Clamping device for rubber belt

Abstract

The invention discloses a clamping device for a rubber belt. The clamping device comprises a fixed support, wherein a rubber belt clamper is installed on the fixed support; the rubber belt clamper comprises an upper clamping beam, a middle clamping beam and a lower clamping beam; a passing hole for an upward rubber belt is arranged between the upper clamping beam and the middle clamping beam; a passing hole for a downward rubber belt is arranged between the middle clamping beam and the lower clamping beam; the upper clamping beam and the middle clamping beam, as well as the middle clamping beam and the lower clamping beam are connected via fasteners; and the upper clamping beam, the middle clamping beam or the lower clamping beam is installed on the fixed support. The clamping device for the rubber belt disclosed by the invention has the advantages of being practical, time-saving and labor-saving, low in cost, good in safety and the like, and can greatly increase the installation and placement speeds of the rubber belt.

Description

technical field [0001] The invention relates to an auxiliary device of transportation equipment, in particular to an auxiliary device of a belt conveyor. Background technique [0002] With the rapid development of my country's social economy, the demand for energy continues to grow; and the increasingly tense supply of energy has made the scale of non-coal mines, coal mines and chemical industries continue to expand, and these industries have a growing demand for long-distance belt conveyor machinery. Increasingly, for example, it is more and more common for underground mining to use tape inclined shafts to transport ore to the ground for beneficiation. However, the installation, construction and operation of long-distance slope belt conveyor belts are often limited by the terrain elevation and the construction site. Not only the installation route is long, the space for the construction site is small, but also it is greatly affected by the self-weight and length of the belt....

AI Technical Summary

Problems solved by technology

However, the installation, construction and operation of long-distance slope belt conveyor belts are often limited by the terrain elevation and the construction site. Not only the installation route is long, the space for the construction site is small, but also it is greatly affected by the weight of the belt and the length of the belt.

In the past, the construction of long-distance steel core belt conveyors generally adopted the method of hoisting and dragging and manpower assistance. This traditional construction method often requires the investment of hoisting machines and a large number of steel wire ropes and other equipment, and also requires a lot of manual assistance. The construction personnel are intensive and labor-intensive. Large, it is easy to cause injury to construction equipment and construction personnel

Therefore, for a long time, the laying of the tape during the construction, installation and maintenance of the long-distance belt conveyor belt has always been the most unsafe factor in the use, operation and maintenance of the belt conveyor. To develop an efficient, practical and safe belt installation It is necessary to install equipment

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