Hydraulic air-conditioner control system and method of insulated bucket

Abstract

The invention discloses a hydraulic air-conditioner control system and method of an insulated bucket. The hydraulic air-conditioner control system comprises an air-conditioner hydraulic motor, a hydraulic system of an aerial lift device with an insulating arm, a transmission system, an air-conditioner system, and an air-conditioner control system, wherein the air-conditioner hydraulic motor is connected with an oil tank of the hydraulic system of the aerial lift device with an insulating arm; the air-conditioner hydraulic motor is connected with a compressor in the air-conditioner system through the transmission system; the air-conditioner system is arranged on an insulated bucket of a high-voltage live operating robot; the air-conditioner control system comprises an air-conditioner control valve and an air-conditioner system control panel; the air-conditioner control valve is arranged between the hydraulic system of the aerial lift device with an insulating arm and the air-conditioner hydraulic motor; and the air-conditioner system control panel is arranged in the air-conditioner system. The hydraulic air-conditioner control system disclosed by the invention has the beneficial effects that the power source of the hydraulic air-conditioner system is driven by the hydraulic motor, so that the workload of a main engine is alleviated, the phenomenon that the engine generates black smoke is avoided, and in the operating process, the failure rate of the aerial lift device with an insulating arm is reduced.

Description

technical field [0001] The invention relates to the field of air conditioning, in particular to an insulating bucket hydraulic air conditioning control system and method. Background technique [0002] In most areas of our country, the outdoor environment temperature is often above 30 degrees in summer, and the insulated bucket arm truck is used for live work. Due to high altitude and sunlight exposure, the temperature inside the bucket can reach above 40 degrees. In such an environment, workers wear insulating clothing to carry out intense and high-intensity live work, and the working environment is extremely harsh. At the same time, with physical exertion, it is easy to cause safety accidents. [0003] The power source of the air-conditioning system in the current market generally uses the engine pulley and the compressor pulley to transmit power through a belt connection, driving the compressor to run and drive the air-conditioning system to work. The fluctuation of the en...

AI Technical Summary

Problems solved by technology

In such an environment, workers wear insulating clothing to carry out intense and high-intensity live work, and the working environment is extremely harsh. At the same time, with physical exertion, it is easy to cause safety accidents

[0003] The power source of the air-conditioning system in the current market generally uses the engine pulley and the compressor pulley to transmit power through a belt connection, driving the compressor to run and drive the air-conditioning system to work. The fluctuation of the engine speed directly affects the compressor speed, that is, the cooling effect of the air conditioner is directly affected by the host engine speed. Influenced by fluctuations; at the same time, the air conditioning system will increase the workload of the engine system, resulting in black smoke, which will cause machine failure, and this system consumes high fuel consumption and high cost

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