139 results about "Ear temperature" patented technology

A non-invasive blood glucose monitoring system wherein sensors in contact with separate locations on the ear and calibrated to be accurate to at least ±0.035 degrees Centigrade take the ear temperatures at these locations up to four times per minute continuously to calculate the temperature differential, and using this temperature differential in conjunction with a value determined by taking the square root of the product of the fasting blood glucose and HbA1c that becomes the base line glucose reference level, it can be determined that if the temperature differential decreases, then the blood glucose has increased 1 mg / dl per approximately 0.024 C, while if the temperature differential increases, the blood glucose has decreased 1 mg / dl per approximately 0.024 C.

An ear thermometer which includes a temperature detection element and infrared detection element arranged near the opening portion of a probe achieves a reduction in manufacturing cost while reducing the influence of thermal shock. This invention provides an ear thermometer incorporating, in a probe, a temperature detection element to detect an environmental temperature and an infrared detection element to detect infrared radiation emitted from a temperature measurement region in an earhole. The probe includes an end face portion having an opening in its distal end, an inner surface portion of a hollow cylindrical member, and an inwardly protruding engaging portion. A detection element housing is fixed to close the opening of the probe and to form an air layer between the detection element housing and the probe.

The present invention discloses an ear thermometer with a simple-structure and easy-operation probe-cover detaching mechanism, which comprises a body having a probe and a detaching element installed to the bottom of the probe. The detaching element can be directly operated by a finger. After measurement, the user can use the detaching element to exert an outward force on a probe cover sleeving the probe and reject the probe cover from the probe. Further, the detaching element may be made of a metallic material, and magnetic elements are arranged at the corresponding positions of the probe bottom; thereby, the detaching element can be automatically restored to its original position by the attractive force of the magnetic elements. Therefore, the present invention provides an ear thermometer, which can easily reject a probe cover from the probe and has the advantages of simple structure and easy operation.

The invention discloses a remote online health management system. The remote online health management system comprises an offline health management system, an online health management system and a remote service system, wherein the offline health management system comprises one or more sites such as a workstation, a club, a command center and a user home, and medical treatment and physical examination apparatuses in various sites, and is used for acquiring and transmitting the human health data of users; the online health management system consists of a user remote operation terminal and a user remote probe terminal, and is used for acquiring and transmitting the human health data of the users; the user remote operation terminal comprises one or more of a health handheld terminal, a personal online health terminal and a household health machine; the user remote probe terminal comprises one or more of a Bluetooth blood pressure monitor, a Bluetooth body fat meter, vital capacity monitor, a blood sugar monitor, an electro-cardio monitor, a heart rate monitor, an ear temperature monitor, a fetal heart monitor and an energy monitor; and the remote service system comprises a communication terminal, a computation terminal and a cloud storage terminal.

A continuous body core temperature monitor comprises a pliable ear plug that conforms to the shape of an ear canal and incorporates a temperature sensor that is clamped between the plug and the ear canal wall. The external surface of the plug is connected to an external temperature sensor and a heating element that compensate for a heat lost from the ear canal to the environment by maintaining the temperature gradient between the temperature sensor and the heating element close to zero.

The invention discloses a headset and a wearable electronic product with the body temperature monitoring function. The headset comprises a handheld portion and earplug portions. Temperature sensing elements are arranged on the earplug portions and sense the temperature inside the ears of a wearer, and the sensed temperature inside the ears is displayed on a display screen arranged on the handheld portion of the headset or is sent to a mobile phone associated with the headset. Due to the fact that the temperature sensing elements are arranged in the headset, the body temperature monitoring function is added to the headset. When the wearer receives audio frequency signals with the headset, the body temperature of the wearer can be sensed. The body temperature of the wearer is reflected by measuring the ear temperature, and is more approximate to the real body temperature of the wearer compared with a traditional skin temperature measuring way, measurement is accurate, and using is convenient. The headset and a wrist strap are matched to form the wearable electronic product. The wearer can take off the headset at any time to measure the ear temperature, and can also measure the skin temperature through the headset, and different using requirements of different users are met.

The invention relates to an ear thermometer capable of fast measuring and a measuring method thereof. The ear thermometer comprises an infrared ear temperature detection unit, a control unit, a display unit and a signal conversion unit, wherein the control unit and the display unit are respectively connected with a microprocessor; the infrared ear temperature detection unit is connected with the microprocessor by the signal conversion unit; the microprocessor is also in connection with an ambient temperature detection unit; the ambient temperature detection unit periodically detects the temperature of the external environment and stores the temperature information of external environment in order to compensate for the influence of the temperature of the external environment on the ear temperature detected by the infrared ear temperature detection unit through the processing of the microprocessor. When in measurement, the ear thermometer does not need to separately measure the temperature of external environment again before measuring the ear temperature every time, thereby being capable of measuring the ear directly and continuously, greatly reducing the waiting time for each measurement clearance, effectively improving the efficiency of ear temperature measurement and being more beneficial to use.

An infrared thermometer is disclosed in the present invention, wherein the elastic covering of the probe thereof can be driven to extend outwardly like a cone for measuring ear temperature, or driven to retract inwardly into the housing for measuring forehead temperature, so as to achieve the objective of switching modes between measuring ear / forehead temperature conveniently. In addition, the elastic covering provides enhanced tender feeling to the ear or forehead of the person to be measured in both modes. The upper seat and the lower seat of the housing can be pivotally rotated to different angles to meet demands that may arise during the operation of the infrared thermometer, such as during self-measurement or measurement of other people, so as to facilitate the use of the infrared thermometer.

An ear thermometer with an ear canal sensing device and a measurement method thereof is disclosed. The ear thermometer mainly comprises two sensors. One is an approach sensor installed on a probe. The approach sensor used as the ear canal sensing device determines whether the probe is inserted into an ear canal. Also, the approach sensor is used as the basis to switch the measurement mode to an ear temperature mode or a second measurement mode, such as the forehead temperature mode, surface temperature mode, or room temperature mode. The other is an infrared sensor used to measure temperatures. After the approach sensor determines the measurement mode, the infrared sensor measures the temperature to obtain a signal. Then, the signal is processed through a control module to be shown on a display unit.

The present invention discloses an infrared clinical thermometer, which can measure both the forehead and ear temperatures, wherein after moving the temperature sensing unit close to an intended site, the user can obtain the temperature of the intended site via merely pressing the forehead or ear temperature button.

The invention discloses an air conditioner control method and an air conditioner. The air conditioner control method comprises the steps that the cheek temperature, the nose temperature, the forehead temperature, the eye temperature and the ear temperature of a target user are obtained, and the above temperatures are input into a user individual body warm and cold feeling decision-making tree model to determine the warm and cold feeling state of the target user, wherein the user individual body warm and cold feeling decision-making tree model is a decision-making tree model formed by taking a cheek temperature decision-making condition as a first-layer temperature decision-making condition, taking a nose temperature decision-making condition or a cheek temperature decision-making condition as a second-layer temperature decision-making condition and taking a forehead temperature decision-making condition or an eye temperature decision-making condition or an ear temperature decision-making condition as a third-layer temperature decision-making condition; and the current set temperature is adjusted according to the warm and cold feeling state of the target user. According to the air conditioner control method, the air outlet temperature can be adjusted according to the warm and cold feeling state of the individual user, individualized thermal comfort control over the user is achieved, and the individualized comfort requirement of the user is met.

A non-invasive blood glucose monitoring system wherein sensors in contact with separate locations on the ear and calibrated to be accurate to at least ±0.035 degrees Centigrade take the ear temperatures at these locations up to four times per minute continuously to calculate the temperature differential, and using this temperature differential in conjunction with a value determined by taking the square root of the product of the fasting blood glucose and HbA1c that becomes the base line glucose reference level, it can be determined that if the temperature differential decreases, then the blood glucose has increased 1 mg / dl per approximately 0.024 C, while if the temperature differential increases, the blood glucose has decreased 1 mg / dl per approximately 0.024 C.

An ear thermometer having the RFID reading function comprises an ear thermometer body, a display unit, an RFID reading key and a temperature detection unit. The ear thermometer can read an RFID tag of a subject and detect his ear temperature. The RFID tag and the measured ear temperature of the subject can be simultaneously displayed on the display unit of the ear thermometer. Moreover, the ear thermometer can store and call out several groups of RFID tags and temperature measurement results of different subjects.

The invention relates to an intelligent ear tag suitable for free-ranging goats. The tag comprises an ear tag body, a controller, a hear rate monitoring device, a tri-axis accelerometer, a GPS positioning device, a wireless communication module, a storage battery, a temperature sensor, a photovoltaic battery piece, a warning device and a relaxation device for beasts, wherein the controller, the heat rate monitoring device, the tri-axis accelerometer, the GPS positioning device, the wireless communication module and the storage battery are arranged in the ear tag body, and the temperature sensor, the photovoltaic battery piece, the warning device and the relaxation device are arranged on the outer portion of the ear tag body; the temperature sensor is fixedly connected with the ear tag body through a piece of soft belt, the photovoltaic battery piece is a flexible battery piece and wraps the outer surface of the ear tag body, and the warning device and the relaxation device for beasts are fixedly connected with the outer surface of the ear tag body. According to the intelligent ear tag, the heart rate, moving condition and position of the free-ranging goats can be monitored in real time, the goats can be pacified and relaxed in excessive movement, and the situation that the excessive movement influences weight increment is avoided; meanwhile, the outer in-ear temperature sensor can precisely monitor the temperature.

The present invention discloses an ear thermometer with a simple-structure and easy-operation probe-cover detaching mechanism, which comprises a body having a probe and a detaching element installed to the bottom of the probe. The detaching element can be directly operated by a finger. After measurement, the user can use the detaching element to exert an outward force on a probe cover sleeving the probe and reject the probe cover from the probe. Further, the detaching element may be made of a metallic material, and magnetic elements are arranged at the corresponding positions of the probe bottom; thereby, the detaching element can be automatically restored to its original position by the attractive force of the magnetic elements. Therefore, the present invention provides an ear thermometer, which can easily reject a probe cover from the probe and has the advantages of simple structure and easy operation.

The embodiment of the invention discloses an ear-temperature measuring method and device. The ear-temperature measuring method comprises the following steps of: displaying an image acquired by a camera in a viewing frame; if the image includes an ear hole, determining whether a temperature measuring hole of a terminal is aligned to the ear hole of a user according to the ear hole position of the ear hole image part in the image; and if the temperature measuring hole is aligned to the ear hole, acquiring the ear temperature measured by a temperature sensor arranged at the position of the temperature measuring hole. The ear-temperature measuring method and device disclosed by the embodiment of the invention have the advantages that the problem that a terminal user can not see whether the temperature measuring hole faces to the ear hole of the user so as to cause inaccurate measurement of the ear temperature is solved, and simple and accurate measurement of the ear temperature is realized.

The invention discloses an audio interface communication-based ear type thermometer, which includes a casing, wherein an infrared ear temperature probe is arranged on the casing; a power source management unit, a master control processing unit and a driving unit are arranged in the casing; the master control processing unit is connected with an audio communication unit; and the master control processing unit is additionally loaded with a signal conversion module, an encoding module and a decoding module. As temperature measurement and control, temperature display, and data storage and analysis can all be accomplished by virtue of a smart phone, the audio interface communication-based ear type thermometer disclosed by the invention is more miniaturized and lightened, and low cost and low consumption of the ear type thermometer are realized. The invention further discloses a communication method of the ear type thermometer, which adopts Manchester encoded binary data streams and thus solves the difficult problem about decoding a long string of zero or one.

A mobile communication device provided with an ear temperature sensor comprises a mobile communication device comprising an ear temperature sensor and a measuring key installed thereon, said measuring key enabling said ear temperature sensor to detect an ear temperature, then presenting said ear temperature directly on a display of said mobile communication devic. By using said mobile communication device provided with said ear temperature sensor, a user can detect the ear temperature immediately and provide display, alert, storage and communication functions.

The invention provides an infrared ear temperature measurement device used for measuring the temperature in the human ears. The infrared ear temperature measurement device comprises an infrared sensor (1), an information output device (2) and a microprocessor (3). When in the measurement state, the microprocessor executes the steps that (A) the temperature in one ear is measured through the infrared sensor; (B) relevant temperature information is output through the information output device; (C) the temperature in the ear is measured again; (D) relevant temperature information is output again so that a user can decide whether to go on measuring the temperature; (E) whether the user goes on measuring the temperature or not is judged, if yes, the step (C) and the step (D) are executed again, if not, the maximum of ear temperature values obtained in the ear temperature measurement process is worked out and used as the final measurement value, and the ear temperature measurement process is ended. By the adoption of the infrared ear temperature measurement device, the accurate temperature of the tympanic membrane can be obtained and measurement errors caused by inaccurate positioning can be reduced.

The present invention discloses a probe cover for an ear thermometer, which comprises: a film cover and a base. The film cover has a cover window able to contact the probe window at the front end of the ear thermometer, a hollow cone able to contact the sidewall of the probe and a strengthened element able to contact the cover window and the hollow cone. The thickness of the cover window is same as the thickness of the strengthened element and greater than the thickness of the hollow cone. Thereby, the present invention can prevent the variation of infrared transmittance caused by the misarrangement and non-uniform thickness of the probe cover film disposed at the front of the probe window.

A multiple measurement memory-type electronic thermometer includes an ear temperature measuring unit, a microprocessor, a keypad unit, a display unit, and a memory unit. The ear temperature measuring unit, the display unit, and the memory unit are controlled by the microprocessor. When the activation key of the keypad unit is pressed by the user, being controlled by the microprocessor, the ear temperature unit is activated to perform measurement. The measuring result of the ear temperature unit is sent back to the microprocessor, displayed by the display unit, and saved in the memory unit. The memory unit is partitioned into a plurality of independent memory sectors. Each sector includes a queue data structure, such that the ear temperature measured from each person and the measuring time can be stored in the corresponding memory sector. Therefore, measurement of multiple people can be performed, memorized and retrieved.

An infrared thermometer, having an upper shell, a lower shell, an ear temperature probe, and a forehead temperature head; the ear temperature probe is provided with an infrared sensor, an infrared sensor copper sleeve and a probe body; a piece of flat and smooth transparent glass is provided between an end of the probe body having a smaller inner diameter and the infrared sensor copper sleeve, so that the end of the ear temperature probe inserted into the ear canal is configured as a flat surface by the transparent glass.

The invention provides an ear thermometer with an ear canal sensing device and a measuring method thereof. The ear thermometer mainly comprises two sensors: a proximity sensor and an infrared sensor, wherein, the proximity sensor is arranged on a probe for judging whether the probe is in a status of being inserted in an ear canal, and the proximity sensor is taken as the ear canal sensing device for automatically switching a measuring mode into an ear temperature mode or a second mode such as a forehead temperature mode, a surface temperature mode or a room temperature mode; the infrared sensor is used for measuring temperature; and after the proximity sensor judges the measuring mode, the infrared sensor measures temperature, a control module processes a signal of the proximity sensor and displays the measuring mode and a temperature measuring result on a display unit. In the invention, the proximity sensor is used for judging whether the probe is inserted in the ear canal to switch the measuring mode, and more than two temperature measuring modes can be combined in one machine.

The invention discloses a head-wearing automatic cooling device and a cooling method. The method comprises following steps: utilizing water-proof silent fans to control liquid volatilization in a cooling paste for fast cooling; utilizing head temperature sensors and an ear temperature sensor to measure and monitor head temperature and ear temperature at every moment and meanwhile sending signals of head temperature and ear temperature to a central processing unit; and determining whether body temperature is higher than date value for normal body temperature or not when the central processing unit receives signals of head temperature and ear temperature and obtains data of body temperature so as to further control the water-proof silent fans to start and stop. The head-wearing automatic cooling device and the cooling method have following beneficial effects: rapid cooling is achieved while body temperature can be monitored in a real-time manner and automatic cooling control is realized so that cooling degree is effectively controlled, excessive cooling is avoided and cooling speed is controllable; a patient's condition is conveniently mastered; and the head-wearing automatic cooling device is low in cost and long in acting time without too much manual intervention and is safe and convenient and is comfortable to wear without noise.

The invention discloses an infrared ray thermometer which has the functions of measurement of ear temperature and forehead temperature; when measuring the temperature of ear or forehead, the user only presses an ear temperature measuring keypad and a forehead temperature keypad on the thermometer, makes a temperature sensing unit close to the ear or the forehead and then completes the temperature measurement of the ear or the forehead.

This invention discloses an infrared thermometer for ear or skin temperature. The infrared thermometer comprises a body, an infrared sensing element, and a heat dissipating means. The heat dissipation means is provided behind or below the infrared sensing element for urging the air flowing in and out of the body, so as to contribute better heat dissipation and air circulation around the infrared sensing element. Hence the accuracy and stability of the infrared thermometer are improved.

The present invention provides an ear thermometer rotary type earcap dispensing device, mainly comprising: a base provided with an earcap clamping groove; and a rotary base provided with at least one rotating shaft at two sides thereof for being fixed on the base and enabling the rotary base to rotate on the base, wherein the rotary base is provided with an earcap containing group thereon, the earcap containing group is rotatable, an earcap containing groove is capable of containing a plurality of earcaps therein, the earcap drops out from an earcap dispensing opening; and the base is provided with a sliding rail group arranged on the earcap clamping groove, the sliding rail group is matched with the rotary base, the earcap containing group is slide onto the earcap clamping groove, so that the earcap in the earcap containing group is dispensed into the earcap clamping groove. In this way, the earcap containing group can be rotated, so as to rotate the earcap containing groove to a suitable angle for performing containing.