Oblique inverted tricycle base used for mine transportation

Abstract

The invention discloses an oblique inverted tricycle base used for mine transportation. The base comprises a support shaft, a fixing transverse shaft, a front wheel tire, a steering front board, sidebaffle boards, a seat, a back wheel tire, pedals, a honeycomb-shaped control plate, a main beam shaft opening, a main beam shaft, connection boards, an octagonal board and honeycomb-shaped openings. Under fixation effects of the fixing transverse shaft and the side baffle boards, the front wheel tire cannot actively swerve while can obliquely swerve under the effect of the steering front board. Ona bumpy road, a tricycle is not likely to roll over due to the obliquely swerving function. Therefore, safety and praticability are ensured. The honeycomb-shaped control plate is connected with a direction shaft with multiple insert blocks which are inserted into the honeycomb-shaped openings and connected through bolts. Due to rotation of the multiple honeycomb-shaped openings, the direction shaft can be more easily rotated. As a result, the steering front board can move left and right and drive the front wheel tire to rotate. Flexibility is ensured. The oblique inverted tricycle base used for mine transportation is compact in structural connection, suitable for a complicated and bumpy mine environment and worth widely applying.

Description

technical field [0001] The invention relates to a vehicle base, more precisely, a tiltable inverted tricycle base used for mine transportation. Background technique [0002] The inverted three-wheel steering has good stability and is not easy to roll over, and the single-wheel drive structure is simple; when encountering uneven roads, the two front wheels can take care of it, and the rear wheels are naturally in the center, so you can be consciously prepared. [0003] The three wheels of the existing mining vehicles are basically three-wheeled. The three-wheel structure is poor in stability and can only bear loads at low speeds. force. In addition, when the inertia of the vehicle body turns the front wheels, a downward force without support is formed on the outer side of the turning direction in front of the vehicle body, causing the three wheels to easily roll over. Contents of the invention [0004] The invention mainly solves the technical problems existing in the pri...

AI Technical Summary

Problems solved by technology

[0003] The three wheels of the existing mining vehicles are basically three-wheeled. The three-wheel structure is poor in stability and can only bear loads at low speeds. force

Coupled with the inertia of the body, when the front wheels turn, a downward force without support is formed on the outside of the front of the body in the turning direction, which makes the three wheels very easy to overturn

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