Feeder traveling device

Abstract

The invention relates to a feeder traveling device. The feeder traveling device comprises a driving wheel (1), a driven wheel I (21), a driven wheel II (22), a driven wheel III (23), a clamping wheel (3) and a square bar track (43), wherein the driving wheel (1) is connected with a driving wheel and driven wheel fixing plate (41), the front end of the driving wheel (1) contacts with the square bar track (43), and the back portion of the driving wheel (1) is connected with a motor (6) through a variable-speed gear box (7); the driven wheel I (21), the driven wheel II (22) and the driven wheel III (23) are connected with the driving wheel and driven wheel fixing plate (41), and the front ends of the driven wheel I (21), the driven wheel II (22) and the driven wheel III (23) contact with the square bar track (43); the clamping wheel (3) comprises a clamping wheel axle (31) and a clamping wheel roller (32), and the end of the clamping wheel axle (31) is connected with a clamping wheel fixing plate (42) through a nut (45). A position adjusting block (44) is arranged between the clamping wheel fixing plate (42) and the nut (45), the clamping wheel fixing plate (42) is connected with the driving wheel and driven wheel fixing plate (41), and the square bar track (43) is fixed through a track fixing support (5).

Description

technical field [0001] The invention belongs to the field of agricultural breeding machinery, and in particular relates to a feeding machine walking device. Background technique [0002] With the continuous development and improvement of intensive fish farming technology, especially high-density industrial farming technology, it is required that the feeding system can complete one workshop at a time, as many as dozens of fish ponds, or the timing and quantitative accuracy of any fish pond. Feeding, automatic detection, automatic operation and automatic recording. In such an application background, the feeding machine saves time and labor, has high feeding efficiency, reduces water pollution, and saves costs, and its application is gradually expanding. However, the traditional automatic feeding system for pond culture and deep-water cage culture can no longer meet the requirements. Requirements for use in factory aquaculture. However, the automatic feeding of industrial aqu...

AI Technical Summary

Problems solved by technology

[0003] At present, there are many types of machinery used in water plant (aquaculture) farming in my country, but the relevant research on industrial aquaculture technology is not deep enough, especially the research on infrastructure such as walking mechanism, which is particularly weak

The existing mobile feeding system basically adopts the traditional feeding machine on the mobile trolley for feeding, which only reduces the labor intensity in the feed handling, and the feeding link cannot achieve timing, quantitative, and precise feeding. Therefore, research and development are suitable for our country. Needed, relatively easy to operate, high in economy, and can be used in conjunction with water plant (aquaculture) breeding automation and management informationization, the feeding machine walking device and technology have become a top priority

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