Electromechanical intelligent fertilizing and sowing controller

Abstract

The invention discloses an electromechanical intelligent fertilizing and sowing controller which comprises the components of a housing, an operating panel, a computer control module, an infrared transceiver unit, a wheel monitoring unit, a sowing and fertilizing control unit, a signal lamp, a sowing alarm, a fertilizing alarm and a power indicating lamp. According to the electromechanical intelligent fertilizing and sowing controller, through adding the computer control module into the controller and connecting the computer control module with the wheel monitoring unit and the sowing and fertilizing control unit, the rotating speed of the wheel is read through a speed measuring sensor in the wheel monitoring unit; then the data are processed through the computer control module; and afterwards the sowing and fertilizing control unit controls the speed in fertilizing and sowing according to a processing result of the computer control module, thereby realizing a high sowing speed in high movement speed and a low sowing speed in low movement speed, improving a sowing effect of the farmland, and ensuring a bumper harvest of the land to a certain extent.

Description

technical field [0001] The invention relates to a fertilizing and seeding machine, in particular to an electromechanical intelligent fertilizing and seeding controller used on the fertilizing and seeding machine. Background technique [0002] With the rapid development of social economy, people's life and work are undergoing earth-shaking changes, both people's daily life and enterprise production have gradually realized automation and intelligence. The same is true for agricultural planting, where manual operations are gradually replaced by mechanization. [0003] The controllers on the existing agricultural planting machinery include: mechanical control, manual pitch control, and ground wheel drive controllers, which are widely used in planting machinery for wheat, corn, peanuts and other crops to control fertilization and seeds. Spread flow value. With the development and improvement of scientific farming technology, the full amount of straw returning to the field, prec...

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Problems solved by technology

[0004] Existing fertilization and seeding controllers can no longer meet the planting technical requirements of precision seeding, for example, problems such as missed seeding, re-seeding, or uneven seeding often occur

For this reason, the country has invested a large amount of funds in the research and development of agricultural farming machinery and equipment and fertilization and seeding equipment, and has achieved breakthrough development. However, in terms of precision fertilization and seeding technology, it is still not possible to control the speed of its fertilization and seeding well. It has a great impact on the cultivation of farmers and has a great impact on the harvest of farmers. Therefore, the production technology of the existing fertilization and seeding controllers still needs to be improved.

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