35results about How to "Adjust the ambient temperature" patented technology

The invention discloses a human body positioning device and an air conditioner. The human body positioning device comprises a signal receiving device arranged on an electric appliance to detect firstposition information of the human body, and also comprises a detection device and a positioning controller, wherein the detection device is used for detecting second position information of the humanbody, and the positioning controller is used for constructing a coordinate position of the human body relative to the electric appliance according to the first position information, the second position information and position information, obtained through communication of the signal receiving device and the detection device, of the detection device. The coordinate position of the human body relative to an indoor unit of the air conditioner is constructed through a signal transceiving device on the indoor unit of the air conditioner and a remote controller with a detection function, so that anair conditioner controller accurately controls an air guide plate to realize the anti-direct-blowing function; and meanwhile, the remote controller is internally provided with temperature sensor, sothat the air conditioner controller can adjust the ambient temperature more accurately according to the apparent temperature of the human body.

The invention discloses an air-conditioning device and a remote controller thereof. The air-conditioning device comprises a main machine and the remote controller. The main machine comprises an infrared receiving device and a first processor which is connected therewith. The remote controller comprises a second processor and a first radio frequency transmission device and a temperature sensor which are connected therewith, the second processor compares a set temperature input by a user with the actual temperature measured by the temperature sensor, when the actual temperature is lower than the set temperature, a control signal for increasing the temperature is transmitted to the first radio frequency transmission device, otherwise, the control signal for reducing the temperature is transmitted. The air-conditioning device further comprises a signal transponder for carrying out data format conversion between radio frequency signals and infrared signals. The invention can carry out the remote control of the air-conditioning device in larger spatial range and angle, thereby regulating the user ambient environment temperature, being applicable to user needs and improving the comfort of the user.

The invention discloses a permeable pavement structure with high strength and high permeability. The permeable pavement structure comprises a water isolating seal layer, a base layer and a surface layer which are sequentially arranged on a soil matrix; the surface layer comprises a permeable framework, and concrete positioned among pores of the permeable framework; the permeable framework comprises transverse vent pipes which are communicated with one another and vertical osmosis pipes vertically arranged on the transverse vent pipes; the base layer comprises rubble layer at the upper layer and a sand mat at the lower layer; and the water isolating seal layer comprises a water isolating membrane. The high-density concrete in the surface layer has the advantages of high strength and high durability, and the permeable framework in the concrete can guide rainfall into the base layer so as to prevent accumulation of rainfall on the pavement. Rubbles in the rubble layer are overlapped so as to form a flowing passage for rainfall, thus playing the role in delivering water and improving the strength of the base layer. Macadams in the sand mat can decelerate infiltration of the rainfall, thus playing the roles in storing water, discharging water and improving the strength of the base layer; and the water isolating membrane can prevent the rainfall from permeating into the soil matrix.

The invention discloses a bistable liquid crystal device with an optical writing or optical erasing function and a preparation method thereof. The bistable liquid crystal device comprises a liquid crystal box or liquid crystal film with the thickness of 2-200 micrometers, and a photoresponsive cholesteric liquid crystal composite system is poured into the liquid crystal box or the liquid crystal film; the photoresponsive cholesteric liquid crystal composite system is prepared from, by mass, 60.0 wt%-97.0 wt% of main micro-molecular liquid crystal materials, 0.5 wt%-15.0 wt% of chiral helicene compounds and 0.2 wt%-30.0 wt% chiral compounds; the initial pitch of the photoresponsive cholesteric liquid crystal composite system is p0, and the pitch rises to p1 or decreases to p2 under the irradiation of excitation light. Through a simple process, the cholesteric liquid crystal device capable of stably switching between a planar texture state and a focal conic texture state under the condition of remote non-contact illumination radiation is prepared.

The invention relates to a miniature laser-induced water condensation simulating device. The device is characterized in that a cavity is a small hexahedral closed cavity synthesized by six red copper blocks; a plurality of densely distributed small slots are uniformly formed in the inner walls of the red copper blocks on the top and bottom of the cavity; the outer surfaces of the red copper blocks on the top and bottom are in full contact with cooling surfaces of semiconductor refrigerating sheets; the heat dissipating surfaces of the semiconductor refrigerating sheets are in full contact with the heat dissipating sheets of the red copper blocks; the semiconductor refrigerating sheets connected in series through a guide wire in a serial manner are connected to a direct current power supply source; and a humidity adjusting channel is also arranged on a side surface of the cavity to be connected to a humidity adjusting device. The device provided by the invention is more compact and simple in structure. The whole device is more miniature, is convenient to move, can realize a low-temperature environment without a temperature gradient, and is suitable for more conveniently researching and analyzing a laser-induced water condensation phenomenon.

The invention discloses a recovery device used for recovery of high-temperature liquid-state blast furnace slag waste heat. The recovery device comprises a granulating device and a gas-solid heat exchange device. The granulating device comprises a box body structure and a granulating disc arranged in the box body structure. The granulating disc is connected with a drive motor on the outer portionof the box body structure through a worm and worm gear. A molten slag inlet is arranged on the upper portion of the box body structure and is provided with a slag flow controller. The upper portion ofthe left side of the box body structure is covered with a high-temperature gas collecting hood exposed out of the molten slag inlet. The high-temperature gas collecting hood is connected with the left end of the gas-solid heat exchange device through a gas conveying pipe. A slag granule discharging opening is arranged on the lower portion of the box body structure and is connected with the rightend of the gas-solid heat exchange device through a slag granule collection hopper. An air inlet pipe is arranged on the side wall of the lower portion of the box body structure and provided with an air inlet controller. According to the recovery device, slag drops can be cooled fast to form a glass phase microstructure, recovery of heat of high-temperature liquid-state molten slag can be achievedto the maximum extent, and resource utilization and energy utilization of the high-temperature liquid-state molten slag can be achieved.

The invention discloses a preparation method of cholesteric-liquid-crystal laminated film. The preparation method includes the steps of (1) introducing, by mass, 0.5wt%-10.0wt% of chirality helicene-type compound, 0wt%-15.0wt% of chirality compound, 0wt%-20.0wt% of liquid-crystal polymerizable monomer and 0wt%-10.0wt% of photoinitiator into a nematic-phase micro-molecule liquid crystal material serving as the main body with a mass fraction of 65.0wt%-98.0wt%, evenly blending the mixture above to obtain a mixed liquid crystal compound system with a phase temperature range which is N* in width; (2) injecting the mixed liquid crystal compound system into a liquid crystal box or making the mixed liquid crystal compound system into liquid crystal film, wherein the thickness of the liquid box or the liquid crystal film is controlled to remain within 2 microns-300microns; (3) conducting ultraviolet light irradiation on the liquid crystal box or the liquid crystal film within a cholesteric phase temperature range to obtain the liquid crystal laminated film. By adopting the preparation method, the liquid crystal film material with a movable central reflected wave section, a wide reflected wave band and a controllable reflection rate can be obtained.

The invention relates to the technical field of a substation secondary equipment layout system and method, in particular to a shaft type substation secondary equipment underground layout system and method. In the present invention, a shaft for secondary equipment is provided at the lower part of the primary equipment of the substation, a heat conduction protection layer is provided on the inner wall of the shaft for the secondary equipment, and a wiring sleeve is provided inside the protection layer; extraction guide rails are provided in the shaft of the secondary equipment, and the secondary equipment of the substation The primary equipment of the substation is connected to the secondary equipment of the substation through brackets connected to the extraction guide rail; a shaft closure device is provided at the upper wellhead of the secondary equipment shaft, and monitoring sensors and environmental monitoring devices are also installed in the secondary equipment shaft. There is no need to use external cold and heat sources to maintain a constant temperature in the environment, and the operation is reliable; the operating space of the equipment is relatively independent, and it is not easy to be affected by the external environment and expand the scope of accidents; it can meet the needs of changes in the depth of the constant temperature layer and the addition of new equipment during long-term operation, and is suitable for substations On-site arrangement of secondary equipment.