Aerial work machine

Abstract

This invention provides a high-altitude sling-operated machine, comprising: a sling-operated machine and a remote controller. The sling-operated machine has a main body, an execution tool end, and a power compensation system. The power compensation system includes an electronic compass, a setting unit, a correction unit, a left fan module, and a right fan module. After the operator sets the target direction through the remote controller, the correction unit adjusts the exhaust state of the left and right fan modules according to the deviation value between the current direction detected by the electronic compass and the target direction to generate a thrust difference to drive the main body to turn, or maintains the working positioning balance by exhausting simultaneously from both sides. This invention gives the operator the ability to autonomously control the orientation and has an automatic correction function to offset wind interference, effectively eliminating the high dependence on the horizontal guidance of the crane operator, and greatly optimizing the safety and construction efficiency of high-rise building demolition operations.

Claims

1. An aerial work platform, comprising: a work platform (10), the work platform (10) comprising a main body (11) and an execution tool end (12) connected to the main body (11); A power compensation system is installed on the main body (11). The power compensation system includes an electronic compass (111), a setting unit (112), a correction unit (113), a left fan module (114), and a right fan module (115). The electronic compass (111) is used to detect one of the current directions of the main body (11). The setting unit (112) is used to set a target direction. The correction unit (113) is electrically connected to the electronic compass (111), the setting unit (112), the left fan module (114), and the right fan module (115). A remote controller (20) is also included, wirelessly connected to the setting unit (112) and the execution tool end (12), for controlling the operation of the execution tool end (12) and transmitting the target direction to the setting unit (112). The correction unit (113) controls the operation of the left fan module (114) and the right fan module (115) based on the deviation between the current direction and the target direction, so as to adjust the orientation of the work machine (10).

2. The aerial work platform as described in claim 1, wherein when the target direction deviates from the current direction, the correction unit (113) controls one of the left fan module (114) and the right fan module (115) to exhaust air outward to generate thrust, and controls the other to stop or intake air inward, using the thrust difference between the two sides to generate a reaction torque to drive the main body (11) to turn.

3. The aerial work platform as described in claim 1, wherein when the correction unit (113) performs work at the execution tool end (12), it controls the left fan module (114) and the right fan module (115) to exhaust air outward simultaneously to provide the main body (11) with positioning force at the working position.

4. The aerial work platform as described in claim 1, wherein when the main body (11) is subjected to an external force causing the current direction to deviate from the target direction, the correction unit (113) automatically adjusts the left fan module (114) and the right fan module (115) to generate a compensating thrust difference based on the deviation value between the current direction and the target direction, so as to perform automatic orientation correction.

5. The aerial work platform as described in claim 1, wherein the actuating tool end (12) is a breaker clamp and the remote controller (20) is for an operator to operate the breaker clamp remotely from a safe area.

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