Lifting sliding rail for grinding wheel

Abstract

The invention discloses a lifting sliding rail for a grinding wheel. The lifting sliding rail comprises an engine small rotating wheel, an engine noise reduction soft cushion, an engine, a sliding rail bracket base, a sliding block, a lifting platform, a lifting sliding rail body, an engine transmission belt, a sliding rail top table surface, an LED tubular lamp, a large rotating wheel bracket anda large rotating wheel. The lifting sliding rail has the beneficial effects that the engine noise reduction soft cushion is made of a macromolecular artificial rubber material, and noise and the vibration of the engine are reduced; the sliding rail bracket base adopts an I-shaped style, so that the lifting sliding rail is more stable; the lifting platform is subjected to anti-skid frosting, so that object loading of the lifting platform is safer; the LED tubular lamp at the bottom end of the sliding rail top table surface can freely adjust the brightness, so that the lifting sliding rail meets the requirements of operation at night; the size relationship between a driven wheel and a driving wheel exists between the large rotating wheel and the engine small rotating wheel, so that the sliding block on the sliding rail can slowly move; and the engine transmission belt is made of high-strength hydrogenated nitrile butadiene rubber, so that the engine transmission belt is firmer and morereliable.

Description

Technical field [0001] The invention relates to a lifting device, in particular to a lifting slide for a grinding wheel, and belongs to the field of automation technology. Background technique [0002] Lifting device is a device that transforms into gravitational potential energy through manpower, electricity or other various energy. There are many types of lifting devices, such as rope pulley lifting devices, screw lifting devices, fixed lifting devices, mobile lifting platforms, etc. Etc. Since ancient times, we humans have recognized the convenience of lifting devices. In 80 AD, gladiators and wild animals took the primitive lifting platform to reach the height of the arena in the Roman Coliseum. The records of the Middle Ages include countless lifting devices. The pattern of people and supplies for isolated locations, the most famous of which is the lifting platform of the St. Baram Monastery in Greece. This monastery is located on the top of a hill about 61 meters above the ...

AI Technical Summary

Problems solved by technology

[0002] Lifting device is a device that converts gravitational potential energy through manpower, electricity or other energy. There are many types of lifting devices, such as rope pulley lifting device, spiral lifting device, fixed lifting device, mobile lifting platform, etc. etc. Since ancient times, we humans have recognized the convenience of lifting devices. In 80 AD, gladiators and wild animals took primitive lifting platforms to reach the height of the arena in the Roman Colosseum. Medieval records include countless lifting devices. Patterns of people and supplies for isolated sites, the most famous of which is the lifting platform of the monastery of St. Balam in Greece. This monastery is located on the top of a mountain about 61 meters above the ground. The hoist is used for baskets or cargo nets to transport people. With the progress and development of science and technology, the traditional lifting device can no longer meet people's normal needs

[0003] The traditional lifting device is bulky and heavy, poor in stability, easy to fall off the load, high energy consumption, unable to work at night, etc., which can no longer meet the needs of the work

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