A multi-drum constant speed and constant tension hydraulic winch

A hydraulic winch, constant tension technology, applied in the direction of hoisting device, spring mechanism, etc., can solve the problems of inability to provide stable speed accurately and uniformly, unfavorable load smooth movement, complex structure of the winch, etc., and achieve volume reduction. , the effect of constant tension and speed, and compact structure of the winch

A hydraulic winch, constant tension technology, applied in the direction of hoisting device, spring mechanism, etc., can solve the problems of inability to provide stable speed accurately and uniformly, unfavorable load smooth movement, complex structure of the winch, etc., and achieve volume reduction. , the effect of constant tension and speed, and compact structure of the winch

CN103373674BActive Publication Date: 2015-08-05ZHEJIANG NOWVOW MECHANICAL & ELECTRICAL

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  • A multi-drum constant speed and constant tension hydraulic winch
  • A multi-drum constant speed and constant tension hydraulic winch
  • A multi-drum constant speed and constant tension hydraulic winch

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Experimental program
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Effect test

Embodiment Construction

[0033] refer to figure 1 , a multi-drum constant-speed constant-tension hydraulic winch of the present invention includes a rope storage drum 1 for storing wire ropes, a large friction drum 2, a small friction drum 3 and a power source 8 for driving the large friction drum 2, the rope storage drum 1 and the The small friction drum 3 is coaxially arranged, and the steel wire ropes on the large friction drum 2 and the small friction drum 3 are all wound in a single layer to achieve constant tension output. The transmission mechanism 9 that small friction drum 3 rotates at the same linear speed. The power source 8 is mainly a hydraulic motor, and a speed reducer is arranged inside the large friction drum 2, and the output torque of the hydraulic motor is amplified by the speed reducer and then transmitted to the large friction drum 2.

[0034] The transmission mechanism 9 includes a driving gear 91 driven by the large friction roller 2 , a driven gear 92 linked with the small fr...

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Abstract

The invention discloses a multi-drum constant-speed constant-tension hydraulic windlass which comprises a rope storage drum, a large friction drum, a small friction drum and a power source for driving the large friction drum. The rope storage drum and the small friction drum are arranged coaxially, steel wire ropes on the large friction drum and the small friction drum are both wound in a single layer to realize constant-tension output, and a transmission mechanism used for keeping the large friction drum and the small friction drum to rotate at the same linear speed is arranged between the same. The multi-drum constant-speed constant-tension hydraulic windlass is simple and compact in structure, small in size and capable of realizing constant-tension output of the steel wire ropes and guaranteeing stationary motion of loads in a steel wire rope unwinding process.

Description

technical field [0001] The invention relates to a winch, in particular to a multi-drum hydraulic winch capable of realizing constant speed and constant tension output of a steel wire rope. Background technique [0002] The winch is the main operating device of the rescue vehicle. It is mainly used to complete the towing and rescue of the vehicle that is silted, overturned or loses its own ability due to technical failure; it can also perform self-rescue on the vehicle when conditions permit. [0003] At present, electric winches are the most used. However, ordinary electric winches are not suitable for applications where large loads are towed due to reasons such as low motor power, difficulty in heat dissipation, and short continuous operation time. , especially industrial use winches and military winches, more need winches with strong overload capacity. With the update of automobiles and the rapid development of hydraulic technology, hydraulic winches have gradually replac...

Claims

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Application Information

Patent Timeline
05 Aug 2015
Publication
CN103373674B
IPC
B66D1/26; B66D1/36; B66D1/38; B66D1/54; B66D1/08
Inventors
张国纲; 贾小平