Method for preventing swinging of beam hanging and steel plate during starting and braking of electromagnetic beam hanging crane

A technology of electromagnetic hanging beams and cranes, which is applied in the direction of transportation and packaging, load hanging components, etc., can solve the problems of increasing the calculation load of the hoisting mechanism, high processing costs of rigid guide cylinders, and heavy weight of rigid sleeves, etc., to achieve reduction The effect of plant cost, reduction of power and weight of steel structure, reduction of equipment cost

Active Publication Date: 2005-08-24
DALIAN HUARUI HEAVY IND GRP CO LTD
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AI Technical Summary

Problems solved by technology

The anti-swing method using rigid sleeves is more commonly used in lifting equipment. Its advantages are high alignment accuracy and can meet the requirements of high productivity, but the disadvantage is that due to the heavy weight of the rigid sleeve itself, it increases the lifting capacity. The calculated load of the mechanism increases the power of the motor and the structure, which leads to an increase in the wheel pressure of the whole machine and increases the cost of the factory building
In addition, the processing cost of the rigid guide cylinder is relatively high, and the maintenance cost also increases accordingly.

Method used

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  • Method for preventing swinging of beam hanging and steel plate during starting and braking of electromagnetic beam hanging crane
  • Method for preventing swinging of beam hanging and steel plate during starting and braking of electromagnetic beam hanging crane
  • Method for preventing swinging of beam hanging and steel plate during starting and braking of electromagnetic beam hanging crane

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Embodiment Construction

[0014] Figure 1 ~ Figure 3 Shown is an example of the application of the anti-sway winding system of double "inverted splayed" wire ropes formed by the method of the present invention to the hoisting mechanism of an electromagnetic hanging beam crane. This electromagnetic hanging beam crane is composed of six major parts: electrical equipment 1, trolley 2, cart operating mechanism 3, bridge frame 4, truss-type hanging beam 5, and electric hoist 6. There is a set of hoisting mechanisms on both sides of the trolley, and each set of hoisting mechanisms contains a double "inverted character" shaped wire rope anti-swing winding system. Figure 4 and Figure 5 The arrangement forms of the components of the wire rope anti-sway winding system on the trolley and the hook are shown respectively. Depend on Figure 6 It can be seen that a set of hoisting mechanism contains two wire ropes to form a structure of four ropes, from Figure 6 It can be seen that the two strands of steel wi...

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Abstract

A method for preventing the swinging of pylon and steel plate when a pylon-type electromagnetic hoister is started or stopped features that two steel cables used between the bogie and hook of lifting unit are respectively wound on pulleys to a dual-reverse-splayed system to effectively provent said swinging.

Description

technical field [0001] The invention relates to an anti-swing method for lifting heavy objects by a crane, in particular to an anti-swing method for hanging a beam and a steel plate when an electromagnetic hanging beam crane starts and brakes. Background technique [0002] Electromagnetic hanging beam cranes are necessary steel plate and slab loading and unloading equipment for steel mills and ports. At present, the length of the steel plate lifted by the existing electromagnetic hanging beam crane in the steel plant is generally less than 18m. With the continuous demand of the manufacturing industry and the continuous development of rolling technology, steel plants, ports and manufacturing industries have the demand for handling ultra-long steel plates. It will inevitably increase rapidly, so an electromagnetic hanging beam crane capable of lifting long steel plates is required. To manufacture this electromagnetic hanging beam crane, it is necessary to solve the swinging p...

Claims

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Application Information

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IPC IPC(8): B66C13/06
Inventor 赵燚王羽丰孙秀军林振胜王奕昀
Owner DALIAN HUARUI HEAVY IND GRP CO LTD
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