146results about How to "Adjust the indoor temperature" patented technology

The invention discloses an air outlet structure of a heat pump washer-dryer. The heat-pump washer-dryer is of a drum type and includes a casing, a bucket for washing clothes is arranged inside the casing, and an air conditioner combined structure is arranged at the lower bottom of the casing A cold air outlet is provided on one side wall of the shell except the back, and the cold air outlet is connected with the cold air passage of the air conditioner combination structure, and a rotatable cover plate is pivotally arranged on the cold air outlet, and the cover plate is opposite to the air conditioner combination structure. When the ambient air is cooled, it is opened to make the cold air outlet unblocked to discharge the cold air from the cold air outlet, and the cover plate is closed to block the cold air outlet when the air conditioner combined structure is not cooling the ambient air to prevent dust from entering the air conditioner combined structure.

The invention discloses a sleeping quality auxiliary system based on a sound detecting technology. The sleeping quality auxiliary system comprises two sound sensors, a signal regulating circuit, a temperature sensor, a sleeping auxiliary unit and a core processor. The sound sensors are respectively placed at two ends of a pillow, and used for receiving snoring sound signals. The signal regulating circuit is connected with the sound sensors. The temperature sensor is used for detecting indoor temperature. The sleeping auxiliary unit is used for adjusting indoor temperature and ventilation rate to realize emergent alarming. The core processor is connected with the signal regulating circuit, the sleeping auxiliary unit and the temperature sensor, and is used for extracting and analyzing features of sound signals and controlling the sleeping auxiliary system unit. Sleeping quality is analyzed by collecting the snoring sound of a user; in an infrared remote controlling manner, an indoor air conditioner is controlled to adjust temperature; and in emergency, the system alerts immediately through a GSM (global system for mobile communications) module. The sleeping quality auxiliary system is low in energy consumption, low in cost, small in size, convenient and flexible to use; and plays a positive protection role in sleeping quality improvement and timely discovery and treatment of sudden diseases.

The invention discloses a floor-standing air conditioner, an air conditioner and an air outlet control method of the air conditioner. The floor-standing air conditioner comprises a shell in which at least one air duct is formed; a front air outlet structure provided with a front air outlet communicating with the air duct; and a top air outlet structure arranged at the upper end of the shell and comprising a top air outlet outer shell communicating with the air duct, a top air outlet inner shell provided with a top air outlet and partially arranged in the top air outlet outer shell with the top air outlet exposed out of the top air outlet outer shell, a first rotational structure used for driving the top air outlet to swing up and down, and a position sensor connected to a controller, so that the opening, closure and/or swing of the front air outlet and/or the top air outlet are controlled by the controller according to the relative distance, detected by the position sensor, between a user and the floor-standing air conditioner. According to the technical scheme, the indoor temperature is adjusted quickly according to the distance between the user and the floor-standing air conditioner.

The invention discloses a radiation heating and cooling integrated air conditioner in quick effect and changeable load. Load can be independently borne by an indoor machine or can be commonly borne by the indoor machine and a capillary tube, and the indoor temperature is regulated by mainly using the heat transmission modes of radiation and natural convection. A surface air cooler with larger surface area is provided when the load is independently borne by the indoor machine; and in the mode of commonly bearing the load, the indoor machine and the capillary tube are positioned in different return water supply loops, the water supply temperature of the indoor machine is different from that of the capillary tube, the temperature of water supplied to the indoor machine needs to be lower than that of water supplied to the capillary tube during the refrigerating in summer, and the temperature of water supplied to the indoor machine needs to be higher than that of water supplied to the capillary tube during the heating in winter. According to the radiation heating and cooling integrated air conditioner in quick effect and changeable load disclosed by the invention, the characteristics of quiet system, high heat comfort degree, energy saving, invisibility, attractive performance and the like of a traditional radiation air conditioner are reserved, the effect is rapid, the load can be adjusted, the indoor environment in higher standard can be built, and the radiation heating and cooling integrated air conditioner has larger developing space in high-grade buildings.

The invention discloses an impurity removal and purification system and method for white wine, mainly solving the problem of poor impurity removal effect of the prior art. The system and method have the implementation scheme that: 1. a wine pot is put in a glass room so that the wine in the pot is heated under sun exposure to 30-50 DEG C; 2. air is pumped into the wine with an air pump so that substances with boiling points below 70 DEG C is volatilized by air from the wine, simultaneously, substances with boiling points above 70 DEG C are inevitably carried and volatilized, the volatilized gas is delivered to a condensing device via a pipe and condenses into liquid to be recycled; 3. the recycled liquid is delivered into a vacuum distillation separation device, harmful substances with low boiling points below 70 DEG C are volatilized, beneficial substances with boiling points above 70 DEG C are reserved in the liquid; and 4. the liquid containing the beneficial substances is taken out and returned to the wine pot. The system and method improve the fragrance and purity of white wine by a dual impurity removal process, can be used for reducing harmful elements in the wine and avoid injury to a human body due to excessive drinking of wine.

The invention discloses a fly indoor scale feeding room belonging to the technical field of fly cultivation. The fly indoor scale feeding room is characterized by comprising a room body, wherein the room body comprises all-around vertical surfaces and a roof, wherein an internal floor of the room body is provided with a water tank, an oviposition luring channel, a feeding area and an eclosion area, wherein landing members for flies are arranged in the room body, and operating holes are arranged on the vertical surfaces. The invention aims at providing a fly indoor scale feeding room which has high room utilization rate, large feeding scale, convenient and safe management and high work efficiency, can avoid escaping of adult flies and is used for culturing flies.

The invention discloses a control method of the indoor unit of an air conditioner and belongs to the technical field of air conditioning. The control method comprises the following steps: determiningan air supply area in a space area, wherein the space area comprises a side area and a middle area; determining the operating parameter of the indoor unit according to the air supply area, wherein theoperating parameter comprises the rotary angle of an air deflector at an air outlet; the air outlet comprises a left vertical air outlet and a right vertical air outlet formed in a cylinder part of the indoor unit, and a left transverse air outlet and a right transverse air outlet formed in a cone part of the indoor unit; the base of the cone part is connected with the lower bottom surface of thecylinder part; and controlling the indoor unit to operate according to the operating parameter. The invention further discloses a control device of the indoor unit of the air conditioner, the air conditioner and a storage medium.

The invention belongs to the technical field of air disinfection and purification, and in particular relates a plasma air disinfecting and purifying air conditioner. The plasma air disinfecting and purifying air conditioner comprises an indoor cabinet machine and an outdoor principal machine, wherein the indoor cabinet machine is internally provided with a plasma reactor, a pulse power supply, anair blower, a heat exchanger, and the like; the plasma reactor is internally provided with a positive electrode, a negative electrode and a plurality of micro-discharge preventing conductor rails, wherein the positive electrode is made of a plurality of metal bands which are arrayed in parallel, the negative electrode is an aluminium plate or a stainless steel plate, the plurality of micro-discharge preventing conductor rails are made of aluminium bars or stainless steel bars, and both ends of the positive electrode metal bands are respectively fixed on the corresponding positions of the micro-discharge preventing conductor rails. The invention can not only regulate the temperature, but also kill the bacteria and the viruses, degrade the organic compound pollutants, remove the granular aerosol without secondary pollution, has the advantages of energy saving, good reliability and long working service life, is specially designed for the air disinfecting and purifying air conditioner andcan be used for places, such as a hospital, a clean room, an office building, a shopping mall, a hotel, a family, and the like.

A method of growing fruit such as papaya commercially, the method including the use of a structure having a covering adapted to permit sufficient light, nutrients and moisture, while substantially precluding access by potentially virus-carrying insects; together with seeds that are obtained, germinated, planted, and grown in a manner that permits plants to grow and bear seedless fruit suitable for harvest.

The invention discloses a water supply air conditioning system and a refrigeration control method thereof. The water supply air conditioning system comprises a cold accumulation box, a water feeding pipe and an indoor heat exchanger. A cold accumulation agent is contained in the cold accumulation box. The water feeding pipe is connected to the cold accumulation box so as to achieve heat exchange with the cold accumulation agent, one end of the water feeding pipe is suitable for extending into a water well, and the other end of the water feeding pipe is suitable for being connected to an indoor place. An inlet and an outlet of the indoor heat exchanger are communicated with the cold accumulation box so as to form refrigerating cycle with the cold accumulation box. According to the water supply air conditioning system in the embodiment, domestic water can be provided, the cold amount in the domestic water can be absorbed to adjust the indoor temperature, the temperature of the domestic water which absorbs the coldness can be appropriate, and the water has two purposes. The system is simple in structure, safe, reliable, less in power consumption and environment-friendly, and saves energy.

The invention discloses a high-voltage switch cabinet. The high-voltage switch cabinet comprises a cabinet body, a bus chamber, a breaker truck chamber, a relay instrument chamber, a current transformer and an isolation switch, wherein the bus chamber, the breaker truck chamber, the relay instrument chamber, the current transformer and the isolation switch are arranged inside the cabinet body. A bus inside the bus chamber is sequentially connected with a breaker inside the breaker truck chamber, the current transformer and the isolation switch. The high-voltage switch cabinet further comprises a temperature sensor, a controller and fans. The controller is connected with the temperature sensor and the fans. The temperature sensor is used for measuring the indoor temperature of the high-voltage switch cabinet, through the controller, the fans are controlled to operate through the controller, and then the indoor temperature of the high-voltage switch cabinet is adjusted. Transportation can be facilitated through a lifting lug arranged at the top of the high-voltage switch cabinet, and moving can be facilitated through universal wheels arranged at the bottom of the high-voltage switch cabinet.

The invention particularly relates to a magnesium oxysulfate melamine paper decoration surface inorganic rock porcelain non-combustible board and a production method thereof, wherein the raw materialscomprise: 40% of magnesium oxysulfate, 12% of magnesium oxide, 5% of alumina, 5% of a glass fiber cloth, 4% of perlite, 3% of electric-conduction procelain clay powder, 3% of electric-conduction micapowder, 4% of lithopone, 11% of 100-200 mesh wood powder, 4% of tourmaline powder, 3% of a balance cloth immersed with a melamine glue, 3% of decoration paper immersed with a melamine glue, and 3% ofwear-resistant paper immersed with a melamine glue. The production method comprises: 1) preparing a magnesium oxysulfate substrate having a fine pore structure; 2) respectively spreading both surfaces of the magnesium oxysulfate substrate with a balance cloth immersed with a melamine glue, decoration paper immersed with a melamine glue, and wear-resistant paper immersed with a melamine glue; and3) carrying out hot pressing molding. According to the present invention, the magnesium oxysulfate melamine paper decoration surface inorganic rock porcelain non-combustible board has advantages of light weight, smooth surface, high hardness, good fireproof performance, good moisture proof performance, good temperature-difference resistance, strong water resistance, no moisture absorption halogenaccumulation, good thermal insulation effect and wide application range, and does not contain asbestos, formaldehyde and harmful radioactive elements.

The invention provides a system having the functions of urban surface runoff regulation and indoor temperature control. The system comprises a vegetation layer, a matrix layer, an isolation filter layer, a water draining layer, a moisture preserving carpet, a root blocking layer, a waterproof layer, a structural layer, a hydraulic drive device, a connecting rod mechanism, foldable elastic waterproof cloth, a photovoltaic solar power generating system and a rainwater collecting device. By the adoption of the technical scheme and the grooving design of the water draining layer, rainwater form pipeline type circulation in the water draining layer under the gravitational effect. By adjusting a roof angle, on the one hand, the rainwater absorbing and storage capability of the vegetation layer and the matrix layer is improved, the water circulating rate of the water draining layer is reduced, and the surface runoff is decreased; on the other hand, the surface air flowing strength of a roof and the vegetation layer are changed, further heat dissipation speed is further changed, and indoor temperature is regulated. The system gives consideration to the indoor temperature while regulating the surface runoff, improves an ecological value of the roof per unit area and achieves win-win social, economic and environmental benefits.

The invention discloses a production method of a heat accumulation gypsum wall body material, relating to a gypsum wall body material and solving the problem of poor energy saving effect of the conventional building wall body thermal insulation material. The production method comprises the steps of: firstly, adding paraffin wax and water as phase change energy accumulation materials in high-strength gypsum, pulverized fuel ash and cement, then uniformly stirring into slurry, injecting the slurry into a die, pouring into a gypsum wall body material product, demoulding and drying after the gypsum wall body material product is solidified. The heat accumulation gypsum wall body material comprises the following components in percent by weight: 60-70 percent of high-strength gypsum, 10-20 percent of pulverized fuel ash, 3 percent of cement and 8-20 percent of paraffin wax (with grain size of about 2mm). The heat accumulation gypsum wall body material produced by the invention is used for building wall body thermal insulation, can be used for regulating indoor temperature, and is better in energy saving effect.

The invention discloses a heat preservation and heating functional plate and belongs to the technical field of electric heating plates. The heat preservation and heating functional plate comprises anupper surface panel, a lower surface panel and a surface heat source heating body arranged between the lower surface panel and the upper surface panel. The surface heat source heating body comprises aplane base material and a conductive heating material arranged on the outer side of the plane base material. After a heat source heating body behind a power supply is switched on, the conductive heating material begins to heat and generate the far-infrared radiation heat energy outwards at the same time. In this way, a thermal field is generated in a use space. Therefore, the use space generatesa warm effect. The purposes of safe heating and heat removal can be realized. The problem that heating furnaces and heating assemblies are poor in usage safety can be solved. The heat conduction material in the invention is in the form of a heating original body of a honeycomb structure, so that the heat conduction is more facilitated. Compared with a linear heating original body of an electric heating wire, the invention has the advantages of uniform heating, high heat supply density, high heat conversion rate and the like. Meanwhile, the surface panels provided in the invention can be made of existing medium materials and can be widely applied for heating, moisture prevention or mold prevention purposes in the fields of building materials, furniture and the like.

The invention discloses a graphene micro-nano laminated phase change material energy-saving louver, which comprises a bottom beam, a plurality of phase change material louver blades, a louver lifting rope, a ladder rope and a top beam, wherein the plurality of phase material louver blades are suspended under the top beam through the ladder rope, the bottom beam is suspended at the lowest end of the lowest phase change material louver blade through the ladder rope, certain gap intervals are arranged among the phase change material louver blades to bring convenience to adjusting inclined angles and light transmittance of the phase change material louver blades, the phase change material louver can be collected up or put down by pulling the louver lifting rope, the phase change material louver blades are prepared from graphene and a phase change material through a micro-nano laminating technology, the graphene and the phase change material are evenly arranged in a laminated mode, and the surface is wrapped by a thin high-polymer protection layer. The louver disclosed by the invention has a traditional light shielding function, stores light energy at the same time, can release heat in necessary, can adjust indoor temperature to reduce use of an air conditioner and achieves effects of saving energy and reducing emission.

The invention discloses a heat absorbing and warmth keeping wall for a building and an implementation method thereof. A mortar leveling layer and a bonding layer are arranged on the outer wall of a base wall of a main wallboard to mount an insulation board, the base wall is prepared by mixing a concrete material with a polyethylene particle material uniformly, and indoor insulation is carried outby means of heat absorbing adjustment of an expanded polystyrene board in the insulation board and a condensing heat release effect after polyethylene particles are melted. Double insulation measuresnot only improve the insulation effect of the wall, but also achieve a purpose of adjusting the indoor temperature quickly. Sunken fan-shaped notches and mounting holes are separately formed in four corners of the outer wall of the insulation board, four sunken fan-shaped notches at the corners of adjacent insulation boards form a circle for mounting a fixing device by matching with the mounting holes, after limiting discs and inserting columns are mounted in the circle and the mounting holes in a clamping manner, the tail ends of fixing nails penetrate the bonding layer and the mortar leveling layer and are nailed into the base wall, and the corners of the adjacent insulation boards are clamped and fixed by means of the limiting discs, so that the mounting stability of the insulation board is enhanced.

The invention discloses a waterproof plastering gypsum and a preparation method thereof, and relates to the technical field of plastering gypsum. The waterproof plastering gypsum comprises the following raw materials in parts by weight: 85-95 parts of natural gypsum, 25-35 parts of mineral ash, 20-25 parts of natural stone powder, 20-25 parts of an aldehyde remover, 15-20 parts of an assistant, 10-15 parts of vitrified micro-bubbles and 90-120 parts of water. According to the invention, the problems that the existing plastering gypsum is poor in water resistance and easy to mildew and fall offdue to damp are solved.