Inner unit for dehumidification machine

Abstract

The invention belongs to the field of regulation and control of indoor air environments, and particularly relates to an inner unit for a dehumidification machine. The inner unit comprises a machine body case, a filtering structure, a dehumidification structure and an air sucking and feeding structure, and the filtering structure, the dehumidification structure and the air sucking and feeding structure are sequentially arranged in the air flowing direction from inlet air to outlet air; the machine body case comprises side machine body plates located at the two sides, machine body end plates connected between the side machine body plates and located at the two ends, a bottom plate located at the bottom and a machine top plate located at the top; the side machine body plates comprise air inlet machine body plates provided with machine body air inlets and air outlet machine body plates provided with machine body air outlets. The inner unit is simple in structure, has the function of the dehumidification machine when it is hot, and can be used as a central air conditioner whether it is hot or cold. Compared with existing central air conditioners, the indoor unit is simpler in structureand lower in cost, indoor dehumidification and moisture control are quicker and evener than those of existing dehumidification and moisture control equipment, and the body feeling is more comfortable.

Description

technical field [0001] The invention belongs to the field of indoor air environment regulation, and in particular relates to an inner unit of a dehumidifier. Background technique [0002] The existing indoor air environment control is generally controlled by air conditioners. Most air conditioners are equipped with dehumidification function, and some air conditioners are not equipped with dehumidification function. Some rooms are equipped with independent dehumidification equipment. The function of the existing dehumidification equipment is dehumidification. The principle is to use the condenser to dehumidify first, then heat the evaporator and send it out at room temperature. All the structures are compact in the all-in-one machine, and the dehumidification power is limited. In terms of the dehumidification area and actual efficacy, the equipment cost is relatively low. High, inconvenient to disassemble and maintain. Moreover, the integrated dehumidifier can be placed in a...

AI Technical Summary

Problems solved by technology

[0002] The existing indoor air environment control is generally controlled by air conditioners. Most air conditioners are equipped with dehumidification function, and some air conditioners are not equipped with dehumidification function. Some rooms are equipped with independent dehumidification equipment. The function of the existing dehumidification equipment is dehumidification. The principle is to use the condenser to dehumidify first, then heat the evaporator and send it out at room temperature. All the structures are compact in the all-in-one machine, and the dehumidification power is limited. In terms of the dehumidification area and actual efficacy, the equipment cost is relatively low. High, inconvenient to disassemble and maintain

Moreover, the integrated dehumidifier can be placed in any room, but the problem of drainage treatment is more troublesome. The dehumidification water needs to be treated frequently, and because the dehumidification effect is not good, so the accumulated water can be cached in the integrated machine.

Moreover, the existing air source, whether it is a dehumidifier or an air conditioner, is the indoor air at the edge of the nearby indoor unit, which is close to the air outlet, and the indoor circulation is slow.

[0003] The existing dehumidification equipment will be equipped with a fan with required power according to different dehumidification power requirements, but the fan workload is limited, the air volume is limited, and the space inside the dehumidifier is limited, which may cause the actual air flow of even a high-power fan to fail. Due to the design requirements of the pumping and supplying air, the existing dehumidifiers generally use a small-area independent body structure to apply one machine to each independent space, and now some fans pump and supply air speed mainly depends on the speed of the fan, that is, the indoor air The speed of circulation mainly depends on the speed of the fan. To speed up the internal circulation will inevitably increase the speed of the fan and increase the power.

Furthermore, the existing dehumidifiers have a simple pumping and blowing structure, poor mute effect, and are easily damaged, and will also take away part of the low-level wind that still contains moisture, reducing the dehumidification effect.

[0004] The existing dehumidification equipment adopts the traditional filter structure used in the air conditioner internal unit. Its filtering effect is limited, and it can only perform primary filtration but not fine, and the filter generally can only be disassembled and washed without replacement. Over time, the filtering effect will be worse, and it is not suitable for the finer filtering requirements of high power

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