A self-propelled baiting device

Abstract

The invention discloses a self-propelled feeding device which comprises a traveling trolley and a feeding device. The traveling trolley comprises a mounting support, at least one set of longitudinal wheels and at least one set of horizontal wheels are further arranged below the mounting support, and an adjustment device capable of enabling the traveling trolley to switch between longitudinal wheel support and horizontal wheel support is further arranged on the mounting support. Compared with the prior art, the self-propelled feeding device is simple in structure and convenient to operate, and since the horizontal wheels are arranged in the traveling trolley, the traveling trolley can run horizontally, and furthermore, the self-propelled feeding device can further enable the traveling trolley to move among a plurality of neighboring paralleling culture ponds according to demands of farms, so that the neighboring paralleling culture ponds are necessarily equipped with only one self-propelled feeding device, and the self-propelled feeding device can be parked on the periphery of the culture ponds or at any middle position as needed in order to achieve fixed-point feeding. Besides, the self-propelled feeding device is quite convenient to switch between the longitudinal wheels and the horizontal wheels of the traveling trolley, and is high in flexibility and compact in structure.

Description

technical field [0001] The invention relates to the field of aquaculture, in particular to a self-propelled bait feeding device capable of switching the walking direction above a culture pond. Background technique [0002] With the rapid development of my country's industrialized aquaculture industry, the scale of the aquaculture system continues to expand, and artificial feeding or simple feeding equipment has become a bottleneck in the development of the industry, seriously restricting the development of the industry. At present, most of my country's aquaculture farms (including nursery farms) adopt indoor factory artificial breeding methods. In the factory breeding production workshop, the breeding pool is a semi-underground structure, and the top of the pool wall is a suitable height above the ground. The culture ponds are arranged in rows, and walkways of appropriate width are set between each row of culture ponds, which is convenient for the daily operation of productio...

AI Technical Summary

Problems solved by technology

[0004] If in order to further realize the precise feeding of the middle part of the culture pond, the culture pond of the existing farm needs to be set as a plurality of side-by-side adjacent small culture ponds, and an H-shaped track is also laid above each small culture pond, In order to realize the precise feeding of each small breeding pond, but the walking block of this system is only suitable for longitudinal driving, and cannot directly move horizontally, so it can only be equipped with multiple automatic feeding in multiple adjacent breeding ponds. In this way, it is not only impossible to transfer the feeding work to the adjacent breeding pond immediately after completing the feeding work in one breeding pond, that is, to realize the recycling of the automatic feeding system, but also to increase the input of the farm cost

In addition, there is only one feed bin hoisted under the walking block, which is not suitable for the feeding of a single breeding frame disclosed in "A Method for Indoor Cultivation of Portunus trituberculatus Soft-shell Crabs" (notification number CN101971781B) with patent number 201010509991. Feeding research of breeding frame

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