CN219700245U - Micro-electro-therapeutic air bag massage thermoplastic fracture Kang Fuban - Google Patents

Abstract

The utility model relates to a micro-electrotherapy airbag massage thermoplastic fracture rehabilitation board, which is composed of a massage layer (1), a physical therapy layer (2) and a thermoplastic layer (3). The massage layer (1) is densely covered with a plurality of Massage airbag (11), the massage layer (1) is provided with an inflatable tube (12), the physiotherapy layer (2) is provided with an electric heating device (21) and several electrodes (22), and the physiotherapy layer (2) is provided with One end of the wire (23) is connected to the electric heating device (21) and each electrode (22). The thermoplastic layer (3) is a low-temperature thermoplastic plate that is densely covered with breathable micropores and can be thermoformed by heating. Using it to bandage and fix the patient's fractured parts has a better effect. It is conducive to the ventilation, heat dissipation and perspiration of the fractured part. It can also have massage, electrotherapy and heating effects on the fractured parts, so that the skin and muscle tissue will not be completely incapacitated. It can easily lead to muscle atrophy, joint stiffness, poor blood circulation and bacterial growth.

Description

Microelectrotherapy airbag massage thermoplastic fracture rehabilitation board

Technical field

The utility model relates to medical equipment, in particular to a micro-electrotherapy airbag massage thermoplastic fracture rehabilitation board.

Background technique

In order to enable the patient's broken or dislocated bones to heal smoothly and return to normal function, the traditional fixation method is "casting". The purpose is to align and fix the broken and dislocated bones to prevent the bones at the fracture site from collapsing. After healing, it grows crooked or misplaced. Practice has proven that although plastering can prevent bones from growing crooked or dislocated, it also has certain side effects. First, it is not breathable, which is not conducive to the ventilation, heat dissipation and perspiration of the fracture site; second, it is relatively "dead" to fixing the fracture site. , causing the skin and muscle tissue to be unable to move, which can easily lead to muscle atrophy, joint stiffness, poor blood circulation and bacterial growth, which is not conducive to improving the recovery of fractures.

Contents of the invention

The purpose of this utility model is to provide a bandage with better fixation effect, which is beneficial to the ventilation, heat dissipation and perspiration of the fracture site, so that the skin and muscle tissue will not be completely unable to move, and will not easily lead to muscle atrophy, joint stiffness, and poor blood circulation. Micro-electrotherapy airbag massage thermoplastic fracture rehabilitation board that blocks bacterial growth.

The technical solution of the utility model is: it is composed of a massage layer, a physiotherapy layer and a thermoplastic layer from the inside to the outside. The massage layer is densely covered with a plurality of massage air bags. The massage layer is provided with one end connected to each massage air bag and the other end An inflatable tube connected to the air source. The physiotherapy layer is provided with an electric heating device and several electrodes for microcurrent electrotherapy. The physiotherapy layer is provided with one end connected to the electric heating device and each electrode, and the other end connected to the electric heating source and microcurrent electrotherapy. The wires connected to the current electrotherapy control source, the thermoplastic layer is a low-temperature thermoplastic plate densely covered with breathable micropores and can be thermoformed by heating.

The technical effects of this utility model are: using it to bandage and fix patients' fractured parts has a better effect, is beneficial to the ventilation, heat dissipation and perspiration of the fractured parts, and can play massage, electrotherapy and heating effects on the fractured parts, so that the skin and muscles can The tissue will not be completely incapacitated, and it will not easily lead to muscle atrophy, joint stiffness, poor blood circulation and bacterial growth. It can increase the speed of fracture recovery, achieve better recovery results, and can also detect the degree of fracture recovery. It has a simple structure, is easy to use, and has ideal use effects, and is worthy of widespread promotion.

advantage:

1. During the recovery period, it can shorten the fracture healing time, is safe and reliable, greatly reduces the patient's pain, and can also effectively prevent the occurrence of various fracture sequelae.

2. Low-temperature thermoplastic board: light, breathable, washable, and removable.

3. Adopt a multi-layer structure to achieve multiple and unified functions. The introduction of physical therapy equipment and micro-airbags is conducive to accelerating fracture healing.

4. There is currently no similar medical device on the market that assists in fracture treatment.

5. Suitable for most patients with limb fractures.

Description of drawings

Figure 1 is a three-dimensional exploded view of an embodiment of the present utility model;

Figure 2 is a second perspective exploded view of the embodiment of the present utility model.

Implementation

As shown in Figure 1, the micro-electrotherapy air bag massage thermoplastic fracture rehabilitation board is composed of a massage layer 1, a physical therapy layer 2 and a thermoplastic layer 3 from the inside to the outside. The massage layer 1 is densely covered with multiple massage air bags 11. The layer 1 is provided with an inflatable tube 12 with one end connected to each massage air bag 11 and the other end connected to the air source. The physiotherapy layer 2 is provided with an electric heating device 21 and several electrodes 22 for microcurrent electrotherapy. There is a wire 23 with one end connected to the electric heating device 21 and each electrode 22, and the other end connected to the electric heating source and the microcurrent electrotherapy control source. The thermoplastic layer 3 is densely covered with breathable micropores and can be thermoformed by heating. Low temperature thermoplastic board.

Each massage airbag 11 on the massage layer 1 is located on the side of the massage layer 1 facing the human body and protrudes from the surface of the base of the massage layer 1 . The massage layer 1 is entirely made of elastic silicone material, and the massage air bags 11 are connected to each other and to the inflatable tube 12 .

The physical therapy layer 2 is composed of a plaster bandage base 24 and an infrared electric heating device 21 and electrodes 22 provided on the plaster bandage base 24 . The electrodes 22 are provided on the surface of the plaster bandage base 24 facing the massage layer 1 and protrude from the plaster bandage base 24. The positions corresponding to the electrodes 22 on the massage layer 1 are provided so that the electrodes 22 can pass through the massage layer 1 and the skin. Contact electrode through hole 13.

As shown in FIG. 2 , the physical therapy layer 2 also includes several sub-physical therapy layers 25 for expanding the physical therapy area. Each sub-physical therapy layer 25 is respectively provided with an electric heating device 21 and a plurality of electrodes 22 . Each sub-physical therapy layer 25 is respectively provided with an adapter line 26 with one end connected to the electric heating device 21 and each electrode 22 on the sub-physical therapy layer 25 and the other end connected to the physical therapy layer 2. One end of the adapter line 26 is connected to the physical therapy layer 2. There is a plug 27, and the physiotherapy layer 2 is provided with a plurality of sockets 28 connected in parallel with the electric heating device 21 and each electrode 22 on the physiotherapy layer 2, and matched with the plugs 27 on the adapter cable 26.

Instructions:

After aligning the fracture site of the patient with a fracture, massage layer 1 is wrapped outside the fracture site, and physical therapy layer 2 is wrapped outside massage layer 1. After heating the thermoplastic layer 3 to soften it, wrap it around the physical therapy layer 2. After the outer shape is arranged, the thermoplastic layer 3 will automatically harden after the temperature decreases, thereby fixing the fracture site and achieving the purpose of fracture positioning. If the surface area of the patient's fracture site is large, several pieces of the physical therapy layer 25 can be used in conjunction with the physical therapy layer 2 and wrapped around the outside of the massage layer 1 . During use, the inflatable tube 12 is connected to the air source, the wires 23 of the physical therapy layer 2 are connected to the electric heating source and the microcurrent electrotherapy control source, and the adapter plug 27 of the sub-physical therapy layer 25 is connected to the socket 28 on the physical therapy layer 2 . According to the patient's own needs, the air source can inflate the massage air bag 11 through the inflatable tube 12. By changing the air pressure, the purpose of massaging the fracture site can be achieved. The electric heating device 21 can heat the fracture site to improve the problem of low temperature due to poor blood circulation. The microcurrent electrotherapy control source can generate microcurrent electrical stimulation signals to perform electrotherapy on the patient through the electrodes 22 to improve the recovery effect. The electrode 22 can also be connected to an oximeter for detecting the degree of healing of the patient's fracture.

Claims (7)

1. Microelectrotherapy airbag massage thermoplastic fracture rehabilitation board, which is composed of a massage layer (1), a physical therapy layer (2) and a thermoplastic layer (3) from the inside to the outside. It is characterized by: the massage layer (1) is densely covered with There are multiple massage air bags (11). The massage layer (1) is provided with an inflatable tube (12) with one end connected to each massage air bag (11) and the other end connected to the air source. The physiotherapy layer (2) is provided with an electric heater. device (21) and several electrodes (22) for microcurrent electrotherapy. The physiotherapy layer (2) is provided with one end connected to the electric heating device (21) and each electrode (22), and the other end connected to the electric heating source and the microcurrent. The wires (23) connected to the current electrotherapy control source, and the thermoplastic layer (3) are low-temperature thermoplastic plates densely covered with breathable micropores that can be thermoformed by heating. 2. The micro-electrotherapy airbag massage thermoplastic fracture rehabilitation board according to claim 1, characterized in that each massage airbag (11) on the massage layer (1) is located on the side of the massage layer (1) facing the human body. protruding from the surface of the base of the massage layer (1). 3. The micro-electrotherapy air bag massage thermoplastic fracture rehabilitation board according to claim 1, characterized in that the massage layer (1) is entirely made of elastic silicone material, and each massage air bag (11) is interconnected and connected with the inflatable tube. (12) Connected. 4. The thermoplastic fracture rehabilitation board for microelectrotherapy airbag massage as claimed in claim 1, characterized in that the physical therapy layer (2) consists of a gypsum bandage base (24) and an infrared electrode provided on the gypsum bandage base (24). It is composed of heating device (21) and electrode (22). 5. The micro-electrotherapy airbag massage thermoplastic fracture rehabilitation board according to claim 4, characterized in that the electrode (22) is disposed on and protrudes from the surface of the plaster bandage base (24) facing the massage layer (1). On the plaster bandage base (24), electrode through holes (13) are provided on the massage layer (1) at positions corresponding to the electrodes (22) so that the electrodes (22) can pass through the massage layer (1) and come into contact with the skin. 6. The thermoplastic fracture rehabilitation board for microelectrotherapy airbag massage as claimed in claim 1, characterized in that the physical therapy layer (2) also includes several sub-physical therapy layers (25) for expanding the physical therapy area, each sub-physical therapy layer (25) is used to expand the physical therapy area. The physiotherapy layer (25) is respectively provided with an electric heating device (21) and several electrodes (22). 7. The micro-electrotherapy airbag massage thermoplastic fracture rehabilitation board according to claim 6, characterized in that each of the sub-physical therapy layers (25) is provided with an electric heating device (1) at one end and on the sub-physical therapy layer (25). 21) An adapter cable (26) connected to each electrode (22) and the other end connected to the physiotherapy layer (2). One end of the adapter cable (26) connected to the physiotherapy layer (2) is provided with a plug (27). The physiotherapy layer (27) 2) is provided with several sockets (28) connected in parallel with the electric heating device (21) and each electrode (22) on the physiotherapy layer (2), and matched with the plug (27) on the adapter cable (26) .