4results about How to "Maintain room temperature" patented technology

The utility model discloses a cut big and medium -sized casting with wet dust removal device belongs to dust purification field. Including frame main part, antechamber drive double speed reducer, fire -retardant fire -resistant cloth, explosion -proof lighting warning light, walking track and supporting parts, controlling means, dust fog filter, off -wind machine, flue gas exhaust pipe. The water in equipment water tank is promoted to form circulating water curtain with the negative pressure of off -wind machine. The air containing smoke dust is first impacted with water curtain under the action of certain airflow organization, and part of the viscosity material in it is intercepted in water. Then pass through water screen and enter the air -water channel, and the water in the channel produces strong stirring and mixes, and the particulate matter is completely cleaned to water. After a part of water follows airflow organization and enters the gas collecting box, air -water separates, and the treated gas passes through the water baffle and is discharged to the atmosphere through the off -wind machine, and the separated water flows into the overflow tank after gathering in the gas collecting box, and overflows from the overflow tank to the water flooding board to form a water curtain, and the cycle is repeated, and the smoke dust is removed.

The invention discloses a bulldozer distance-based building air-conditioning system energy management method based on simulation reinforcement learning and a storage medium, and relates to the technical field of building energy systems, and the method comprises the steps: constructing a day-ahead optimization scheduling strategy based on a building air-conditioning system ash bin model; establishing a simulation reinforcement learning method based on the bulldozer distance; and the imitation reinforcement learning energy management method for the building air conditioning system is constructed. Compared with a traditional strengthening algorithm, the method has the advantages that higher convergence speed and sample efficiency are shown in the training process; and meanwhile, dependence on expert actions can be overcome through autonomous exploration: when errors exist in weather and personnel prediction, compared with an optimized scheduling strategy, the energy system operation cost can be further reduced, and compared with common GAILs (generative adversarial learning), the energy system operation cost can be further reduced. The introduced PWIL has the beneficial effects that the stability is superior in a framework, and the hyper-parameter adjustment burden can be reduced.

The utility model discloses a gutter structure capable of reducing energy consumption for a glass greenhouse. The gutter structure comprises a greenhouse main frame; the glass mounting frame is mounted on the greenhouse main frame; the heat insulation glass is mounted on the glass mounting frame; the gutter is installed on the greenhouse main frame and connected with the glass installation frame and the heat insulation glass. The gutter is of a multi-layer structure and at least comprises a supporting layer and a heat insulation layer. The gutter is designed to be of the multi-layer structure, the multi-layer structure at least comprises the supporting layer and the heat insulation layer, the supporting layer is made of metal, the overall strength of the gutter can be guaranteed, meanwhile, due to the arrangement of the heat insulation layer, the indoor temperature is guaranteed, meanwhile, a cold and hot bridge can be prevented from being formed, condensate water is reduced, and corrosion of the supporting layer is slowed down.

A kind of water source heat pump coupling heating water collection heating system, including centralized water supply pipe, centralized return water pipe, heating terminal, terminal return water pipe, condensing double-channel heat exchanger, evaporative double-channel heat exchanger, compressor and check valve, condensing double-channel heat exchanger includes condensing refrigerant flow channel and first water flow channel, evaporative double-channel heat exchanger includes evaporative refrigerant flow channel and second water flow channel;Centralized water supply pipe, first water flow channel, heating terminal, terminal return water pipe and centralized return water pipe are sequentially communicated, and centralized water supply pipe, second water flow channel, check valve and centralized return water pipe are sequentially communicated.Under normal weather conditions, centralized heating system works alone, maintains indoor temperature;When extreme weather or indoor temperature needs to be raised, water source heat pump absorbs heat in centralized heating water circuit, realizes indoor rapid heating.