Low-power-consumption livestock motion monitoring and positioning device, implementation method and client thereof

Abstract

The invention discloses a low-power-consumption livestock motion monitoring and positioning device, an implementation method and a client thereof. The device comprises a shell, wherein a processing module, a positioning module, an acceleration module, a communication module and a power module are arranged in the shell; the processing module is used for enabling the livestock motion monitoring andpositioning device to operate in a corresponding operation mode according to an instruction of the client; and the operation mode comprises a standby mode and a tracing mode. The device has the characteristics of low energy consumption, capability of opening / closing the positioning module as required and long standby time, ensures accuracy and stability in a working process, and can truly achievean extremely low power consumption and ultra-long working mode. All links of the low-power-consumption implementation method can be tightly connected with the client, accurate positioning informationand motion amount information are fed back in time, and control is convenient and simple. The received data is integrated through a client cloud platform, so that data visualization is realized in anomnibearing manner.

Description

technical field [0001] The invention belongs to the field of electronic equipment for animals, and in particular relates to a low-power livestock movement monitoring and positioning device, an implementation method and a client terminal thereof. Background technique [0002] Livestock such as cattle and sheep may get lost during free-range feeding. Therefore need a kind of body small and exquisite, be convenient to the monitoring and positioning device that is arranged on the livestock body. This device requires the volume to be as small as possible, easy to install and carry. [0003] Existing livestock locators are generally portable devices, but they are usually large in size and weight, and have high power consumption. With the solar power supply scheme, there are often working scenes where there is not enough sunlight, because the power generation is insufficient and the solar panels cannot effectively supplement the electric energy. Once the livestock is lost for a l...

AI Technical Summary

Problems solved by technology

With the solar power supply scheme, there are often working scenes where the sun is not very sufficient, because the power generation is insufficient and the solar panels cannot effectively supplement the electric energy. Once the livestock is lost for a long time and the locator is out of power, the positioning and tracking of the livestock cannot be realized.

[0004] At present, the moving object positioning devices on the market usually adopt the continuous monitoring method, which does not consider the real-time motion state of the tracked animal, but only obtains the location information in real time, which leads to high energy consumption of the positioning device and low utilization rate of the returned information. It cannot be operated for a long time under the battery power supply scenario, and the device needs to be taken off frequently for charging and maintenance, which is poor in convenience; and the existing animal positioning devices usually use GPS locators and attitude sensors to achieve positioning, and the reliability of the positioning information obtained is low. The accuracy is low, and it cannot guarantee that accurate location information can be transmitted back at all times, and the efficiency is low

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