Automatic detachable hook structure

Abstract

The invention discloses a lifting hook structure capable of being unhooked and hooked automatically. The lifting hook structure capable of being unhooked and hooked automatically comprises a lifting hook, a lifting mechanism and a lifting hook rotating driving device; the lifting hook comprises a lifting hook body and a lifting hook side plate; the lifting mechanism is connected with the lifting hook; the lifting mechanism comprises a scissors fork; the top fixed end of the scissors fork is fixedly connected with a base of the lifting mechanism; the scissors fork can control the freedom degreeof the lifting hook in the X direction and Y direction and can retract and stretch synchronously along with the ascending and descending of the lifting hook; the lifting hook rotating driving deviceis fixed to the lifting hook side plate; the lifting hook body is connected with the lifting hook rotating driving device through a hinge shaft; and the lifting hook rotating driving device can make the lifting hook body rotate around a rotating shaft which is connected with the lifting hook side plate, wherein the lifting mechanism drives the lifting hook to ascend and descend, the scissors forkcan ascend and descend synchronously, and meanwhile, a hook head of the lifting hook body can rotate out or rotate in from the lower part of a lifting ring arm under the action of the rotating drivingdevice, so that the lifting hook can be unhooked and hooked automatically. The lifting hook structure capable of being unhooked and hooked automatically disclosed by the invention is simple in structure and reasonable in design; and automatic lifting hook unhooking and hooking can be realized accurately.

Description

technical field [0001] The invention belongs to the technical field of construction hoisting equipment, and relates to a hook structure that can be automatically removed and hung. Background technique [0002] In the hoisting operation of building structural parts, the lifting and hooking of the spreader are indispensable tasks. Usually the removal and hanging of the hook is done manually. Therefore, it is necessary to use a ladder to ascend the height when the tall vertical member is hoisted, which has poor safety guarantee and low efficiency. If the hook removal can be done automatically to replace manual work, the efficiency and safety of the hoisting operation will be greatly improved. At present, the automatic hook removal spreader has been used in the field of standardized hoisting such as container loading, but in the field of construction, the structural parts that need to be hoisted are more complex and diverse, and no related equipment has been put into use. [0...

AI Technical Summary

Problems solved by technology

At present, the automatic hook removal spreader has been used in the field of standardized hoisting such as container loading, but in the field of construction, the structural parts that need to be hoisted are more complex and diverse, and no related equipment has been put into use

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