Automatic blanking manger for feeding domestic fowls

Abstract

The invention relates to an automatic blanking manger for feeding domestic fowls. The automatic blanking manger is characterized in that the manger comprises a strip manger body formed by an inner baffle, a soleplate connected with the inner baffle, and an outer baffle which is arranged opposite to the inner baffle and is connected with soleplate; a tilted segment slanting inward is arranged at the joint of the lower part of the outer baffle and the soleplate; a clapboard is vertically arranged along the length direction of the manger body between the inner baffle above the tilted segment and the outer baffle; a gap is left between the bottom of the clapboard and the tilted segment; and a plurality of support plates connected with the manger body are arranged on the clapboard at intervals. The automatic blanking manger can be widely used in the feeding process of raised domestic fowls.

Description

technical field [0001] The invention relates to a feeding trough for feeding poultry, in particular to an automatic feeding trough for raising poultry. Background technique [0002] Large-scale raising of poultry such as raising chickens mostly adopts elongated troughs (such as figure 1 shown), the food trough is suspended outside the partition net, and the tank body of the food tank consists of an inner baffle 1 (the first baffle) adjacent to the partition, a bottom plate 2 connected to the inner baffle 1, and the inner baffle 1 is composed of an outer baffle 3 (second baffle) opposite to and connected to the bottom plate 2, wherein, the lower part of the outer baffle 3 has an inclined section 31 that starts to incline from the junction with the bottom plate 2 to the tank body, and the inclined section is set The purpose of 31 is to make the feed concentrate to the bottom of the tank body when the feed intake of the chicken decreases while the feed intake prevents the feed...

AI Technical Summary

Problems solved by technology

However, this method does not take into account the feeding habits of chickens. In actual use, not only will it not help the flow of feed, but it will make the outlet more blocked, mainly because chickens have the habit of turning over feed, and at the same time It also has the habit of being picky about eating large particles. When the feed flows out from the outlet to the bottom of the feeding area, if the chicken's turning habit is not considered, it is true that as long as a small amount of feed flows out, the outlet will be blocked, and the chicken will After eating the small amount of feed that flows out, the following feed will continue to flow out to make up for it. In the actual field, it was found that the chickens will use their beaks to continuously pick up the feed at the outlet and stack it on the inner baffle near where the chickens are. One side, until the feed stacked on a high place rolls down and completely blocks the discharge port and the chickens can no longer pick up new feed from the discharge port. The chickens cannot eat fresh large-grained feed from the bottom of the feeding area. In some cases, it will turn to peck from the small hole exposed on the partition, and when there is no feed at the outlet after the flow is cut off at the outlet, it should be effective to promote the outflow of feed by increasing the vibration in this way, but when After the feed outlet is blocked by the feed that has flowed out of the feeding area, the vibration method can only make the feed in the storage area vibrate more solidly and tightly. After the feed is eaten, the feed in the storage area can no longer flow out from the outlet

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