, until the skin turns red, but the main thing is not to burn yourself. If you feel hot, you can change the buffer heat energy temperature balance to adjust to a suitable temperature.

The material of the above-mentioned buffer heat energy temperature balance part 8 is made of artificial ceramics, jade, precious stones, carbide, metal or a mixture of one or more, and its thickness is 1mm-20mm. The buffer heat energy temperature balance part is a replaceable hard temperature balance part, which is a high heat capacity ratio material. After it contacts the skin, it not only penetrates the heat energy evenly under the skin, but also can slow down and balance the skin surface temperature at about 45 ℃ to avoid The epidermis is overheated. At the same time, users can apply appropriate pressure with their hands to match the depth of acupoints of individual people's physique, so as to obtain better health care effects.

The airflow produced by the electric fan 4 in the health care device passes through the heating wire and heats up quickly, and then the energy gathering part 6 in the health care device discharges the heat energy through the special exhaust port 9 on the side.

The buffer thermal energy temperature balance element 8 is fully enclosed or contains at least one hollow hole to match the user's skin characteristics with different thickness, roughness and thermal sensitivity.

The buffer heat energy temperature balance part 8 is replaced according to different human skin characteristics, and the skin constitution includes skin nerve response, muscle fatigue degree, skin sensitivity, skin roughness, skin thickness, skin thermal sensitivity, such as relatively slow nerve response, Muscle fatigue, skin thickness is larger and rougher, and the buffer heat energy temperature balance element 8 with a higher temperature is selected.

The temperature of the hot air sent by the health care instrument is monitored and regulated by the electronic circuit board 2, and its temperature will not exceed the set range. The fixed value of the hot air balance is 30-60°C, combined with the above-mentioned cushioning heat balance parts 8 of different designs that can be freely replaced in response to different human skin characteristics, it can achieve different degrees of improvement in use and efficacy. Component 8 is a manual mode, without any auxiliary tools. In summary of the above design features, the heat conduction will effectively penetrate into the human skin and ensure that the user's skin will not be burned during use. Therefore, this product is suitable for the public to use at home or in the workplace of a professional health nurse. The above-mentioned safety measures can guarantee the safety of the user. Furthermore, the energy required by the present invention can be obtained from the general household AC voltage or a built-in rechargeable battery. There is a battery pack 3 to provide the required energy for the present invention, so the ease of use is greatly improved.

In the present invention, a filling thin block containing chemical components (such as essential oils, trace elements, etc.) can be placed between the energy gathering part 6 and the buffer heat energy temperature balance part 8, or between the buffer heat energy temperature balance part 8 and human skin. In order to enhance the effect of relieving pain, it can evolve into a hybrid energy-enhancing health care device for physiotherapy and molecular introduction.

It should be understood that those skilled in the art can make improvements or changes based on the above description, and all these improvements and changes should belong to the protection scope of the appended claims of the present invention.

The patent of the present invention has been exemplarily described above in conjunction with the accompanying drawings. Obviously, the implementation of the patent of the present invention is not limited by the above-mentioned method, as long as the method concept and technical solutions of the patent of the present invention are adopted. Various improvements are made, or there is no improvement Directly applying the concepts and technical solutions of the patent of the present invention to other occasions is within the protection scope of the present invention.

Claims (4)

1. A multi-purpose energy-gathering physical therapy health instrument, comprising a housing (10), a heating element (5), a switch (1), an energy-gathering element (6), an electronic circuit board (2), and a fan (4). The casing (10) includes a handle portion and a main body connected together, and the main body portion of the casing (10) is sequentially provided with a temperature probe (7) for detecting the temperature of the induced wind, an energy gathering member ( 6), the heating element (5), fan (4), the inside of the handle part of the housing (10) is provided with a switch (1) for controlling startup and shutdown, and an electronic circuit board (2) for monitoring and adjustment is provided inside. It is characterized in that it also includes a buffer thermal energy temperature balance part (8), the buffer thermal energy temperature balance part (8) is arranged at the port of the main part of the casing (10), and a battery pack is provided on the other side of the fan (4) (3), the wind formed by the rotation of the fan (4) is heated to 60-90°C by the heating element, then gathered by the energy gathering element (6), and the buffer heat energy temperature balance element (8) adjusts the buffer The temperature of the hot air gathered by the energy gathering element (6) is transmitted to the skin of the human body, and an exhaust port (9) is provided on the corresponding housing between the fan (4) and the heating element (5). The remaining hot air and thermal energy are discharged through the exhaust port (9); Filling blocks containing essential oils or trace elements are placed between the energy-gathering element (6) and the buffer heat-balance element (8) or between the buffer heat-energy temperature balance element (8) and the skin to strengthen the effect of relieving pain; The material of the buffer heat energy temperature balance part (8) is a high specific heat capacity material, which is made of artificial ceramics, jade, gemstone, carbide, metal or a mixture of one or more, and its thickness is 1mm-20mm; The thermal energy buffer (8) is fully enclosed or contains at least one hollow hole to match the skin characteristics of users with different thicknesses, roughness and thermal sensitivity. 2. A multipurpose energy-gathering physiotherapy health care instrument according to claim 1, characterized in that the material of the energy-gathering member (6) is one or more of artificial ceramics, jade, gems, carbides, and metals Made by mixing, its thickness is 0.5mm-10mm. 3. A multipurpose energy-gathering physiotherapy health care instrument according to claim 1, characterized in that the temperature of the hot air is monitored and adjusted by the electronic circuit board (2), and the temperature of the hot air is 30-60°C. 4. A kind of multipurpose energy-gathering physical therapy health care instrument according to claim 1, characterized in that, the buffer heat energy thermostat (8) is replaced according to different human skin characteristics, and the skin constitution includes skin nerve reaction, muscle Degree of fatigue, skin sensitivity, skin roughness, skin thickness, skin thermal sensitivity.