47 results about "Temperature induction" patented technology

The application relates to the field of electric motorcycle battery devices, in particular to an electric motorcycle battery with hierarchical heat dissipation protection function, which comprises a positioning and leading-out device, a battery shell is arranged at the center of the front end surface of the positioning and leading-out device, and four groups of positioning clamping grooves are arranged at the front opening of the battery shell. When the electric motorcycle battery is protected, when the temperature sensing probe detects that the electric motorcycle battery appears open fire or irreversible ignition temperature, the micro motor can provide power rotation for the threaded shaft through the synchronous belt wheel and the synchronous belt, the threaded shaft can be connected with the threaded guide sleeve through the threaded connection, then the electric motorcycle battery is elastically led out, the electric motorcycle battery is separated from the electric motorcycle, the damage to the electric motorcycle is reduced to the maximum, and the protection performance of the electric motorcycle and the user is improved.

This utility model relates to the field of automatic water spraying technology, specifically disclosing an automatic water spraying device, including a bracket, a workbench mounted on the surface of the bracket, and a water tank mounted on the surface of the bracket; a water pump mounted on the surface of the water tank, and a hose connected to the surface of the water pump, with a nozzle connected to the end of the hose; a rotating structure mounted on the surface of the workbench, and the rotating structure includes: two sets of upright plates symmetrically arranged on the surface of the workbench, with temperature sensors mounted on the surface of the upright plates, and connecting plates symmetrically mounted on the surface of the workbench. This automatic water spraying device includes a motor, gear one, and gear two. The temperature detected by the temperature sensor controls the motor to start, causing the motor to drive gear two to rotate, which in turn drives gear one to rotate. The hose and nozzle rotate accordingly, thereby changing the spray angle and allowing for flexible targeting of the heated air-source heat pump components, improving the targeting and coverage of cooling.

This invention relates to the field of charging pile technology and discloses a heat preservation and heat dissipation structure for a charging module of a charging pile. The structure includes two or more charging modules vertically mounted inside the charging pile housing, a sliding guide assembly that guides the two charging modules to approach and close together or move away from each other, a cooling assembly, and a heating assembly. One charging module has a first thermotropic magnetic pole reversal block on its top, and the other charging module has a first permanent magnet block on its top. By cleverly utilizing the temperature sensing and magnetic pole switching characteristics of the thermotropic magnetic pole reversal block, the structure can automatically switch between "closed heat preservation" and "separated heat dissipation" states for adjacent charging modules without external control signals. This perfectly adapts to different temperature scenarios such as low-temperature start-up, normal-temperature operation, and high-temperature full-load operation, solving the dual problems of rapid heat loss at low temperatures and insufficient heat dissipation at high temperatures in existing fixed-spacing structures, thus ensuring the temperature stability of the charging module under all operating conditions.

The utility model discloses a three-in-one coffee mixing device with cooling function belongs to food processing machinery field. The device includes device main body, and its inside is connected cooling drive structure through stirring vane, and drive structure contains temperature sensing element, transmission push rod, adjustment linkage rod and transmission gear set, and is linked with mixing and discharging structure. The cooling coil that surrounds the storage mixing bin is equipped to the device main body inner wall, and is connected with the external refrigeration system. When working, the stirring vane mixes coffee raw materials, and the temperature sensing element monitors temperature, and pushes transmission push rod when exceeding threshold value, and discharging structure is driven through gear set, and cooling coil starts cooling simultaneously. The device realizes mixing, cooling, discharging integration automatic control through temperature control adjusting sleeve, rotating shaft sleeve and other structures, avoids raw material high temperature metamorphism, guarantees coffee quality, and improves production efficiency and automation degree.

The utility model discloses a steam stick with induction function, coffee machine belongs to coffee machine's technical field, among them, including first shell, second shell, temperature sensor, sealing sleeve, and first shell has installation cavity in, second shell is installed on first shell to sealing installation cavity, sealing sleeve is arranged in installation cavity to form steam passage, limit groove with installation cavity is separated, temperature sensor is installed in limit groove, and temperature sensor is at least partially worn in second shell outside, second shell has steam hole, steam hole is linked together with steam passage. Because temperature sensor is at least partially located in second shell outside, when temperature sensor is inserted into milk, the temperature of milk can be detected, sealing sleeve is used for sealing or insulating temperature sensor and steam passage, avoids the heat of steam passage to influence temperature sensor, thereby improves steam stick detection temperature's sensitivity, reduces detection error.

The utility model provides an integral forming inductance of impact resistance and heat resistance, include: split type magnetic core structure, sectional type winding subassembly, composite insulating layer, elastic buffer layer, metal alloy shell, heat conducting medium filling layer, positioning clamping groove, reinforcing flange, high temperature resistance pin, sealing colloid, stress dispersion groove, temperature response coating, split type magnetic core structure is by upper magnetic core body a, lower magnetic core body b and magnetic gap adjusting component c is composed, the upper magnetic core body a and lower magnetic core body b are engaged through mortise and tenon structure, magnetic gap adjusting component c is detachable ceramic sheet, elastic buffer layer is by silicon base elastomer and carbon fibre braided layer alternative superposition constitutes. The utility model discloses three big core technologies of split type magnetic core dynamic regulation, three -level buffer energy absorption, gradient heat conduction insulation, solves the pain point such as temperature rise runaway, mechanical failure, parameter solidification of traditional inductance under extreme environment, especially applicable to the field of harsh reliability requirement such as aerospace power supply, high orbit satellite load, new energy automobile electric drive system.

The utility model belongs to water reducing agent processing technical field, specifically disclose a kind of polycarboxylate water reducing agent six carbon monomer normal temperature synthesis control device, including shell and rotary disc, the upper left corner of shell surface is movably connected with rotary disc, the upper right corner of shell surface is movably connected with rotary table, and the left side in rotary table inside is provided with cavity, the left side in the cavity inside is movably connected with gear disc one.This polycarboxylate water reducing agent six carbon monomer normal temperature synthesis control device is equipped with temperature sensing head by being installed at the bottom of screw rod, rotary table is rotated to adjust the orientation of screw rod, after starting motor two, gear disc two engages gear disc one, cooperate with suspender, the screw rod in gear disc one can be lifted, adjust the height position of temperature sensing head in the inside of shell, detect the temperature of material in different positions, after ending, temperature sensor is lifted and rotary table is rotated, temperature sensing head is again settled in water tank to carry out cooling correction and cleaning, solve the problem that temperature detection is limited.

The present disclosure provides an induction heating system and method that includes a workpiece that can be a multi-layered tube. The multi-layered tube includes an inner layer for carrying effluent and an outer layer surrounding at least a portion of the inner layer. The outer layer has a higher Curie temperature than the inner layer such that the outer layer remains magnetic at or above a reaction temperature of the effluent to maximize hysteresis losses in the tube up to and beyond the reaction temperature of the effluent. The inner layer can have desired mechanical, thermal, and chemical properties such that the combination of the outer layer and the inner layer results in a multi-layered tube that is effective for induction heating up to and beyond the reaction temperature while also being mechanically and thermally suitable for hydrocarbon processing applications.

The application relates to the field of biochemical analyzer reaction discs, and discloses a temperature control system for a high-speed biochemical analyzer reaction disc, which comprises a sealed box, a circulating pump is installed on one side of the sealed box, a power heater is installed on one side in the sealed box, and a uniform heat assembly is arranged at the middle position in the sealed box, wherein the uniform heat assembly comprises a stirring rod which is assembled at the middle position in the sealed box, and a driving motor is installed at the bottom end of the stirring rod. The application has the beneficial effect that the temperature value is measured by a temperature sensor, and then the power heater is started to realize the function of heating the chamber by heat conduction, because the temperature required by the biochemical analyzer is between 38-45 DEG C, which is higher than the normal room temperature, so the power heater needs to be controlled to increase the indoor temperature, and in a closed environment, hot air rises, so the temperature at the highest position is higher than that at the lower position, and therefore the temperature sensor is arranged at the top end in the device.

The utility model provides a kind of copper product processing extrusion forming device, belong to copper processing technical field, including extrusion device, heating device, cooling device and moving device, heating device includes the bottom end of extrusion plate and is provided with extrusion box, the inside of extrusion box is opened with heating cavity and is provided with heating ring inside, the inside one side wall of heating cavity is provided with temperature sensor, the side top end of work table is provided with temperature controller, cooling device includes the top end side of work table and is provided with U block, the top end of U block is provided with fan shell, the inside of fan shell is provided with fan bracket, the inside of fan bracket is provided with fan, the front of fan bracket is evenly provided with protective cover by screw thread installation, the utility model has beneficial effect: the temperature required is reached by heating ring heating heating cavity, temperature controller automatically controls the heating of heating ring, so as to keep temperature in set range, temperature sensor is used for real-time monitoring the temperature of extrusion box.

The utility model relates to low -voltage switchgear production and processing technical field provides a kind of surface paint spraying device of low -voltage switchgear production and processing, including paint spraying chamber, the side of paint spraying chamber is provided with paint spraying assembly.The utility model is provided with drying structure, under the action of electric heating wire, the inside of heating cavity can be heated, when clean air enters the inside of heating cavity through air inlet, hot air can be formed, hot air is sprayed to switch cabinet through air outlet, it is convenient to solidify after paint spraying switch cabinet, under the action of temperature sensor, the temperature inside paint spraying chamber can be monitored, when temperature reaches preset value, temperature sensor will stop working by single-chip microcontroller electric heating wire, avoid damage caused by temperature too high, under the action of activated carbon filter screen, it can ensure that safe gas is discharged, the function that the device is solidified easily is realized, to improve the applicability of the low -voltage switchgear production and processing's surface paint spraying device when using.

This application provides a temperature-sensing curtain wall structure, including an actuator, a temperature sensor, and a power supply. The curtain wall structure includes a sliding window, a fixed window, a housing, and a slider. The sliding window and the fixed window are located inside the housing, which has a sliding groove. The slider is placed in the sliding groove by the actuator. The outer end face of the housing faces the outside, and the inner end face faces away from the outer end face. The temperature sensor passes through the housing and is fixedly connected to it. Temperature sensing units are provided at both ends, one end located on the outer end face and the other end located on the inner end face. The actuator is mounted on the housing and electrically connected to the first output terminal of the power supply. The power supply also includes a second output terminal electrically connected to the temperature sensor. This application, by placing the slider in the sliding groove inside the housing and fixing the temperature sensor through the housing, can sense temperature changes in real time.

This utility model discloses a calcination device for an electrolytic cell, relating to the field of electrolytic cell technology. It includes an electrolytic cell containing an anode carbon block. Multiple grooves are equidistantly spaced on the sidewalls of the electrolytic cell, and metal rods are installed inside these grooves. A mounting groove is formed at the upper end of each metal rod, and a resistance rod is installed inside the mounting groove. A heating assembly is mounted on the upper ends of the multiple resistance rods and is connected to an external power supply. Multiple temperature sensors are equidistantly installed on the inner sidewalls of the electrolytic cell. This utility model, through a series of structures and an external control platform, intelligently controls the heating process of the resistance rods and metal rods inside the electrolytic cell, thereby preventing excessively high temperatures in certain areas.

The utility model relates to the bus duct technical field, concretely relates to a heat dissipation type energy -conserving bus duct, including the top surface of bus duct installation passive heat dissipation component, bus duct side installs the reciprocating type covering mechanism, reciprocating type covering mechanism covers the heat dissipation hole on bus duct side's corresponding position department, bus duct end portion installs the supporting plate, and the supporting plate is perpendicular structure with bus duct, the driving mechanism of driving reciprocating type covering mechanism is installed on the supporting plate and makes reciprocating motion, PLC controller is installed to one side of supporting plate, and temperature sensor is installed on bus duct bottom surface, PLC controller is connected with temperature sensor, the motor of driving mechanism through wire, when reciprocating type covering mechanism leaves the heat dissipation hole, heat dissipation hole, bus duct inner chamber and passive heat dissipation component's L shape heat pipe form dynamic formula heat dissipation channel, can heat quickly, thereby guaranteeing the normal operating temperature of cable in bus duct.

This utility model relates to the field of protective device technology, specifically to a cooling protection device. The cooling protection device includes a protective cover placed over an instrument to be cooled. The protective cover comprises multiple enclosures arranged sequentially; one enclosure is an insulated enclosure, which covers the part of the instrument to be cooled to form a sealed insulated cavity. The sealed insulated cavity connects to a cooling mechanism and an exhaust system, and is equipped with a temperature sensor. The remaining enclosures cover the remaining parts of the instrument to be cooled, and adjacent enclosures are detachably connected. This application places the part to be cooled within a specially designed insulated enclosure, achieving precise localized cooling of critical components, rather than unnecessary cooling of the entire device. This not only improves energy efficiency but also ensures that critical components are always within their optimal operating temperature range.

The application relates to a primary and secondary fusion ring net box, and relates to the technical field of ring net boxes, which comprises a box body and a box door, and further comprises an evaporation heat dissipation device and a forced heat dissipation device. The evaporation heat dissipation device collects rainwater by using a water storage tank, the rainwater is filtered through a filter screen, enters a water absorption sponge in a heat dissipation interlayer through a water inlet, and is discharged through a heat dissipation hole after being evaporated by heat. The fan of the forced heat dissipation device blows air into the ring net box from an air inlet, and discharges the air from an air outlet. A first telescopic motor controls a ventilation plate to adjust the air volume, and a temperature sensor controls the start of the equipment. The application can effectively dissipate heat of the ring net box, can save energy by using rainwater, and can automatically control and adjust the heat dissipation.

The utility model relates to the field of methane cracking control equipment especially is temperature control system of methane high temperature catalytic cracking furnace. The control system includes the cracking furnace, heater A, temperature sensor, heater B, regenerator, power regulator, controlling means, heater A is wrapped on the outer wall of cracking furnace, and temperature sensor is located in the cracking furnace, and the tail gas exhaust of cracking furnace, regenerator, heater B cracking furnace's entrance are connected together in proper order through the pipeline, and power regulator and temperature sensor all are with controlling means communication connection, heater B is with power regulator communication connection, and controlling means is with several temperature sensing mechanism communication connection. The utility model discloses through the recovery to cracking tail gas waste heat and the intelligent adjustment of controlling device to the heating power of heater to realize the intelligent temperature control of gas solid two -phase flow in cracking furnace, thereby realizes the efficient cracking of methane under the action of catalyst, thereby reduced the production cost of carbon nanotube.

The utility model relates to a kind of safety fryer of oil splashing prevention, including frying oil pot main body and control system;The control system includes control terminal and temperature monitoring module electrically connected with the control terminal, the temperature monitoring module is electrically connected with the temperature sensing module of the frying oil pot main body, for real-time monitoring oil temperature and the oil temperature data of real-time monitoring is uploaded to control terminal;The instruction of the heating terminal is sent to the control module of the frying oil pot main body by the control terminal, and the control module of the frying oil pot main body controls the heating terminal;Through temperature monitoring and accurate temperature control combination, improve the oil frying safety, avoid oil splashing scalding while, realize oil temperature stable control, guarantee food material frying quality.

This utility model discloses a raceway temperature-controlled slewing bearing and a lubrication fixture, relating to the field of temperature-controlled slewing bearing technology. It includes an outer ring and an inner ring, with rolling elements installed between them. A countersunk hole is formed in the outer ring, and a temperature sensor is installed within the countersunk hole, with the sensor's detection end facing the rolling element. A 2mm metal layer is provided between the sensor's detection end and the rolling element. A dust cover is installed on the side of the temperature sensor facing away from the rolling element; the dust cover is detachably mounted on the outer ring and restricts the temperature sensor within the countersunk hole. A sealing strip assembly is also installed between the outer and inner rings, symmetrically distributed on the upper and lower sides of the rolling element. This invention addresses the technical problem of uneven grease distribution within the raceway when the slewing bearing operates on a slope, causing a rapid temperature rise in unlubricated sections of the raceway, leading to carbonization of the separator blocks, raceway corrosion, and other damage to the raceway.

This application relates to a movable coal-fired spontaneous combustion prevention and monitoring device and method for use in silos. The device's power supply module moves periodically along a preset path laid out on the inner wall of the silo, and is connected to a control module to supply power to the control module. The control module is mounted on the power supply module and connected to a temperature monitoring module. The temperature monitoring module includes a telescopic temperature sensor and a temperature sensing element mounted on the telescopic temperature sensor. Under the action of the control module, the telescopic temperature sensor extends relative to the control module to insert into the coal inside the silo and measures the temperature through the temperature sensing element. It also retracts relative to the control module to detach from the coal. This method enables automatic monitoring of coal pile temperature changes periodically, saving manpower. The telescopic temperature sensor, when extended and inserted into the coal, monitors a wide range of temperature changes within the coal pile, facilitating early warning and timely detection of early spontaneous combustion hazards.

The application discloses a building crane vertical ladder deicing device, comprising: a mounting bracket; a power device fixed on the mounting bracket, the power device being connected with a deicing execution mechanism; the mounting bracket being slidably matched with the building crane vertical ladder, the deicing execution mechanism removing the ice layer on the ladder; a climbing chain being installed on the ladder, a gear motor being installed on the mounting bracket, and an output gear of the gear motor being engaged with a chain link of the climbing chain. After the temperature sensor senses that the temperature appears icing, the main control unit controls the motor and the gear motor to work, the gear motor drives the mounting bracket to climb downward or to descend downward along the climbing chain, the motor drives the upper deicing roller and the lower deicing roller, the upper deicing roller breaks the ice layer on the ladder, and then the lower deicing roller sweeps the ice layer, so that the process of automatically lifting and deicing the ladder is realized, and the problem that the prior art cannot automatically lift and deice the ladder is solved.

The utility model relates to the technical field of intelligent melting terminal of transformer area, and disclose a kind of intelligent transformer area terminal with self-checking self-recovery, including shell and outer cover, shell is equipped with electrical installation board in, several electronic components are provided on the electrical installation board, the bottom of shell is at least two modules, each module is provided with radiating copper pipe, the center of shell is provided with radiating switching assembly, temperature sensing assembly corresponding with the radiating copper pipe is provided on the electrical installation board, the utility model is provided with temperature sensing assembly, the temperature of inside transformer area terminal multidirectional place can be automatically detected, according to the different heat output of different electrical components, the cooling effect of different degree is adaptively realized, for the electrical component of single module heating faster, using single rapid cooling to reduce the electrical component in this place, so that electrical component is automatically restored to normal operating temperature state.

The present invention provides a device and a method for improving the reliability of thermocouples in the cooling segment of a duct during the heating phase and belongs to the technical field of substrate glass manufacturing. The device effectively solves the problem of thermocouple fixation by creating a notch in the thermocouple sheet and inserting the thermocouple into the grooved notch, thereby making it more stable and reliable during use. The notch curves upwards, forming a local cavity between its interior and the cooling tube body. This cavity structure must allow flexible movement of the thermocouple's temperature sensing point. The position of the thermocouple's temperature sensing point is crucial for the accuracy of the measurement results.This device precisely positions the base of the thermocouple (the temperature measuring point of a welded thermocouple) within the notch, ensuring good contact between the measuring point and the object being measured, thus improving the accuracy of the temperature measurement. A sliding thermocouple structure solves the problem of extensive damage to the upper thermocouple during the heating phase, thereby improving the reliability of this type of thermocouple.

This utility model discloses an integrated uncoiling and straightening device for hot-rolled small steel coils, belonging to the field of steel coil processing technology. It includes an uncoiling anti-loosening module and a leveling mechanism, with a roller straightening module positioned between the uncoiling anti-loosening module and the leveling mechanism. A clamping arm adjustment module is located next to the uncoiling anti-loosening module. The uncoiling anti-loosening module includes a drum and a temperature sensor, which is mounted on the drum. Several diameter-expanding mechanisms are arranged along the circumference of the drum's outer wall. Each diameter-expanding mechanism includes an expanding arc plate and a telescopic rod. One end of the telescopic rod is mounted on the outer wall of the drum, and the other end is connected to the expanding arc plate. An external control device is connected to the temperature sensor and the diameter-expanding mechanisms. This solution dynamically adjusts the pressure applied to the steel coil through the cooperation of the temperature sensor and the diameter-expanding mechanisms, solving the problems of loose coiling and insufficient friction causing slippage while avoiding overpressure that could lead to coil deformation.

The utility model discloses a kind of boiler heat tracing drain temperature monitoring devices, belong to handover shaft protection technical field, including monitoring box, mounting seat and temperature monitoring component, monitoring box is closely adhered to the surface of boiler heat tracing system drain pipeline by mounting seat, temperature monitoring component is provided on monitoring box, temperature monitoring component includes alarm and temperature sensor, alarm is installed in monitoring box top, the inside of monitoring box is provided with temperature sensor, the detection end of temperature sensor is connected to the inside of boiler heat tracing system drain pipeline by mounting seat. The beneficial effects of the utility model are: the device is installed on the drain pipeline of boiler heat tracing system, the temperature sensor inside monitoring box can be connected to the inner wall of drain pipeline to monitor drain temperature, when water temperature is too low, alarm can be used to remind, facilitate staff to handle in time, avoid that drain temperature is too low to influence the operation efficiency of boiler heat tracing.

The utility model relates to turbine fan technical field, and disclose paper mill is with turbine fan hot air recycling device, including device shell, still include first air inlet and filter mechanism, the bottom fixed connection of device shell has the support base plate of support device whole usefulness, the outside of device shell is provided with the filter mechanism for filtering high temperature waste gas, the first air inlet of making cold gas enter is fixedly connected on device shell, the heat exchange pipe body for heat exchange is fixedly connected on device shell. When carrying out heat exchange work, detect temperature value through temperature sensor body, and through controller body control telescopic link body adjust the distance between page board, to this control cold air flow rate, can compare according to the actual temperature of current and the target temperature of setting, accurately judge whether the air flow needs to be adjusted, when needing, through the flow space of control cold air to this reduce the flow rate of cold air, make the heat exchange effect more stable, help to save cold quantity.

A gas charging device is characterized in that a sucking pump, a gas inlet valve and a gas outlet pipe are arranged on a case, a plurality of placing tables for placing gas appliances or gas storage tanks are arranged on the case, the gas inlet valve is connected with a gas source such as a gas station or a large gas tank, and the sucking pump is used for conveying gas from the gas outlet pipe to a gas furnace or charging gas for the small gas tank; a weight detector and a display screen are further installed on the machine box, when the inflation weight reaches a set value or the air tank is increased by the set weight compared with the air tank before inflation, the control system controls the sucking pump to stop, and the safety risk caused by excessive filling is avoided; in addition, the case is provided with an emergency shutdown key, a gas pressure gauge, a temperature sensor, a gas detector, an alarm and the like, so that the use safety of the inflating device is ensured.

The application discloses a temperature sensing control device for a power transmission line conductor (ground) wire observation equipment, and relates to the field of power system monitoring and control. The device comprises a device body, a first protective shell is installed on the outer wall of the device body, a second protective shell is installed on the outer wall of the device body, a rotating shaft is installed on the top of the first protective shell, a bolt is installed on the inner wall of the first protective shell, a sensor is installed on the bottom of the device body, and a heating device is installed on the bottom of the device body. The adjusting bin, the bidirectional threaded rod, the rotating rod, the sliding block and the clamping plate are arranged. The line is placed below the sensor, the line is fixed by rotating the sliding clamping plates on the two sides of the rotating rod, the sensor is tightly attached to the line, the contact thermal resistance is reduced, the sensor can more quickly and accurately sense the temperature change of the conductor, and the measurement accuracy and timeliness are improved.

The utility model relates to honeycomb honey knife technical field provides an adjustable honeycomb honey knife, including handle, one side of handle is fixed with fixed base, the fixed base top side is penetrated with mounting seat, one side fixed with connecting seat in mounting seat inside, the inside of fixed base is provided with adjusting structure. The utility model discloses is provided with heating structure, under the action of electric heating wire, can heat the cutter body, the cutter body after heating can heat the beeswax, makes the beeswax softening because of temperature rise, this makes the cutter body more easily cut the beeswax, under the action of temperature sensor, can real -time monitoring the temperature of cutter body, when temperature reaches the preset value, temperature sensor will stop working through singlechip control electric heating wire, has realized the function that the device is convenient for honey, thereby has improved the working efficiency of this honeycomb honey knife when using.