169 results about "Digital thermometers" patented technology

A health care management and delivery system includes a hosted environment that provides health care treatment, diagnosis, and/or management. Health care providers are linked to one another and to a central network, which is linked to patient via the hosted environment. The patient interfaces with the hosted environment, which includes hosted algorithms approved by the provider network. The patient may also have medical devices that facilitate collection of vital sign data (e.g., digital thermometer) and administration of treatment (e.g., medicine dispensary). The health care provider can license the hosted environment to deliver health care services remotely based on globally standardized protocols. The hosted environment includes all patient health records and information which can be accessed globally. The hosted environment conducts data analytics to continuously improve and add new standardized protocols. Additionally, a virtual clinical research organization (CRO) is provided, such that treating physicians and patients can participate in clinical trials and registries and have access to new medical treatments and improved safety and outcomes.

An apparatus, methods and systems for an independent air register vent assembly having a register frame assembly, louver components, and a means to adjust the register frame assembly and louver components to a range of lengths and/or widths. A length and/or width adjustable grill assembly covers the register frame assembly. A removable motor-receiver is attached to operate the louver components. The motor-receiver places the louvers into open, closed, and one or more intermediate positions. The louvers may also be manually operated. A remote transmitter controls the motor-receiver. An optional digital thermometer on the transmitter passively displays the room temperature. Low battery and re-powering conditions move the louvers into fully open positions. The air register vent assembly is installable in one or more configurations: manual only, with motor-receiver, and/or with remote transmitter, depending on the option selected. The register vent assembly option can be changed in the field.

A system and method for sensing the temperature of a device. This includes the establishment of a programmable current from an on-chip source, which in turn is used to produce a temperature dependent voltage from a temperature dependent resistive device. The temperature dependent resistive device is thermally coupled to a device for which the temperature is to be sensed. The temperature dependent voltage produced is converted to a digital value and equated to the temperature of the device.

A digital thermometer (10) includes a temperature measuring device (13) for measuring temperature of an examinee. A microprocessor (12) is coupled to the temperature measuring device for processing a sequence of temperature samples measured during a unitary measuring interval and is responsive to the measured temperature samples or a function thereof for determining at least one health property other than temperature of the examinee or for predicting a change in at least one health property of the examinee such as an onset of an abnormal health condition. According to one embodiment, volatility of the temperature-time characteristic is used to indicate whether the examinee is healthy or not, even when no fever is registered. ‘Volatility’ is a measure of the extent to which temperature samples fluctuate with time, such as the number of temperature rises and falls during the sampling period.

The invention provides an image process method for image generated by plug-type camera in stove, especially monitors the work state of fuel in the stove in process of puddling high furnace, and uses computer to process the image in order to describe the air and temperature distribution state of fuel, monitor the work state of chute and big clock and the material flow state, and monitor the abnormal state of tube and material collapsing in stove. The camera is made up of the body, camera, monitor, digital thermometer, computer and color monitor. The advantages lie in: it uses micro-camera without moving part to acquire the infrared image in stove, and uses the computer to process the image.

The invention relates to a movable real-time multipoint temperature acquisition device for a dam. The movable real-time multipoint temperature acquisition device for the dam comprises interpolating digital temperature measurement devices 1 arranged in a water inlet pipe and a water outlet pipe of each set of cooling water pipe, digital thermometers 2 embedded in respective points of a concrete block in pouring, a temperature acquisition device 3, and a server 4 used for receiving data collected by the temperature acquisition device 3, wherein the temperature acquisition device 3 comprises a data acquisition line 5, an acquisition control module 6, a power supply 7, a cache module 8, a wireless communication module 9 and a waterproof and moisture-proof case 10 and uploads temperature data to the server 4 wirelessly. According to the movable real-time multipoint temperature acquisition device for the dam, the temperature acquisition device 3 is used for collecting temperature data of concrete, inlet/outlet water and the digital thermometers 2 embedded in respective points of the concrete block, and one temperature acquisition device can access over 128 temperature spots, so that the temperature measurement requirement in the concrete cooling project is satisfied; and meantime the simpleness and the convenience are achieved in wiring, the convenience is brought for installation and the movement, and real-time, fast and accurate temperature measurement is achieved.

A gaming machine has thermal control components for controlling its internal temperature. Temperatures within the cabinet of the machine may be controlled by either monitoring the temperatures near or of heat-producing components, such as the CPU, video controllers, and the like, or by monitoring ambient temperatures in zones or areas within the machine. These thermal control components include a thermal management sub-system, fans, baffles, digital thermometers, and control signal alarms. Also included is a thermal specification profile or table that includes thermal data for heat-producing components in the machine. Such data may include high temperature thresholds, such as an alert and alarm temperatures, instructions or actions to be taken when those temperatures are met, and which elements within the machine to use, such as baffles, fans, and the like. In this manner, the internal temperatures of a gaming machine may be more finely controlled and elements within the machine for cooling are used only when needed.

A digital thermometer is provided that gives audible feedback when the thermometer is properly positioned and can give audible directions to reposition the thermometer and start the process again when the thermometer ceases to be properly positioned. A probe has a temperature sensor at a first end adapted to be inserted into the mouth and under the tongue, and a housing portion at the second end. A display component displays the measured temperature. An audio component plays music while the probe is properly positioned and issues a command to try again when the probe ceases to be properly positioned. Electronic circuitry receives a temperature signal from the temperature sensor, translates the signal into a value representative of the measured temperature, and provides the translated value to the display for displaying the temperature. Electronic circuitry also detects improper positioning of the probe by detecting a rapid decrease in temperature at the temperature sensing end.

A digital thermometer; having an thermometer body comprises a processing unit serves to integrate the signals of the digital thermometer and sets some operations; the processing unit calculating temperature from the heating sensing unit and then transfers temperature signals; before a predetermined measured time, if a thermal balance has been achieved, the processing unit will conduct the backlight plate to emit light so as to alert the user that the measurement will complete; a heating sensing unit for sensing temperatures of an object to be measured; a display unit for receiving electronic signals from the heating sensing unit so as to display the measured temperature; and a backlight plate for receiving signals from the processing unit and emitting light to illuminate the display unit.

An integrating analog to digital converter (ADC) is disclosed that comprises a Delay Locked Loop (DLL) (2, 50) which is synchronized to a reference clock signal (12). A rising edge of a clock signal therefore propagates through the DLL once each clock cycle. In use, the integrating ADC converts an analog input signal to a digital output signal dependent upon a timing measurement of an integration carried out by an integrator (4). The timing measurement is taken by reading the logical states of the individual delay cells in the DLL. This enables the position of the rising edges of the clock signal to be determined and used as a timing measurement. The timing measurement is in the form of a digital thermometer code that can be converted into a binary number. By using a DLL to take a timing measurement, the effect of process and temperature variations is reduced by the closed loop feedback of the DLL. In another embodiment, a multiplying DLL (MDLL) is used. In a further embodiment a ring oscillator is used instead of a DLL. In that embodiment a calibration unit is used to compensate for the effects of process and temperature variations.

The invention relates to medical equipment for various moxibustion experiments or clinic, in particular to an automatic moxibustion device for animals or human bodies, and aims to intuitively observe moxibustion temperature at the same time of administration, and reduces injury and pain of a moxibustion object. The automatic moxibustion device comprises a cartridge, a medicine push device and a laser digital thermometer, wherein the cartridge is hollow, the head of the cartridge is provided with a metal mesh and the tail of the cartridge is sealed, the back of the cartridge is provided with the medicine push device which consists of a medicine push pan, a telescopic rod and a spring, wherein one end of the telescopic rod and one end of the spring are fixed on the medicine push pan, the spring is sleeved on the telescopic rod at the same time, the other end of the telescopic rod is fixed at the tail seal of the cartridge, and the upper part of the cartridge is fixed with the laser digital thermometer. The automatic moxibustion device has the advantages that the automatic moxibustion device can carry out safe, stable and even administration and moxibustion, reduces manpower, monitors temperature in real time, and avoids pain and injury to the moxibustion object.

The invention discloses a rat test bench and a utilization method thereof. The rat test bench comprises an operating platform and a plurality of supporting legs fixed to the bottom of the operating platform. A head fixing component, four slide foot fixing components, a constant-temperature control device and an LED (light emitting diode) illuminating lamp are further arranged on the operating platform. The head fixing component is capable of steadily fixing and accurately positioning the head of a rat, and the four slide foot fixing components are used for fixing limbs of the rat respectively. The operating platform is covered by an electric blanket to keep the body temperature of the rat constant, and the electric blanket is connected with a rat rectal temperature digital thermometer to form feedback regulation of the temperature of the electric blanket. The cold light source LED illuminating equipment is arranged in the front of the platform to make it convenient for surgical field observation. The rat test bench and the utilization method thereof provide remarkable assistance for electrode stimulation model experiments on rats.

A tester for measuring insulating properties of cross-linked polyethylene, the tester including: a housing including a control panel; a high voltage chamber including an insulating cover, a fixed frame, an insulating oil cup, a high voltage electrode, a ground electrode, and a temperature control device; and a test circuit including a high voltage power supply, a voltmeter, a timer, an overcurrent protection device, and a digital thermometer. The high voltage chamber and the test circuit are arranged inside the housing. The control panel is arranged on the housing. The insulating cover is disposed on the high voltage chamber. The fixed frame is disposed inside the high voltage chamber. The insulating oil cup is mounted on the fixed frame. The high voltage electrode and the ground electrode are disposed oppositely inside the insulating oil cup. The temperature control device is disposed beneath the insulating oil cup.

The invention relates to a rapid human body oxter temperature prediction method. The rapid human body oxter temperature prediction method comprises steps that 1), a digital thermometer is utilized toacquire a set number of heating samples; 2), the acquired heating samples are screened to extract samples containing heating data; 3), a stable temperature value y in the selected heating samples is recorded; 4), a characteristic parameter X={xi(i=1,2,3...q)} having influence on the stable temperature is extracted from the samples; 5), the characteristic parameter X as an input layer and the stable temperature y after heating as an output layer are utilized to construct a BP neural network prediction model; and 6), the acquired prediction model is utilized to predict the human body oxter temperature. The method is advantaged in that the measurement time is relatively short, and temperature acquisition is rapid.

Briefly, a processor and a method to calibrate a temperature reading of a digital thermometer. The calibration is done by using a first temperature value measured by an analog temperature sensor located at one point on the processor die and a second temperature value measured by a digital temperature sensor located at a second point of the processor die.

The invention provides a preparation method of CB (acetylene black)-filled HDPE (high-density polyethylene) conductive foam for a seepage electric simulation experiment and a cutting treatment method for the electric simulation experiment. Experiment equipment consists of an SK-160B double-roll refining machine, an XLB press vulcanizer, a digital multimeter, a DZF-6050 vacuum drying box, a TM-902C digital thermometer, an analysis and scanning electronic microscope, and a JH-2 numerically-controlled foam cutting machine. Experiment materials comprise HDPE, LDPE (low-density polyethylene), EVA (ethylene-vinyl acetate), CB with average granularity of 45 to 68nm, DCP (dicumyl peroxide), AC (azodicarbonamide), Zn-St (zinc stearate) and white oil. The preparation method has the advantages that the preparation technology is simple, and the cost is low; after later electrothermal cutting treatment, a stratum model for the electric simulation experiment can be manufactured.

The invention provides a micro-power consumption intelligent digital thermometer and a temperature measurement method, and belongs to the field of industrial temperature measurement equipment. The micro-power consumption intelligent digital thermometer is characterized by comprising a power supply unit and a data processing unit, wherein the data processing unit comprises a biased sampling module, an AD conversion module, a central processing unit and a display module, and the biased sampling module, the AD conversion module, the central processing unit and the display module are sequentially connected. The temperature measurement method includes the following steps that 1, a system is initialized; 2, the biased sampling module is started; 3, AD sampling is started; 4, the central processing unit judges whether sampling is finished; 5, the biased sampling module is cut off; 6, AD conversion is started; 7, the central processing unit judges whether conversion is finished; 8, AD hibernation is conducted; 9, data reading and filtering are carried out; 10, AD cutoff is performed; 11, data calculation and table look-up are carried out; 12, the display module carries out displaying; 13, a refresh time judgment is displayed; 14, the central processing unit hibernates; 15, the central processing unit judges whether hibernation time is reached. The micro-power consumption intelligent digital thermometer has the advantages of micro power consumption, high precision and good stability.