Wall-mounted air purifier with thermal regeneration function and implementation method for wall-mounted air purifier

Abstract

The invention discloses a wall-mounted air purifier with the thermal regeneration function and an implementation method for the wall-mounted air purifier. The purifier is characterized in that on a sealed cabin divided into a left and right thermal regeneration chamber and an air purification chamber, a pressure relief valve is arranged on the cabin wall of the thermal regeneration chamber and communicates with the outside in a wall penetrating mode, an air channel which is controlled by an electric control air valve to be opened / closed to communicate with the outside in a wall penetrating mode is formed in the lower wall of the air purification chamber, and sensors for measuring air temperature are respectively arranged indoors and outdoors. The method is characterized in that secondary pollution cannot be formed indoors when the pressure relief valve releases pressure; in the desorption process, if the outdoor air temperature is larger than the indoor air temperature and smaller than or equal to 65 DEG C, outdoor air enters the cabin, and the outdoor air temperature serves as the initial temperature during desorption or directly serves as the desorption temperature; the pollution discharge duration is controlled by adopting a timed temperature measurement method, so that the temperature in the cabin adapts to the indoor temperature after pollution discharge is finished; a fan is controlled to rotate reversely during pollution discharge to realize dust removal; whether blockage occurs or not is judged according to the flow rate, and real-time dust removal is realized; and an alarm can further be given when dust removal is not smooth within a limited time.

Description

technical field [0001] The invention belongs to the technical field of indoor air purification, and in particular relates to the structural design and realization method of a heat-regenerating wall-mounted air cleaner. Background technique [0002] With the rapid development of urbanization in our country, the number of new buildings is huge every year, and more and more new decoration materials and chemical products are used in interior decoration. These new interior decoration materials often release a large amount of pollutants such as volatile organic compounds (VOCs) and formaldehyde, causing serious indoor pollution. According to statistics, after decoration, most of the formaldehyde and VOCs content in newly built houses exceeds the standard. [0003] Volatile organic compounds (VOCs) and formaldehyde significantly affect people's comfort, health and work efficiency. Volatile organic compounds cause sensory stimulation to the human body, make the human body feel dry...

AI Technical Summary

Problems solved by technology

[0007] As we all know: adopting heating desorption to adsorbent material is the method generally adopted by those skilled in the art, in order to overcome the defect that the adsorption type purifier needs to frequently replace the adsorbent material, and according to the method of adsorbent material heating desorption, currently there are public literature records to collect heat A new type of adsorption purifier with desorption function integrated, such as the patent application number: 201510898501.0, a wall-mounted air purifier based on thermal regeneration and its purification method. Users can choose indoor purification or mechanical ventilation according to their needs. When choosing When the indoor purification function is used, the sewage will be discharged after thermal desorption during the working process. When the mechanical ventilation function is selected, the outdoor fresh air will be introduced into the room. However, the wall-mounted air purifier and its purification method have the following defects: When it is attached (heat regeneration mode period), the pressure in the closed airtight cabin may be too high, and because the pressure relief valve for preventing device damage is installed on the wall of the air purification room of the airtight cabin of the purifier to the room, once the pressure is released When the valve is opened to release the pressure, the air with high concentration of pollutants in the cabin will be released to the room, causing secondary pollution in the room, and when the air valve between the air purification room and the heating regeneration room is closed and the heating regeneration room leads The outdoor air valve is closed, that is, when the purifier is in the purification mode, the heating control circuit of the electric heating wire in the heating and regeneration chamber loses control and generates high temperature, and the temperature sensor in the heating and regeneration chamber is damaged. At this time, the closed heating and regeneration chamber generates The pressure may be too high and damage the device, because the pressure relief valve installed on the wall of the air purification room facing the room cannot work at this moment; The temperature is the indoor air temperature, so when the outdoor temperature is higher than the indoor temperature, the outdoor air temperature cannot be used as the initial temperature of the air in the cabin when the thermal desorption starts, that is, the outdoor high-temperature air cannot be introduced into the cabin when the thermal desorption starts , so that the initial temperature of the air in the cabin is consistent with the temperature of the high-temperature outdoor air, so when the outdoor temperature is higher than the indoor temperature, the method that the initial temperature of the air in the cabin is the indoor air temperature when the thermal desorption is started is now adopted, so that when desorption No energy saving; (3) Since the air valve at the top of the air purification chamber is opened in the blowdown mode, and the air valve at the bottom of the air purification chamber is closed, the desorbed pollutant-containing air in the air purification chamber cannot be completely discharged. It may also be exhausted indoors, causing secondary pollution; (4) Since the air valve at the bottom of the air purification room is opened in the fresh air mode, and the air valve at the top of the air purification room is closed, the outdoor fresh air cannot pass through the air. The filter module in the main body of the channel is purified and then introduced into the room, but directly into the room without being purified by the filter module; (5) Due to the use of pure timing sewage discharge, the timing time may be too long or too short, such as the timing time may be too long in winter, and the timing time may be too short in summer. There may be a timed time that the heat in the nacelle cannot be dissipated; ⑹ there is no dust removal function for the dust adsorbed on the coarse filter

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