KR200317895Y1 - Electro- Therapy Bed - Google Patents

Abstract

The present invention is coated on the wood and plastic (PVC) plate, the conductive paint containing carbon in the form of hexagonal plate as a heating element, but the band-shaped uncoated portion in which the conductive paint is not applied to a wide portion of the current direction of the current By forming a large number of rows to allow a constant unit current to flow even if the width of the wooden board changes, the conductive paint is coated to generate a constant heat regardless of the location to effectively treat and recover the patient after physical therapy or surgery A medical heating bed which can be used.

The heat treatment bed for physiotherapy of the present invention has a waterproof insulating layer formed on one surface of the wood plate 11 divided into a wide upper body portion U, a narrow lower body portion L, and a head portion H ( Between the two electrodes 13A and 13B mounted at each of both ends of the upper surface of 12), the power source connected to the upper body U is connected in the same straight line along the longitudinal direction by the current equalization band 14 of the upper body. A plurality of rows of non-parallel band-like non-conductive materials having a spacing are seated at the same thickness as the current equalization band 14 to form a non-coated portion 15A, and the lower body L power source is a lower body current equalizing band ( 14) to generate heat, and a conductive paint layer 15 having the same thickness as the current equalization band 14 is formed on the top surface of the waterproof insulating layer 12, and the head portion H has no conductive paint layer formed thereon. The upper and lower body and the entire surface of the head (U) (L) (H) waterproof insulation layer Finished by the (16), the upper and lower electrodes are connected to the controller 2 is provided with the on / off switch (2A) and the temperature controller (2B), respectively, there is a technical feature of the present invention.

The fever bed for physical therapy of the present invention is divided into upper and lower body parts, and the heating panel can be adjusted for each part so that the temperature can be controlled. It can keep the cool condition, and the temperature range of the entire heating panel is small, and it provides an environment suitable for energy saving and physical therapy and recovery of the patient due to the heat generated by each part.

Description

Fever bed for physical therapy {Electro- Therapy Bed}

The present invention relates to a physiotherapeutic heating bed, more specifically, to a uniformly wide width of the wooden plate, the conductive coating containing a very thin hexagonal plate-shaped carbon-like carbon coating as a heating element, but the treatment area of the patient It is possible to adjust the heating part according to the patient's head and do not heat the coating so that it feels cool without being heated on the part of the patient's head. The present invention relates to a physical therapy fever bed that can be effectively used for the treatment and recovery of patients after physical therapy or surgery.

If you have a cold body, such as a general function of the body is reduced or the pain in a particular area, such as discs, and easy to use general popular therapy is the warming method that warms the body.

In addition, in the case of surgery patients who have woken up or just woke up from anesthesia, the body's function is deteriorated, so the body's temperature control function becomes cold and the recovery time is longer if the body is not warmed. .

In other words, it is effective to warm the patient's body for the rapid treatment and recovery of the patient, and the heating element in the patient's body or pain area is more effective than the indirect method of warming the room air. Direct contact is more effective.

As it can be used as a heating bottom plate for the treatment or recovery of the patient as described above can be largely divided into two types of using a heating wire, such as electric blanket and using a heating element such as carbon powder or electrically conductive concrete.

In general, electric heating plates using heating wires are susceptible to damage to the outer skin itself due to weak physical properties such as synthetic resins or synthetic fibers.There is a risk of leakage or fire due to breakage and short circuit of heating wires. The heating wire arranged at regular intervals in a large amount is not only capable of uniform heating on the entire floorboard, but also when the floor is bent and laid down by heating wires arranged inside, the texture is not good and the floorboard itself is flexible. Not suitable for use where

In the case of a heating panel using conventional electrically conductive concrete, it has various advantages in heating the entire floor using electricity. However, due to the characteristics of concrete, its own weight is heavy and it is particularly vulnerable to external shocks. As a result, deformation of the sheet may occur, and in order to maintain the heating temperature and temperature uniformity of the entire sheet, it is not easy to adjust the thickness and amount of carbon incorporated into the conductive concrete sheet.

The conventional floorboards such as electric floorboards and heating panels are manufactured in a standardized size, and the size of the floorboards for patients used for one person is usually larger than necessary, so the cost of purchasing and maintaining the floorboard, It is very inefficient in all aspects of management, space used, etc.

Medical bed using the heating panel for the patient's recovery or physiotherapy is not possible to control the heating area in accordance with the operation and treatment site, the heat generation to the entire fever and head area is energy-saving and economical Considering the phosphorus aspect, it has an unreasonable structure.

As described above, the present invention is to solve all the problems of the conventional heating panel, which is not suitable for physical therapy, to enable the adjustment of the heating panel for each part, and the heating coating is applied to the area corresponding to the head part. At the same time, the purpose of the present invention is to provide a heat treatment bed for physical therapy that is easy to install while maintaining proper stiffness without being made.

1 is a partially cutaway perspective view of an embodiment of the present invention physical therapy fever bed.

Figure 2 is a plan view of an embodiment of the present invention physical therapy heating bed with a waterproof insulating layer removed.

((Explanation of symbols for main part of drawing))

1. heating panel 2. controller

11.Wood boards 12,16. Waterproof Insulation Layer

13A, 13B. Electrode 14. Current equalization band

15. Conductive Paint Layer

The object of the present invention is a wood plate serving as a substrate of a heating panel, carbon powder composed of fine hexagonal plate-shaped carbon particles, a current uniformity band made of metal deposited in a conductive paint layer containing carbon powder, and an electrothermal paint layer This is achieved by an uncoated band-shaped uncoated portion.

The heat treatment bed for physiotherapeutic treatment of the present invention is composed of a wood board, which is the main body of the heat generating panel on which the conductive paint layer is formed, thereby reducing the weight of the heat generating panel and improving the ability to absorb external impacts. The insulation and insulation effect is excellent, and the width of the wood board is changed in the longitudinal direction to fit the single person to remove unnecessary parts to minimize the installation space.

The conductive paint is a mixture of carbon powders composed of hexagonal plate-like particles in a synthetic resin mixture obtained by mixing a solvent, such as thinner, with a synthetic resin such as polyester, epoxy, polyamide, and silicon, and each of the carbon powders. The particles have a hexagonal plate shape that cannot be erected because the thickness is very thin compared to the width and length.

The hexagonal plate-shaped carbon particles are uniformly distributed in a state of collapse in the synthetic resin mixture having a very low viscosity, so that unlike the spherical carbon particles that are in point contact, the carbon particles maintain a surface contact state and thus a small amount of carbon. Particles can also ensure proper electrical conductivity.

In order to minimize the above temperature deviation, at least two patterns of metal current equalization bands are deposited in the conductive paint layer formed between two electrodes disposed at both ends of the panel in the length direction so as to be perpendicular to the direction of current flow. In order to prevent the difference in the amount of heat generated by the conductive paint caused by the change in the width of the wood board along the longitudinal direction of the current density, the conductive paint is not coated in the longitudinal direction of the wood board to the coating layer of the wide area. There is a technical feature of the present invention to form a non-coated portion of the band shape does not allow temperature control for the upper and lower portions. The purpose and detailed technical characteristics and effects of the present invention will be clearly understood by the following detailed description with reference to the drawings showing preferred embodiments of the present invention.

One embodiment of the present invention for the physical therapy partially cutaway perspective view of the heating bed is shown in Figure 1, a plan view with the waterproof insulating layer removed in Figure 2 is shown.

As shown, the physiotherapeutic heating bed of the present invention is the heating body 1 of the main body, one side is connected to the two electrodes (13A) (13B), the other side is connected to the power source and the power of each part on / off It consists of a controller (2) equipped with a switch (2A) and a temperature controller (2B), the heating panel (1) is a width where the upper body and lower body in each of the width direction is suitable for lying down one patient It is divided into a wide upper body portion (U) and a narrow lower body portion (L) temperature control is made by each switch.

The waterproof insulating layer 12 is coated on one surface of the heating panel 1, and the metal current equalization band 14 is attached to be parallel to both electrodes 13A and 13B, and the electrode and the current equalization band are attached. A conductive paint layer 15 having uniformly dispersed carbon powder composed of hexagonal plate-shaped carbon particles is formed on the upper surface of the insulating layer 12 except for the upper surface of the electrode and the current equalization band. The portion is a structure in which the waterproof insulating layer 16 surrounds the entire surface of the panel without forming a conductive paint.

The two electrodes 13A and 13B to which power from the outside is applied are connected to a power line (not shown) passing through the waterproof insulation layer 16, the wood plate 11, and the insulation layer 12. In addition, since the possibility that the heat generation temperature of the electrically conductive paint which is a heat generating body exceeds the appropriate heating temperature cannot be completely excluded, it is also preferable to provide a transfer prevention device in each site | part.

As described above, the physiotherapeutic heating bed of the present invention is divided into upper and lower parts, and the heating panel for each part can be adjusted so that the temperature is controlled by the upper part and the lower part, and the heating part is made for the part corresponding to the head part. As it is not supported, the head of the patient can be kept cool, the temperature range of the entire heating panel is small, and it provides an environment suitable for energy saving and physical therapy and recovery of the patient due to the heat generated by each part.

Claims (2)

In the heat generating panel, the upper surface of the waterproof insulating layer 12 formed on one surface of the wood plate 11 divided into a wide upper body portion U, a narrow lower body portion L and a head portion (H). Between the two electrodes 13A and 13B mounted at each of the both ends, the power source connected to the upper body U is connected by a current equalization band 14 of the upper body with a plurality of rows having equal intervals in the same straight line along the longitudinal direction. Band-type non-conductive materials parallel to each other are seated to the same thickness as the current equalization band 14 to form a non-coated portion 15A, and the lower body part L power is generated by the lower body current equalization band 14. The conductive paint layer 15 having the same thickness as the current equalization band 14 is formed on the upper surface of the waterproof insulating layer 12, and the head portion H has no conductive paint layer formed thereon. And the entire surface of the head (U) (L) (H) with a waterproof insulating layer (16). Heat-sensitive bed for physiotherapy characterized in that the two electrodes are gamcoded, the upper and lower parts are connected to the controller (2) provided with on / off switch (2A) and temperature controller (2B), respectively. The method of claim 1, wherein the conductive paint layer 15 is a physical therapy heating bed, characterized in that made of a conductive paint uniformly mixed with a carbon powder composed of a synthetic resin, a solvent and a hexagonal plate-like particles.