43results about How to "Accurate body temperature" patented technology

The invention provides a temperature measurement device and a temperature measurement method. The temperature measurement device comprises a first sensor, a second sensor and a processing unit, wherein the first sensor is used for collecting the shell temperature of a living body, the second sensor is used for collecting the environment temperature, both the first sensor and the second sensor are electrically connected with the processing unit, the processing unit is used for conducting data processing on the shell temperature according to the environment temperature, so that the actual body temperature of the living body is obtained. According to the temperature measurement device, due to the fact that the first sensor, the second sensor and the processing unit are arranged, data processing can be conducted on the shell temperature according to the environment temperature, in this way, the obtained actual body temperature of the living body is more accurate, and then the health condition of the living body can be judged accurately according to the actual body temperature.

An infrared thermometer for measuring a body temperature in no contact with a human body includes: a main unit incorporating an infrared sensor; a distance sensor detecting a distance between the main unit and the human body when the main unit approaches the human body; and a controller for calculating the body temperature based on quantity of infrared from the infrared sensor when the distance sensor detects that the distance between the main unit and the human body is within a predetermined distance. The distance sensor includes: a light source; a projector lens for projecting light of the light source toward the human body; a light receiving sensor; and a light receiving lens that allows the light receiving sensor to receive return light of the light, which is obtained as a result of being reflected by the human body, when the main unit is located within the predetermined distance.

The invention discloses an animal body temperature monitoring system based on an intelligent livestock farm, an abnormal body temperature identifying method and an abnormal body temperature area positioning method. The animal body temperature monitoring system based on the intelligent livestock farm comprises a body temperature collection module, a wireless transmission module, a gateway and a cloud monitoring server, wherein the body temperature collection module is used for collecting animal body temperature data and periodically sending module IDs and the data at the first frequency; the wireless transmission module receives and aggregates the data periodically sent by the body temperature collection module and module signal sensitivity RSSI parameters corresponding to the module IDs and the body temperature data, and forwards the data and the module signal sensitivity RSSI parameters at the second frequency; the gateway directly uploads the data sent by the wireless transmission module at the second frequency to a public network or uploads the data after interruption; the cloud monitoring server receives the data input through the gateway, and conducts processing and abnormality warning on temperature data analysis corresponding to each ID. Compared with traditional monitoring, the management level and efficiency of the breeding industry can be improved, and the epidemic disease infection associated with body temperature changes is reduced.

The invention provides an intelligent body temperature monitor. The intelligent body temperature monitor comprises an infrared temperature sensor used for converting an infrared light signal emitted by a human cochlea to an electric signal, an audio chip used for controlling audio signals, a bone conduction earphone connected to the audio chip and used for playing the audio signals based on a bone conduction mode, and a dual-mode bluetooth module connected to the infrared temperature sensor and the audio chip and used for collection and calculation of electric signals, output of audio signals as well as communication with intelligent equipment based on bluetooth. The intelligent body temperature monitor has following beneficial effects: the dual-mode bluetooth module is utilized so that body temperature monitoring and audio transmission functions can be realized; body temperature can be monitored in a real-time mode through mobile phones and the like; the infrared temperature sensor is utilized and an in-ear wearing mode is utilized so that impact of ambient temperature can be effectively reduced; the bone conduction earphone is utilized; sounds can be conducted through human bones and ear pressure can be reduced; comfort level is increased; sleeping music can be played through the bone conduction earphone and facilitates sleeping of patients.

The invention discloses a flexible temperature plaster. The flexible temperature plaster comprises a flexible basal layer having a first surface and a second surface opposite to the first surface and a function circuit layer at least used for monitoring body temperature. The function circuit layer comprises a conducting circuit and a function device arranged on the first surface. The function device is electrically combined with the conducting circuit. The overall thickness of the temperature plaster is less than 2 mm. The function device further comprises a power supply management module, a temperature-sensing element, a control and wireless communication module and the like. The flexible temperature plaster has following beneficial effects: the flexible temperature plaster is manufactured by adoption of printing electronic technology and features thinness, smoothness and small size; a person can feel more comfortable to wear; and by the integration of wireless transmission technology, real-time monitor and transmission of human temperature can be achieved.

The invention discloses an intravascular automatic temperature regulation instrument which relates to the technique of medical appliances and comprises a computer, a peristaltic pump system, and electric control systems of an information management platform, temperature detection, temperature control, flow control and the like and mechanical systems of heat exchange, a peristaltic pump and the like. The invention has the characteristic of reaching a set target temperature safely, accurately and quickly in an easily operated way and can be used for the treatment of the fields of first-aid medicine, neurology, neurosurgery, cardiovascular and cerebrovascular surgery, burn surgery and the like.

A device for measuring the body temperature of a living being is provided with a sensor housing containing a first temperature sensor which can be placed on the skin of the body for detecting the skin temperature of the living being, a second temperature sensor arranged on a side of the first temperature sensor facing away from the skin of the body at a spaced location from the first temperature sensor for detecting a temperature. An analyzing unit is provided in which the body temperature is calculated according to a predetermined temperature formula containing a temperature difference based on temperatures measured by the first temperature sensor and the second temperature sensor. A compensation term expands the temperature formula. The compensation term depends on a change over time in the sensor temperature and such parameters that a temperature correction value can be determined for taking into account the heating of the sensor housing and / or of a space surrounded by the sensor housing by the contact between the sensor housing and the skin of the body.

The invention discloses an intelligent air conditioning system. The invention relates to the field of smart home, and relates to an intelligent air conditioner. The invention relates to the field of smart home. According to the intelligent air conditioning system, a plurality of refrigerating machines and a plurality of heaters are arranged, rated power of the refrigerators and the heaters is different; different refrigerators and heaters are used at different working conditions to avoid temperature instability of a single air conditioner with constant frequency and low energy utilization rateof a variable frequency air conditioner at a non-rated power, so that the energy utilization rate can be greatly improved; a plurality of circulating fans are arranged, targeted air blowing is carried out according to required positions; meanwhile, temperature detection is carried out on the required positions, so that temperature control is more accurate; a detection temperature and a detectionhumidity are set, a somatosensory temperature is manually set, an equivalent temperature is set according to the wind speed, influence of the wind speed on the somatosensory temperature is calculated;inside and outside is linked, an automobile air conditioner outside can be controlled, the outdoor automobile air conditioner can be turned on when a user leaves the home, so that fussy operation ofturning on the air conditioner manually after the user got on the vehicle is avoided, and the temperature can be adjusted in advance, so that the comfort level is improved.

The invention discloses a temperature measuring method based on displacement detection switching calculation, which comprises a temperature measuring instrument, and a displacement detecting unit usedfor detecting changes of a position of the temperature measuring instrument; when the displacement detecting unit feeds back that the temperature measuring instrument is in a static state, a body temperature value is obtained through calculation by adopting a spot measurement body temperature calculation method A; and when the displacement detecting unit feeds back that the temperature measuringinstrument is in a moving state, a body temperature value is obtained through calculation by adopting a scanning measurement body temperature calculation method B. Therefore, the more precise body temperature value can be obtained, at the same time, the temperature measurement operation is simpler and more convenient, the temperature measurement operation requirements are reduced, and the practicability is high.

The invention discloses a forehead temperature measurement method and system for a child, and belongs to an electronic temperature measurement system. The forehead temperature measurement method comprises the steps of continuously receiving temperatures of n points on the forehead of the child within time t; calculating an average temperature T of the forehead of the child at a time point ti according to the temperatures of the n points on the forehead of the child at the time point ti; and transmitting the information of the average temperature T to a user, wherein t is greater than 0, ti is smaller than or equal to t and greater than 0 and n is greater than 0. According to the forehead temperature measurement method and system, the problem that the body temperature of the child within a period of time can only be measured by adopting the forms of a forehead temperature gun, a clinical thermometer and the like through multiple measurement in the prior art is effectively solved; the forehead temperature measurement method and system are capable of monitoring the body temperature of the children for a long period of time, perceiving a fever of the child as early as possible and assisting parents in timely finding out and treating a disease of the child; and the physical health of the child is effectively protected.

The invention discloses a probe sleeve for an ear thermometer and a grouping method of the probe sleeve for the ear thermometer. The probe sleeve for the ear thermometer comprises a conical body, an annular elastic body and a flange. The conical body has a closed end and an open end. Infrared rays penetrate through the closed end. The closed end has different infrared ray penetration rates according to the change of the thickness of the closed end. The annular elastic body is located between the conical body and the flange. The flange is provided with a plurality of detection positions, and each detection position comprises a positive detection pattern or a negative detection pattern, so that the plurality of detection positions are arranged and combined to form a plurality of different detection combinations. The plurality of different detection combinations respectively correspond to a plurality of different infrared ray penetration rates, and two infrared ray penetration rates corresponding to any two detection combinations in the plurality of different detection combinations are different from each other. The ear thermometer sleeved with the probe sleeve can rapidly recognize the infrared ray penetration rate of the probe sleeve, calculation and adjustment are carried out according to the numerical value of the infrared ray penetration rate, and the accurate human body temperature is further measured.

The invention discloses a human body deep tissue temperature measuring instrument and a measuring method, comprising a temperature measuring probe for measuring body surface temperature and ambient temperature, a thickness measuring probe for measuring skin layer thickness and fat layer thickness, and data transmission unit, a display unit and a processing unit, the processing unit is respectively connected to the temperature measuring probe and the thickness measuring probe through the data transmission unit, and the processing unit is also connected to the display unit; The heat insulation layer is set outside the probe to avoid the influence of ambient temperature on the measured temperature, so that the measured human body surface temperature is more accurate; the thickness of the skin layer and the thickness of the fat layer are measured by the thickness measurement probe, and the temperature measurement probe measures the body surface temperature and ambient temperature , can quickly calculate the deep tissue temperature Tm with short time consumption and high accuracy.

The invention relates to a low-cost comfortable air conditioner. The low-cost comfortable air conditioner comprises a compressor (3), a condensation core (4), a pressure sensor (5), a condensation fan(6), a liquid storage dryer (7), an expansion valve (8), an evaporation core (9), an evaporation fan (10), a temperature sensor (11), an infrared signal receiver (12) and a control unit (13), and also comprises an infrared remote controller I (2) with a built-in temperature-humidity sensor (1). Compared with a conventional infrared remote controller III (16), the infrared remote controller I (2)also can detect and display temperature and humidity, set humidity, and send real-time temperature and humidity signals to the infrared signal receiver (12) at certain time intervals in a switched-onstate so that the control unit (13) can make logical judgment. Thus, the function of accurately controlling the human sensible temperature and humidity is achieved at a very low cost, and the comfortis significantly improved.

The invention provides a temperature measuring device based on pressure correction. The temperature measuring device comprises a first temperature measuring port, a second temperature measuring port, at least one pressure sensor, a temperature measuring switch, a controller, a processor and an infrared temperature sensor. The first temperature measuring port is used for measuring the body temperature of a temperature measuring person holding the temperature measuring device; the second temperature measuring port is used for measuring the body temperature of a measured person; the processor is used for calculating a first temperature t1 measured by the first temperature measuring port and a second temperature t2 measured by the second temperature measuring port according to temperature data acquired by the infrared temperature sensor based on a temperature calculation instruction sent by the controller; the controller generates a corresponding temperature measurement control instruction based on the working state of the temperature measurement switch and the pressure value collected by the pressure sensor, and controls the processor to correct the first temperature t1 based on the pressure value collected by the pressure sensor. The measuring error of the temperature measuring device can be reduced, and the measuring accuracy is improved.