Compact mounting rack for rotating shaft of air conditioner

Abstract

A mounting frame for the rotating shaft of a compact air conditioner, characterized in that: the mounting frame for the rotating shaft of the compact air conditioner includes a mounting plate, a conversion plate, a connection fixing pin, a first bearing mounting seat, a supporting connecting clip, and a rotating joint fixing Seat, welding piece connection plate, second bearing mounting seat; including: including the installation plate, and the conversion plate fixed on the installation plate through the connection fixing pin, the two sides of the conversion plate are connected by the support connection clip to install the welding piece connection plate, welding A rotary joint fixing seat is arranged in the middle of the piece connecting plate, and a first bearing mounting seat and a second bearing mounting seat are arranged at both ends of the welding piece connecting plate through fixing bolts. The advantages of the present invention: the installation frame of the compact air conditioner rotating shaft described in the present invention has simple structure, reasonable design, greatly reduced space occupation, flexible load rotation, convenient installation and disassembly, saving time and effort, and effectively solves the problem of traditional air conditioners. The heat exchange system of the unit is fixed and cannot be rotated.

Description

technical field [0001] The invention relates to a large air volume air-conditioning unit structure, and in particular provides a mounting frame for a compact air-conditioning rotating shaft. Background technique [0002] In the structure of the traditional high-volume air-conditioning unit, whether the air-conditioning unit is in the cooling operation state or the ventilation operation state, the working state of the heat exchanger of the unit is fixed, and it takes up a lot of space, so the internal resistance of the unit itself cannot be adjusted accordingly. Different operating conditions can be adjusted and optimized, so that the air-conditioning unit with this structure cannot change the internal resistance to achieve energy-saving effects, and the heat exchange system of the air-conditioning unit with this structure cannot adjust the temperature of the heat exchanger with changes in the working environment and working conditions. The relative position inside the air-co...

AI Technical Summary

Problems solved by technology

[0002] In the structure of the traditional high-volume air-conditioning unit, whether the air-conditioning unit is in the cooling operation state or the ventilation operation state, the working state of the heat exchanger of the unit is fixed, and it takes up a lot of space, so the internal resistance of the unit itself cannot be adjusted accordingly. Different operating conditions can be adjusted and optimized, so that the air-conditioning unit with this structure cannot change the internal resistance to achieve energy-saving effects, and the heat exchange system of the air-conditioning unit with this structure cannot adjust the temperature of the heat exchanger with changes in the working environment and working conditions. The relative position inside the air-conditioning unit greatly increases the power consumption of the air-conditioning unit and leads to an increase in the cost of use

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