Heavy hydraulic overturn-rotation sucker suspender

Abstract

The invention discloses a heavy hydraulic overturn-rotation sucker suspender, which comprises a suspension rod, a sucker rack, a rotation mechanism, a sucker, a vacuum system, and an overturn mechanism. The overturn mechanism comprises an overturn shaft, an overturn plate, a hydraulic oil cylinder, and an installation flange. The overturn plate is fixed on the top end of the installation flange. The rear end of the overturn plate is hinged to the suspension rod through the overturn shaft. The front end of the overturn plate is connected to the piston rod in the hydraulic oil cylinder. The hydraulic oil cylinder is fixed on one side of the suspension rod. The rotation mechanism comprises a driving disc, a driving motor, and a speed reducer. The suspension rod is hinged to the sucker rack through the driving disc. The driving disc is arranged on the bottom end of the installation flange. The driving motor is connected to the driving disc in a transmission mode through the speed reducer.The sucker rack is connected to a plurality of suckers. Each sucker is connected to a vacuum self-control system. The sucker suspender is driven by batteries, the assembly and application are flexible, the suction and releasing can be remotely controlled, suckers can be individually controlled, and the adjustment can be carried out automatically in a three dimensional space.

Description

technical field [0001] The invention relates to the field of spreaders, in particular to a heavy-duty hydraulic turning and rotating sucker spreader. Background technique [0002] The spreader refers to the device for lifting heavy objects in the hoisting machinery. The most commonly used lifting tools for lifting items are hooks and slings, and others include rings, lifting suction cups, clamps and forks. It is widely used in the lifting industry. [0003] Ordinary slings are solidified in structure and cannot adapt to changes in weight and length of materials; in order to achieve better adsorption effects, multiple suction cups are often installed on the sling, and the adsorption and release of these suction cups can be synchronized, without a single suction cup The function of independent control is not convenient and flexible enough to use. When installing materials, ordinary spreaders generally need to manually adjust the position and angle of the materials. When peop...

AI Technical Summary

Problems solved by technology

[0003] Ordinary slings are solidified in structure and cannot adapt to changes in weight and length of materials; in order to achieve better adsorption effects, multiple suction cups are often installed on the sling, and the adsorption and release of these suction cups can be synchronized, without a single suction cup The function of independent control is not convenient and flexible enough to use; when installing materials, ordinary spreaders generally need to manually adjust the position and angle of materials, and people standing under the spreader may have the risk of material falling and hurting people

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