Feeding device capable of carrying out overload reminding and preventing feeding based on gravity change

Abstract

The invention relates to the technical field of flour, and discloses a feeding device capable of carrying out overload reminding and preventing feeding based on gravity change. The feeding device comprises a conveying belt, the conveying pipe conveys wheat to a grinding area, the interior of the conveying pipe is movably connected to a baffle, a partition plate is arranged in the conveying pipe, by utilizing the gravity effect when the wheat is stacked, the partition plate descends, finally, an alarm is driven to give an early warning, and the baffle is closed, so that double guarantee is achieved; when no worker exists, the device can control the conveying speed by self-service by controlling the output amount of wheat, and therefore accumulated wheat is dredged; and the baffle can be closed through the gravity change of the wheat, after the wheat accumulation amount transportation is finished, the baffle is opened again, and finally the purpose of controlling the wheat output amount can be achieved, so that the situation that the wheat accumulation amount is too large and exceeds the conveying limit of the device, and a machine breaks down is avoided.

Description

technical field [0001] The invention relates to the technical field of flour, in particular to a feeding device for reminding overload and preventing feeding based on gravity changes. Background technique [0002] Flour is a powdery substance made by grinding wheat. It is the staple food in most parts of northern China. It can be made into a variety of delicacies with different styles and tastes. The production process of flour is cumbersome. In order to obtain high-quality flour, Every step in the flour processing process is extremely important. [0003] The production process of flour is mainly divided into four stages. The first step is to screen the wheat to remove the impurities in the wheat, and then adjust the moisture of the wheat to obtain wheat with a suitable moisture content before grinding it, and finally Then sieve to get the final product. In the process of wheat grinding, flour feeder is generally used for feeding, and the wheat is transported into the grind...

AI Technical Summary

Problems solved by technology

[0003] The production process of flour is mainly divided into four stages. The first step is to screen the wheat to remove the impurities in the wheat, and then adjust the moisture of the wheat to obtain wheat with a suitable moisture content before grinding it, and finally Then sieve to get the final product. In the process of wheat grinding, flour feeder is generally used for feeding, and the wheat is transported into the grinder for grinding. The traditional feeding machine cannot Evenly transport, and it is easy to block the material inlet of the grinder during the feeding process, and if it is not found in time after the blockage, it will continue to transport wheat into the grinder, and will not actively stop feeding, which will make the situation worse Deterioration, eventually the machine cannot operate due to too much material, resulting in damage, and because the cost of general heavy machinery is high, it will cause direct economic losses, so indirectly increases the production cost in the flour production process

[0004] In order to solve the above problems, the inventor proposed a feeding device that reminds the overload and prevents feeding based on the change of gravity. It has the advantages of automatically alarming and shutting down when the accumulated wheat exceeds the maximum limit, and stops feeding. The feeding process is uneven, the output port cannot be automatically closed after the wheat is accumulated, and the problem cannot be found in time, so that the use of this device in the wheat grinding process can ensure that when the accumulation of wheat exceeds the maximum, the device will automatically Early warning, and the output port is closed to increase the practicability of the whole device

Images