A built-in hidden ventilation core and integrated window with modular and freely combined functions

Abstract

The invention discloses a built-in hidden ventilator core and an integrated window with modularized and freely combined functions, belonging to the technical field of fresh air, comprising mutually independent control modules and at least two indoor air intake modules; the control module comprises a first box body , which is provided with an outdoor air inlet chamber and a control room. The outdoor air inlet chamber is provided with an outdoor air inlet that communicates with the outdoors. The indoor air inlet module includes a second box body, which is provided with a first ventilation chamber from the back to the front. and the indoor air inlet chamber, the indoor air inlet chamber sequentially includes a connected air passage chamber, a filter chamber and a first fan chamber along the wind direction of the first ventilation chamber, the air passage chamber is communicated with the first ventilation chamber, and the first fan chamber is provided with The first fan, and the first fan chamber is provided with an air outlet; the first ventilation chambers of the adjacent indoor air inlet modules are connected to form a ventilation duct, the ventilation duct is connected with the air hole, the first fan is activated, and the outdoor air passes through the control system in turn. Modules, ventilation ducts, air-passing chambers, filter chambers and first fan chambers are transported indoors.

Description

technical field [0001] The invention relates to the technical field of fresh air, in particular to a built-in hidden ventilation core and an integrated window with modular and freely combined functions. Background technique [0002] At present, there are various forms of fresh air purification integrated window products, which can filter the outdoor air into clean natural air and supply it indoors when the doors and windows are closed, and at the same time discharge the dirty indoor air to the outdoors to complete an organized Intake and exhaust, instead of opening windows for ventilation. [0003] At present, the ventilation cores located in the integrated window are all integral, but each customer has different room types, different regional climates, different space dimensions, and different functions required by customers, etc., resulting in different functional requirements for each fan. Functional requirements include: air volume, exhaust function, auxiliary heat func...

AI Technical Summary

Problems solved by technology

[0003] At present, the ventilation cores located in the one-piece window are all integrated, but each customer has different room types, different regional climates, different space dimensions, and different functions required by customers, etc., resulting in different functional requirements for each fan. Functional requirements include: air volume, exhaust function, auxiliary heating function, heat recovery function, disinfection and other functions. If all functions are included and mass-produced, the price will be high, and there will be functions that customers do not need, that is, forced sales to customers Unnecessary functions make customers dissatisfied

And according to the needs of customers to choose ventilation cores with different functions, it is necessary for each manufacture, so the production is slow and the versatility is poor, and when the ventilation core is damaged, the whole ventilation core needs to be removed and sent Go for maintenance, resulting in the inability to use the one-piece window in a short period of time

Images