TWM499778U - Breast and shoulder health apparatus - Google Patents

Description

Human chest and shoulder health equipment

This creation is about the application of far-infrared or micro-nano-optic non-free radiation waves to the chest and shoulder health promotion equipment, especially the configuration of specific far-infrared or micro-nano-optical electromagnetic waves generated by various ceramic powder materials. The design is combined with the negative ion vest lining. The technology, with the addition of effective micro-liter temperature, builds the energy flux circuit controller, so that the thoracic and shoulder spine tissue can be instantly and conveniently accepted by far-infrared and micro-nano-light health and negative ion health care devices.

The characteristic micron-light (FIR far-infrared, fertility light) has been studied for human health care and medical care. Through the vibration and rotation of micron-light and body biological and physical mechanisms, the thermal and non-thermal effects of the adult body are changed, and the intravascular smoothing, cell activation, and vascular disease are further improved. Many international medical journal literature studies have reported that whole body micron-light far-infrared thermotherapy has improved stagnation of heart failure (CHF) and ventricular septal defect (VSD), for varicose veins, sputum sputum patients and surrounding areas. The smooth flow of blood vessels has a direct improvement effect.

Far-infrared rays are used in the human body to promote healthy body-building and activating cells. Many literature reports, but the use of sauna, skin irradiation, and diarrhea in patients with dialysis are commonly used. For direct irradiation on the chest and shoulder, the bamboo charcoal fabric is used as the imitation room, or the far-infrared bra or the far-infrared illumination lamp is irradiated remotely, but the penetration force is poor and the activated cells are not effective, and the heat preservation effect is greater than the non-heat. Health effects.

Although the far-infrared illuminating lamp can be used to illuminate the chest and shoulder neck, the flux and the dose of the long spine and the wide shoulder squat are uneven, and the shoulders and muscles are relieved. The people are inconvenient to use and the exposure time is not easy to maintain for 30 minutes. Above, the health promotion effect is not good.

Please refer to Figure 1 and Figure 2. This creation provides a vest-style vest that is easy to wear and wear in the form of micron-infrared far-infrared rays. The vest is designed with a tangential spinal cord-enhanced zone in the back, a shoulder-shoulder-enhanced zone, and enhanced chest irradiation. Zone vest device. The shape of the vest is mainly composed of important tissues that can cover the breast lymph, and the back includes the neck and shoulder, the vascular arteries and veins, and the important back of the cervical spinal cord. The design of the chest bra cup includes the B1 and B2 areas on both sides of the breast and the acupuncture area. The T area is the shoulder scapula including the upper part of the shoulder front and the back shoulder width, and the long spinal body behind the L area is about 15 cm wide.

Referring to Fig. 3 and Fig. 4, the present invention provides a vest-type micron-optical far-infrared ray generating device, which comprises a vest-type outer layer coated with far-infrared or micron-light generating raw materials, and increases energy flux into the illuminating portion. For each skin layer, the device includes a middle temperature rise line that wraps the wafer or ring of a particular ceramic material over the heating line for uniform comfort throughout the vest-type middle layer. Increased far-infrared flux yield promotes cell activation through temperature increase.

Referring to Figure 4, the middle layer of the vest provided by the creation is designed with energy through the heating circuit, and the heating circuit is covered with ceramic material. The ceramic material can be chain-ringed, and the mesh is formed in the middle layer of the vest. The heating circuit is connected in series to a temperature micro-control circuit and is connected to the controller. The user can micro-control the temperature difference and the energy flux of different acupoints. And can control the irradiation time.

Please refer to Figure 4, the middle layer of the vest is a flux unit, with far infrared or micron The plain light material energy chip chain link line is used to build the entire covered vest. The light material energy chip of this creation is a carbon, lanthanum, cerium covalent mineral and 30%-50% alumina sinter, wavelength 6-18 microns, room temperature emissivity of more than 90%.

Please refer to Figure 4, the inner lining material of the innermost layer of the vest type, one layer of ceramic far infrared ray material and the other layer of negative ion cloth which is mesh permeable. The non-free radiation far-infrared and micron-light output are directly incident on the skin and tissue and organ by the hole, and the outer layer is passed through the middle temperature-controlled energy generating unit to stimulate the inner layer of the pad material to generate the maximum energy flux, directly from the hole. Injected into the skin and tissues and organs, combined with negative ion human health effects to promote maximum health effects.

Referring to Figure 3, the middle ceramic material of the front chest bra cup is designed as a chain ring, which is set to control the temperature and energy flux zone B. The T-shoulder hip and L-zone spine are T-shaped to enhance the luminous flux. Set to control temperature and energy flux T zone and L zone.

2001‧‧‧Vest outer layer

2002‧‧‧ far infrared coated particles

2003‧‧‧ vest inner layer

2004‧‧‧Electric metal heating wire

2006‧‧‧ far infrared plastic grid

2007‧‧‧Negative ion shaping grid

2010‧‧‧Vesting strap

2100‧‧‧ Tissue skin layer

1600‧‧‧heating circuit unit and control area

1700‧‧‧Time Circuitry and Control Zone

1800‧‧‧heating area circuit device and control area

1000‧‧‧Belt

1100‧‧‧ vested tangential spinal cord irradiation enhancement zone

1200‧‧‧Neck hood

1300‧‧‧Shoulder irradiation enhanced zone

1400a‧‧ ‧ chest irradiation enhancement zone

1400a‧‧ ‧ chest irradiation enhancement zone

1600‧‧‧temperature controller

1700‧‧‧Regional Illumination Controller

1800‧‧‧ time controller

2001‧‧‧Vest outer layer

2002‧‧‧ far infrared coated particles

2003‧‧‧ vest inner layer

2004‧‧‧Electric metal heating wire

2006‧‧‧ far infrared plastic grid

2007‧‧‧Negative ion shaping grid

2010‧‧‧Vesting strap

2100‧‧‧ Tissue skin layer

1600‧‧‧heating circuit unit and control area

1700‧‧‧Time Circuitry and Control Zone

1800‧‧‧heating area circuit device and control area

1000‧‧‧Belt

1100‧‧‧ vested tangential spinal cord irradiation enhancement zone

1200‧‧‧Neck hood

1300‧‧‧Shoulder irradiation enhanced zone

1400a‧‧ ‧ chest irradiation enhancement zone

1400a‧‧ ‧ chest irradiation enhancement zone

1600‧‧‧temperature controller

1700‧‧‧Regional Illumination Controller

1800‧‧‧ time control

Figure 1 is a front view of the creation.

Figure 2 is a rear view of the creation.

Figure 3 is a full view of the vest of this creation.

Figure 4 is a layout diagram of the vest material layout of this creation.

Please refer to Figure 4, this creation provides a vest-type chest and shoulder health promotion device, which includes a vest-type outer layer 2001, and the inner layer is coated with far-infrared or micron-light materials. 2002; the middle layer of the vest is covered with a wafer material or a ceramic material heating circuit 2004, 2005, the mesh cloth is built on the entire chest 1400a, 1400b, and the heating circuit is connected to a control area 1500 with a controllable temperature difference and different positions of the chest and shoulder, the most The inner lining is composed of a mesh through hole or a far-infrared cloth and an anion cloth.

The middle layer of the vest is a flux-through unit, and the entire covered vest is constructed with a far-infrared or micro-nano-light material energy chip loop link. The light material energy chip of this creation is a carbon, lanthanum, cerium covalent mineral and 30%-50% alumina sinter, wavelength 6-18 microns, room temperature emissivity of more than 90%.

Referring to Fig. 3 and Fig. 4, the present invention provides a vest-type micron-optical far-infrared ray generating device, which comprises a vest-type outer layer coated with far-infrared or micron-light generating raw materials, and increases energy flux into the illuminating portion. For each skin layer, the device includes a middle temperature rise line that wraps the wafer or ring of a particular ceramic material over the heating line for uniform comfort throughout the vest-type middle layer. Increased far-infrared flux yield promotes cell activation through temperature increase.

Please refer to Figure 3. The special heating circuit is distributed in three zones. Please refer to Figure 3, which contains the B1 and B2 zones and the acupuncture zone on both sides of a zone. The T-zone of the first zone is the scapula including the upper part of the shoulder front and the shoulder width 1300 of the back, which is about 50 cm wide. The long spinal cord body behind the L zone in Zone 1 is 1100 and is about 15 cm wide.

Adjust the appropriate temperature through the heating circuit, the vest-type chest and shoulder health promotion device, and evenly align the upper body or concentrate the projection of the breast tissue of the chest and the back of the spine, and promote the warming effect of the far-infrared or micro-nano-optical non-free radiation and negative ions. Non-thermal health effects, depending on the fractionated irradiation of activated cells. The temperature can be adjusted by the whole vest, or the central control projection of the three zones, the temperature range of each zone can be controlled from 35 ° C to 50 ° C, and the control time of each zone is 10 minutes to 50 minutes, for example:

---- The user can control the B2 zone B2 zone temperature 45 ° C irradiation time 30 minutes, 15 minutes, and then the T zone temperature 45 ° C irradiation time 30 minutes.

--- Users can adjust the temperature of 44 ° C for 40 minutes in the whole area of T zone, B1 zone and B2 zone.

--- Users can irradiate the T zone at 45 ° C for 50 minutes, stimulate the T-scapula and L-zone spinal cord tissue, and relieve the tendons.

--- The user can illuminate the entire vest area at a temperature of 44 ° C for 40 minutes. The temperature can be adjusted by the whole vest, partial partition, divided irradiation time and irradiation temperature, and the radiation biotechnology can reach the optimal health effect.

1001‧‧‧Vests

1000‧‧‧Belt

1100‧‧‧Enhanced zone of spinal cord irradiation

1200‧‧‧Neck hood

1300‧‧‧Shoulder irradiation enhanced zone

1400a‧‧‧Brond Irradiation Strengthening Zone B1

1400b‧‧‧Brond irradiation enhancement zone B2

1500‧‧‧heating line

1600‧‧‧Micro Temperature Controller

1700‧‧‧Regional Illumination Controller

1800‧‧‧ time controller

Claims (10)

The utility model relates to a human chest and shoulder health care device, which is a vest-type wearable setting, wherein the far-infrared source is divided into an outer layer of a vest, covering the inner and outer shells of the user, and coating the far-infrared or micro-n-light material; --- vest The middle layer is a flux-through unit, and the entire wrapped chest shoulder and the part are arranged with the far-infrared or micro-nano-light material energy chip chain link line, and the joint heating regulator is arranged; the inner layer of the vest is a pad unit, and the layer is far. Infrared micron-crystalline material cloth, one layer of negative ion material cloth, all have mesh barrier energy pores, close to skin tissue. For example, the human chest and shoulder health care device according to the first aspect of the patent application, wherein the outer layer of the chest and shoulder health vest equipment is coated with a thin layer of far-infrared ceramic material or bamboo charcoal powder particles and a middle layer material; The photo-energy material is an alumina sinter containing carbon, lanthanum, cerium covalent minerals and 30%-50%, and the room temperature emissivity is more than 90%. The human chest and shoulder health care device according to claim 1, wherein the middle layer is connected by an energy chip and a ceramic material to form a far infrared or micron light emitter covering the chest and shoulder tissues; the series circuit is connected to Temperature Controller. For example, the human chest and shoulder health care device described in claim 1 of the patent scope, wherein the temperature controller of the chest and shoulder health vest device can regulate the far infrared flux in different regions, different temperatures and different times. The human chest and shoulder health care device according to claim 1, wherein the inner layer of the chest and shoulder health vest device is a mesh-shaped through-hole pad; the skin tissue is closely adhered to, and the pad material is composed of far-infrared material. . The human chest and shoulder health care device as claimed in claim 1, wherein the chest and shoulders are healthy back The middle material layer of the heart device is divided into partitions. Considering the acupuncture points of the human body, the position of the blood vessel tissue can regulate the specific range of flux and temperature. For example, the human chest and shoulder health care device according to claim 1, wherein the inner layer of the chest and shoulder health vest device has a layered layer of far infrared ray mesh-like through-hole material cloth, and the other layer is Negative ion grid through-hole material cloth. For example, the human chest and shoulder health care device described in claim 3, wherein the series circuit is connected to the temperature controller, the important part of the human chest and shoulder health care device, the temperature control and the energy distribution organization position circuit design plan. For example, in the human chest and shoulder health care device described in claim 6, wherein the middle layer material is arranged to illuminate the partition, wherein the partition can regulate single-zone illumination or multiple-zone illumination; and the illumination time can adjust the single-zone illumination time or multiple partitions. Irradiation time; the irradiation temperature can regulate the irradiation temperature of a single zone or the irradiation temperature of a plurality of zones; control the localization of the zone, the time of the irradiation and the temperature of the irradiation; and the irradiation technology that can achieve the optimal health effect. For example, in the human chest and shoulder health care device described in claim 6, considering the acupuncture points of the human body and the position of the blood vessel tissue, one of the areas of the front chest bra cup is designed as a chain ring, which is set to be adjustable in temperature and energy. In the B area, one of the scapula hips and the spine is T-shaped to enhance the flux of the wild, and is set to control the temperature and energy flux T area, one of which has a long spinal body behind the L area. The temperature and energy flux L zone can be adjusted; the L zone of the T zone of the B zone can be adjusted in stages or at the same time, or the irradiation of different temperatures can be closely contacted.