53results about How to "Guaranteed temperature measurement accuracy" patented technology

The invention discloses a hearth workpiece temperature measuring device and a method and mainly aims to realize on-line measurement on an industrial furnace hearth workpiece surface temperature field in the hot working field. The hearth workpiece temperature measuring device comprises an infrared endoscope lens group having a cooling protection sleeve, a high temperature flue gas filter, an infrared heat imaging probe, an automatic lens group rotation driving and reversing mechanism, an infrared heat imaging temperature measurement host, monitoring display equipment and a contact type workpiece surface temperature thermodetector. The hearth workpiece surface temperature field infrared heat imaging temperature measurement system device and the temperature measurement method are realized. According to the device, the infrared heat imaging lens group has the high temperature flue gas filter, so a temperature shielding effect for workpieces in the hearth can be realized through effectively filtering high temperature flue gas. Through a heat pixel temperature system error correction algorithm, a system error can be effectively eliminated, and temperature measurement precision is improved.

The invention discloses a system calibration method for improving the measurement precision, which avoids the effect on temperature measurement precision due to different probe performance. After the probe is installed or replaced, a probe respond curve corresponding to the probe can be obtained by carrying out calibration once with blackbody and calculating by a computer system without inputting a respond curve of each probe or replacing any program manually, so as to avoid the effect on the temperature measurement precision due to different probe performance. When the change of probe performance is big, calibration is carried out once with the blackbody and the probe respond curve corresponding to the current performance of the probe can be obtained through the calculation of the computer system, thus guaranteeing the precision of temperature measurement of the system.

The invention discloses a microwave oven with intelligent induction function, which comprises a cavity, an intelligent sensing element, a rear cover and a control device, wherein the cavity is provided with an opening; an inductor of the intelligent sensing element is arranged at the opening; and rays emitted by the inductor can enter the cavity. The microwave oven also comprises a rotating motor, wherein the rotating motor is connected with the inductor of the intelligent sensing element; an included angle between a rotating shaft of the rotating motor and a central shaft of the inductor is less than 90 degrees; the central shaft of the inductor is inclined downwards and faces the interior of the cavity; and the rotating motor drives the inductor to rotate so as to make the central shaft of the inductor rotate from side to side. A mounting frame is also arranged on the microwave oven; and the rotating motor and the intelligent sensing element are fixed on the rear cover behind the cavity through the mounting frame. According to the invention, the coverage range of the rays emitted by the intelligent sensing element in the cavity is widened, the induction accuracy of the intelligent inductor is improved, the temperature in the cavity of the microwave oven can be accurately judged, and the cooking effect of the microwave oven is improved.

The invention relates to a fuel cell engine temperature gathering IC that includes MCU, temperature sensor, and communication interface circuit. The temperature sensor could be semiconductor temperature sensor or thermocouple temperature sensor, which is installed in fuel cell water tank to gather temperature signal. The temperature sensor connects to MCU, and MCU connects to communication circuit. Comparing to existing technology, it has the advantages of strong system interference immunity, high measuring reliability, simple temperature measuring circuit, low cost of hardware, and it needs not to adjust in locale.

The invention relates to the technical field of rotary kiln temperature measurement, and provides a self-weight rotary kiln direct temperature measurement device. The self-weight rotary kiln direct temperature measurement device comprises a counterweight box, a thermocouple, restraint rods of which the first ends are fixedly mounted on the side wall of a rotary kiln, and a sleeve tube which is arranged on the outer side of the thermocouple; a plurality of restraint pipelines are arranged in the counterweight box; the second ends of the restraint rods are limited in the restraint pipelines; the counterweight box is connected with the first end of the thermocouple; the second end of the thermocouple extends into a temperature measuring through hole which is formed in the side wall of the rotary kiln; the sleeve tube is connected with the counterweight box or the thermocouple and can move axially along the temperature measuring through hole; thin temperature measuring slim holes used for realizing thermocouple temperature measuring are formed in the sleeve tube. According to the device, the counterweight box drives the thermocouple and the sleeve tube to move in the temperature measuring through hole along the radial direction of the rotary kiln during the rotating process of the rotary kiln under the automatic action of the counterweight box, so that the sleeve tube can clean the materials in the temperature measuring through hole automatically, and the temperature measuring through hole is prevented from being blocked by a material tumor; therefore, the service life and the temperature measurement accuracy of the thermocouple are ensured.

The invention discloses a headphone, a mobile terminal having functions of an ear thermometer and an ear temperature detection method. The method comprises the following steps: receiving temperature data of a human body eardrum detected and transmitted by virtue of an ear temperature probe of the headphone; converting the temperature data from a light signal into an electric signal, and conductingamplifying and corresponding treatment on the electric signal, so that a processed human body temperature value is obtained; and transmitting alarm information when the human body temperature value reaches a preset threshold. According to the headphone, the mobile terminal and the ear temperature detection method provided by the invention, the precision of body temperature measurement is guaranteed and the cost of body temperature measurement is reduced; and moreover, operations are simplified and facilitated, and functions of such mobile terminals as a mobile phone and the like are greatly enriched; therefore, the availability of the mobile terminal is enhanced.

The invention relates to the technical field of feed production equipment, and discloses self-adaptive feed cooling equipment which comprises an equipment shell, wherein the top of the equipment shell is communicated with a feeding hopper extending into the equipment shell, the bottom of the feeding hopper is communicated with a cut-off pipe, the bottom of the cut-off pipe is hinged to a first cooling square pipe, a communicating square pipe is hinged to the bottom of the first cooling square pipe, a second cooling square pipe is hinged to the bottom of the communicating square pipe, a discharging square pipe is hinged to the bottom of the second cooling square pipe, and a limiting ring with two sides fixedly connected with the left side wall and the right side wall of an inner cavity of the equipment shell correspondingly is slidably connected to the outer side of the discharging square pipe. The self-adaptive feed cooling equipment has the advantages that the cooling time and the cooling speed of feed can be adaptively adjusted according to the temperature of the feed when the feed enters the equipment, and meanwhile, the feed can be prevented from being adhered to the pipeline when falling into the pipeline.

The invention provides a gas exhausting and injecting well device for an aerobic bioreactor process. The gas exhausting and injecting well device is characterized in that the surface of a garbage heapis drilled downwards to form a gas well, a well pipe is inserted into the gas well, the top of the well pipe stretches out of the ground by 0.5 m to 1.0 m and is connected with a horizontal branch pipe through a manifold branch, a bidirectional pressure gauge capable of displaying positive and negative pressure and a gas sampling valve are mounted at the top end of the well pipe, and pressure andgas ingredients in the well can be analyzed in real time; and the well pipe is a PE or HDPE pipe of De 75 mm to 150 mm. According to the gas exhausting and injecting well device, by designing the structure of the well pipe, the ubiquitous problems that gas exchange at different depths of the garbage heap is uneven, a temperature sensor cannot fast and sensitively reflect the real-time temperature, and a sleeve needs to be additionally arranged are solved; and the effects that gas exhausting and injecting wells are tightly closed, gas exchange is smooth, construction is simple, control is easy, and the temperature, the pressure, the gas ingredients and the like can be monitored in real time are achieved, and the aerobic treatment technology is more mature and efficient.

The invention provides a reactor for sec.-butyl acetate. The reactor comprises a reactor main body, wherein the reactor main body comprises a liquid inlet device and a temperature measuring device, the liquid inlet device comprises a liquid inlet plate, an annular plate and a flow guiding baffle, liquid inlets are formed in the liquid inlet plate and comprise upper liquid inlets and lower liquid inlets, the upper liquid inlets decrease gradually towards the two sides of the liquid inlet plate, the lower liquid inlets increase gradually towards the two sides of the liquid inlet plate, flow guiding holes are formed in the flow guiding baffle, the temperature measuring device comprises a connecting tube, a flange, a blind flange, a top cover and a temperature measuring tube, a tetrafluoro coating pad is arranged between the blind flange and a protection plate and serves as a sealing element, and the top cover and the blind flange are filled with asbestos packing. According to the reactor, the structure is simple, and the design is reasonable; by adopting disc-ring-shaped annular liquid inlet, the balance of liquid inlet flow velocity and heat exchange efficiency are guaranteed, and the energy consumption is lowered; the flow guiding baffle plays a role in guiding flow, and thus the stability of liquid inlet is guaranteed; and the temperature measuring device is excellent in sealing performance and pressure resistance and is not prone to leakage, so that the heat exchange effect and temperature measurement accuracy are improved and guaranteed.

The invention belongs to the field of measurement and control of boilers and discloses an indirect temperature measuring device in an entrained flow gasifying furnace. The indirect temperature measuring device in the entrained flow gasifying furnace comprises a first spray nozzle and a second spray nozzle which are horizontally distributed in a furnace body and have the same structure, wherein the first spray nozzle and the second spray nozzle penetrate through the furnace body; one end, which is positioned inside the inner cavity of the furnace body, of the first spray nozzle is connected with a first water cooling hood; one end, which is positioned inside the inner cavity of the furnace body, of the second spray nozzle is connected with a second water cooling hood; the first water cooling hood and the second water cooling hood are trumpet-shaped and ends with bigger trumpet openings face the center of the furnace body; the horizontal central axial lines of the first water cooling hood and the second water cooling hood are the same line; a water inlet pipe is coiled on the second water cooling hood; a water outlet pipe is coiled on the first water cooling hood; a flow meter and a water inlet temperature meter are arranged on the water inlet pipe; and a water outlet temperature meter is arranged on the water outlet pipe. The indirect temperature measuring device in the entrained flow gasifying furnace has the characteristics of reasonable structure, and capacities of protecting equipment in the furnace and ensuring the temperature measuring precision, and can measure the temperature accurately in real time; and simple and convenient computation is guaranteed.

The invention relates to the technical field of temperature measurement of rotary kilns and provides a self-driven type direct temperature measurement device for a rotary kiln. The device comprises a rotating driving motor, screw rods, a thermocouple and a sleeve pipe, wherein the rotating driving motor drives the screw rods to rotate; the sleeve pipe is fixedly arranged on the outer side of the thermocouple in a sleeving manner and extends into a temperature measurement through hole formed in the side wall of the rotary kiln; screw grooves matched with threads of the screw rods are formed in the outer surface of the sleeve pipe; and the sleeve pipe is driven by the screw rods to drive the thermocouple to reciprocate periodically in the axial direction of the temperature measurement through hole. According to the device, the thermocouple is driven by the sleeve pipe to move, so that materials entering the temperature measurement through hole are cleared automatically, the temperature measurement through hole is prevented from being blocked by material beads, and the service life and the temperature measurement precision of the thermocouple are guaranteed.

The invention belongs to the technical field of coke production and provides an automatic aiming device of a coke oven vertical flame path temperature measuring gun. A temperature measuring gun with video output is used; image recognition is carried out on temperature measuring points in the vertical flame path; the relative position of the measured temperature point and the current aiming point of the temperature measuring gun is determined; motion control data of an x axis and a y axis is calculated; an x-axis motor and a y-axis motor are driven; the motor drives the corresponding cam to rotate; under the action of rocker arm pull-up springs, the cam is in close contact with bolt bearings at one ends of the corresponding rocker arms to rotate at small angles; small-angle rotation of therocker arms is transmitted to the four rocker arms of the cradle through the combination of the fisheye bearings at the ends of the pull rods and the pull rods, so that the temperature measuring gun fixed to the cradle moves at a small angle in a high-precision mode, a measured point can be rapidly and accurately aimed, and the temperature measuring precision is guaranteed.