CN216653138U - Infrared physiotherapy waistband in numerical control treatment course - Google Patents
Infrared physiotherapy waistband in numerical control treatment course Download PDFInfo
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- CN216653138U CN216653138U CN202122395253.1U CN202122395253U CN216653138U CN 216653138 U CN216653138 U CN 216653138U CN 202122395253 U CN202122395253 U CN 202122395253U CN 216653138 U CN216653138 U CN 216653138U
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Abstract
The utility model discloses an infrared physiotherapy waistband in a numerical control treatment course, which comprises a waistband connecting band and is characterized in that the waistband connecting band is provided with a connecting part, and a middle infrared emission unit is arranged on the surface of one side of the connecting part; the middle infrared emission unit comprises a traditional Chinese medicine cladding, a top surface middle infrared transmission covering layer, a thermal insulation middle infrared transmission layer, a first electric insulation layer, an electric middle infrared transmission film layer, a second electric insulation layer and a bottom surface covering layer which are arranged in a stacked mode. The density of the mid-infrared light radiated to the wearer by the mid-infrared emission unit is more than 20% higher than the density of the mid-infrared light radiated by the wearer under the condition of normal body temperature, and the mid-infrared emission unit has actual infrared physical therapy benefit and scientific basis of medical therapy. Moreover, a traditional Chinese medicine bag for treating menstrual pain can be inserted on the top surface, and the medicine bag absorbs the infrared emission of the heating source to heat up, thereby playing the heat treatment and medical treatment functions of the common uterus warming and menstrual pain patch.
Description
Technical Field
The utility model relates to the technical field of infrared optical engineering, thermal insulation engineering, infrared medical science and technology, wearable close-fitting object science and technology, nano engineering and numerical control, in particular to an infrared physiotherapy waistband in a numerical control treatment course.
Background
Menstrual pain refers to cramp pain in the lower abdomen before and after menstrual period or during menstruation, general discomfort, and the pain is often cramp, moderate menstrual pain needs to be treated by analgesic and bed rest, which affects daily activities and working ability, and severe menstrual pain needs special medical treatment. The market of the existing external application therapeutic device still uses the simple and disposable uterus warming patch and menstrual pain patch as mainstream, the basic working principle of the uterus warming patch and menstrual pain patch is that a bag of sealed iron powder is arranged in the product, a ventilation port is opened when the product is used, the iron powder releases heat when being oxidized by air, and the product is developed into a universal disposable portable heat source due to low cost and no corrosivity, and then an external application menstrual pain treating traditional Chinese medicine bag for easing pain, diminishing inflammation, relaxing the menstrual flow and activating blood is externally attached, drug effect molecules are released by utilizing heat energy, the drug effect molecules are promoted to enter the human body under the cortex by utilizing the heat osmosis principle, and the heat energy is utilized to promote the thermotherapy effects such as subcutaneous microcirculation and the like. Such products and techniques are obviously associated with resource waste and high environmental load due to disposable use, and lack of accurate monitoring and control over the course of treatment.
The development of small-sized rechargeable batteries is promoted by the popularization of small and exquisite portable electronic products such as smart mobile phones and the like, and rechargeable pain-relieving external application therapeutic devices developed by the similar environment-friendly small-sized battery technology are produced, so that the emerging industry firstly appears to replace disposable iron powder warming bags with flexible and light electric heating pads made of metal wires or carbon fibers, and recently, the electric heating films made of conductive nano-carbon such as graphene and the like are used for replacing metal wires and carbon fiber electric heating pads which generate heat unevenly, and the working principle still continues to use the traditional thermal therapy principle. And because of the medical scientific research reports that the infrared light emitted by the infrared lamp device is adopted to irradiate the patient has different physical therapy benefits based on the regulation and control of the biological metabolism function of human cell molecules compared with the traditional thermal therapy, and has clinical effective confirmation of infrared relieving menstrual pain, the market is induced to emerge a plurality of so-called contact type wearable far infrared relieving menstrual pain external application therapeutic device products, conductive wire electric heating pads and nano carbon electric heating films are alleged to replace heavy infrared lamp devices to emit infrared light with the relieving menstrual pain effect, but the working principle of the products is generally based on guessing and not according with the basic scientific principle, particularly, the technology of the product packaging heat source uniformly ignores the fact that packaging materials generally absorb infrared, so that the infrared emission of the heat source is completely packaged and absorbed by the heat source when the actual products are used, the infrared emission of the packaging materials is enabled to heat up, but the infrared emission of the heat source cannot penetrate through the heat source packaging at all, and any infrared physical therapy benefit is generated for the wearer, basically, the wearable middle infrared medical woman menstrual pain waistband has only a thermotherapy function, corrects the related corruption mispracticalities, discloses a wearable middle infrared medical woman menstrual pain waistband with a scientific basis, is innovative and practical, and subversively provides a wearable middle infrared medical woman menstrual pain waistband product with accurate monitoring and regulation of treatment course.
According to planck's law, all objects with a temperature above absolute zero (273 degrees below zero celsius) emit spectral radiation, and the quantitative description of the radiation intensity (I) as a function of the radiation wavelength (λ) with temperature (T) is as follows:
an ideal radiation emitter (called a blackbody) emits electromagnetic waves without any self-absorption in the entire radiation spectrum with the above spectral distribution, and the emissivity thereof is theoretically set to 100%. For example, at a temperature of 310K (37 ℃ C., body temperature), 98% of the total radiation of the emission spectrum of a black body is in a broad wavelength range of 3 μm to 50 μm, and the peak is at 9.3 μm. The total spectral intensity of radiation below a wavelength of 3 μm is only about 0.02% of its entire spectrum, and the total spectral intensity above 50 μm is only 2%. In fact, the infrared light emission and absorption of the human body in the wavelength range of 3-50 μm are close to 100%, which is nearly an ideal black body. Therefore, the human body irradiated by the infrared light with the wavelength range of 3-50 μm can absorb the light energy efficiently, thereby having warm feeling and physical therapy benefit. Because Planck's law indicates that the infrared radiation intensity of the black body increases suddenly with the temperature rise of the black body, when the human body is externally provided with a heat source similar to the black body and the heat source is heated to a temperature higher than the temperature of the human body, the heat source emits infrared light stronger than the infrared light emitted by the human body, so that the infrared heating and physiotherapy effect can be achieved, but the human body can not be exposed to a temperature higher than 316K (43 ℃) for a long time, and the total emission spectrum of the black body at 316K (43 ℃) isThe photometric density was 56.6mW/cm2Emission spectral photometric density of 52.4mW/cm, which is higher than that of 310K (37 ℃, human body temperature) black body2The infrared heating and physical therapy effect is weak because the infrared heating and physical therapy effect is only 8 percent strong. In fact, the contact infrared medical product national standard (yy0902-2013) limits that the contact temperature of the contact infrared medical product and a human body is not higher than 43 ℃, and the contact infrared medical product can be seen to be an iron powder heat source or an electric heat source, and the infrared emission luminosity density of the top surface of the contact physical therapy product is only slightly higher than the infrared emission luminosity density under the normal body temperature condition of the human body.
Furthermore the present invention advocates clarifying another common scientific corruption of infrared light applications. Infrared light covers a wide wavelength range of 0.75-1000 μm, and literature and market product introduction is used to split this wavelength range into three bands, namely "near infrared", "mid infrared" and "far infrared", although international standard ISO20473 clearly defines 0.75-3 μm as near infrared, 3-50 μm as mid infrared and 50-1000 μm as far infrared, industry and discipline reports that these three bands are defined by non-standard rules regardless of this international standard, and the situation is extremely confusing, for example, the term "far infrared" is used arbitrarily in many commercial products and literature to describe infrared radiation in the wavelength range of 3 μm-50 μm. The utility model proposes to comply with the international spectral standard ISO20473, i.e. to define a wavelength range of 3 μm to 50 μm specifically as the mid-infrared.
Accordingly, the utility model discloses an infrared physiotherapy waistband in a numerical control treatment course.
SUMMERY OF THE UTILITY MODEL
The utility model discloses an infrared physiotherapy waistband in a numerical control treatment course, which comprises a waistband connecting band and is characterized in that the waistband connecting band is provided with a connecting part, and the surface of one side of the connecting part is provided with a middle infrared emission unit;
the middle infrared emission unit comprises a detachable and replaceable traditional Chinese medicine coating, a top surface middle infrared transmission coating, a thermal insulation middle infrared transmission layer, a first electric insulation layer, an electric middle infrared emission film layer, a second electric insulation layer and a bottom surface coating which are stacked; the top mid-IR transmissive cover layer faces the wearer; the bottom surface covering layer is fixedly connected with the connecting part;
the electric transfer intermediate infrared emission film layer comprises a carbon plastic composite layer and a plurality of electrodes, the electrodes are electrically connected with the carbon plastic composite layer, and the carbon plastic composite layer can emit intermediate infrared light waves after being electrified; the intermediate infrared light waves comprise wave bands of 3-50 mu m;
a first temperature sensor is arranged in the first electric insulation layer; the first temperature sensor can detect the temperature of the infrared emission film layer in the electric transfer;
a second temperature sensor and an infrared photometric sensor are arranged in the Chinese medicine cladding or on the top surface of the middle-infrared transparent covering layer; the second temperature sensor is capable of detecting the temperature of the wearer's skin; the infrared photometric sensor can detect the luminosity of mid-infrared light emitted from the top surface through the mid-infrared covering layer and/or the self-radiation luminosity under the normal body temperature condition;
the middle infrared luminosity density of the radiation of the middle infrared emission unit to the wearer is more than 20% higher than the middle infrared luminosity density of the radiation of the wearer under the normal body temperature condition.
As a preferred technical scheme, the electric control unit or the external electric control unit is in signal connection with a first temperature sensor, a second temperature sensor and an infrared photometric sensor;
the electronic control unit or the external electronic control unit comprises an electric regulation module, and the electric regulation module can regulate one or more of output voltage, output current, output power, output pulse waveform and output pulse frequency according to signals fed back by the first temperature sensor, the second temperature sensor and the infrared photometric sensor.
As a preferred technical scheme, an electric control unit is arranged in the connecting part, and the electric control unit is electrically connected with the electrodes and used for driving the carbon-plastic composite layer to emit mid-infrared light waves.
As a preferred technical scheme, the electronic control unit includes an electrical modulation module, and the electrical modulation module can output one or more of preset voltage, preset current, preset power, preset pulse waveform, and preset variable frequency pulse current.
As a preferable technical scheme, the voltage applied to the carbon plastic composite layer by the electronic control unit does not exceed 5V; the power applied to the carbon plastic composite layer by the electronic control unit is not more than 8W.
As a preferable technical scheme, the top surface middle infrared transmitting covering layer and the thermal insulation middle infrared transmitting layer both comprise middle infrared transmitting polyethylene materials, and the middle infrared transmission rate of the polyethylene materials is not less than 90%;
the first electric insulating layer and the second electric insulating layer are made of plastic materials;
the bottom surface covering layer comprises a middle infrared reflecting layer, a thermal insulation layer and a cloth fabric layer which are sequentially stacked;
the mid-infrared emission intensity emitted from the top surface covering layer reaches more than 60% of the mid-infrared emission intensity of the electric conversion mid-infrared emission film layer; the middle infrared emission intensity emitted from the bottom surface covering layer is lower than 10% of the middle infrared emission intensity of the electric conversion middle infrared emission film layer.
As a preferred technical scheme, the maximum working temperature of the top surface covering layer is not higher than 43 ℃; the maximum mid-infrared emission intensity of the top cover layer exceeds 63mW/cm2。
As a preferable technical scheme, the square resistance of the carbon-plastic composite layer is less than or equal to 100 omega/□; the thickness of the carbon plastic composite layer is less than or equal to 200 mu m; the mid-infrared emissivity of the carbon plastic composite layer is more than or equal to 95 percent.
As a preferable technical scheme, the traditional Chinese medicine coating is detachably arranged in the middle infrared transmitting top surface covering layer, traditional Chinese medicine materials for relieving dysmenorrhea are arranged in the traditional Chinese medicine coating, and the traditional Chinese medicine materials can absorb middle infrared rays to heat and release medicine molecules capable of relieving menstrual pain.
As a preferred technical solution, two ends of the waistband connecting band are respectively provided with a first connecting structure and a second connecting structure, and the first connecting structure can be detachably connected with a plurality of connecting positions of the second connecting structure.
The technical scheme adopted by the utility model can achieve the following beneficial effects: the insulation packaging ensures that the contact temperature of the contact type infrared medical product and a human body is not higher than 43 ℃, the temperature of a heat source can be far higher than 43 ℃ and has stronger mid-infrared emission, and the infrared emission luminosity of the top surface of the contact type physical therapy product can be ensured to be higher than the self-radiation mid-infrared luminosity density of a wearer by more than 20 percent under the condition of normal body temperature, so that the infrared medical treatment is scientifically carried out. In addition, because the infrared emission unit is internally provided with the first temperature sensor, the second temperature sensor and the infrared luminosity sensor, the electric control unit can acquire data such as the temperature of the electric transfer intermediate infrared emission film layer, the temperature of the skin of a wearer, the luminosity of intermediate infrared light emitted from the intermediate infrared covering layer through the top surface and the like, can adjust a driving signal output to the electrode according to the data, monitors the skin temperature of the contact part of the wearer and the self-radiation intermediate infrared luminosity, digitally controls the light dose of infrared physical therapy and the heat dose of thermal therapy, and has the function of accurately numerically controlling the treatment course.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly introduced below to form a part of the present invention, and the exemplary embodiments and the description thereof illustrate the present invention and do not constitute a limitation of the present invention. In the drawings:
fig. 1 is a perspective view of a wearing state of an infrared physiotherapy belt in a numerical control treatment course disclosed in embodiment 1 of the present invention;
fig. 2 is a structural diagram illustrating an unfolded state of an infrared physiotherapy waistband in a numerical control treatment course disclosed in embodiment 1 of the present invention;
fig. 3 is a structural diagram illustrating an unfolded state of an infrared physiotherapy waistband in a numerical control treatment course disclosed in embodiment 1 of the present invention;
fig. 4 is a structural diagram illustrating an unfolded state of an infrared physiotherapy waistband in a numerical control treatment course disclosed in embodiment 1 of the present invention;
fig. 5 is a schematic structural view of a mid-infrared emission unit of an infrared physiotherapy belt in a numerical control treatment course disclosed in embodiment 1 of the present invention;
fig. 6 is a mid-infrared absorption spectrum of polyethylene material used in the infrared physiotherapy belt in the numerical control treatment period disclosed in embodiment 1 of the present invention.
Description of reference numerals:
the waistband connecting belt comprises a waistband connecting belt 1, a magic tape round hair area 12, a magic tape thorn hair area 13 and a buckle ring 14;
a middle infrared emission unit 3, a traditional Chinese medicine cladding 30, a top surface middle infrared transmission cover 311, a second temperature sensor 3111, an infrared luminosity sensor 3112, a thermal insulation middle infrared transmission layer 312, a first electric insulation layer 32, a first temperature sensor 321, an electric middle infrared emission film layer 33, a second electric insulation layer 34, a middle infrared reflection layer 35, a thermal insulation layer 36, a cloth fabric layer 37, an electrode 38 and a sealing edge 39;
an electronic control unit 4;
a power supply unit 5.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely described below with reference to the specific embodiments of the present invention and the accompanying drawings. In the description of the present invention, it is noted that the term "or" is generally employed in its sense including "and/or" unless the content clearly dictates otherwise.
Example 1
This embodiment 1 provides an infrared physiotherapy waistband in numerical control course of treatment for alleviating dysmenorrheal, and as shown in fig. 1, includes waistband connecting band 1, and waistband connecting band 1 has connecting portion 2, and infrared emission unit 3 in connecting portion 2 side surface sets up.
The two ends of the waistband connecting band 1 can be detachably connected for wearing on the waist of a user, and the connecting part 2 is preferably located in the middle of the waistband connecting band 1, and when the ends of the waistband connecting band 1 are connected with each other behind the waist of the user, the connecting part 2 is just located at the position of the middle lower abdomen, which is the best position for relieving the curative effect of dysmenorrhea.
Preferably, the two ends of the waistband connecting band 1 are respectively provided with a first connecting structure and a second connecting structure, and the first connecting structure can be detachably connected with a plurality of connecting positions of the second connecting structure. The connection method includes but is not limited to snap-fit, hook and loop, snap-fit, or a combination thereof.
Preferably, the second connecting structure includes an elongated loop hair region 12 and a loop hair region 13 at the end, and the first connecting structure includes a buckle 14. The magic tape stabbing region 13 penetrates through the retaining ring 14 and then is folded back and is bonded with the magic tape round hair region 12, so that the first connecting structure is firmly connected with the second connecting structure, and the middle infrared emitting unit 3 is fixed at the middle lower abdomen position of a wearer.
Preferably, the waistband connecting band 1 has a certain elasticity to improve wearing comfort.
As a preferred embodiment, the connection part 2 is a hollow part provided on the belt connecting belt 1, which has a width wider than that of the belt connecting belt 1 and a size larger than that of the mid-infrared emission unit 3 to provide sufficient support and to accommodate an external connection interface (not shown in the drawings) and/or an electric control unit 4, and/or a power supply unit 5, a charging interface, an indicator light, a button, and the like.
As for the driving manner of the mid-infrared emission unit 3, the present embodiment provides two specific embodiments, that is, an external driving manner and a built-in driving manner.
Preferably, the external driving mode is that the electric control unit 4 and the power supply unit 5 are not arranged in the infrared physiotherapy waistband in the numerical control treatment course, and the driving signal is input through an external interface. The external equipment comprises an external electric control unit, an external power supply unit and a driving cable, wherein two ends of the driving cable are respectively and electrically connected with an external interface and an output port of the external equipment. The preferred embodiment has the advantages of maximally reducing the weight, volume and thickness of the infrared physiotherapy waistband in the numerical control treatment course and providing higher wearing comfort.
Preferably, the built-in driving manner is to dispose the electronic control unit 4 and the power supply unit 5 inside the connection portion 2, and the mid-infrared emission unit 3 is electrically connected to the electronic control unit 4 and is driven by the electronic control unit 4 to emit mid-infrared light waves. The power supply unit 5 is electrically connected to the electronic control unit 4 to supply electric power thereto. In addition, preferably, the side of the connecting part 2 further comprises a USB interface, a status indicator light and at least one operation button. The USB interface can charge the infrared physiotherapy waistband in the numerical control treatment course, and can also perform the functions of program writing and updating. The status indicator light is used for prompting the current working state, gear position and the like. The operating button is used for switching on and off and switching gears.
Preferably, the scheme of the built-in driving mode can be compatible with the external driving mode. The interface arranged on the connecting part 2 can also be used as an input port of external equipment, namely when the external equipment is input, the infrared physiotherapy waistband works in an external driving mode in the numerical control treatment course, and when the external equipment is removed, the infrared physiotherapy waistband can also be driven in the internal driving mode by the aid of the built-in electric control unit 4 and the built-in power supply unit 5 in the numerical control treatment course.
Preferably, the electronic control unit 4 further comprises a wireless communication module, so that the infrared physiotherapy waistband can be controlled remotely in the numerical control treatment course, or can be controlled and send information in a Bluetooth mode, a wireless local area network mode and the like.
Preferably, the mid-infrared emission unit 3 includes a traditional Chinese medicine cladding 30, a top surface mid-infrared transparent cladding 311, a thermal insulation mid-infrared transparent cladding 312, a first electrical insulation layer 32, an electrical mid-infrared emission film layer 33, a second electrical insulation layer 34, and a bottom surface cladding layer, which are stacked.
Preferably, a first temperature sensor 321 is disposed in the first electrically insulating layer, the first temperature sensor 321 preferably being a thermocouple; the first temperature sensor 321 can detect the temperature of the infrared emission film layer in the electric transfer, and the temperature data can directly or indirectly reflect the working state of the infrared emission film layer in the electric transfer.
Preferably, a second temperature sensor 3111 and an infrared photometric sensor 3112 are arranged on the outer surface of the mid-or top-surface mid-infrared transparent cover 311 in the Chinese medicine cladding; the second temperature sensor 3111 is capable of detecting the temperature of the wearer's skin; the infrared photometric sensor 3112 is capable of detecting the luminosity of mid-infrared light exiting through the top-side mid-infrared blanket and/or the self-radiance at normal body temperature conditions. Preferably, the infrared photometric sensor 3112 is provided in a direction facing and away from the wearer, respectively, and the infrared photometric sensor 3112 is preferably a micro infrared photometric sensor chip.
Preferably, the bottom cover layer includes a middle infrared reflection layer 35, a thermal insulation layer 36, and a fabric layer 37, which are sequentially stacked. Wherein the intermediate infrared reflective layer 35 is attached to the second electrically insulating layer 34.
The top mid-IR transparent cover 311 layer faces the wearer; the bottom surface covering layer 37 is fixedly connected with the connecting part 2; the electric transfer intermediate infrared emission film layer 33 comprises a carbon plastic composite layer and a plurality of electrodes 38, the electrodes 38 electrically connect the electronic control unit 4 with the carbon plastic composite layer, and the conductive nano carbon plastic composite layer can emit intermediate infrared light waves after being electrified; the intermediate infrared light wave comprises a wave band of 3-50 μm; the middle infrared luminosity density radiated by the middle infrared emission unit 3 to the wearer is more than 20 percent higher than the self-radiated middle infrared luminosity density of the wearer under the normal body temperature condition.
Preferably, the mid-infrared emission unit 3 further includes a sealing edge 39 to ensure durability of the mid-infrared emission unit 3 and improve mechanical strength thereof.
In infrared medical procedures, the contact mid-infrared medical heat source emits mid-infrared light, for example, a black body heat source having an infrared emission photometric density of 85.1mW/cm at 77 deg.C (350K) according to Planck's law2And the infrared emission luminosity density of the human body at 37 ℃ (310K) is slightly lower than 52.4mW/cm2As long as the infrared transmittance of the packaging heat source is not lower than 74%, the infrared emission luminosity of the top surface of the contact physiotherapy product disclosed by the utility model can be higher than 20% of that of the human body under the normal body temperature condition, and the heat insulation design is still adopted under the middle infrared transmittance condition to ensure that the temperature of the top surface of the contact physiotherapy product is not higher than 43 ℃ and the skin of the human body is not scalded.
Preferably, the actual mid-infrared emission area of the mid-infrared emission unit 3 is 100-200cm2Preference is given toThe weight of the medicine bag is lower than 100 g, the medicine bag is good in portability, is made of biocompatible materials, is good in wearing comfort, and is suitable for being worn for a long time.
Preferably, an electronic control unit 4 is disposed in the connecting portion 2, and the electronic control unit 4 is electrically connected to the electrode 38 and is used for driving the carbon-plastic composite layer to emit mid-infrared light waves.
Preferably, the electric control unit 4 includes an electric regulation module, the electric regulation module is used for regulating the voltage and current applied to the conductive nanocarbon plastic composite layer, and the electric regulation module includes one or more of a preset voltage, a preset current, a preset power, a preset pulse waveform and a preset variable frequency pulse circuit.
The infrared physiotherapy waistband in the numerical control treatment course for relieving dysmenorrhea in the embodiment can adjust the driving signal according to the feedback of various sensing signals, and accurately control the illumination dose of infrared physiotherapy and the heat dose of thermotherapy.
Preferably, the electronic control unit or the external electronic control unit is in signal connection with the first temperature sensor 321, the second temperature sensor 3111 and the infrared photometric sensor 3112; the intermediate infrared emission unit 3 is provided with signal output ports of the first temperature sensor 321, the second temperature sensor 3111 and the infrared luminosity sensor 3112, and signals acquired by the sensors are all transmitted to the electronic control unit or an external electronic control unit through signal lines.
The electric control unit or the external electric control unit comprises an electric regulation module, and the electric regulation module can regulate one or more of output voltage, output current, output power, output pulse waveform and output pulse frequency according to signals fed back by the first temperature sensor 321, the second temperature sensor 3111 and the infrared luminosity sensor 3112.
According to the signal fed back by the first temperature sensor 321, the temperature of the mid-infrared emission film during the actual operation of the mid-infrared physiotherapy waistband can be detected, and the mid-infrared radiation intensity of the relevant black body can be calculated.
According to the signals fed back by the second temperature sensor 3111 and the infrared luminosity sensor 3112, the effective mid-infrared radiation intensity actually supplied to the skin of the wearer can be accurately controlled, and meanwhile, the second temperature sensor 3111 and the infrared luminosity sensor 3112 measure the temperature of the top surface of the waistband during the actual operation of the mid-infrared physiotherapy waistband, and the mid-infrared radiation intensity of the related black body is calculated.
The electronic control unit or the external electronic control unit further includes a processor for processing signals fed back by the first temperature sensor 321, the second temperature sensor 3111 and the infrared photometric sensor 3112, and calculating corresponding driving signals.
The power regulating module of the infrared physiotherapy waistband in the numerical control treatment course for relieving the dysmenorrhea in the embodiment is preferably capable of providing pulse power supply, heating a heat source in a short time, such as more than 77 ℃ and emitting more than 85.1mW/cm2The infrared light is transmitted at the light speed, so that the traditional heat conduction and heat balance are slow, the power supply pulse generates an infrared physiotherapy effect when a wearer receives the infrared radiation, the heat conduction is still far away from the heat balance, and the top surface of the contact physiotherapy product is not heated to zero.
The power regulating module can be a power supply device which has one or more functions of constant-voltage adjustable current power supply, adjustable-voltage adjustable current power supply, constant-power supply, pulse power supply and variable-frequency pulse power supply, and in consideration of safety, the electric power is not higher than 8W, and the voltage is not higher than 5V, namely the voltage applied to the conductive nanocarbon plastic composite layer by the electric control unit 4 is not more than 5V; the power applied to the conductive nanocarbon plastic composite layer by the electronic control unit 4 does not exceed 8W.
As a preferable technical scheme, the top surface mid-infrared transparent covering layer 311 and the thermal insulation mid-infrared transparent layer 312 are both mid-infrared transparent layers, and if a polyethylene material is adopted, the mid-infrared transmittance of the polyethylene material is ≧ 90%; as shown in fig. 6, the polyethylene material is excellent in the middle infrared transmitting property, and is one of preferable materials as the top middle infrared transmitting cover layer 311 and/or the thermal insulation middle infrared transmitting layer 312. The microstructure of the polyethylene comprises one or more of a high-density polyethylene microstructure, a low-density polyethylene microstructure, an oriented stretched polyethylene microstructure, an unoriented stretched polyethylene microstructure and a melt-blown polyethylene microstructure, and the performance requirements are that the microstructure has high mechanical strength and ensures durability and puncture resistance on the premise that the middle infrared transmittance is greater than 90% and even approaches to 100%.
Preferably, the top mid-infrared-transmitting overlay 311 comprises a lead/chromium-free visible color including lead-free and chromium-free colors, wherein the lead-free and chromium-free colors preferably comprise aluminum particles, coated aluminum particles, titanium dioxide particles, coated titanium dioxide particles, nano-carbon black, perylene red, quinophthalo yellow, bismuth yellow, indigo, phthalocyanine blue, cobalt blue, copper phthalocyanine green, iron oxide orange, brown iron oxide, or lead-free yellow 83, and combinations thereof.
Preferably, the main structural material of the thermal insulation mid-infrared transmitting layer 312 is preferably a mid-infrared transmitting porous polyethylene, the pore microstructure design of the porous polyethylene preferably comprises one or more of closed bubbles with a diameter of 1-10 mm, open bubbles with a diameter of 1-10 mm, closed bubbles with a diameter of 1-1000 microns, open bubbles with a diameter of 1-1000 microns, closed bubbles with a diameter of less than 1 micron, open bubbles with a diameter of less than 1 micron, and a perforated polyethylene film, and the synergistic effect of the pore microstructure combination is to meet the requirement that the maximum temperature difference of specific thermal insulation in normal operation is more than 20 ℃.
Preferably, the first and second electrically insulating layers 32, 34 are plastic rubber materials, and may also preferably be thermoplastic polyester, carbon-based rubber, silicone-based rubber, or polypropylene, and combinations thereof.
Preferably, the electrical transfer mid-ir emitting film layer 33 comprises a highly conductive polymer composite electrical transfer mid-ir emitting film, such as a conductive nanocarbon plastic composite layer. Among them, the polymer preferably includes thermoplastic polyurethane, thermoplastic polystyrene, thermoplastic polyester, carbon-based rubber, silicon-based rubber, polypropylene, polyvinyl alcohol, poly-p-phenylene terephthalamide, and combinations thereof. The nano-carbon in the composite material is preferably multi-morphological conductive nano-carbon obtained from coal or coke and comprising one or more of graphene, carbon nano-tubes and carbon nano-fibers.
Preferably, the intermediate infrared reflecting layer 35 is a metal material; further preferably, the mid-ir reflecting layer 35 is an ultra-thin shiny metal layer, particularly preferably, but not limited to, metal-rich oxy-carbo-nitrides of aluminum, aluminum alloys, copper alloys, chromium, zirconium alloys, and combinations thereof.
Preferably, the thermal insulation layer 36 of the bottom cover layer is a plastic material, more preferably a thermoplastic polyurethane foam sheet;
preferably, the cloth fabric layer 37 of the bottom cover layer is a plastic material or cloth.
Preferably, the mid-infrared emission intensity emitted from the top surface covering layer reaches more than 60% of the mid-infrared emission intensity of the electric conversion mid-infrared emission film layer 33; the intensity of the mid-infrared emission emitted from the bottom surface-covering layer 37 is less than 10% of the intensity of the mid-infrared emission in the electrically conductive mid-infrared emission film layer 33.
As a preferred technical scheme, the maximum working temperature of the top surface covering layer is not higher than 43 ℃; the maximum mid-infrared emission intensity of the top cover layer exceeds 63mW/cm2。
As a preferable technical scheme, the square resistance of the carbon-plastic composite layer is less than or equal to 100 omega/□; the thickness of the carbon plastic composite layer is less than or equal to 200 mu m; the mid-infrared emissivity of the carbon plastic composite layer is more than or equal to 95 percent.
As a preferable technical solution, the chinese medicine clad 30 is detachably disposed in the top surface mid-infrared transmitting cover 311, and a chinese medicine material for alleviating dysmenorrhea is disposed in the chinese medicine clad 30, and the chinese medicine material can absorb mid-infrared to heat up and release medicine molecules capable of alleviating menstrual pain. The preferred material of the Chinese medicine bag layer 30 is hydrophilic and breathable material, and the Chinese medicine formula is contained in the partial absorption mid-infrared cloth bag.
Compared with the existing disposable thermotherapy and pharmacotherapy products such as uterus warming treasures, menstrual pain plasters and the like in the market, the infrared physiotherapy waistband for relieving dysmenorrhea in the numerical control treatment course in the embodiment 1 has better thermotherapy and pharmacotherapy functions, has the advantages that the heat energy, the medicine release and medicine permeation can be optimized in an electric control mode, and the resource waste and the environmental pollution caused by one-time use are overcome.
The infrared physiotherapy waistband in the numerical control course of treatment for alleviating dysmenorrheal of this embodiment 1 has portable and wearable characteristic, and the waistband is than infrared lamp low temperature and low-voltage, and the security is higher in the course of treatment. In addition, aiming at the common technical problems that the wearable soothing woman menstrual pain waistband product with the infrared physical therapy function in the existing market generally absorbs mid-infrared light, such as cotton and artificial cloth to package a heat source, the wearable soothing woman menstrual pain waistband creatively provides a mid-infrared transparent material to package the heat source and efficiently insulate heat, provides a wearable mid-infrared medical woman menstrual pain waistband which does not exist in the market, ensures that the temperature of the waistband physical therapy body contacting with the skin of a wearer is not more than 43 ℃ to avoid scalding the skin when the physical therapy operates, ensures that the mid-infrared luminous intensity density of radiation of the physical therapy body to the wearer is more than 20% stronger than the self-radiation mid-infrared luminous intensity density of the wearer under the condition of normal body temperature, and scientifically provides mid-infrared physical therapy; in addition to providing mid-infrared physiotherapy, the wearable mid-infrared medical woman menstrual pain waistband disclosed by the utility model can also be used for expanding the infrared physiotherapy function into a thermotherapy function and a pharmacotherapy function by inserting and absorbing a mid-infrared warming menstrual pain treating traditional Chinese medicine bag, so that the wearable rechargeable product which has the scientific mid-infrared physiotherapy function and the traditional thermotherapy and pharmacotherapy functions is brand-new.
While the present invention has been described with reference to the embodiments shown in the drawings, the present invention is not limited to the embodiments, which are illustrative and not restrictive, and it will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope of the utility model as defined in the appended claims.
Claims (10)
1. An infrared physiotherapy waistband in a numerical control treatment course comprises a waistband connecting band and is characterized in that the waistband connecting band is provided with a connecting part, and a middle infrared emission unit is arranged on the surface of one side of the connecting part;
the middle infrared emission unit comprises a detachable and replaceable traditional Chinese medicine coating, a top surface middle infrared transmission coating, a thermal insulation middle infrared transmission layer, a first electric insulation layer, an electric middle infrared emission film layer, a second electric insulation layer and a bottom surface coating which are stacked; the top mid-IR transmissive cover layer faces the wearer; the bottom surface covering layer is fixedly connected with the connecting part;
the electric transfer intermediate infrared emission film layer comprises a carbon plastic composite layer and a plurality of electrodes, the electrodes are electrically connected with the carbon plastic composite layer, and the carbon plastic composite layer can emit intermediate infrared light waves after being electrified; the intermediate infrared light wave comprises a wave band of 3-50 μm;
a first temperature sensor is arranged in the first electric insulation layer; the first temperature sensor can detect the temperature of the infrared emission film layer in the electric transfer;
a second temperature sensor and an infrared photometric sensor are arranged in the Chinese medicine cladding or on the top surface of the middle-infrared transparent covering layer; the second temperature sensor is capable of detecting the temperature of the wearer's skin; the infrared photometric sensor is capable of detecting the luminosity of mid-infrared light emitted through the top surface through the mid-infrared covering layer and/or the self-radiance under the normal body temperature condition of a wearer;
the middle infrared luminosity density of the radiation of the middle infrared emission unit to the wearer is more than 20% higher than the middle infrared luminosity density of the radiation of the wearer under the normal body temperature condition.
2. The infrared physiotherapy waistband in the numerical control treatment course as claimed in claim 1, wherein the connecting portion is provided with an external interface capable of being electrically connected with an external electronic control unit; the external electronic control unit is electrically connected with the electrode through the external interface and is used for driving the carbon-plastic composite layer to emit mid-infrared light waves.
3. The belt of claim 1, wherein an electronic control unit is disposed in the connecting portion, and the electronic control unit is electrically connected to the electrodes and configured to drive the carbon-plastic composite layer to emit mid-infrared light waves.
4. The infrared physiotherapy waistband for the numerical control treatment course as claimed in claim 2, wherein the electric control unit or the external electric control unit is in signal connection with a first temperature sensor, a second temperature sensor and an infrared luminosity sensor;
the electronic control unit or the external electronic control unit comprises an electric regulation module, and the electric regulation module can regulate one or more of output voltage, output current, output power, output pulse waveform and output pulse frequency according to signals fed back by the first temperature sensor, the second temperature sensor and the infrared photometric sensor.
5. The infrared physiotherapy waistband in the numerical control treatment course as claimed in claim 2, wherein the voltage applied to the carbon-plastic composite layer by the electronic control unit or the external electronic control unit is not more than 5V; the power applied to the carbon plastic composite layer by the electronic control unit is not more than 8W.
6. The belt according to claim 1, wherein the top mid-infrared transparent cover layer and the thermally insulating mid-infrared transparent layer each comprise a mid-infrared transparent polyethylene material, the polyethylene material having a mid-infrared transmittance of ≧ 90%;
the first electric insulation layer and the second electric insulation layer are made of plastic materials;
the bottom surface covering layer comprises a middle infrared reflecting layer, a thermal insulation layer and a cloth fabric layer which are sequentially stacked;
the mid-infrared emission intensity emitted from the top surface through the mid-infrared covering layer reaches more than 60% of the mid-infrared emission intensity in the electric conversion mid-infrared emission film layer; the intensity of the mid-infrared emission emitted from the bottom surface covering layer is lower than 10% of the intensity of the mid-infrared emission in the electric conversion mid-infrared emission film layer.
7. The numerical control therapy mid-infrared physiotherapy waistband as claimed in claim 1, wherein the top mid-infrared transparent covering layer has a maximum working temperature of no higher than 43 ℃; the top surface is throughThe infrared coating has a maximum mid-infrared emission intensity in excess of 63mW/cm2。
8. The infrared physiotherapy waistband for the numerical control treatment course as claimed in claim 1, wherein the sheet resistance of the carbon-plastic composite layer is less than or equal to 100 Ω/□; the thickness of the carbon plastic composite layer is less than or equal to 200 mu m; the mid-infrared emissivity of the carbon plastic composite layer is more than or equal to 95 percent.
9. The belt of any one of claims 1-8, wherein the chinese herbal cladding is detachably disposed in the mid-top mid-infrared transparent covering, and a chinese herbal material for alleviating dysmenorrhea is disposed in the chinese herbal cladding, and the chinese herbal material can absorb mid-infrared to heat up and release drug molecules that can alleviate menstrual pain.
10. The infrared physiotherapy waistband for the numerical control treatment course as claimed in any one of claims 1 to 8, wherein a first connecting structure and a second connecting structure are respectively arranged at two ends of the waistband connecting band, and the first connecting structure can be detachably connected with a plurality of connecting positions of the second connecting structure.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116174964A (en) * | 2023-03-06 | 2023-05-30 | 广东豪德数控装备股份有限公司 | System for utilize infrared temperature measurement monitoring edge banding adjustment laser power |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116174964A (en) * | 2023-03-06 | 2023-05-30 | 广东豪德数控装备股份有限公司 | System for utilize infrared temperature measurement monitoring edge banding adjustment laser power |
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