Loss-free ensiling tank

Abstract

The invention relates to a loss-free ensiling tank. A whole body of the ensiling tank is of a rectangular structure and is composed of a tank body and a tank bottom, wherein the tank body is of the rectangular structure and an inner cavity of the tank body can be divided into 1-10 small tanks according to actual requirements; a separation device is arranged between each two small tanks; each separation device is composed of a separation wall and a separation plate, and a sliding groove is relatively formed in the middle of the separation wall in the longitudinal direction; each sliding groove is matched with the corresponding separation plate and each separation plate can move up and down on the corresponding separation wall; the tank bottom is located at the bottom of the ensiling tank and a slope of 3 degrees to 5 degrees is formed from one end to the other end of the tank bottom; water flowing grooves, which are communicated along the periphery of the tank body and the separation walls, are formed in upper end parts of the tank body and the separation walls; a water discharging hole group is further arranged between the water flowing grooves and the inner surface of the tank body, and the water discharging hole group is composed of 4-30 water discharging holes. The ensiling tank provided by the invention is obtained on the basis of improving an existing ensiling tank; compared with a traditional ensiling tank, the loss-free ensiling tank is more scientific; and the cost can be saved, the utilization rate of silage is improved and the silage is very convenient to take.

Description

technical field [0001] The invention belongs to the field of farming of agricultural products, in particular to a lossless silage pond. Background technique [0002] The silo is a kind of feed with good palatability, high digestibility and rich nutrition made of chopped fresh corn stalks under airtight and anaerobic conditions through microbial anaerobic fermentation and chemical action, which is to ensure a balanced supply of livestock all year round Effective measures for feed. Using the silage method to preserve the green or partially green corn stalks after the autumn harvest for a long time can preserve their nutrients well, and the texture becomes soft and fragrant, which can increase the appetite of cattle and sheep and solve the problem of forage grass in winter and spring. lack of. At the same time, compared with stacking the same amount of hay, the production of silage saves half of the land area, and it is also beneficial to fire prevention, rain prevention, mil...

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Problems solved by technology

[0003] The traditional silo is built in a place with solid soil, high and dry terrain, leeward to the sun, and rainwater is not easy to flood. This kind of silo is very convenient when unloading, but it is more troublesome when feeding, and the feed is not clean. Time-consuming and labor-intensive, not suitable for the needs of large-scale farming

[0004] The traditional silage pond is deep in the longitudinal direction, and the front side is open. The walls on both sides adjacent to the open surface gradually become higher to form a right-angled trapezoidal shape, and the rear side is a rectangle with the same height as the side. The silage pond with the above structure, Generally store at least 30t / pool. Once opened, the fermented feed will be eaten in time, otherwise the feed will deteriorate and cause great waste; During the operation, the material taking surface must form a slope to ensure shelter and rain protection when the weather changes suddenly. However, even with the best rain protection measures, this method will inevitably have rainwater leakage, so that the Feed spoilage

Moreover, the front side is open, and the two sides are obliquely upward in the shape of a right-angled trapezoid, which is destined to store less feed under the premise of the same silo area. too practical

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