Electric control system of boar estrus checking vehicle

Abstract

The electronic control system comprises a fixing plate A and a system, a displayer is fixed to the upper portion of the right face of the fixing plate A, a power button is arranged below the displayer, and the power button is fixed to the fixing plate A. A charging port is formed in the center of the front face of the fixing plate A. A dustproof plug is arranged on the left side of the charging port and fixed to the fixing plate A through a hinge. The lower portions of the left side and the right side of the fixing plate A are each provided with a shell, and the bottom of the fixing plate A is provided with a fixing plate B. The system comprises a controller transmitting module, an MCU microcontroller, a brushless motor controller, a power input module, a parameter display module, a remote controller receiving module and a power module. The MCU microcontroller is respectively connected with the controller transmitting module, the brushless motor controller, the power supply input module, the parameter display module, the remote controller receiving module and the power module; the electric control system of the boar estrus checking vehicle has the advantages that power is provided through the brushless motor, the speed can be adjusted, power consumption is low, and later maintenance is easy.

Description

technical field [0001] The invention relates to the technical field of estrus checking in pig farms, in particular to an electronic control system of a boar estrus checking vehicle. Background technique [0002] The boar estrus check vehicle is a device used to guide the boar to the narrow passage of the mating area of ​​the sow, so as to interact with the sow during the mating process, shorten the estrus interval of the sow after weaning, and help predict the ovulation time of the sow. The existing boar love detection vehicles are all controlled by wireless, and they can walk stably in the narrow lanes of the breeding area and turn quickly and flexibly. The boar freely walks behind the boar cart, and can naturally interact with the sow to the maximum extent to increase the breeding rate. [0003] Currently on the market, in the design of the electronic control system for boar boar detection vehicles, brushed motors are used for design. The continuous working life of brushe...

AI Technical Summary

Problems solved by technology

[0003] Currently on the market, in the design of the electronic control system for boar boar detection vehicles, brushed motors are used for design. The continuous working life of brushed motors is several hundred to more than one thousand hours. When the limit of use is reached, the carbon needs to be replaced. Brush, otherwise it is easy to cause wear and tear on the bearings. The current boar love detection vehicle equipment is powered by a brush motor, with constant speed regulation, high power consumption, and cumbersome maintenance in the future.

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