Pneumatic balancing crane with behavior mode automatic identification function and method

Abstract

The invention discloses a pneumatic balance hoist and a method with an automatic recognition function of a behavior pattern. The pneumatic balance hoist comprises a cylinder, an air pump and a control module. An operation handle is arranged vertically below the cylinder, and the operation handle is used for hooking the to-be-lifted Heavy objects, the cylinder is provided with a pressure sensor, the pressure sensor is used to sense the gas pressure in the cylinder, the two sides of the piston in the cylinder are connected with solenoid valves, and the two solenoid valves are connected to the air pump and control module. The method includes the following operation steps: (1) installing a pneumatic balance crane; (2) lifting the heavy object; (3) stopping the rising of the heavy object; (4) lowering the heavy object; (5) unloading the heavy object. The invention has simple operation and intelligent control.

Description

technical field [0001] The invention relates to a pneumatic balance crane and a method with the function of automatic recognition of behavior patterns, in particular to a gas pressure size recognition and a pneumatic labor-saving device and method, and belongs to the technical field of pattern recognition and pneumatic devices. Background technique [0002] In many work scenarios, in order to reduce the workload of people, lifting heavy objects often relies on hydraulic lifting devices or pneumatic devices. [0003] These two devices have been widely used in practice, and the pneumatic devices can use corresponding materials according to different occasions to work normally in harsh environments (strong vibration, strong impact, strong corrosion and strong radiation, etc.). But precisely because it is often used in harsh environments, the human-operated parts of pneumatic devices (usually switches, buttons, etc.) also have the problem of being damaged by corrosion and vibrat...

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Problems solved by technology

[0003] These two devices have been widely used in practice, and the pneumatic devices can use corresponding materials according to different occasions to work normally in harsh environments (strong vibration, strong impact, strong corrosion and strong radiation, etc.). But precisely because it is often used in harsh environments, the human-operated parts of pneumatic devices (usually switches, buttons, etc.) also have the problem of being damaged by corrosion and vibration

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