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Method of computing water content in seed sprout and online dehydration computing system

A water content and computer system technology, which is applied in the online metering dehydration system and the field of metering the water content of corn seed buds in the industrial production of corn seed buds, can solve the problems of inapplicability to factory production and the inability to accurately measure the water content of seed buds, etc. Achieve the effect of reducing operation links, facilitating large-scale factory production, and realizing standardized management

Inactive Publication Date: 2010-11-03
于宪臣
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AI Technical Summary

Problems solved by technology

[0004] The disadvantages of technical personnel's experience testing are: only the approximate range of water content of seed buds can be determined, and the water content of seed buds cannot be accurately measured
[0006] On-line metering: At present, capacitive sensors are commonly used in the online measurement mode. The measured medium needs to be in a moving state during metering, and the corn sprouts must be in a static state when they are dehydrated. This online metering is also not suitable for factory production of corn sprouts. Requirements for online continuous, rapid metering and dehydration synchronization

Method used

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  • Method of computing water content in seed sprout and online dehydration computing system

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Embodiment Construction

[0018] Measure and record the quality and moisture content of the corn seeds to be germinated and coated. After the germination is completed, place the sprouts in the system container, and the system will automatically measure the quality and moisture content of the sprouts and display them. When the water content is higher than the specified water content, the sprouts continue to be dehydrated in the container, and the system continuously measures the quality and water content of the sprouts.

[0019] After the water content of the seed bud reaches the specified water content, the system will send out a prompt message, and then the seed bud can be coated.

[0020] The system can network multiple metering dehydration systems through the computer network system to realize metering dehydration networking.

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Abstract

The invention provides a method of computing water content in germinated seed sprouts of corn seeds and online seed sprout water content computing system, which calculates and records the mass and the water content of the pregermination corn seeds. After pregermination, the seed sprouts are placed in a system container, then the system can calculate and display the number of seed sprouts containing water and water content. The invention can accurately calculate the water content of the seed sprouts on line and in real time, and the dehydration and the calculation and weighing of the seed sprouts can be carried out simultaneously so that standard management can be realized and the corn seed sprouts can be conveniently produced in large scale in factories.

Description

technical field [0001] The patent of the present invention relates to the technology of monitoring the water content of corn seed buds after soaking and accelerating germination in the field of agriculture, in particular to a method for measuring the water content of corn seed buds during industrial production of corn seed buds and an online metering and dehydration system. Background technique [0002] The method of industrial production of corn seed sprouts is to first accelerate the germination of corn seeds, and then dehydrate the seed sprouts, and then coat them when the water content of the seed sprouts reaches the agronomic requirements, and then make finished varieties of sprouts for field planting. [0003] At present, the water content of the buds after soaking and accelerating germination of corn seeds is measured, one is to rely on the experience of technicians to determine the water content of the buds; the other is to measure by instruments. [0004] The shortc...

Claims

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Application Information

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IPC IPC(8): A01C1/06G01N5/04
Inventor 于宪臣
Owner 于宪臣
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