Conical column suspension device

Abstract

This invention provides a conical column suspension device suitable for the accurate insertion and suspended transport of wire frames. The device includes a main arm and a segmented arm structure, which can extend and retract vertically. A motor drives a rotating gear to rotate a conical column. The conical column has a pointed tip that inserts into a through-hole at the top of the wire frame for stable suspension. The device can be further configured with a sensing module and a central control system to provide real-time feedback and automatic control functions, improving operational accuracy and efficiency. Different shaped tips can be used to accommodate various wire frame specifications, offering high modularity and application flexibility.

Claims

1. A conical column suspension device, comprising: a first coupling seat for coupling with a mechanism or a platform; a main arm, vertically arranged with the ground and capable of vertical movement, wherein, One end of the main arm is connected to the first coupling seat; a section arm is connected to the lower end of the main arm and can extend and retract with the main arm; a second coupling seat is connected to the bottom of one of the section arms; a motor is mounted on the second coupling seat, and the motor has an output gear; a rotating gear meshes with the output gear and can be driven to rotate by the motor; a conical column is connected to the second coupling seat, and one axis of the conical column is perpendicular to the section arm and connected to the rotating gear, and can rotate together through the rotating gear. Each end of the conical column is provided with a tip, and each tip can be inserted into a plurality of through recesses on the top of the wire frame to achieve the suspension and transport of the wire frame.

2. The conical column suspension device as described in claim 1, wherein, The main boom includes a plurality of support devices for fixing the lifting height of one of the boom segments.

3. The conical column suspension device as described in claim 1, wherein, The motor is equipped with a control module for precisely controlling a rotation angle and a rotation speed.

4. The conical column suspension device as claimed in claim 1, wherein one of the surfaces of each of the tips of the conical column has an anti-slip structure or a coating with a high coefficient of friction to improve its stability after insertion.

5. The conical column suspension device as described in claim 1, wherein, The second coupling seat is a rotatable platform that can be used in conjunction with the motor to adjust the rotation direction of one of the conical columns.

6. The conical hanging device as claimed in claim 1, further comprising a sensing module for detecting whether the cable tray has been accurately plugged in and sending a feedback signal.

7. The conical column suspension device as described in claim 6, wherein, The cone-shaped suspension device is integrated with a central control system to control the coordinated operation of the main boom, the scissor boom, the motor, and the sensing module.

8. The conical column suspension device as described in claim 7, wherein, The central control system is electrically connected to a lifting drive module to control the main boom and the segment boom to move up and down in the vertical direction, and to receive a feedback signal from the sensing module for position control.

9. The conical column suspension device as described in claim 8, wherein, The central control system integrates the drive module and uses a real-time signal provided by the sensing module to execute a synchronous or segmented control strategy, so that the tapered column is accurately aligned with the wire frame for insertion and hanging operations.

10. The conical column suspension device as claimed in claim 1, wherein, The two ends of the tapered column are each of the detachable tips and have one of a variety of different shaped replacement heads to correspond to the multiple through recesses of the wire frame of different specifications.

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