83results about How to "Uniform indoor temperature" patented technology

Disclosed is a temperature control apparatus for a heater using an encoder switch and method thereof that controls an indoor temperature by driving a burner in accordance with a change of an indoor temperature and ventilating heated air indoors. The temperature control apparatus includes an encoder switch converting a user's set temperature value into a digital signal of a predetermined number of bits, a microcomputer for comparing the indoor temperature inputted in real time with the digital set temperature, driving the burner if the indoor temperature is lower than the set temperature by less than a predetermined temperature T1, and stopping the driving of the burner if the indoor temperature is high than the set temperature by more than a predetermined temperature T2, and a display unit for checking and displaying various kinds of error modes occurring while the burner is driven in accordance with a control signal inputted from the microcomputer.

The invention provides a wall hanging type air conditioner indoor unit. The wall hanging type air conditioner indoor unit comprises a shell and a cross-flow fan. The cross-flow fan comprises a volute part, at least one first air outlet duct and at least one second air outlet duct. The volute part is further provided with at least one first air inlet and at least one second air inlet. Each first air inlet is opposite to the corresponding first air outlet duct in the length direction of the volute part, and each second air inlet is opposite to the corresponding second air outlet duct in the length direction of the volute part, so that air entering from each first air inlet flows out of the corresponding first air outlet duct, and air entering from each second air inlet flows out of the corresponding second air outlet duct. According to the wall hanging type air conditioner indoor unit, the air can flow out of the first air outlet ducts and / or the second air outlet ducts, bi-directional air-out of the air conditioner indoor unit is achieved, and the problem that an air conditioner can only blow air in the single direction is solved.

The invention discloses an air conditioning system combining evaporation cooling, solar energy and a semiconductor. The system comprises a split evaporation air conditioner, a solar energy collector, a capillary pipe network module, a floor radiation heat dissipating pipe and a semiconductor refrigerating and heating device, wherein the split evaporation air conditioner, the solar energy collector, the capillary pipe network module, the floor radiation heat dissipating pipe and the semiconductor refrigerating and heating device are connected through a pipe network. The capillary pipe network module is paved on an indoor ceiling, the floor radiation heat dissipating pipe is paved under an indoor floor, and the split evaporation air conditioner, the solar energy collector and the semiconductor refrigerating and heating device are arranged outdoors. According to the air conditioning system combining evaporation cooling, the solar energy and the semiconductor, the semiconductor refrigerating and heating device assists the split evaporation air conditioner in making high-temperature cold water and assists the solar energy collector in making low-temperature hot water, and the rear end of the system is provided with the capillary pipe network and the floor radiation heat dissipating pipe so as to achieve cooling and heating working conditions.

The invention discloses a composite solar photovoltaic hot-water cold supply and heating system for a building, which mainly comprises a solar photovoltaic hot water sunshade plate, a semiconductor refrigerating assembly, a separate heat pipe with a short pipe bundle, an integral gravity heat pipe, a heat exchange header and the like. The system is characterized in that the solar photovoltaic hot water sunshade plate and the semiconductor refrigerating assembly form a loop to realize indoor refrigeration and heat supply in summer and in winter by using solar power generation respectively; and the separate heat pipe, the integral gravity heat pipe, the heat exchange header, a coil pipe, a water tank and the like form a hot water system to generate hot water when cooling and heating of the semiconductor refrigerating assembly are realized in summer and in winter respectively. The system solves the problem that heating and hot water generation cannot be realized at the same time in the combined application of the traditional solar photovoltaic power generation and semiconductor refrigerating assemblies; and the introduction of the separate heat pipe and the gravity heat pipe improves the refrigerating and heating efficiency and enlarges the application range.

The invention provides a wind guiding device, a wind guiding control method and an air conditioner. The wind guiding device comprises a wind channel component and a wind door component, wherein the wind channel component is arranged inside a housing; the wind door component is mounted on the housing and comprises at least one wind-feeling-free wind discharging plate and at least one cylindrical rotating door which cover two middle wind outlets and two side wind outlets; a plurality of through holes are formed in the at least one wind-feeling-free wind discharging plate; a ventilation channel is formed in the at least one cylindrical rotating door. According to the wind guiding device, the wind generated by operation of wind wheels is blown to the user through the through holes of the wind-feeling-free wind discharging plate, so that the discharged wind is gentle; the wind-feeling-free wind discharging plates and the cylindrical rotating doors can open both middle wind outlets and / or both side wind outlet to be matched with each other; the wind-feeling-free wind discharging and the conventional wind discharging can be carried out at the same time, so that rapid cooling or heating can be achieved; the usage comfort level of the user can be ensured; meanwhile, the ventilation channel communicates with the inside and the outside of the housing through different positions so as to change the wind discharging directions of the wind outlets; the usage experience of the user can be improved.

The invention relates to a high-temperature electric heating film of a flexible nano-carbon composite material and a preparation method of the high-temperature electric heating film. The high-temperature electric heating film is prepared from electric heating film slurry and glass fiber cloth; the high-temperature electric heating film is characterized in that the electric heating film slurry is prepared from a solid material and a solvent at the mass percent of (20%-40%):(80%-60%), wherein the solid material is prepared from graphite of which the particle sizes are within 50nm, carbon black, silver, zinc oxide and a rare-earth material at the mass ratio of 5:2:1:2:0.5; and the solvent comprises xylene, dimethylformamide, polyamide ester and a polyimide polymer solution at the mass ratio of 1:4:1:4. The problems of poor high temperature resistance, flame retardant property and film adhesion in raw materials are solved. The electric heating film has good high-temperature (400 DEG C) uniformity, high heating efficiency and good performance and stability.

The invention relates to the air condition technology, in particular to an embedded type indoor set of an air-conditioner provided with an air inflow controlling component. The structure of the technical proposal comprises a box body which can be embedded into a ceiling and installed at the top of a room; a centrifugal fan motor and a fan blade which are installed at the central part of the bottom surface of the box body; an indoor heat exchanger surrounding the centrifugal fan, which is installed on the box body; a water tray and an air guiding panel which are installed under the heat exchanger; a plurality of air outlet openings designed on the periphery of the panel, an air inlet opening designed at the center of the panel, and a filtering grate filtering dust, which is embedded in the air inlet opening. The invention is characterized in that an air inlet swinging blade grate which controls the air inlet direction and angle by a stepper motor is also designed at the air inlet opening of the panel. The air inlet swinging blade grate of the invention can change the air inlet direction and angle, thereby being advantageous for quickly balancing the indoor temperature, and rapidly achieving the cooling and the heating effects.

The invention discloses an air conditioner air sweeping control method. The method includes the steps that the current position of an air guide device of an air conditioner is detected; a current air sweeping area of the air conditioner is determined according to the current position; the rotation speed of the air guide device of the air conditioner is adjusted according to the current air sweeping area. The invention further discloses an air conditioner air sweeping system. By means of the technical scheme, the rotation speed of the air guide device can be adjusted according to the air sweeping area in the current position, so that the air outlet amount of the air conditioner is correspondingly changed, and indoor temperature is made uniform.

The invention provides a wind guide device, a wind guide control method and an air conditioner. The wind guide device comprises a wind duct assembly and a wind door assembly, wherein the wind duct assembly is arranged in a shell, two wind wheels are mounted in the wind duct assembly, and the wind door assembly is mounted on the shell and comprises at least one sense-of-windless wind outlet plate for covering a wind outlet in the middle and at least one sliding door located at wind outlets in two sides, and at least one sense-of-windless wind outlet plate is provided with multiple through holes. According to the wind guide device, wind generated when the wind wheels operate is blown to users through the through holes in the sense-of-windless wind outlet plates, so that the output wind is gentle; it is avoided that the wind is directly blown to the users through the wind outlets and consequently the users feel uncomfortable, the use comfort of the users is improved, meanwhile the sense-of-windless wind outlet plates and the sliding doors are in cooperation and slide to different positions to open or close the wind outlet in the middle and / or the wind outlets in all the side faces, quick cooling or heating is achieved and the use comfort of the users is guaranteed while sense-of-windless wind output and conventional wind output can be achieved, and the use experience of the users is improved.

Disclosed is an air conditioning device (1) that includes: a PTC heater (55) in which, in a stable region (S1), when the temperature of the PTC heater (55) is increased, a resistance is decreased or is substantially constant whereas, in a rise region (S2), the resistance is rapidly increased when the temperature exceeds a rise temperature (T1); and an air blower (25) that generates an air current which exchanges heat with the PTC heater (55), and that performs a heating operation by discharging air heated by the PTC heater (55) into the room, when the temperature within the room is within a low temperature range including a region whose temperature is lower than a set temperature, the duty ratio is set at 100%, and the PTC heater (55) is driven in the rise region (S2), when the temperature within the room is within a high temperature range whose temperatures are higher than the set temperature, the PTC heater (55) is stopped, and when the temperature within the room is within an intermediate temperature range between the low temperature range and the high temperature range, the duty ratio is set at a predetermined duty ratio, and the PTC heater (55) is driven in the stable region (S1).

The invention provides a cabinet air conditioner indoor unit. The cabinet air conditioner indoor unit comprises a shell, an air supply component and an indoor heat exchanger, wherein a shell air inletand at least one shell air outlet are formed in the shell; the air supply component is arranged in the shell; and the indoor heat exchanger is arranged on an air inlet flow path between the shell airinlet and at least one centrifugal fan. The air supply component comprises the at least one centrifugal fan, and used for sucking ambient air from the ambient environment of the shell air inlet and promoting the ambient air to flow to the at least one shell air outlet. The cabinet air conditioner indoor unit is provided with at least one mixed flow air duct, and each mixed flow air duct is used for sucking ambient air to the front side of the shell and enabling the ambient air to be mixed with heat exchange air blown out of one shell air outlet, accordingly, mixed gas which is cool and not cold, hot and not dry is formed, and the wind feeling experience of users is improved.

This invention discloses a capillary net air-condition heat exchanger made of ruleless copoly-polypropylene including several basic units connected by connecting pieces, and each of them includes at least one main tube connected mutually by said connecting pieces and several capillaries parallel at the side of the main tube, the ends of them are connected with the wall of the main one on a same plane. This invention also discloses a technology for processing the heat exchanger.

The invention discloses a control method and device for refrigeration direct blowing prevention of an air conditioner, a storage medium and the air conditioner. The control method comprises the stepsthat when the air conditioner is in a refrigeration mode and a direct blowing prevention function is started, the coil pipe temperature of an upper evaporator and the coil pipe temperature of a lowerevaporator are detected through an upper coil pipe temperature sensor and a lower coil pipe temperature sensor correspondingly, and the opening degree of a lower electronic expansion valve is adjustedaccording to the upper coil pipe temperature and the lower coil pipe temperature so as to reduce the flow of a refrigerant flowing into the lower evaporator; the current indoor environment temperature is detected through a temperature sensor; and when the difference value between the current indoor environment temperature and the refrigeration set temperature is not larger than a preset temperature threshold value, the opening degree of the lower electronic expansion valve is adjusted through the indoor controller, a lower refrigerant channel is closed, the refrigerant flows into the upper evaporator and the upper air outlet through a liquid distributor, cold air is output, and therefore the direct blowing prevention function is achieved. On the basis of maintaining the indoor temperaturerequirement, cold air is effectively prevented from being directly blown, the indoor temperature is uniform, and therefore comfort is improved.

The invention discloses an air conditioner control method and an air conditioner. The air conditioner control method comprises the following steps that a preset instruction is received, and the current indoor temperature and the air supply temperature are obtained when the preset instruction is received; the indoor temperature is compared with the air supply temperature; when the absolute value ofthe difference value between the indoor temperature and the air supply temperature is greater than or equal to the first preset temperature difference, the current operating mode of the air conditioner is obtained; when the operating mode is a refrigeration mode, a longitudinal wind-guiding part of the air conditioner is controlled to directly rotate upwards to the first preset angle; and when the operating mode is a heating mode, the longitudinal wind-guiding part of the air conditioner is controlled to rotate directly downwards to the second preset angle. According to the technical scheme,the fact that air supply of the air conditioner blows air directly to the human body can be simply and easily prevented, and the comfortness of the air conditioner is improved.

The invention discloses an air port distributor capable of feeding back and regulating air speed, air direction and air volume. The air port distributor capable of feeding back and regulating the airspeed, the air direction and the air volume mainly comprises a control system and a monitoring system, wherein the control system is used for regulating the air speed, the air direction and the air volume of four air supplying areas; the main control system mainly comprises two area dividing baffle plates, m regulating sheets, a transmission device, a driving device and a control circuit; the monitoring system is used for monitoring the air speed of the four air supplying areas, determining whether the requirements of rules are met, and feeding back to the control system if the requirements ofthe rules are not met, and thus the control system is able to regulate the air speed, the air direction and the air volume of the four air supplying areas again; the monitoring system mainly comprises an air speed sensor, a fixing plate, a single-chip microcomputer and a data transmission wire. With the adoption of the air port distributor capable of feeding back and regulating the air speed, theair direction and the air volume, the practicability and the convenience of a traditional air diffuser can be further improved; and the high efficiency and integration of the air diffuser and an airspeed, air direction and air volume independent air dividing regulating device are realized.

The invention belongs to the technical field of air conditioner equipment and particularly relates to a novel cabinet air deflector assembly and a control method of the novel cabinet air deflector assembly. The air deflector assembly comprises two vertical air deflectors, a connection rod mechanism and a motor. The two vertical air deflectors are arranged at an air outlet, and each vertical air deflector is provided with at least one horizontal pendulum leaf. The connection rod and the motor control the rotation or swing angle and movement states of the vertical air deflectors and the horizontal pendulum leaves. A cabinet is suspended away from the ground by a certain height and placed on a wall corner. A user determines a certain air sending mode through a controller; and the controller controls the vertical air deflectors and the horizontal pendulum leaves on the vertical air deflectors to rotate or swing so that various air sending modes can be realized. The heating warm air landingarea and the cooling upwards air sending range can be broadened, the problems that it is difficult for the heating warm air of a traditional air conditioner to land, and the temperature layering is serious in a heating mode chamber are solved, and a good condensation prevention effect can be achieved; and the defects that air sending of the cooling / heating mode of the traditional air conditioneris simple, the air outputting range is limited, and even an air sending bland area occurs can also be overcome.

The invention relates to the technical field of agricultural product hot-blast drying, and discloses a two-way hot-blast circulation drying method and device. The device comprises a heating chamber, a circulating fan, an air inlet door, humidity elimination blind windows, a drying chamber and an automatic control system. The heating chamber is connected with the drying chamber through the circulating fan. An upper hot-blast channel is arranged over the circulating fan. The two ends of the upper hot-blast channel are communicated with the heating chamber and the drying chamber respectively. A lower hot-blast channel is arranged under the circulating fan. The two ends of the lower hot-blast channel are communicated with the heating chamber and the drying chamber respectively. An air inlet is formed in the upper end of the circulating fan. The end faces, on the two sides of the circulating fan, of the drying chamber are each provided with one humidity elimination blind window. According to the two-way hot-blast circulation drying method and device, the temperature inside the drying chamber is more uniform, and the temperature increase speed is higher.

The air guide plate structure of indoor unit of split wall hung air conditioner includes: an arched main air guide plate with the width corresponding that of the exhaust port of the indoor unit and acting as the cover of the exhaust port during closing; three shaft brackets and several reinforcing racks injection molded on the inside of the main air guide plate; arched auxiliary air guide part injection molded on the shaft brackets and the reinforcing racks; shaft holes corresponding to those on the frame; and pivot inserting hole corresponding to the pivot on the step motor in the exhaust port and formed through injection molding. The air guide plate is installed in the exhaust port of the indoor unit, and has greatly reduced upper and lower temperature difference during heating and raised heat exchange efficiency of the indoor unit.

The invention provides a heating floor or floor tile system which comprises floor blocks, T-shaped heads and a power bus. The floor blocks are spliced mutually to form a bottom plate strip, the power bus is connected with the bottom plate strip through the T-shaped heads, each floor block comprises a face plate, a base plate, an electric heating film, a male plug and a female socket, wherein the electric heating film is located in a cavity between the corresponding face plate and the corresponding base plate, lead wires of each electric heating film are connected with the corresponding male plug and the corresponding female socket respectively, and each male plug is matched with the corresponding female socket. The heating floor or floor tile system is characterized in that the electric heating films are sealed in the cavities formed by the face plates and the base plates, a temperature control element is arranged on each electric heating film, the temperature control element is connected to the corresponding lead wires of the corresponding electric heating film in series, and the longitudinal section of the male plugs and the longitudinal section of the female plugs are in a rectangular shape. The heating floor or floor tile system is reasonable and safe in design, the service life can reach more than 30 years, the thickness of the floor is 12-18mm and is identical with that of common floors, pavement is convenient, heating effects are good, and energy consumption is low.

The invention discloses a solar low-temperature hot water floor radiation heating system, which comprises a solar collector, a heat preservation water tank, a water inlet pipe and a water outlet pipe. An electric heating auxiliary element and a temperature sensing element are arranged in the heat preservation water tank, the water inlet pipe is connected with a floor heating pipe, a heat conducting floor is applied on the floor heating pipe, the water outlet pipe is provided with a circulating pump and a water supply pipe and is simultaneously connected with a hot water bathing system, a controller is arranged indoors and is connected with the circulating pump and the temperature sensing element in the heat preservation water tank through wires, and a controllable valve is arranged on the water supply pipe and is connected with the controller through a circuit. After being heated by the solar collector system, the water can circulate under the indoor floor through the pipeline, the circulating pump, the water supply pipe and the bathing system are additionally arranged on the pipeline, and the room temperature or the bathing hot water can be adjusted through a remote control or the controller. Therefore, the utility model has the advantages of energy conservation and environmental protection, and not only can adjust the room temperature, but also has the bathing function.

To provide an air conditioning outlet and an energy-saving air conditioning system using the same capable of achieving uniform room temperatures effectively while conserving energy. The invention comprises: a frame fixed by fitting in a ceiling material, and opened on the room-side connecting, via a duct, to a branching duct that is a discharge opening for air conditioned air from an air conditioner; a cover, comprising an opening, fitted into the frame; and a ventilator comprising a fin accommodated in the cover and rotated by a fan motor. The invention is provided with a space between the fin and the frame and between the frame and the cover. The air conditioning outlet configuration is characterized in that the fan motor is rotated so as to draw in air conditioned air from the air conditioner and interior returned air from the space, mix the air conditioned air and the interior returned air with the fin, and blow the same as mixed air into the room through the cover opening, thus making room temperature uniform.

The invention provides a heat pump air-conditioning system with an excellent defrosting function, which comprises an indoor unit and an outdoor unit, wherein a defrosting device is mounted at the top of the condenser of the outdoor unit, the defrosting device is divided into an upper layer and a lower layer, the upper layer serves as a water storage layer, the lower layer serves as a water draining layer, an electrical heating rod, a water pump, an electronic water level detecting meter, an electronic water temperature meter and an electromagnetic valve are all arranged inside the water storage layer, the electrical heating rod, the water pump, the electronic water level detecting meter, the electronic water temperature meter, and the electromagnetic valve are all electrically connected with the electric control board of the outdoor unit, the water pump extracts water on a base plate through a water pumping tube, and a first drain hole is formed in the base plate; a second drain hole is distributed on the bottom of the water draining layer, and hot water flows to the condenser for defrosting through the second drain hole. According to the invention, defrosting and heating of the air-conditioning system are enabled to be performed at the same time, during the defrosting process, indoor heating can be performed continuously, indoor hot air is blown out continuously while defrosting is ensured, indoor temperature is more even, user comfort is improved, energy consumption during running of an air conditioner is lowered, and the using cost of users is saved.

The invention provides an indoor unit of an air conditioner. The indoor unit of the air conditioner comprises a case, an air supply assembly, a first air guide component, a second air guide componentand an indoor heat exchanger. The case is provided with a heat exchange air inlet, a natural air inlet, a first air outlet and a second air outlet. The air supply assembly comprises a shell with a volute formed, an impeller arranged in the volute, a motor in drive connection with the impeller and a motor support used for fixing the motor to the volute. At least one annular air outlet extending inthe front-and-back direction is formed by the first air guide component, the annular air outlets are configured to blow air flow forwards so as to promote environment air surrounding the natural air inlet to flow forwards to be mixed with heat exchange air blown out by the annular air outlets. The air supply assembly further comprises a drive device used for driving the shell to rotate and enabling an air outlet of the volute to be in butt joint with an air inlet of the first air guide component or the second air guide component. Flexibility is high, indoor temperature can be uniform rapidly,and the production cost is low.

The invention discloses an air conditioner and an adjusting method and device of air conditioner air guide bars. The method includes the steps that the accumulated duration of running of the air conditioner after the air conditioner enters the heating mode is obtained; the accumulated duration is compared with a preset first duration threshold value; and if the accumulated duration is larger thanor equal to the first duration threshold value, the air supply angle of the upper air guide bar and the lower air guide bar of the air conditioner is adjusted up. By means of the adjusting method of the air conditioner air guide bars, the air supply angle of the upper air guide bar and the lower air guide bar of the air conditioner can be adjusted up when the running time of the air conditioner after the air conditioner enters the heating mode is larger than a certain value, and therefore it is ensured that the indoor temperature is more uniform, the comfort degree of a user is effectively improved, and the use experience of the user is improved.

The invention relates to a combustible sold waste pyrolysis gasification-swirl-flow combustion system. The combustible sold waste pyrolysis gasification-swirl-flow combustion system comprises a pyrolysis device, an air preheater, a flue gas quenching spraying device, a circulating water pump, an air cooler, an air blower and a draught fan, wherein the pyrolysis device comprises an ash removal device, an air distributing plate, a heating reaction chamber, a pyrolysis gasification chamber and a swirl-flow combustion chamber from bottom to top; one path of a hot air outlet of the air preheater is accessed into a heat supply channel in the air distributing plate, and the other path of the hot air outlet is accessed into the swirl-flow combustion chamber; an outlet of the air blower is accessed into the air preheater; a flue gas outlet of the swirl-flow combustion chamber is accessed into the air preheater; a flue gas outlet of the air preheater is accessed into a flue gas quenching spraying absorbing tower; a flue gas outlet of the flue gas quenching spraying absorbing tower is accessed into the draught fan; a circulating water outlet of the flue gas quenching spraying absorbing tower is accessed into the air cooler; and an outlet of the air cooler is accessed into the flue gas quenching spraying absorbing tower. The combustible sold waste pyrolysis gasification-swirl-flow combustion system is high in pyrolysis efficiency, is small in tail gas emission amount and is small in environmental pollution.

The invention relates to a heating and ventilation system for a chicken house, which comprises a hot blast stove, a blower, an axial flow fan and geothermal plates, wherein a plurality of hot blast inlet holes and hot blast return openings are formed in the end surfaces of the geothermal plates; air intake holes are formed in the side faces of the geothermal plates; the hot blast stove is connected with the plurality of hot blast inlet holes and the blower; the blower is connected with the plurality of hot blast return openings; the axial flow fan is corresponding to the air intake holes; heat insulation plates are arranged below the geothermal plates; and the geothermal plates can be assembled by a plurality of geothermal plates. The invention has the advantages that by adopting the geothermal heating method, energy can be fully utilized, the heating effect is good, the indoor temperature is balanced, the indoor ventilation is reasonable, the smell of excrement is timely exhausted in a downward exhaust manner so as to avoid upward flow, and fresh air flows downwards, therefore, bacillus cross infection in the chicken house is reduced, the air quality is improved and the culture environment is ameliorated.

The invention provides a wall-mounted air conditioner indoor unit. The wall-mounted air conditioner indoor unit comprises a machine shell, an air supply assembly and an indoor heat exchanger, whereina top air inlet is formed in the top wall of the machine shell, a front air outlet is formed in the front wall of the machine shell, side air outlets are formed in the transverse side wall of the machine shell, and the front air outlet is formed in a lower area of the front wall of the machine shell; the front wall of the machine shell inclines forwards from bottom to top, so that hot air flow blown out of the front air outlet is prevented from flowing back upwards through the inclined front wall of the indoor unit, and the heating effect is improved; the air supply assembly comprises an air supply part and an air guide part, an air supply fan is arranged in the air supply part, the air supply fan is configured to suck ambient air from the surrounding environment of the top air inlet and promote the air to flow to the air guide part, and the air guide part is configured to guide airflow blown out by the air supply fan to the front air outlet and / or the side air outlets, so that selection of the air supply direction is expanded; and different air supply requirements in a refrigerating and heating mode are met, and the air supply experience of a user is improved.

The invention discloses a control method for an intelligent electromagnetic air heating machine and belongs to the technical field of air heating equipment. The control method comprises the steps that the required heating time, the outlet temperature, the outlet air speed and the required room temperature are set, a preheating temperature rising mode is selected, after preheating is completed, indoor heating is conducted according to a heating mode corresponding to the selected temperature rising mode, the outlet temperature and the outlet air speed are monitored, adaptive adjustment is conducted, and heat storage and heat release use of a heat accumulator is achieved. The control method has the beneficial effects that the degree of intelligence is high, storage of heat energy is achieved effectively, and the heat utilization rate is high.

The invention belongs to the technical field of environment conditioning, and provides an indoor environment conditioning system and method. The system comprises a constant-temperature convection piece, a carbon-fiber glass tube, a semiconductor refrigerating piece, a heat-energy conversion subsystem, a negative oxygen ion generator, a heat pipe, an intelligent sensing subsystem and a control subsystem, wherein the semiconductor refrigerating piece comprises a refrigerating face and a heating face connected with the refrigerating face; both the carbon-fiber glass tube and the refrigerating face are located below the constant-temperature convection piece; both the heat-energy conversion subsystem and the negative oxygen ion generator are located above the constant-temperature convection piece; an emitter electrode of the negative oxygen ion generator is located in a convection channel; a fan, a transmission mechanism and an impeller are connected in sequence; the impeller is fixed on the side wall of a pipe and located above a cooling device; and the heat pipe is connected with the heating face and a liquid heating face respectively. The indoor environment conditioning system and method provided by the invention can simultaneously adjust the indoor temperature and the air quality, have high efficiency, save energy, and facilitate construction.