阅读说明：本技术 一种医用实时监测无线传输智能体温贴 (Medical real-time monitoring wireless transmission intelligence body temperature subsides ) 是由 郑建明 韩志平 李保江 于 2021-07-30 设计创作，主要内容包括：本发明涉及一种医用实时监测无线传输智能体温贴。属于医用装置技术领域。医用实时监测无线传输智能体温贴,包括体温贴、体温贴充电仓,所述体温贴包括体温贴外壳、体温贴内部PCB板、体温贴BLE蓝牙芯片、充电插针凹槽、温度传感器,所述体温贴内部PCB板、体温贴BLE蓝牙芯片设置在体温贴外壳内部,所述充电插针凹槽、温度传感器设置在体温贴外壳表面；所述体温贴充电仓包括体温贴充电底座、充电仓上外壳、体温贴充电插针、插针PCB底板、充电仓PCB电路板、体温贴充电仓锂电池、充电仓下外壳。本发明的体温贴实现了患者体温的实时测量,减轻了医护人员的工作负担,体温贴是柔性的,微型的,给患者带来的不适影响较小。(The invention relates to a medical real-time monitoring wireless transmission intelligent body temperature plaster. Belongs to the technical field of medical devices. The medical real-time monitoring wireless transmission intelligent body temperature sticker comprises a body temperature sticker and a body temperature sticker charging bin, wherein the body temperature sticker comprises a body temperature sticker shell, a body temperature sticker inner PCB, a body temperature sticker BLE Bluetooth chip, a charging contact pin groove and a temperature sensor, the body temperature sticker inner PCB and the body temperature sticker BLE Bluetooth chip are arranged inside the body temperature sticker shell, and the charging contact pin groove and the temperature sensor are arranged on the surface of the body temperature sticker shell; the body temperature pastes the storehouse of charging and includes that body temperature pastes charging base, storehouse upper shell that charges, body temperature pastes charging contact pin, contact pin PCB bottom plate, storehouse PCB circuit board that charges, body temperature paste the storehouse lithium cell that charges, the storehouse shell under charging. The body temperature patch realizes real-time measurement of the body temperature of a patient, reduces the workload of medical care personnel, is flexible and miniature, and brings little discomfort to the patient.)

1. The utility model provides a medical real-time supervision wireless transmission intelligence body temperature subsides, includes the body temperature subsides, its characterized in that: the medical real-time monitoring wireless transmission intelligent body temperature sticker also comprises a body temperature sticker charging bin, the body temperature sticker comprises a body temperature sticker shell, a body temperature sticker internal PCB, a body temperature sticker BLE Bluetooth chip, a charging contact pin groove and a temperature sensor, the body temperature sticker internal PCB and the body temperature sticker BLE Bluetooth chip are arranged inside the body temperature sticker shell, the charging contact pin groove and the temperature sensor are arranged on the surface of the body temperature sticker shell, and the body temperature sticker BLE Bluetooth chip and the temperature sensor are connected with the body temperature sticker internal PCB; the body temperature pastes the storehouse of charging and pastes shell, body temperature including the body temperature paste charging base, the storehouse of charging upper shell, body temperature paste charging contact pin, contact pin PCB bottom plate, the storehouse of charging PCB circuit board, body temperature paste the storehouse of charging lithium cell, the storehouse of charging lower shell, the body temperature pastes the charging contact pin and installs on the body temperature pastes charging base after being connected with contact pin PCB bottom plate, charging storehouse PCB circuit board, body temperature paste the storehouse of charging lithium cell and install under the storehouse of charging on the shell.

2. The medical real-time monitoring wireless transmission intelligent body temperature plaster of claim 1, which is characterized in that: the body temperature subsides still include rechargeable button cell, and rechargeable button cell installs inside the body temperature subsides shell.

3. The medical real-time monitoring wireless transmission intelligent body temperature plaster of claim 1, which is characterized in that: and a magnet is arranged inside the contact pin PCB bottom plate.

4. The medical real-time monitoring wireless transmission intelligent body temperature plaster of claim 1, which is characterized in that: the body temperature paste charging bin further comprises a power chip and a type-c charging interface, and the power chip and the type-c charging interface are installed on a PCB (printed circuit board) of the charging bin.

5. The medical real-time monitoring wireless transmission intelligent body temperature plaster of claim 1, which is characterized in that: the PCB circuit board of the charging bin is connected with the lower shell of the charging bin through a copper column.

6. The medical real-time monitoring wireless transmission intelligent body temperature plaster of claim 1, which is characterized in that: the PCB of the charging bin is connected with the PCB bottom plate of the contact pin through a lead.

7. The medical real-time monitoring wireless transmission intelligent body temperature plaster of claim 1, which is characterized in that: medical real-time supervision wireless transmission intelligence body temperature subsides still include the transfer station, the transfer station includes transfer station shell, the inside PCB circuit board of transfer station, transfer station BLE bluetooth chip, transfer station lithium cell.

8. The medical real-time monitoring wireless transmission intelligent body temperature plaster according to claim 7, characterized in that: the transfer station also comprises a WIFI antenna and a WIFI chip.

9. The medical real-time monitoring wireless transmission intelligent body temperature plaster according to claim 8, characterized in that: the inside PCB circuit board of transfer station passes through the copper post and connects the transfer station shell, transfer station BLE bluetooth chip is connected with body temperature subsides BLE bluetooth chip bluetooth communication.

Technical Field

The invention relates to a body temperature plaster, in particular to a wireless transmission intelligent body temperature plaster for medical real-time monitoring. Belongs to the technical field of medical devices.

Background

The human body temperature is an important index for reflecting health, and various diseases can be caused when the human body temperature exceeds a normal range. In hospitals, doctors and nurses often measure the temperature of patients by using mercury thermometers, which are high in measurement accuracy but cause discomfort to people during measurement, particularly children. Today there are also thermometric guns, thermistor thermometers, but these thermometers are not accurate. More importantly, doctors and nurses need to monitor the body temperature of patients for a long time and obtain the temperature in real time, and nowadays, temperature measurement methods are all measurement for multiple times at intervals, so that accompanying personnel are exhausted, and the rest of the patients is influenced.

The traditional human body temperature measurement method is generally used for measuring the armpit, the oral cavity and other parts. The mercury thermometer commonly used in life is easy to fall off when measuring the parts, and the temperature measurement needs to be worn for a long time, which brings discomfort to people. With the development of technology, various electronic thermometers such as infrared thermometers and thermistor thermometers have appeared, but these thermometers have a low temperature rise rate and poor air permeability. In hospitals these difficulties can be overcome for adult patients. However, for infants, because of uncomfortable feeling during temperature measurement, the infants are often not matched, and accurate body temperature is difficult to measure. When the infant has fever, the doctor needs to monitor the body temperature for a long time and find the state of the illness in time. Hospital monitoring of body temperature is today only possible once every a period of time.

Disclosure of Invention

The invention aims to solve the technical problem of providing a medical real-time monitoring wireless transmission intelligent body temperature plaster which directly transmits the temperature to a nurse station. The nurse does not need to measure the temperature of the patient for many times, and the body temperature of the patient can be monitored in the nurse station.

The invention discloses a medical real-time monitoring wireless transmission intelligent body temperature sticker which comprises a body temperature sticker and a body temperature sticker charging bin, wherein the body temperature sticker comprises a body temperature sticker shell, a body temperature sticker inner PCB, a body temperature sticker BLE Bluetooth chip, a charging contact pin groove and a temperature sensor; the body temperature pastes the storehouse of charging and pastes shell, body temperature including the body temperature paste charging base, the storehouse of charging upper shell, body temperature paste charging contact pin, contact pin PCB bottom plate, the storehouse of charging PCB circuit board, body temperature paste the storehouse of charging lithium cell, the storehouse of charging lower shell, the body temperature pastes the charging contact pin and installs on the body temperature pastes charging base after being connected with contact pin PCB bottom plate, charging storehouse PCB circuit board, body temperature paste the storehouse of charging lithium cell and install under the storehouse of charging on the shell.

Further preferably, the body temperature plaster further comprises a rechargeable button battery, and the rechargeable button battery is mounted inside the body temperature plaster shell.

Further preferably, a magnet is arranged inside the pin PCB bottom plate.

Further preferably, the body temperature patch charging bin further comprises a power chip and a type-c charging interface, and the power chip and the type-c charging interface are installed on the charging bin PCB.

Further preferably, the PCB circuit board of the charging bin is connected with the lower shell of the charging bin through a copper column.

Further preferably, the charging bin PCB is connected to the pin PCB base plate through a wire.

Further preferably, medical real-time supervision wireless transmission intelligence body temperature subsides still include the transfer station, the transfer station includes transfer station shell, the inside PCB circuit board of transfer station, transfer station BLE bluetooth chip, transfer station lithium cell.

Further preferably, the transfer station further comprises a WIFI antenna and a WIFI chip.

Further preferably, the inside PCB circuit board of transfer station passes through the copper post and connects the transfer station shell, the BLE bluetooth chip of transfer station is connected with body temperature subsides BLE bluetooth chip bluetooth communication.

Compared with the scheme in the prior art, the medical real-time monitoring wireless transmission intelligent body temperature plaster has the following advantages:

(1) the body temperature patch realizes real-time measurement of the body temperature of a patient, reduces the workload of medical staff, is flexible and miniature, and brings little discomfort to the patient;

(2) the body temperature paste uses flexible silica gel shell and flexible PCB material, can wrench movement in certain extent, can fully contact with the human body when pasting at patient body surface. Compared with the traditional body temperature patch, the body temperature patch has small volume and small discomfort influence on patients.

(3) The body temperature subsides use the BLE bluetooth technology of low-power consumption, and the consumption is little when the chip uses, can not cause the chip to generate heat, and harm patient is healthy. Can be standby for a long time of 24 hours, has long service life, is not disposable, and can be matched with a charging bin for charging. The charging device is automatically powered off when being charged, and is automatically powered on when being taken off for use.

(4) The MESH networking technology of BLE bluetooth makes can a plurality of patient's body temperatures of simultaneous measurement, has used the WIFI technique to enlarge data transmission distance again, has got rid of the shortcoming that bluetooth transmission distance is short, can be remote transmit the patient's body temperature in the ward to the nurse station in.

Drawings

Fig. 1 is a working principle diagram of the medical real-time monitoring wireless transmission intelligent body temperature plaster.

Fig. 2, fig. 3 and fig. 4 are schematic structural diagrams of the body temperature patch charging bin.

Fig. 5 and 6 are schematic structural diagrams of the body temperature patch.

Fig. 7 is a schematic diagram of a transfer station.

The reference numbers are as follows:

1-temperature paste charging base

2-temperature paste charging contact pin

3-charging cabin upper shell

4-pin PCB bottom board

5-charging bin PCB circuit board

6-power supply chip

7-Type-c charging interface

8-body temperature paste charging bin lithium battery

9-lower shell of charging bin

10-body temperature plaster shell

11-body temperature pastes inside PCB circuit board

12-body temperature paste charging bin BLE bluetooth chip

13-rechargeable button cell

14-charging pin recess

15-temperature sensor

Internal PCB (printed Circuit Board) of 16-transfer station

17-transfer station shell

18-WIFI antenna

19-transfer station BLE bluetooth chip

20-WIFI chip

21-transfer station lithium battery

Detailed Description

For the purpose of better explaining the present invention and to facilitate understanding, the present invention will be described in detail by way of specific embodiments with reference to the accompanying drawings.

Fig. 1 is a working principle diagram of the medical real-time monitoring wireless transmission intelligent body temperature plaster. The invention provides a miniature flexible body temperature patch, which has the diameter of 20mm, can be charged and continuously used for 24 hours, is directly attached to a part of a patient to be subjected to temperature measurement during use, transmits temperature data to a transfer station through a BLE low-power Bluetooth technology, and finally directly transmits the temperature to a nurse station through WIFI. The nurse does not need to measure the temperature of the patient for many times, the body temperature of the patient can be monitored in a nurse station, and the temperature patch is miniature and flexible and can not bring discomfort to the patient.

Fig. 2, fig. 3 and fig. 4 are schematic diagrams of the body temperature patch charging bin. The upper shell 3 of the charging bin is made of medical grade PVC plastic, has chemical corrosion resistance, strong resistance to oxidizing agents, reducing agents and strong acids, is wear-resistant, and is easy to produce and safe to use. Body temperature subsides charging contact pin 2, the brass material has elasticity, conveniently charges. The material of the groove 1 of the body temperature plaster is medical PVC plastic as the material of the shell. What charge pin 2 directly links to each other with body temperature subsides is contact pin PCB bottom plate 4, is the PCB circuit board that supports the contact pin to charge, and this circuit board passes through the wire and links to each other with storehouse PCB circuit board 5 that charges, has a small-size magnet in contact pin PCB bottom plate 4 inside, reaches the magnetism effect of inhaling when charging in order to paste with body temperature. The charging bin PCB circuit board 5 is a charging bin PCB circuit board and is directly connected with the contact pin PCB bottom board 4 to charge the body temperature patch. A power chip 6 and a type-c charging interface 7 are arranged on the PCB of the charging bin PCB 5. The storehouse PCB circuit board 5 that charges links to each other through copper post and the storehouse shell 9 that charges down, and the storehouse shell 9 that charges down is the lower part shell in storehouse of charging, also is medical PVC material. A charging bin lithium battery 8 is arranged on the lower shell 9 of the charging bin, and the charging bin lithium battery 8 is connected with the lower shell 9 of the charging bin by using medical traceless double faced adhesive tape. The effect of storehouse lithium cell 8 that charges is under the condition that does not have type-c interface access, uses internal power supply to charge for the body temperature subsides.

Fig. 5 and 6 are schematic diagrams of the body temperature patch. The body temperature pastes shell 10 adopts close skin type silica gel material, can wrench movement in the certain extent during the use, and the laminating effect is better. Inside PCB board 11 is pasted to body temperature, and the material is flexible PCB, and weight is lighter, can twist in certain extent together with the silica gel shell, and inside PCB board 11 is pasted to body temperature uses the hot melt adhesive to be connected with silica gel body temperature subsides shell 10.

Body temperature pastes BLE bluetooth chip 12, and this chip welding is on body temperature pastes inside PCB board 11. Rechargeable button cell 13, the effect is for the chip power supply, because the magnet of contact pin PCB bottom plate 4 can cause a magnetism to inhale the effect moreover when charging for the body temperature is pasted and is difficult for droing, because the body temperature has the hall switch on pasting inside PCB board 11, the power off is pasted to the body temperature when charging, the start-up when taking down. The charging contact pin groove 14 is directly contacted with the charging contact pin 2 of the temperature paster when the body temperature paster is charged, and due to the groove, short circuit cannot be caused when the body temperature paster is contacted with a human body, and no current can cause injury to the human body. Temperature sensor 15, the effect is acquireed temperature value when contacting with the human body, then transmits away through the bluetooth chip, and temperature sensor 15 uses the metal paster of flexible medical groove shape and silica gel body temperature subsides shell 10 fixed all around, reaches the filling effect. When the body temperature patch is used, the body temperature patch is fixed at a temperature measuring position by the medical patch, and the use is convenient.

Fig. 7 is a schematic diagram of a transfer station. The transfer station shell 17 is made of medical PVC materials and is pollution-resistant. 7 transfer station PCB circuit board 16, link to each other with the shell through the copper post. The transfer station PCB circuit board 16 is provided with a BLE Bluetooth chip 19 and a WIFI chip 20. The BLE Bluetooth chip 19 is used for acquiring temperature data transmitted by body temperature patches, and if a plurality of body temperature patches are used at the same time, a MESH networking is formed by a master-slave mode (the body temperature patches are slaves and a transfer station is a master) among the BLE Bluetooth chips, so that a plurality of groups of temperature data can be acquired. WIFI chip 20 is used for transmitting temperature data to the nurse station through WIFI, so that the nurse can monitor the body temperature of the patient in real time. And the WIFI antenna 18 is used for expanding the WIFI range. The transfer station lithium battery 21 is used for supplying power to the transfer station, and is fixed with the PVC shell of the transfer station shell 17 through medical traceless double faced adhesive tapes.

The above-mentioned embodiments are merely illustrative of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements of the technical solution of the present invention by those skilled in the art should fall within the protection scope defined by the claims of the present invention without departing from the spirit of the present invention.