Grain weighing device for grain water content determination device

Abstract

The present invention discloses a grain weighing device for a grain water content determination device. The grain weighing device comprises a charging barrel, and a feed port and a discharge port arerespectively arranged at an upper end and a lower end of the charging barrel; a blocking device is arranged at the discharge port, and the blocking device is mainly formed by a left turning plate anda right turning plate which are arranged in a bilateral symmetry mode; and a left side of the left turning plate and a right side of the right turning plate are hinged to and connected with the charging barrel through hinges. A cylinder is employed to drive a cylinder shaft to pull up or press down so that closure and opening of the left turning plate and the right turning plate can be achieved and blanking and storing can be achieved, a weight difference obtained by the weighing sensor is namely the weight of materials in the charging barrel in the storing state, and therefore a purpose of effective weighing is achieved, the whole device can achieve effective weighing and can achieve free discharge, the degree of freedom of the grain weighing device is higher than that of a traditional device, and the accuracy and the actual efficiency are better.

Description

technical field [0001] The invention relates to the field of grain water content measurement, in particular to a grain weighing device for a grain water content measurement device. Background technique [0002] There are many breeding units in my country, some of which are relatively large and some of which are relatively small, so there is a relatively large gap in breeding equipment. Large-scale breeding units not only have more breeders but also have sufficient funds to purchase some advanced breeding equipment. Smaller units may not have so much money to buy breeding equipment, and the equipment used is relatively backward, which further slows down the efficiency of breeding. However, due to the high price of advanced breeding equipment, even large breeding units can only purchase backward breeding equipment from abroad. Generally speaking, there is still a big gap between my country's current breeding equipment and foreign equipment. my country's current breeding is mai...

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Problems solved by technology

[0002] There are many breeding units in my country, some of which are relatively large and some of which are relatively small, so there is a relatively large gap in breeding equipment. Large-scale breeding units not only have more breeders but also have sufficient funds to purchase some advanced breeding equipment. Smaller units may not have so much money to buy breeding equipment, and the equipment used is relatively backward, which further slows down the efficiency of breeding

However, due to the high price of advanced breeding equipment, even large breeding units can only purchase backward breeding equipment from abroad

Generally speaking, there is still a big gap between my country's current breeding equipment and foreign equipment. my country's current breeding is mainly done manually, and seed harvesting, data measurement, and data import into computers are all inseparable. This greatly increases the burden on the breeders, and the energy of the breeders cannot be fully devoted to the breeding research, which also limits the progress of the breeding work.

[0003] The existing grain water content measurement is the traditional manual method, such as weighing and cutting, etc. are all manual operations, the overall accuracy is low, and it is easy to cause operational errors

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