70results about How to "Realize intelligent temperature control" patented technology

The invention provides a method for controlling a refrigerator. The refrigerator at least comprises a refrigerating chamber, a freezing chamber, one or more refrigerating chamber temperature sensors and one or more freezing chamber temperature sensors. The method comprises the following steps of respectively acquiring temperatures detected by one or more refrigerating chamber temperature sensors and one or more freezing chamber temperature sensors; respectively acquiring the highest temperatures of the temperatures detected by one or more refrigerating chamber temperature sensors and one or more freezing chamber temperature sensors; judging whether the highest temperature of the temperatures detected by one or more refrigerating chamber temperature sensors or one or more freezing chamber temperature sensors is larger than an initial set temperature of the refrigerating chamber or the freezing chamber; if the highest temperature of the temperatures detected by one or more refrigerating chamber temperature sensors or one or more freezing chamber temperature sensors is larger than the initial set temperature of the refrigerating chamber or the freezing chamber, performing refrigeration on the refrigerating chamber or the freezing chamber. By means of the method, intelligent temperature control can be achieved, no user operation is needed, and applicability is high. The invention further provides the refrigerator.

A high-molecular plate (or sheet) with intelligent temp controlling function by reflecting sun-heat or not is prepared from high-molecular material, composite pigment, organic glass, polycarbonate, modified terylene fibres and terylene fibres. Its features that full-band infrared light can be reflected when the temp is higher than its phase-change temp, or not when the temp is lower than its phase-change temp. It can be used for building, car, ship, etc.

The invention discloses intelligent edible fungus sterilization equipment. A secondary combustion chamber A is arranged at the lower side in a combustion furnace body, and a secondary combustion chamber B is communicated with the upper side of the secondary combustion chamber A; an inner fire pipe of a furnace pipe is communicated with the upper side of the secondary combustion chamber, and a water body filled outside the inner fire pipe of the furnace pipe and a water body in an inner water jacket of the furnace body are communicated to jointly form an inner water jacket of the furnace pipe; steam discharge pipes are distributed on two lateral walls in a sterilization case body, the sterilization case body is connected with cold-hot air discharge decompression pipe, and is provided with an intelligent program controller; the intelligent program controller is respectively connected with a water-level controller, an induced draft fan, a check valve, an electromagnetic valve, a temperature sensor and a pressure sensor. Compared with the prior art, the intelligent edible fungus sterilization equipment has the advantages that a waste fungus package can be quickly combusted through two-sided counter burning and multi-stage burning to generate heat, steam is provided to the sterilization case body, steam sterilization is realized in the sterilization case body, the steam is recycled, and the equipment is controlled by the intelligent program controller and convenient to operate.

The invention discloses an intelligent temperature control electric heat tracing device for a concrete pump pipe in winter construction. The intelligent temperature control electric heat tracing device comprises an electric heating tape, a pressure sensitive adhesive tape, a thermal insulation material, an intelligent temperature control device and the concrete pump pipe, wherein the electric heating tape is wound on the concrete pump pipe and is fixed by pressure sensitive adhesive; a temperature sensor is tightly attached to the outer pipe wall of the concrete pump pipe; the thermal insulation material covers the concrete pump pipe; the two ends of the electric heating tape are connected with a power supply junction box and a tail end sealing junction box which are connected with the intelligent temperature control device; the intelligent temperature control device is connected with a 36V transformer, a distribution box, a leakage protection device and a 220V/360V power supply junction box in sequence. The device solves the problems of heating and heat preservation for the concrete pump pipe during the winter construction period at severe cold areas, the heat loss of concrete during the concrete pumping process is reduced, the concrete pump pipe is prevented from being iced and blocked during water washing, and intelligent temperature control is realized, so that the labor cost is reduced; moreover, all materials can be utilized repeatedly, so that the material-saving, energy-saving and environment-friendly requirements for green construction are realized.

The invention discloses an energy-saving kitchen disinfection cabinet. The energy-saving kitchen disinfection cabinet comprises a cabinet body, wherein a first disinfection chamber, a second disinfection chamber, a third disinfection chamber and a fourth disinfection chamber are formed in the cabinet body; the first disinfection chamber and the second disinfection chamber are mounted at the upperend and the lower end of the cabinet body; the third disinfection chamber is adjacent to the fourth disinfection chamber; and the third disinfection chamber and the fourth disinfection chamber are arranged between the first disinfection chamber and the second disinfection chamber. According to the energy-saving kitchen disinfection cabinet disclosed by the invention, the first disinfection chamberand the second disinfection chamber are arranged, and the first disinfection chamber and the second disinfection chamber respectively adopt far infrared high-temperature disinfection and ultravioletlight disinfection, so that the appliances which cannot be subjected to high-temperature disinfection can be separated for classified disinfection, and the disinfection effect is good; and the third disinfection chamber and the fourth disinfection chamber are arranged, so that when the number of the appliances requiring disinfection is small, the appliances can be placed in the third disinfectionchamber or the fourth disinfection chamber for disinfection, the situation that the whole disinfection device is started is avoided, and the energy resources are saved.

The invention discloses a method for protecting a battery and an electronic device, and solves the technical problem of damage to the battery due to side reaction in the battery in the prior art. The method is applicable to an electronic device which comprises a battery. The method comprises the following steps: obtaining a first temperature value for showing the current temperature of the battery when an inter-electrode voltage between a positive electrode and a negative electrode of the battery is a first voltage; judging whether the first temperature value is greater than a preset temperature value to obtain a judgment result; adjusting the inter-electrode voltage from the first voltage to a second voltage when the judgment result shows that the first temperature value is greater than the preset temperature value, wherein the second voltage is less than the first voltage or the second voltage is less than a third voltage, and the third voltage is the inter-electrode voltage when the battery is fully charged.

The invention provides a heat radiation protection device and a spectrum therapy instrument. The spectrum therapy instrument comprises a plurality of light sources and a heat radiation protection device. The heat radiation protection device comprises an area light source substrate, heat radiation bases, heat radiation fans, heat conduction pipes and heat radiation fins. The multiple heat radiationbases are arranged on the area light source substrate. Second installation parts are respectively arranged between adjacent heat radiation bases. The heat radiation fans are installed in the second installation parts respectively. The adjacent heat radiation bases are connected by the heat conduction pipes. The heat radiation fins are arranged on the pipe bodies of the heat conduction pipes to increase the heat radiation area. By integrating the heat radiation bases, the heat conduction pipes, heat conduction fluid, the heat radiation fins and the heat radiation fans and quickly transferringthe heat generated by the light sources to the heat radiation fin group through the heat conduction pipe network, multiple heat radiation and intelligent temperature control are realized. A fast and efficient heat radiation cycle system is formed, which is more efficient, intelligent and environment-friendly than air cooling. The heat radiation protection device is small, simple and easy to operate, can meet the requirement of light sources for long-time work and guarantee the working life of light sources, can radiate heat quickly, has high efficiency, and is convenient to install and use.

The invention discloses a heating maintenance method for thin-walled concrete of a steel-concrete composite bridge. The method comprises the following steps: spreading and fixing a plurality of carbonfiber heating wires on the upper surface of a steel bridge steel plate; pouring concrete on the upper surface of the steel bridge steel plate, and forming the thin-walled concrete after surface finishing; spreading a moisturizing layer on the thin-walled concrete; spreading a heat-preserving layer on the moisturizing layer; spreading cables on the outer side of the thin-walled concrete; and plugging plugs of the carbon fiber heating wires into plugs of the cables; and enabling the carbon fiber heating wires to work and generate heat. The method uses the carbon fiber heating wires to provide the heat source for maintenance of the concrete, and the carbon fiber heating wires are arranged between the steel bridge steel plate and the thin-walled concrete, so that the maintenance problem of the free surface of the bottom of the thin-walled concrete is well solved.

The invention provides an oxygen-fuel combustion system for a steel rolling heating furnace. The oxygen-fuel combustion system comprises the heating furnace, a fuel system, a combustion-supporting system, a nitrogen purging system, a smoke exhaust system and a control system. The heating furnace comprises a preheating section, a heating section and a soaking section. Total-oxygen flameless combustors are arranged on the side walls of the upper heating area and the lower heating area of the heating section, and the total-oxygen flameless combustors are arranged in an up-and-down layered and left-and-right staggered mode. Total-oxygen flameless combustors are arranged on the side walls of the upper heating area and the lower heating area of the soaking section, and the total-oxygen flameless combustors are arranged in an up-and-down layered and left-and-right staggered mode. Total-oxygen flameless combustors are arranged on the end wall of the heating area on the upper portion of the soaking section and are horizontally arranged in a single-layer mode. The control system comprises a blank tracking system, an intelligent temperature control system, a hearth pressure control system, a linkage alarm protection system and a blank heat preservation rolling waiting system. The combustion efficiency and the heat transfer efficiency of the steel rolling heating furnace are improved, and the purposes of improving productivity, saving fuel, reducing emission and improving product quality are achieved.

The invention discloses a sterilizable instant heater for a pedestal pan, which comprises a sleeve cylinder, a heating rod, and a fluid outlet base; a penetrated fluid feeding channel is arranged in the heating rod, and the outer wall of the heating rod and the inner wall of the sleeve cylinder are formed with a fluid outlet channel connected with the fluid inlet channel; a fluid outlet connectedwith the fluid outlet channel is arranged on the outer wall of the sleeve cylinder; the fluid outlet base is arranged at the fluid outlet, and a fluid outlet pipe connected with the fluid outlet is further arranged on the fluid outlet base, wherein a fluid outlet cavity connected with the fluid outlet pipe and the fluid outlet at the same time is arranged in the fluid outlet base, and the openingof the fluid outlet cavity is provided with an ultraviolet sterilization unit for sterilizing and radiating fluid in the fluid outlet cavity. The sterilizable instant heater is safe and reliable, goodin heating effect, controllable in temperature, and can sterilize fluid flowed in the fluid outlet base.

The invention provides a smart temperature control system which includes a temperature control module and a temperature acquisition module. The temperature acquisition module includes at least one temperature sensor for acquiring temperature data of a temperature acquisition area and transmitting the temperature data to the temperature control module. The temperature control module receives the temperature data of the at least one temperature sensor and based on each of the temperature data, conducts temperature control. According to the embodiments of the invention, the temperature acquisition module can acquire temperature data of the temperature acquisition area, and transmits the temperature data to the temperature control module which based on the temperature data conducts temperature control so as to maintain an area to be controlled to stay within a proper temperate range and realize smart temperature control.

The invention relates to a heat treatment kiln device and heat treatment method for products such as a super thick plate, a composite plate and the like, in particular to a U-shaped flame reciprocating heating trolley-type heat treatment device and a treatment method thereof. A plurality of sizing blocks are arranged in a row, multiple rows of the sizing blocks are placed in parallel to each otheron a furnace vehicle, and burners are fixed in a staggered manner on the furnace walls on both sides of a furnace and located in gaps between the sizing blocks in multiple rows; the burners, the sizing blocks and workpieces carried on the sizing blocks constitute a U-shaped energy flow channel for energy flow transmission. Side wall burners in opposite arrangement and a simultaneous heating operation system for the traditional trolley-type furnace are changed, the U-shaped flame reciprocating heating trolley-type heat treatment device has the advantages of U-shaped flame unilateral heat supply, U-shaped flame unilateral alternately reversing heat supply, U-shaped flame bilateral reciprocally and flexibly converting heat supply, cyclically reversing heat supply, interval drawing combustionheat supply, and flexible implementation of interval drawing, pulse and reciprocating heating temperature systems. Requirements of different process temperature systems are met, and a sustainable development strategy of energy conservation, emission reduction and clean production is also met.

The invention provides a biological feed drying device rich in trace elements. The biological feed drying device comprises a drying box, wherein a heating plate is mounted on an inner bottom plate ofthe drying box; a rotating shaft is arranged in a drying cavity of the drying box; two rotating rods are symmetrically arranged on the outer wall of the rotating shaft; a plurality of rectangular blades are horizontally mounted on the outer walls of the two rotating rods in a staggered manner; a feeding hopper is arranged at the front end of the drying box in a penetrating manner; a vibrating motor is mounted on one side of the feeding hopper; the output end of the vibrating motor penetrates through a housing of the drying box, extends into the housing and is rotatably connected with a first vibrating screen; partition plates are mounted at the positions, which are close to the outer edge, of the bottom of the first vibrating screen; and second vibrating screens are mounted at the bottom ends of the partition plates. By the heating plate, the first vibrating screen, the second vibrating screens, the rotating shaft, the rotating rods and the rectangular blades, feed is continuously stirred up and down, and can be quickly and uniformly stirred and dried, and thus, the feed is quickly dried.

The invention provides a method for controlling air conditioning equipment to output a temperature. The method comprises the following steps that S1, target environment images of an area right facingthe air conditioning equipment are acquired; S2, the acquired target environment images are input into a target detection algorithm network based on in-depth learning so as to perform human body feature recognition, and recognition results are output; and S3, the air conditioning equipment is controlled to output temperature adjusting according to the recognition results. By means of the method provided by the invention, the sensible temperature and a heating range of a current user can be calculated intelligently, accordingly, the output temperature is adjusted according to the sensible temperature, intelligent temperature control is achieved, and accordingly, an artificial intelligence technology and household electrical appliances are combined.

The invention belongs to the technical field of heat-resistant magnetic pumps, and particularly relates to an intelligent temperature-control high-temperature-resistant fluorine-lined magnetic pump. The intelligent temperature-control high-temperature-resistant fluorine-lined magnetic pump comprises a pump body, a pump body static ring, an impeller, a pump shaft, a shaft sleeve, an isolation sleeve assembly, a thrust bearing, a pressing plate, a support, an external magnetic component and a temperature sensor. The shaft sleeve is of a spiral groove type. The impeller and the shaft sleeve are assembled together to form an impeller assembly. The pump body static ring, the thrust bearing and the isolation sleeve assembly are assembled together to form a supporting assembly. Blades are arranged on the back of the external magnetic component. The isolation sleeve assembly is formed by assembling an inner isolation sleeve and an outer isolation sleeve together. The joint of the support and the motor is of a double-layer structure, so that a cavity is formed. A detection opening is formed outside the pump body. The temperature sensor is arranged in the detection opening. Compared with theprior art, the intelligent temperature-control high-temperature-resistant fluorine-lined magnetic pump has the following advantages that the medium temperature is monitored in real time through reasonable structure arrangement and scientific material selection, the pump is ensured by an intelligent system, the maintenance cost is reduced, and the intelligent temperature-control high-temperature-resistant fluorine-lined magnetic pump can operate under a high-temperature condition for a long time and can improve economic benefits.

The invention discloses a multifunctional intelligent heating and sterilizing device used for a pedestal pan. The device comprises a sleeve and a heating rod, a through liquid inlet channel is formedin the heating rod, a liquid outlet channel which is communicated with the liquid inlet channel is defined by the outer wall of the heating rod and the inner wall of the sleeve, and a liquid outlet communicated with the liquid outlet channel is formed in the outer wall of the sleeve. The liquid outlet is formed in the portion close to the other side end of the sleeve, and an ultraviolet sterilization unit used for irradiating liquid in the sleeve for sterilization is arranged at one side end of the sleeve. The multifunctional intelligent heating and sterilizing device used for the pedestal panis safe, reliable, good in heating effect, controllable in temperature and capable of perfuming or sterilizing the liquid in the sleeve through ultraviolet rays or chemical liquid.

The invention discloses an intelligent temperature controlling and filtering type aluminum alloy aging furnace and a working method thereof. The intelligent temperature controlling and filtering type aluminum alloy aging furnace comprises a furnace body, a loading and unloading trolley, heating devices, a ventilation device, an air filter and a temperature control device, the temperature control device comprises a PLC controller, a touch display screen and a temperature testing device, the top of the furnace body is provided with the ventilation device, the air filter is arranged below the ventilation device, the inner part of the furnace body comprises a hearth, an air guiding device is arranged at the top of the hearth, the bottom of the hearth is provided with the loading and unloading trolley, the two sides of the hearth are provided with the heating devices, the temperature testing device is arranged on the outer wall of the hearth, the output end of the temperature testing device is connected with the input end of the PLC controller outside the furnace body, the output end of the PLC controller is connected with the control end of a power supply switch, and power supply interfaces of the heating devices are connected with a power supply through the power supply switch. By adopting a high-temperature-resistant high-efficiency filter, circulating air in the furnace is cleaner, so that the performance of a workpiece is prevented from being affected because the workpiece absorbs impurities from air during heat treatment.

The invention discloses a heating method for a detonation pipeline. The heating method is mainly based on electrode discharge heating, and meanwhile, a metal heating belt is configured for heating; and a heating system comprises a temperature acquisition system and a temperature control system. The method has the advantages that the heating rate of the pipeline is greatly increased, the uniformity and safety of pipeline heating are improved, meanwhile, compared with a traditional heating mode, the method is convenient and rapid, and the problem of research limitation caused by limitation of the heating mode in the field of liquid fuel detonation is solved. Heating electrodes are connected to two ends of a detonation pipeline, output low voltage and high current, and are controlled by a step-down transformer connected with a power supply and a constant voltage source; the metal heating belt is positioned on the flange plates connected with the two pipelines and connected with the side surfaces of the two flange plates; the temperature acquisition system comprises a plurality of thermocouple sensors and a temperature measuring and controlling instrument; the thermocouple sensors are connected to a plurality of temperature measuring point interface ends of the pipeline, and the other ends of the thermocouple sensors are connected to a temperature measuring and controlling instrument; and the temperature control system is controlled by the temperature measuring and controlling instrument connected with a constant voltage source.