CN216497069U - Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices - Google Patents
Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices Download PDFInfo
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- CN216497069U CN216497069U CN202122949583.0U CN202122949583U CN216497069U CN 216497069 U CN216497069 U CN 216497069U CN 202122949583 U CN202122949583 U CN 202122949583U CN 216497069 U CN216497069 U CN 216497069U
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Abstract
Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices belongs to medical instrument technical field, shines the piece including elastic fabric sleeve, electric heating layer, charging source, intelligent regulation switch and lamp light. The graphene fiber layer or the carbon fiber fabric layer is used as an electric heating layer to carry out local heating and heat preservation on human tissues by relying on the elastic fabric sleeve; and then the lamp light irradiation piece which can be used detachably is matched, and the lamp light irradiation piece is positioned and used according to the required position, so that the aim of omnibearing repair is fulfilled. The charging power supply ensures the convenience of use. The light irradiation piece and the elastic fabric sleeve can be used in a matching way, and can also be used independently. The intelligent mobile phone can be wirelessly connected with the intelligent mobile phone, and various operations such as selection of heating temperatures of different grades and opening and closing of the lamplight irradiation piece are performed through the App on the intelligent mobile phone. The wetting sensor can give an alarm when the conditions of blood seepage, liquid seepage, sweating and the like occur.
Description
Technical Field
The utility model belongs to the technical field of medical instruments, and particularly relates to a portable rechargeable intelligent wearable body tissue and internal fistula injury repair device.
Background
Hemodialysis patients need to establish arteriovenous internal fistula on arms and then carry out hemodialysis treatment. After the internal fistula is established, the arms of the internal fistula are prevented from being pressed, cooled and heavy, so that the internal fistula is ensured to be smooth, and thrombus and even blockage of the internal fistula are avoided. Particularly, the internal fistula arms are kept warm in autumn and winter, so that cold and cool are avoided, and the fistula can be matured; the insufficiency of the flow caused by cold and cool internal fistula is avoided; avoid the internal fistula from generating thrombus due to cold and cool and even the internal fistula is blocked. In addition, the puncture site should be protected from infection due to poor care.
In the prior art:
1. baking electricity or microwaves: the volume is large, the movement is inconvenient, the small household roasting electricity is easy to scald, the temperature can be regulated and controlled only by the distance, the special body position is needed, the fixing time is needed, the cost is high, and the hospital charges are different from 20 to 30 yuan once.
2. Hot compress: the temperature is not easy to control, the damp and hot water is easy to scald, the hot compress can not be carried out when people go out, the fixing time is needed, and the clothes are easy to soak and cause discomfort.
3. Red light baking lamp: although the volume is small, the body position needs to be fixed, the time and the distance need to be fixed, a household power strip connecting line power supply is needed, and the use is inconvenient.
4. Protecting the fistula sleeve: the heating layer is made of graphene powder, is expensive, weak in infrared effect and single in effect, can only keep warm, needs to be plugged on a power socket for use, cannot be used in a portable mode, and is inconvenient to use.
5. Red blue light LED lamp: has anti-inflammatory and antibacterial effects, and can be used for repairing damaged tissues and blood vessels. However, because the red and blue LED lamp in the prior art is a desk lamp, the size is large, a patient can only be fixed in one place for irradiation, the problem of inconvenience in use also exists, and the repair effect is difficult to guarantee because the turning of limbs is limited, and some organism tissues are inconvenient for irradiation.
A portable fistula-protecting device which can simultaneously satisfy the heating and irradiation repairing functions is not reported at present. Therefore, there is a need in the art for a new solution to solve this problem.
SUMMERY OF THE UTILITY MODEL
The technical problem to be solved by the utility model is as follows: the portable rechargeable intelligent wearable organism tissue and internal fistula damage repairing device is used for solving the technical problem that a portable fistula protecting device which simultaneously meets the heating and irradiation repairing functions does not have a report at present.
The portable charging type intelligent wearable organism tissue and internal fistula damage repairing device comprises an elastic fabric sleeve, an electric heating layer, a charging power supply, an intelligent adjusting switch and a light irradiation sheet, wherein the electric heating layer is arranged on the inner layer of the elastic fabric sleeve, and a charging power supply placing bag and the intelligent adjusting switch are arranged on the outer side of the elastic fabric sleeve; the electric heating layer is connected with a charging power supply; the charging power supply is placed in the charging power supply placing bag and is connected with the intelligent adjusting switch through a data line; the light irradiation piece is detachably mounted on the inner side of the elastic fabric sleeve, miniature multi-spectral-segment LED lamps are uniformly laid in the light irradiation piece, a mode selection key is arranged on the light irradiation piece, and the light irradiation piece is connected with the intelligent adjusting switch through a data line.
The electric heating layer is a graphene fiber layer or a carbon fiber fabric layer.
The graphene fiber layer is uniformly provided with electrical contacts; the electric contact is connected with the intelligent adjusting switch through an electric wire.
A plurality of carbon fibers are uniformly laid in the carbon fiber fabric layer, and the ends of the two ends of each carbon fiber are respectively connected with the intelligent adjusting switch.
The miniature multi-spectral LED lamp is a red and blue LED lamp.
The back that the piece was shone to light is provided with the magic and pastes, and the piece is shone to light passes through the magic and pastes fixedly with elastic fabric telescopic inner wall.
The both sides of the light irradiation piece are provided with magic tapes, and the light irradiation piece is pasted through the magic tapes to form a cylindrical wrapping bag outside a human body.
The intelligent adjusting switch is characterized in that a Bluetooth module or a WIFI module is integrated on a controller of the intelligent adjusting switch, and the intelligent adjusting switch is connected with the intelligent mobile phone through the Bluetooth module or the WIFI module.
Still be provided with on the elastic fabric sleeve and soak the sensor, soak the sensor and take the alarm certainly, soak the sensor and be connected with intelligent regulation switch.
Through the design scheme, the utility model can bring the following beneficial effects:
according to the utility model, the graphene fiber layer or the carbon fiber fabric layer is used as an electric heating layer to be matched with the elastic fabric sleeve to carry out local heating and heat preservation on human tissues, and then the detachable light irradiation piece is matched to be used for positioning the light irradiation piece according to a required position, so that independent irradiation of red light, blue light or other wave band light and multiple-spectrum-band light simultaneous irradiation can be carried out, and the aim of omnibearing repair is achieved. The charging power supply ensures the convenience of use. The intelligent regulation switch can be used for multi-gear temperature regulation. The light irradiation piece can be used in cooperation with the elastic fabric sleeve, also can be used independently, and the light irradiation piece can also be used in cooperation with other sheaths, so that the lamp is more diversified and humanized. The intelligent control system can also be in wireless connection with the smart phone, and the App on the smart phone controls the controller of the intelligent adjusting switch to select heating temperatures of different grades and perform various operations such as opening and closing of the lamplight irradiation piece. Dialysis dehydration in large quantities leads to prostration, low sugar, hypotension and a large amount of sweating, if the nurse finds that the patient is easy to prostrate or even shock untimely, the implantation soaks the sensor and reports to the police when the condition such as oozing, weeping, sweating takes place for intervene in advance and avoid the patient's condition to further worsen.
Drawings
The utility model is further described with reference to the following figures and detailed description:
fig. 1 is a schematic structural diagram of a portable, rechargeable, intelligent and wearable device for repairing damaged body tissues and internal fistulas according to the present invention.
Fig. 2 is a first structural schematic view of a light irradiation sheet in the portable rechargeable intelligent wearable body tissue and internal fistula injury repair device of the utility model.
Fig. 3 is a rear view of a first structural schematic diagram of a lamp light irradiation patch in the portable rechargeable intelligent wearable body tissue and internal fistula injury repair device of the utility model.
Fig. 4 is a second structural schematic view of a light irradiation sheet in the portable rechargeable intelligent wearable body tissue and internal fistula injury repair device of the utility model.
In the figure, 1-an elastic fabric sleeve, 2-an electric heating layer, 3-a charging power supply, 4-an intelligent adjusting switch, 5-a light irradiation sheet, 6-a charging power supply placing bag and 7-a magic tape.
Detailed Description
As shown in the figure, the portable rechargeable intelligent wearable organism tissue and internal fistula damage repair device comprises an elastic fabric sleeve 1, an electric heating layer 2, a charging power supply 3, an intelligent adjusting switch 4 and a lamplight irradiation sheet 5, wherein the electric heating layer 2 is arranged on the inner layer of the elastic fabric sleeve 1, and a charging power supply placing bag 6 and the intelligent adjusting switch 4 are arranged on the outer side of the elastic fabric sleeve 1; the electric heating layer 2 is connected with a charging power supply 3; the charging power supply 3 is placed in the charging power supply placing bag 6, and the charging power supply 3 is connected with the intelligent adjusting switch 4 through a data line; different color indicating lamps are arranged on the intelligent adjusting switch 4, and the different color indicating lamps are lightened to indicate the heating temperatures of different gears through different continuous pressing times; the light irradiation piece 5 is detachably mounted on the inner side of the elastic fabric sleeve 1, miniature multi-spectral-band LED lamps are uniformly laid in the light irradiation piece 5, a mode selection key is arranged on the light irradiation piece 5, and the light irradiation piece 5 is connected with the intelligent adjusting switch 4 through a data line; the mode selection key can be used for selecting multiple modes of single illumination of red light, blue light or other waveband light and simultaneous illumination of multi-spectrum light.
The electric heating layer 2 is a graphene fiber layer or a carbon fiber fabric layer.
The graphene fiber layer is uniformly provided with electrical contacts; the electrical contact is connected with the intelligent adjusting switch 4 through an electric wire, the electrical contact heats the graphene fiber layer, and the graphene fiber layer conducts heat uniformly to locally heat the wearing part.
Evenly laid many carbon fibers in the carbon fiber fabric layer, the both ends end of every carbon fiber is equallyd divide and is connected with intelligent regulation switch 4 respectively, and every carbon fiber all carries out local heating through electric heating heat generation.
The miniature multi-spectral LED lamp is a red and blue LED lamp. The red light has strong penetrability, and can enter human body tissues to mainly play a role of thermal effect, the infrared ray can diminish inflammation and relieve pain, promote wound healing, relieve soft tissue and muscle strain caused by exercise, improve blood circulation, accelerate metabolism, and generate benign reaction beneficial to the body under the action of the thermal effect on blood vessels, nerves, skeletal muscles and the like. The blue light can penetrate the cell membrane and the cell nucleus of the microorganism, destroy the molecular bond of the DNA, and make the DNA lose the replication ability or activity, the cell can not replicate, and the microorganism can die soon, thereby playing the role of sterilization.
As shown in fig. 3, the back of the light irradiation piece 5 is provided with a magic tape 7, and the light irradiation piece 5 is fixed with the inner wall of the elastic fabric sleeve 1 through the magic tape 7.
As shown in fig. 4, magic tapes 7 are arranged on two sides of the light irradiation piece 5, and the light irradiation piece 5 is adhered to each other through the magic tapes 7 on the two sides to form a cylindrical wrapping bag outside the human body. Light shines piece 5 can use with the cooperation of elastic fabric sleeve 1, also can be used alone separately, and light shines piece 5 can also use with other sheaths, guard shield cooperation, and is diversified more, humanized.
The intelligent adjusting switch 4 is characterized in that a Bluetooth module or a WIFI module is integrated on a controller of the intelligent adjusting switch 4, the intelligent adjusting switch 4 is connected with the intelligent mobile phone through the Bluetooth module or the WIFI module, and the App on the intelligent mobile phone controls the controller of the intelligent adjusting switch 4 to select heating temperatures of different gears and to turn on and turn off the light irradiation piece 5.
Still be provided with on the elastic fabric sleeve 1 and soak the sensor, soak the sensor and also call the water and soak the sensor, soak the sensor and take the alarm certainly, soak the sensor and be connected with intelligent regulation switch 4. The elastic fabric sleeve 1 can be padded below the puncture arm during dialysis and transfusion, and can give an alarm when blood seepage, liquid seepage and sweating occur while keeping warm. Dialysis is largely dehydrated to cause collapse, low sugar, hypotension and a large amount of sweating, if the nurse finds that the patient is easy to collapse or even shock in time, the implantation of the soaking sensor can be found in advance, and the advance intervention can avoid the further deterioration of the illness state of the patient.
Claims (9)
1. Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices, characterized by: the intelligent lighting device comprises an elastic fabric sleeve (1), an electric heating layer (2), a charging power supply (3), an intelligent adjusting switch (4) and a light irradiation piece (5), wherein the electric heating layer (2) is arranged on the inner side of the elastic fabric sleeve (1), and a charging power supply placing bag (6) and the intelligent adjusting switch (4) are arranged on the outer side of the elastic fabric sleeve (1); the electric heating layer (2) is connected with a charging power supply (3); the charging power supply (3) is placed in the charging power supply placing bag (6), and the charging power supply (3) is connected with the intelligent adjusting switch (4) through a data line; light shines piece (5) dismantlement formula and installs the inboard at elastic fabric sleeve (1), evenly has laid miniature multispectral LED lamp in the light shines piece (5), and light shines piece (5) and is connected with intelligent regulation switch (4) through the data line.
2. The wearable organism tissue and internal fistula damage repair device of claim 1, wherein: the electric heating layer (2) is a graphene fiber layer or a carbon fiber fabric layer.
3. The wearable organism tissue and internal fistula damage repair device of claim 2, wherein: the graphene fiber layer is uniformly provided with electrical contacts; the electric contact is connected with the intelligent adjusting switch (4) through an electric wire.
4. The wearable organism tissue and internal fistula damage repair device of claim 2, wherein: a plurality of carbon fibers are uniformly laid in the carbon fiber fabric layer, and the ends of the two ends of each carbon fiber are respectively connected with the intelligent adjusting switch (4).
5. The wearable organism tissue and internal fistula damage repair device of claim 1, wherein: the miniature multi-spectral LED lamp is a red and blue LED lamp.
6. The wearable organism tissue and internal fistula injury repair device of claim 1, which is portable and rechargeable and has the following characteristics: the back of the light irradiation piece (5) is provided with a magic tape, and the light irradiation piece (5) is fixed with the inner wall of the elastic fabric sleeve (1) through the magic tape.
7. The wearable organism tissue and internal fistula damage repair device of claim 1, wherein: magic tapes are arranged on two sides of the light irradiation piece (5), and the light irradiation piece (5) is adhered through the magic tapes to form a cylindrical wrapping bag outside a human body.
8. The wearable organism tissue and internal fistula damage repair device of claim 1, wherein: the intelligent adjusting switch is characterized in that a Bluetooth module or a WIFI module is integrated on a controller of the intelligent adjusting switch (4), and the intelligent adjusting switch (4) is connected with the intelligent mobile phone through the Bluetooth module or the WIFI module.
9. The wearable organism tissue and internal fistula damage repair device of claim 1, wherein: still be provided with on elastic fabric sleeve (1) and soak the sensor, soak the sensor and take the alarm certainly, soak the sensor and be connected with intelligent regulation switch (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122949583.0U CN216497069U (en) | 2021-11-29 | 2021-11-29 | Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122949583.0U CN216497069U (en) | 2021-11-29 | 2021-11-29 | Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216497069U true CN216497069U (en) | 2022-05-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122949583.0U Active CN216497069U (en) | 2021-11-29 | 2021-11-29 | Wearable organism tissue of portable rechargeable intelligence and internal fistula damage prosthetic devices |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216497069U (en) |
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2021
- 2021-11-29 CN CN202122949583.0U patent/CN216497069U/en active Active
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