37results about How to "Increase the temperature value" patented technology

The embodiment of the invention discloses a method for adjusting the terminal temperature, wherein the method comprises the following steps that a difference value between the preset temperature value and the temperature value of a terminal is determined; if the difference value is not in a preset threshold range, and the temperature value is grater than the preset temperature value, the work load of the terminal is reduced; if the temperature value is not in the preset threshold range, and the temperature value is smaller than the preset temperature value, the work load of the terminal is increased. When the embodiment of the invention is implemented, the work load of the terminal can be adjusted according to the preset temperature value and the preset threshold range, so that the temperature of the terminal is maintained in a certain temperature range, and the use experience of users is improved.

The embodiment of the invention discloses a terminal. In the terminal, a determination unit can determine the difference value between the temperature value of the terminal and a preset temperature value; a load reduction unit can reduce the working load of the terminal when the difference value determined by the determination unit is not in the preset threshold range and the temperature value is greater than the preset temperature value; and a load increasing unit can increase the working load of the terminal when the difference value determined by the determination unit is not in the preset threshold range and the temperature value is smaller than the preset temperature value. When the embodiment of the invention is applied, the working load of the terminal can be adjusted to enable the terminal to maintain in a certain temperature range according to the preset temperature value and the preset threshold range, and the use experience of the user is improved.

The invention discloses a dual-drive reversing valve of a heat storage type combustion furnace. The dual-drive reversing valve comprises a reversing valve shell, wherein the internal space of the reversing valve shell is divided into two chambers, i.e., a left gas chamber and a right air chamber; a communicating passage is arranged between the air chamber and the gas chamber; a public chamber is arranged below the communicating passage; the side walls at two ends of the communicating passage are provided with valve plate sealing discs; a valve plate is obstructed in the communicating passage between the gas chamber and the air chamber; and the left outer wall and the right outer wall of the gas chamber and the left outer wall and the right outer wall of the air chamber are fixedly provided with two hydraulic cylinders respectively. The dual-drive reversing valve has the advantages of high working efficiency, stable working state and the like.

The invention discloses a control method and device for an air conditioner. The control method comprises the following steps: step 1, acquiring the temperature value in a room with the air conditioner; step 2, comparing the temperature value with a preset temperature interval to obtain a comparison result, and determining a gear according to the comparison result; and step 3, controlling the cold energy of the air conditioner by the gear determined in the step 2, wherein the control device comprises a temperature acquiring module, a gear judgment module and a cold energy control module which are connected successively. Different gears can be selected according to actual demands of a user and the usable area, the outlet air of the air conditioner cannot be too low or too high, and therefore, comfort of the user who uses the air conditioner is improved. In addition, the technical effect of efficiently saving energy is achieved. The control method and device for the air conditioner can meet various demands of the user; rapid refrigeration can be realized; the air conditioner can run in an energy-saving manner; and moreover, the capability is increased along with increasing of horsepower of the air conditioner. After the control method and device for the air conditioner are used, the energy-saving effect of the air conditioner is obvious.

The embodiment of the invention discloses a control method and an apparatus of an intelligent terminal. The method includes: when a low-temperature protection event is monitored and the intelligent terminal is in the hibernation state, the current temperature value of a mainboard in the intelligent terminal is regularly detected; and if it is detected that the current temperature value of the mainboard in the intelligent terminal is smaller than a preset safety temperature threshold, a processor of the intelligent terminal is controlled to operate a preset application at the background. According to the technical scheme, when the low-temperature protection event is monitored and the intelligent terminal is in the hibernation state, if it is detected that the current temperature value of the mainboard in the intelligent terminal is smaller than the safety temperature threshold, the processor of the intelligent terminal is controlled to operate the application at the background, in this way, the temperature value of electronic components in the intelligent terminal is increased, and the damage to the electronic components in the intelligent terminal by the low-temperature environment is avoided.

The invention provides a temperature control circuit for silicon drift detector, comprising: a main control circuit, a first power supply circuit and a second power supply circuit. The first power supply circuit and the second power supply circuit are connected with the main control circuit. The first power supply circuit is a boost power supply circuit; the second power supply circuit is an anti-phase power supply circuit. The boost power supply circuit is connected with an internal temperature detection circuit and an environmental temperature detection circuit. The main control circuit is connected with a temperature feedback circuit through a serial port circuit. The environmental temperature detection circuit is connected with the temperature feedback circuit. The main control circuit and the temperature feedback circuit are connected with a temperature regulating and controlling circuit to solve the problems in the prior art that temperature cannot be preset according to environment, that temperature control response is slow and the fluctuation is large, and that the stable time for the refrigeration temperature of the silicon drift detector is long and the refrigeration temperature is not low enough.

The invention discloses a self-adaption control method and system of a DLED TV backlight. The method comprises the following steps: based on a heat sensor on a diffuser plate, obtaining a first temperature value in a DLED backlight module optical cavity; judging whether the first temperature value is beyond a preset first temperature threshold or not; if the temperature value is beyond the preset first temperature threshold, controlling the color temperature generated from LED array reduction, and controlling interval narrowing among a plurality of brightening pieces. According to the embodiment, when the temperature value surpasses the temperature threshold, LED array reduction is controlled and color temperature emission is reduced, so that continuous temperature increase is reduced; and besides, a series of supplements for an LED array emitting light source can be achieved due to the intervals among the brightening pieces; when the color temperature decreases, the intervals among the brightening pieces are decreased, so that a certain supplement effect for light brightness can be achieved, and color temperature change due to LED array deletion is reduced.

The invention relates to a chemical fiber isothermal die, which is provided with a fiber spraying device, a metering pump and a medium heat-conductive heating system, wherein the fiber spraying device is arranged at the center of the bottom of the die, and the metering pump is arranged on the upper portion of the fiber spraying device. The medium heat-conductive heating system comprises a storage box used for containing heating media and covered outside the periphery of fiber spraying device and the metering pump, heating tubes are arranged in the storage box, and a heat insulation layer is wrapped outside the medium heat-conductive heating system. The heating system outside the die heats in a conducting manner by means of external media, the temperature of the heating media in the storage box rises after the heating media is heated by the heating tubes, and the temperature in each portion of the storage box is uniform due to heat transmission, so that uniform heating is realized. Further, by the aid of the additional heat insulation layer, the values of temperature of different portions of the die are equal, and accordingly, the diameters of fibers sprayed by the fiber spraying device are equal and production quality is guaranteed.

The invention relates to a device for treatment of a liquid in a liquid flow system. The device comprises a housing with at least a liquid inlet and outlet for accompanying a liquid flow through the housing, at least one AC voltage source alternating at a switch frequency, at least a first and second electrode with electric connections to said at least one AC voltage source and control means for controlling the level of treatment of the liquid. The at least a first and second electrode and control means are at least partly located in said liquid flow of said housing. The invention also relates to a method of treating a liquid in a liquid flow system and use of the device and method in a through-flow electric liquid heating system or a liquid purification system.

The embodiment of the invention discloses a regeneration control method and device for a gasoline particulate filter (GPF). The method comprises the following steps: acquiring temperature data and pressure data, wherein the temperature data comprises the temperature of a front opening of a three-way catalyst, the temperature of a rear opening of the three-way catalyst and the temperature of a rear opening of the particulate filter, and the pressure data comprises the pressure of the front opening of the particulate filter and the pressure of the rear opening of the particulate filter; according to the temperature data and the pressure data, calculating carbon loading capacity; and when the particulate filter is in a passive regeneration state, if the carbon loading capacity is smaller than the carbon loading capacity required by effective filtration of the particulate filter, adjusting the air-fuel ratio so as to stop passive regeneration. According to the technical scheme, under the condition that related hardware of an existing engine is not changed, the air-fuel ratio is adjusted, then the oxygen content of tail gas is reduced, the temperature value needed by regeneration is increased, and passive regeneration of the particulate filter is stopped under the current working condition.

The invention relates to a hot coil spring forming system. The hot coil spring forming system comprises a wire feeding part, a guide part and a winding part. The wire feeding part is composed of a plurality of upper rolling wheels and lower rolling wheels which are oppositely arranged in the vertical direction. The guide part is arranged downstream of the wire feeding part. The winding part comprises a cutter core shaft, a lower ring diameter rod, an upper ring diameter rod, a cutter and a pitch rod, wherein the lower ring diameter rod, the upper ring diameter rod, the cutter and the pitch rod are sequentially arranged around the core shaft. In addition, the hot coil spring forming system further comprises a wire heating part arranged between the wire feeding part and the guide part. The wire heating part comprises an induction coil and an alternating current power supply. The induction coil converts electric energy supplied by the alternating current power supply into heat energy so as to heat the wire rod passing through the induction coil and increase the temperature. In the wire rod conveying process, the wire rod is subjected to heating treatment, so that the temperature value of the wire rod in the winding forming process is improved, the elastic recovery value after spring forming is effectively reduced, the forming stability is ensured, and good preparation is carried out for the smooth development of later assembly work.

The invention relates to the technical field of smart home, in particular to an intelligent bathroom integrated system. The system comprises a data acquisition terminal and a function control module,wherein the data acquisition terminal is used for acquiring monitoring data, and the monitoring data comprise temperature data, oxygen data and water vapor data; and a temperature threshold, an oxygenthreshold and a water vapor threshold are preset in the function control module, the function control module is used for generating an air heating starting signal to start air heating when the temperature data are lower than the temperature threshold, generating a ventilation starting signal to start ventilation when the oxygen data are lower than the oxygen threshold and generating a ventilationstop signal to close ventilation when the water vapor data are lower than the water vapor threshold, and the priority of the ventilation start signal generated according to the oxygen data is higherthan that of the ventilation stop signal generated according to the water vapor data. By the adoption of the scheme, the technical problem that in the prior art, when a user takes a bath in a bathroom, the ventilation function cannot be automatically controlled can be solved.

The invention provides an energy storage device for boiler waste heat recovery, which comprises a closed structure I and a closed structure II which can be butted with each other and form a closed space, a boiler is arranged in the closed space, a thermoelectric power generation assembly is arranged in the closed space, and steam assemblies are respectively arranged in the closed structure I and the closed structure II. The first sealing structure comprises a first horizontally-arranged bottom plate, a first arc-shaped cover vertically arranged on the first bottom plate, a first upper air bag arranged on the inner side of the first arc-shaped cover and a first top cover arranged at the top end of the first arc-shaped cover, and a first lower air bag is further arranged on the bottom end face of the first bottom plate and arranged below the first upper air bag. The first lower air bag is in separable contact with the ground. According to the energy storage device for boiler waste heat recovery, the technical problem of how to efficiently recycle boiler waste heat is solved, heat energy in the boiler is converted into electric energy, and energy loss is greatly reduced.

A full-fuel cyclone furnace comprises a furnace body; a water jacket is arranged on the furnace body; a liner is mounted in a hearth; a gap is formed between the liner and the inner wall of the water jacket; water outlet pipes are arranged at the top of the liner; the bottom of the liner is communicated with that of the water jacket through a connecting pipe; water inlet pipes are arranged at the top of the water jacket; a plurality of inclined grooves are formed in the inner wall of each of the liner and the water jacket; the liner takes the shape of a cone which is wider in upper part and narrower in lower part; arc-shaped roofs sunken in the liner are respectively arranged at the bottom and the top of the liner; and a sunken arc-shaped roof is arranged at the top of the hearth.

The invention discloses waste gas cooling treatment equipment for chemical engineering. The waste gas cooling treatment equipment comprises heat dissipation mechanisms, a water cooling mechanism, a treatment mechanism and a combustion chamber, the water cooling mechanism, the treatment mechanism and the combustion chamber are sequentially installed on a fixing plate from left to right, air inlet channels allowing a air inlet pipe to penetrate through are formed in the two sides of the water cooling mechanism correspondingly, the air inlet pipe is obliquely arranged in the water cooling mechanism, the periphery of the air inlet pipe is connected with a plurality of sets of heat dissipation mechanisms, the plurality of sets of heat dissipation mechanisms are arranged on the left side of thewater cooling mechanism, the right end of the air inlet pipe communicates with the treatment mechanism, a check valve is further installed on the periphery of the end of the air inlet pipe, the treatment mechanism further communicates with the combustion chamber on the right side, the top end of the treatment mechanism is provided with a liquid adding mechanism for adding reaction liquid and a stirring mechanism for assisting in uniform stirring in a communicating mode, and the top end of the combustion chamber is provided with a connecting pipe with an electromagnetic valve in a communicatingmode. The waste gas cooling treatment equipment for the chemical engineering not only can carry out dual cooling, but also can carry out reaction and catalytic combustion.