165 results about "Body temperature measure" patented technology

A portable continuous body temperature monitoring device for a helmet or head gear to be worn by athletes, sports enthusiasts and workers in hot environments that is composed of a therimstor located in a position that is in contact with the temple or forehead of the wearer through attached head gear, pads or straps. The device also contains wiring for an LCD readout and a computer chip for algorithm and analysis of body temperature, signaling the device to trigger an alarm that is either auditory or visual. The computer chip also contains a correlation algorithm for accurate interpretation of body surface temperatures. The device is powered through a button battery and provides protection for dangerous rises in the body temperature of the wearer. The device can also contain electrodes in direct contact with the forehead of the wearer in order to monitor heart rate.

In a body temperature measuring system, power consumption of a data reading device is reduced. A clinical thermometer of this invention is a body temperature measuring system including a body temperature tag and a data reading device. A processing unit of the body temperature tag includes a power supply circuit, a semiconductor temperature sensor for detecting a band gap voltage, and a storage unit configured to store calibration data to calibrate the detected band gap voltage, and is configured to, upon activating the power supply circuit, send the detected band gap voltage via the antenna unit together with the calibration data. The data reading device includes an excitation unit, and a sensing unit configured to sense a change in a magnetic field generated by excitation. The power level of the excitation unit is changed upon sensing the change in the magnetic field.

The invention discloses a wearable body temperature measuring wrist band and a body temperature measuring method. A contact type temperature sensor is used for measuring wrist temperature; an infrared temperature sensor is used for measuring environment temperature; and the secondary curve fitting and constant calibration are performed according to the wrist temperature and the environment temperature, so as to obtain actual body temperature, thereby realizing the accurate measuring on the body temperature by adopting a wearable wrist band form.

The present invention relates to an ultrasonic real-time nondestructive body temperature measuring device and the temperature measurement method; the present invention establishes a relationship model of the temperature increment and the echo signal in the time domain or the frequency domain based on that the thermal characteristics of the human tissues and the ultrasound beams which pass through the human tissues thereof have better correlation with the temperature increment on the beam path during the slow change, furthermore, the present invention uses the numerical calculation method (such as, finite element/ finite difference method) which is based on the nonlinear medical ultrasonic field to carry out the real-time dynamic calibration of the thermal coefficient of the deep tissue by establishing a Pennes biological heat conduction equation (BHTE) in a human structural model, so as to solve the difficulties that the characteristic parameters of the tissue temperature are too changeable ; the present invention uses the combination method of the numerical calculation and the ultrasonic detection to eliminate the problem of the heat-acoustic lens and adopts the fusion imaging method of the temperature information and the tissue structure information to visually display the temperature distribution and the structure distribution in the body.

Disclosed are an air conditioner controlling system and a method thereof that control an air conditioner so as to provide cooling or heating customized to each occupant by measuring a body temperature of each occupant. The customized air conditioner controlling system includes: a body temperature measuring unit measuring a body temperature of each occupant in a vehicle; a personalized service determining unit determining a personalized service including whether to drive a cooling device or a heating device for each occupant based on the body temperature of each occupant; and an air conditioner controlling unit controlling an air conditioner discriminatively for each occupant based on the personalized service.

The invention discloses an analog loading test device of a walking chassis speed changing box of a combine harvester, comprising an installation base, a drive part, a speed changing box fixing device, a loading part, a vibration measuring system, a noise measuring system, a box body temperature measuring system, a lubricating oil temperature measuring system and a central control cabinet. According to the invention, a speed governing motor is used as power, two magnetic powder brakes independently apply working loads, the whole system is provided with three sets of torsion rotating speed sensors, one set of vibration detection system, one set of noise detection system and one set of box body temperature and oil temperature system, and all detection signals are transmitted to an industrial control machine of the central control cabinet and displayed in real time and recorded and stored; control signals of the magnetic powder brakes are provided by an analog output card and are programmed in control software; and two paths of output voltages are respectively controlled by using a function, thus simulation of a complex working condition can be realized, and a fatigue test can be carried out.

The invention discloses a sensing system for animal individual feed intake and health condition monitoring. The system comprises an RFID ear identifier identification module, a sensor system, an upper computer, a communication device, and a PC machine. The sensor system comprises an infrared sensor, an animal feed intake measuring module, a body temperature measuring module, and a heart rate measuring module. The animal feed intake measuring module comprises a micro vibration sensor. The body temperature measuring module comprises an infrared temperature sensor. The heart rate measuring module comprises a heart rate sensor. The upper computer is also provided with a micro-storage. A microcontroller is connected with the micro-storage. The micro-storage is connected with the PC machine through the communication device. The system and the method solve problems of real-time online detection of livestock animal feed intake and health conditions, and are suitable for long-term real-time monitoring of multi-class captive-bred animals, and greatly reduce manpower and material resources, and are beneficial for supervising growth processes and health conditions of animals.

The invention provides a livestock living body measurement equipment and method. The livestock living body measurement equipment comprises a box cage, wherein an infrared body temperature measuring instrument and a camera that are connected with a control mainframe are fixed on the box cage; a first infrared detector and a second infrared detector that are connected with the control mainframe are arranged at two ends of the box cage; a weighting device is arranged at the bottom of the box cage; the control mainframe is in communication with a server; a facial location identification module that analyzes and selects body temperature data corresponding to image data nearest to a standard image as the determined body temperature data is arranged on the control mainframe; a livestock facial standard image is arranged in advance in the face location identification module; the standard image is marked with a standard body temperature measurement point. The livestock living body measurement equipment and the method, provided by the invention, has the advantages that the structure is simple, the measurement is accurate, body temperature and weight can be measured simultaneously, and the degree of automation is high; the livestock living body measurement equipment and method ensure that intelligent monitoring is realized in modern livestock industry, and the function of disease and epidemic prevention is played; the health of the livestock is ensured and economic benefits are increased.

The invention relates to a wireless measurement method for measuring the human body temperature, particularly relates to a design method for implementing a human body temperature collector (1), a human body temperature data wireless receiving/displaying monitoring device (9) and a wireless repeater (19) by adopting the ZigBee wireless technology. For overcoming the shortcomings existing in the existing body temperature measuring method, the invention provides a wireless body temperature measuring and data collecting method. By using the ZigBee wireless network technology, the body temperature is measured by the human body temperature collector (1), then the temperature is transmitted to the displaying monitoring device (9) in real time according to a ZigBee network protocol so as to realize wireless monitoring measurement, and the human body temperature collector (1) can be set and controlled so as to achieve the functions such as warning. One displaying monitoring device (9) can support the data collection, transmission and control of a plurality of human body temperature collectors (1) and the wireless repeater (19), and compared with other similar wireless thermometers, the displaying monitoring device (9) is lower in power consumption, better in instantaneity and simple and easy in design.

A bluetooth earphone system with body temperature measuring function, which transmitting the bluetooth earphone measured body temperature value to database to be stored, said bluetooth earphone contains temperature sensor, display and bluetooth module containing a micro controller and a memory, when the blue earphone is wore, the temperature sensor generates body temperature signal according to body temperature, then calculating the signal by micro controller to obtain the body temperature value which can be sent to memory to be stored and indicated by display, in another hand, the micro controller can operate the bluetooth module after calculating temperature value, sending data in memory to bluetooth local device, then back to database to be stored through transmission interface.

A system for keeping a patient warm during the perioperative period. The system includes a portable bed (1) for the patient. At least one electric heating pad (3) is provided for keeping the patient on the bed (1) warm. A control device (4), portable with the bed (1), is provided for setting the temperature of the at least one heating pad (3) as a function of the body temperature measured at the patient.

The invention relates to a multi-function bedside nursing work station, which comprises a lower cabinet body, a strut formed by extending upwards from the top of the lower cabinet body, and an upper cabinet body supported by the strut, wherein the side of the lower cabinet body is flexibly provided with a lower cabinet door; drawers are arranged in the lower cabinet body; an electronic body temperature measuring and reading module, a tourniquet storing slot, a module with the functions of reading a mercury thermometer, sterilizing and zeroing, a blood collecting pipe agitating module, an electronic blood pressure sphygmometer and a directional illuminating lamp with adjustable brightness and position are arranged in the drawer; a call and response system and a call button connected to the call and response system are arranged in the strut; and a touch screen computer, a fingerprint registering module, a bar code scanner, a heating thermostat, an infusion monitoring module, a patient state monitoring camera, a transparent infusion bottle storing region and the upper cabinet door connected to the upper cabinet body are arranged in the upper cabinet body.

The invention relates to a health monitoring remote rescue device for old people living at home. The health monitoring remote rescue device comprises a microprocessor, wherein the input end of the microprocessor is connected with a medicine taking reminding module, a pulse measuring module, a blood pressure measuring module and a body temperature measuring module; the output end of the microprocessor is connected with a display module and a remote rescue module; the pulse, the blood pressure and the body temperature of the human body are measured through the pulse measuring module, the blood pressure measuring module and the body temperature measuring module; the measured numerical values are displayed through the display module via the microprocessor; the user medicine taking is reminded through the medicine taking reminding module; if the measured data exceeds the preset range, or the microprocessor does not receive feedback information of turning off the prompt voice of the medicine taking reminding module, the remote rescue module is controlled to send out prompt information to a client machine at the remote end; if a user self feels uncomfortable, the remote rescue module is actively started to seek help from the client machine at the remote end. The health monitoring remote rescue device has the advantages that the physiological parameters of the user can be monitored in real time; the medicine taking in time can be reminded; an active help seeking mode and a passive help seeking mode are provided.

The invention discloses an intelligent garment body temperature measuring model based on an optical fiber Bragg grating (OFBG), belonging to the technical field of intelligent garments. The invention establishes a mathematical model of an OFBG temperature field in the intelligent garments according to the heat transfer mechanism, determines the relation between the measured temperature and the actual temperature of the OFBG, and corrects the measured temperature value of the OFBG by utilizing the result to obtain the actual temperature of human skin. On the basis of multi-point weighted mean skin temperature, an intelligent garment body temperature weighting model formed by the skin temperature of the left chest, the right chest, the left armpit, the right armpit and the back is established. The body temperature weighting coefficients are as follows: the left front chest is 0.0826, the left armpit is 0.3706, the right armpit is 0.3706, the back is 0.0936, and the right front chest is 0.0826. The measuring error of the body temperature obtained by utilizing the weighting coefficients is +/-0.2DEG C, and the adjustment of the weighting coefficients under the special conditions of a damaged OFBG sensor and the like is considered.

The invention proposes a wearable body temperature measuring device and a remote management method of the wearable body temperature measuring device. The wearable body temperature measuring device with the low-radiation wireless transmission capacity achieves real-time acquisition of body temperature data, achieves communication and management of the body temperature data through an application residing on an intelligent terminal, and achieves long-time storage, deep analysis, remote distribution and alarm giving on the body temperature data with a remote database as the center. The wearable body temperature measuring device S101 is made by obtaining a small body temperature measurement module S102, wherein the measured body temperature data can be transmitted to the nearby wireless intelligent terminal S103 in real time through the low-radiation wireless transmission function S106; the body temperature data of a patient can be uploaded to the remote management database S104 by body temperature data communication application software S105 built in an S103 through a public communication network function S107, and therefore the body temperature data of the patient can be remotely stored and recorded, and the body temperature of the patient can be remotely monitored through monitoring software S108 remotely distributed in the intelligent body temperature terminal.

The invention discloses a device and a method for forecasting ovulatory and child-bearing periods. The device comprises a body temperature measuring device used for measuring the real-time body temperature of women and saving the measured data; specific reference characteristic curves are generated according to different physiological characteristic data dynamics of all women to enable that the reference curves more conform to the physiological characteristics of the women per se; the actually measured curves and the specific reference characteristic curves are compared through graphing so as to ensure more accurate ovulation time forecasting and auxiliary diagnosis on women diseases.

A thermometer is provided that includes a main body having a first body including first and second regions and a second body mounted on the first body, the main body extending in a first direction; a rubber cap surrounding the second region and formed to be inserted into the ear; a temperature sensor disposed in the second region and having a specific temperature sensing range with respect to the first direction; and first and second circuit boards electrically connected to the temperature sensor and disposed in the second region in a second direction intersecting the first direction.

The invention discloses a body temperature measuring cell phone and a use method thereof. The body temperature measuring cell phone comprises cell phone earphones, a cell phone body and a temperature measuring probe, wherein the cell phone body is provided with a cell phone temperature measuring chip, the temperature measuring probe is connected with the cell phone temperature measuring chip, the temperature measuring probe is arranged on at least one cell phone earphone, the temperature measuring probe is a projecting part arranged in the center of the cell phone earphone, a temperature sensing element is arranged in the projecting part, the temperature sensing element sends temperature data to the cell phone temperature measuring chip in real time after measuring the temperature of a human body, and the use method comprises the following steps: 1. inserting the cell phone earphones into the cell phone body, and connecting the cell phone chip; 2. wearing the cell phone earphones; 3. sending the temperature data to the cell phone temperature measuring chip after the temperature measuring probe measures the temperature of the human body; 4. displaying the temperature of the human body on a cell phone screen; and 5. playing the temperature read number of the human body by a speaker. The body temperature measuring cell phone is portable, has simple operation and voice prompt and is more suitable for measuring the body temperature of elders.

The invention discloses a probe heating circuit of a fast body temperature measuring device, which comprises heating units, a switch circuit, a processor, and a heating energy control module, wherein the heating units and the switch circuit are connected in series between a heating power supply and the ground, a PWM control signal which is output by a response processor and a control signal which is output by a heating energy control module are only used when the PWM control signal and the heating energy control module output control signals are simultaneously valid, a current loop which is flown through the heating units is communicated after the control signals are effectively conducted, thereby energy which is provided for the heating channel is controlled, the heating units can not be overheated, and the safety of the heating circuit is improved.

The invention discloses a body temperature measuring method. The method comprises the steps that infrared image information in a specific area of a user face is acquired through an infrared sensor preset in a mobile terminal; analysis is made on the infrared image information, and the body temperature data of the user is determined according to the analysis result; the body temperature data and the historical body temperature data in a preset time period are associated and displayed on a display screen of the mobile terminal. The invention further discloses a mobile terminal. The mobile terminal provides convenience for body temperature measurement.

The invention discloses a body temperature measuring method and device. According to the method, an actual temperature rise curve detected by a temperature probe is regarded as a result of fitting a first ideal temperature rise curve and a second ideal temperature rise curve. By means of the four equitime interval points on the actual temperature rise curve and actual temperature corresponding to each equitime interval point, first ideal temperature, corresponding to each equitime interval point, on the first ideal temperature rise curve and second ideal temperature, corresponding to each equitime interval point, on the second ideal temperature rise curve are calculated; then, the body temperature is predicted on the basis of the first ideal temperature rise curve or the second ideal temperature rise curve to obtain the body temperature. Compared with the prior art, the method adopts the ideal temperature rise curves for predicting the human body temperature, meets the requirement of a Newton heat conduction formula, and improves the prediction accuracy.