An auxiliary walking device for transporting equipment

Abstract

The invention relates to an auxiliary walking device for transporting equipment, which includes a walking bracket, a curved pipe, a mounting block, two ear seats, two No. 2 limit springs and omnidirectional wheels. There are two installation lugs symmetrically arranged on the side of the bracket; the left end of the curved tube is connected with the middle part of the walking bracket through a bearing, so that the walking bracket can rotate on the curved tube under the action of people's operating force, and its right end is connected to the mounting block. The middle part is fixed; two No. 2 limit springs are symmetrically located on both sides of the walking bracket, and one end of the No. 2 limit spring is connected with the installation lug on the walking bracket. The No. 2 limit spring plays a role in limiting the rotation range of the walking bracket. The other end is connected with the ear seat; the omnidirectional wheel is installed at the bottom end of the walking bracket, and the omnidirectional wheel can move in all directions. The invention can assist in realizing the fast and labor-saving carrying function, reduces the load on people's shoulders, and has the advantages of simple structure, low labor intensity and the like.

Description

technical field [0001] The present invention relates to handling equipment, in particular to an auxiliary walking device for handling equipment. Background technique [0002] A pole is a long and flat item made of wood or bamboo, with a wide middle and narrow ends. A pole is usually a tool used to carry things on the shoulders. When in use, the objects to be carried can be tied with ropes and hung on both ends of the pole, or two baskets can be hung on both ends of the pole, and the objects can be placed in the bamboo baskets. In the vast majority of rural areas, crops, medicinal materials and some related plants are planted on the mountains. Because the mountain roads are winding, there are no roads, they are all gravel or dirt roads, and the existing transportation equipment is difficult to work. Therefore, people usually The manual carrying method is adopted, the items are placed on the bamboo basket, and then tied to the ends of the pole with ropes, and the goods are t...

AI Technical Summary

Problems solved by technology

In the vast majority of rural areas, crops, medicinal materials and some related plants are planted on the mountains. Because the mountain roads are winding and winding, there are no roads, they are all gravel roads or dirt roads, and the existing transportation equipment is difficult to work. Therefore, people usually Using the method of manual shoulder pole carrying, the items are placed on the bamboo basket, and then tied to both ends of the pole with ropes, and the transportation of the items is completed by people carrying it repeatedly. This traditional transportation method has the following defects: 1. Due to reasons such as the small stress area of ​​the shoulder and the difficulty of walking on mountain roads, redness, swelling and soreness will appear in the shoulders of people who work for a long time, and the labor intensity is high, which also affects people's health; General items are relatively heavy, and people usually use wooden pillars to rest for a period of time in order to reduce fatigue. This method has defects such as low work efficiency, laborious and time-consuming; During the process, the item will vibrate, and the magnitude of the jitter will affect the stress on the shoulder. This method has defects such as no shock absorption effect and high labor intensity.

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