WO2017084224A1

WO2017084224A1 - Wireless body temperature measuring system

Info

Publication number: WO2017084224A1
Application number: PCT/CN2016/076057
Authority: WO
Inventors: 管云开
Original assignee: 韦朗(上海)医疗科技有限公司
Priority date: 2015-11-20
Filing date: 2016-03-10
Publication date: 2017-05-26
Also published as: CN105411538A

Abstract

A wireless body temperature measuring system, comprising several wireless surface-mounted thermometers, several wireless terminal devices (3) and a monitoring server (4) used for storing ID and position information about the wireless terminal devices (3), wherein the wireless surface-mounted thermometers send a broadcast with the contents being their own IDs, temperature values and temperature measurement times; the wireless terminal devices (3) upload their own IDs and the received broadcast information to the monitoring server (4); and the monitoring server (4) stores the temperature values and the temperature measurement times of the wireless surface-mounted thermometers with different IDs, compares, when discovering wireless surface-mounted thermometers with an abnormal body temperature value, the signal strength of the wireless surface-mounted thermometers with this ID to the wireless terminal devices (3) with different IDs and determines ID and position information about the wireless terminal device (3) with the strongest signal. The use of the system in places such as a hospital greatly facilitates performing temperature monitoring and position tracking of patients by the hospital, effectively solving the problem that a patient is not treated in time if something unexpected happens to the patient.

Description

Wireless body temperature measuring system

Technical field

The invention belongs to the technical field of medical technology, and in particular relates to a wireless body temperature measuring system.

Background technique

Traditional thermometers include mercury thermometers and electronic thermometers. Correspondingly, traditional body temperature data acquisition methods include reading the thermometer scale and the built-in display on the thermometer. Temperature monitoring is not convenient enough. The temperature data of the thermometer can only be viewed by a small number of people. In a specific situation such as a hospital, it is particularly inconvenient to require the doctor, family, patient, and hospital system to obtain body temperature data at the same time. At present, there is a wireless thermometer, the temperature measurement is more convenient, and the temperature data acquisition is also faster, but it also needs to be connected with the predetermined terminal equipment, which is inconvenient for the user to use and monitor under the free movement state, in an emergency situation. Affect the treatment of users.

Summary of the invention

The object of the present invention is to provide a wireless body temperature measuring system for monitoring the user's body temperature and its location in real time, so that the user can be treated for the first time.

In order to solve the above technical problems, the present invention is solved by the following technical solutions:

A wireless body temperature measuring system includes a plurality of wireless patch type thermometers, a plurality of wireless terminal devices, a monitoring server storing wireless terminal device IDs and location information; and the wireless patch type thermometer sends contents of its own ID, temperature value and temperature Broadcasting of the measurement time; the wireless terminal device uploads its own ID and the received broadcast information to the monitoring server; the monitoring server stores the temperature value and the temperature measurement time of the wireless patch type thermometer of different IDs, and finds that the body temperature value is abnormal. Wireless patch-type body temperature timer compares the signal strength of the ID wireless patch-type thermometer to wireless terminal devices of different IDs The ID of the wireless terminal device with the strongest signal and its location information.

Through the communication between the wireless patch-type thermometer and the wireless terminal device, the user's body temperature data can be obtained anytime and anywhere, the user's body temperature condition is monitored, and the communication between the wireless patch-type thermometer and the wireless terminal device is monitored and monitored by the monitoring server. And the location can know the specific orientation of the user, so that the user can be treated for the first time.

Preferably, the wireless patch type thermometer and the wireless terminal device perform wireless communication via Bluetooth. Bluetooth power consumption is low, and it can be continuously monitored for more than one week. At the same time, electronic radiation, heat generation is extremely small, and it is safer for the human body.

Further, the wireless terminal device and the wireless patch type thermometer are encrypted communication. This effectively protects the privacy of the user.

Further, the wireless terminal device can limit the number of wireless patch-type thermometers that communicate with the wireless terminal device by setting a broadcast signal strength threshold of the wireless chip thermometer. This keeps the system's load within a reasonable range.

Further, the wireless patch-type thermometer records and stores the temperature value and the temperature measurement time in the local memory when there is no communication with the wireless terminal device. This ensures the integrity and continuity of the body temperature data.

Further, an intelligent mobile terminal capable of receiving broadcast of a wireless patch thermometer is further included. Medical staff, patients and their families can obtain body temperature data through smart mobile terminals such as mobile phones and PADs.

Further, the smart mobile terminal can upload the received broadcast to the monitoring server. Medical staff, patients and their families know that body temperature data can be uploaded to the monitoring server through smart mobile terminals such as mobile phones and PADs.

The beneficial effects of the present invention are as follows:

1, used in hospitals and other places greatly facilitated the hospital's temperature monitoring and location tracking of patients, effective solutions The patient has an accident but the treatment is not timely; 2. The power consumption is low, and it can be continuously monitored for more than one week. At the same time, the electron radiation, the heat is very small, and the human body is safer. 3. The load of the system is kept within a reasonable range and grows. Service life; 4, to ensure the integrity and continuity of body temperature data.

DRAWINGS

Figure 1 is a schematic view of the structure of the present invention.

detailed description

The present invention will be further described in detail below with reference to the embodiments:

As shown in FIG. 1, a monitoring server 4 and a plurality of fixed-position wireless terminal devices 3 are installed in a hospital, and can be installed in a lobby, a ward, a clinic, and the like. The monitoring server 4 pre-stores IDs and locations of a plurality of wireless terminal devices 3. information. A number of wireless patch thermometers (not shown) are attached to the patient as needed. The patient is free to move in different areas such as Hall 1, Ward 2 and so on. The wireless patch type thermometer on the patient transmits the content as a broadcast of its own ID, temperature value and temperature measurement time, and the wireless terminal device 3 fixed in position set by the hospital close to the patient can receive the broadcast and upload it to the monitoring server 4. The monitoring server 4 stores the temperature value and the temperature measurement time of the wireless patch type thermometer of different IDs, and finds the wireless patch type body temperature timer whose abnormal body temperature value is abnormal. The signal of the wireless patch type thermometer of the ID is compared with the wireless terminal device 3 of different IDs. The strength and the ID of the wireless terminal device 3 with the strongest signal and its location information can be obtained, and the real-time position and body temperature of the patient can be known, and the patient in need of first aid can be treated in time.

The wireless patch type thermometer and the wireless terminal device 3 perform wireless communication via Bluetooth, and can also communicate by infrared or the like. This embodiment adopts Bluetooth, has low power consumption, and can be continuously detected continuously for more than one week. At the same time, the electronic radiation has a small amount of heat and is safer for the human body.

The other weak wireless terminal device 3 and the wireless patch thermometer are encrypted communication, which effectively protects the privacy of the user.

The wireless terminal device 3 can limit the load of the system within a reasonable range by setting the number of wireless patch-type thermometers that communicate with the broadcast signal strength threshold of the wireless patch-type thermometer.

When the wireless patch type thermometer and the wireless terminal device 3 have no communication, the temperature value and the temperature measurement time are recorded and stored in the local memory to ensure the integrity and continuity of the body temperature data.

The medical staff, patients and their families also carry mobile intelligent terminal devices such as mobile phones and PADs, and can also receive broadcasts of wireless patch-type thermometers to know the patient's body temperature and upload the broadcast information to the monitoring server through the APP operation.

In summary, the above description is only the preferred embodiment of the present invention, and all changes and modifications made by the scope of the present invention should be covered by the present invention.

Claims

A wireless body temperature measuring system, comprising: a plurality of wireless patch type thermometers, a plurality of wireless terminal devices, a monitoring server storing wireless terminal device IDs and location information; and the wireless patch type thermometer sends the content as its own ID, Broadcasting of temperature value and temperature measurement time; the wireless terminal device uploads its own ID and received broadcast information to the monitoring server; the monitoring server stores temperature values and temperature measurement times of the wireless patch type thermometers of different IDs, and finds The wireless patch type body temperature timer with abnormal body temperature value compares the signal strength of the wireless patch type thermometer of the ID for the wireless terminal device of different IDs and determines the ID of the wireless terminal device with the strongest signal and its position information.
The wireless body temperature measuring system according to claim 1, wherein the wireless patch type thermometer and the wireless terminal device communicate via Bluetooth.
The wireless body temperature measuring system according to claim 1, wherein the wireless terminal device and the wireless patch type thermometer are encrypted communication.
The wireless body temperature measuring system according to claim 1, wherein said wireless terminal device limits the number of wireless patch type thermometers with which communication is performed by setting a broadcast signal strength threshold of the wireless patch type thermometer.
The wireless body temperature measuring system according to claim 1, wherein the wireless patch type thermometer and the wireless terminal device record and store the temperature value and the temperature measuring time in the local memory when there is no communication.
The wireless body temperature measuring system according to claim 1, further comprising an intelligent mobile terminal capable of receiving a broadcast of the wireless patch type thermometer.
The wireless body temperature measuring system according to claim 6, wherein the intelligent mobile terminal can upload the received broadcast to the monitoring server.