阅读说明：本技术 一种基于智能项圈的牛群智慧养殖方法 (Intelligent cattle breeding method based on intelligent necklace ) 是由 李超 于 2021-07-22 设计创作，主要内容包括：本申请涉及牛养殖方法的领域,尤其涉及一种基于智能项圈的牛群智慧养殖方法,方法基于一存储有当前牛只电子标签的智能项圈,智能项圈服务于用户端的业务平台,方法包括：获取当前牛只的活动信息和位置信息,位置信息中包括当前牛只的经纬度数值；将当前牛只的电子标签、位置信息以及活动信息存储以形成信息报告上传至用户端的业务平台向用户展示；用户端的业务平台提取信息报告中当前牛只的经纬度数值与预设的范围识别圈阈值比较判断当前牛只是否出范围识别圈；当判断为出范围识别圈时,用户端的业务平台向智能项圈发送追踪指令；根据追踪指令按照预设的追踪频率获取当前牛只的定位信息；将定位信息存储以形成定位报告发送给用户端的业务平台。本申请具有使寻找目标牛省时省力以及达到科学地优质化养殖牛群的作用。(The application relates to the field of cattle breeding methods, in particular to an intelligent cattle breeding method based on an intelligent collar, the method is based on the intelligent collar storing the current electronic tags of cattle, the intelligent collar serves a service platform of a user side, and the method comprises the following steps: acquiring activity information and position information of a current cow, wherein the position information comprises longitude and latitude values of the current cow; storing the electronic tags, the position information and the activity information of the current cattle to form an information report, uploading the information report to a service platform of a user side, and displaying the information report to the user; the business platform of the user side extracts the longitude and latitude values of the current cattle in the information report and compares the longitude and latitude values with a preset range identification ring threshold value to judge whether the current cattle is out of the range identification ring; when the range identification circle is judged to be out, the service platform of the user side sends a tracking instruction to the intelligent collar; acquiring the positioning information of the current cow according to a tracking instruction and a preset tracking frequency; and storing the positioning information to form a positioning report and sending the positioning report to a service platform of the user side. The method has the advantages of saving time and labor for searching the target cattle and achieving the scientific and optimal cattle breeding effect.)

1. The intelligent cattle breeding method based on the intelligent necklace is characterized in that: the method is based on an intelligent collar storing current cow electronic tags, the intelligent collar serves a service platform of a user side, and the method comprises the following steps:

acquiring activity information and position information of a current cow, wherein the position information comprises longitude and latitude values of the current cow;

storing the electronic tags, the position information and the activity information of the current cattle to form an information report, uploading the information report to a service platform at a user side, and displaying the information report to the user;

the business platform of the user side extracts the longitude and latitude values of the current cattle in the information report and compares the longitude and latitude values with a preset range identification ring threshold value to judge whether the current cattle is out of the range identification ring;

when the range identification circle is judged to be out, the service platform of the user side sends a tracking instruction to the intelligent collar;

acquiring the positioning information of the current cow according to a tracking instruction and a preset tracking frequency;

and storing the positioning information to form a positioning report and sending the positioning report to a service platform of the user side.

2. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 1, wherein: the method comprises the following steps that the service platform of the user side extracts longitude and latitude values of the current cattle in the information report and compares the longitude and latitude values with a preset range identification circle threshold value to judge whether the current cattle is out of the range identification circle, and the method further comprises the following steps:

when the situation that the range identification circle is not found is judged, acquiring the activity information and the position information of the current cow according to a preset acquisition frequency, and storing the electronic tag, the position information and the activity information of the current cow to form an information report and uploading the information report to a service platform of a user side for displaying to the user;

the acquisition frequency is 2 times/day, and the user side can be manually configured.

3. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 1, wherein: the activity information of the information report comprises a heartbeat value and a movement step number;

the service platform of the user side can extract the heartbeat value in the information report and mark the heartbeat value.

4. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 3, wherein: the service platform of the user side can extract the heartbeat value in the information report and mark the heartbeat value, and the method specifically comprises the following steps:

comparing the heartbeat value with a preset heartbeat threshold value;

when the heartbeat value falls within a heartbeat threshold value, marking the heartbeat value as green; when the heartbeat value does not fall within a heartbeat threshold or is greater than the peak value thereof, marking the heartbeat value as yellow; when the heartbeat value does not fall within a heartbeat threshold or is less than its peak value, the heartbeat value is marked red.

5. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 1, wherein: when judging that the range identification circle is found, the method further comprises the following steps that after the current cow is found:

a service platform of a user side sends a termination instruction;

and stopping acquiring the positioning information of the current cow according to the preset tracking frequency according to the termination instruction.

6. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 1, wherein: the intelligent collar is connected with an anti-detachment strap, and when the anti-detachment strap is damaged, the intelligent collar comprises:

and sending a disassembly alarm and sending GPS real-time positioning information to a service platform of the user side.

7. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 6, wherein: the smart collar further comprises: normal operating breathing light (green light) and alarm indicator light (red light): the green light flickers at a frequency of 1 time/5 minutes; the red light flashes at a frequency of 1 per 1 minute.

8. The intelligent breeding method for cattle based on intelligent collar as claimed in claim 1, wherein:

the acquisition module is used for acquiring the activity information, the position information and the electronic tag of the current cow;

the storage module is used for storing the activity information, the position information and the electronic tag of the current cow obtained by the obtaining module to form an information report, storing a preset range identification circle threshold value and storing a positioning report;

the processing module is used for sending the information report to a service platform of the user side through the sending module for displaying to the user side, judging whether the current cow is in the range identification ring or not by extracting longitude and latitude values in the information report in the storage module and comparing and analyzing with a preset range identification ring threshold value, sending a tracking instruction to the intelligent collar through the sending module when the range identification ring is judged to be out, obtaining the positioning information of the current cow through the obtaining module, storing through the storage module to form a positioning report, and sending the positioning report to the service platform of the user side through the sending module.

And the sending module is used for sending the information report to the service platform of the user side, sending a tracking instruction to the intelligent collar and sending a positioning report to the service platform of the user side.

Technical Field

The invention relates to the field of cattle breeding methods, in particular to an intelligent cattle breeding method based on an intelligent necklace.

Background

With the rise of the Chinese breeding industry, the large-scale cattle farm is increased, and the number of cattle in a plurality of cattle farms generally reaches thousands of cattle. When the number of cattle flocks fed in the same cowshed is large, finding out the target cattle quickly is a time-consuming and labor-consuming matter, and with the development of modern breeding, the cattle breeding does not stay in the traditional simple breeding any more. In the daily breeding process, various business operations such as season mating, pregnancy fetus fixation, immune quarantine and the like need to be carried out on the cattle. Therefore, how to scientifically optimize the cultivation is also a big problem.

Disclosure of Invention

In order to save time and labor for searching target cattle and achieve scientific optimal cattle breeding, the application provides an intelligent cattle breeding method based on an intelligent necklace.

In a first aspect, the application provides a cattle intelligent breeding method based on intelligent necklace adopts following technical scheme:

an intelligent breeding method of cattle herd based on an intelligent collar storing current cattle electronic tags, wherein the intelligent collar serves a service platform at a user end, and the method comprises the following steps:

acquiring activity information and position information of a current cow, wherein the position information comprises longitude and latitude values of the current cow;

storing the electronic tags, the position information and the activity information of the current cattle to form an information report, uploading the information report to a service platform at a user side, and displaying the information report to the user;

the business platform of the user side extracts the longitude and latitude values of the current cattle in the information report and compares the longitude and latitude values with a preset range identification ring threshold value to judge whether the current cattle is out of the range identification ring;

when the range identification circle is judged to be out, the service platform of the user side sends a tracking instruction to the intelligent collar;

acquiring the positioning information of the current cow according to a tracking instruction and a preset tracking frequency;

and storing the positioning information to form a positioning report and sending the positioning report to a service platform of the user side.

Through adopting above-mentioned technical scheme, the user can follow activity information and the positional information of looking over the target ox on the business platform, knows the health status of ox from the wherein to when the ox only goes out the scope discernment circle, can search this ox the very first time, thereby reached and made the effect of looking for target ox labour saving and time saving and reach scientific best quality breed flocks of cattle.

Preferably, the method for determining whether the current cow is out of the range identification circle by comparing the longitude and latitude value of the current cow in the information report extracted by the service platform of the user side with a preset range identification circle threshold value further comprises the following steps:

when the situation that the range identification circle is not found is judged, acquiring the activity information and the position information of the current cow according to a preset acquisition frequency, and storing the electronic tag, the position information and the activity information of the current cow to form an information report and uploading the information report to a service platform of a user side for displaying to the user;

the acquisition frequency is 2 times/day, and the user side can be manually configured.

By adopting the technical scheme, when the range identification circle is judged not to be generated, the activity information and the position information of the cattle are reported normally, so that a user can know the condition of the cattle in real time.

Preferably, the activity information of the information report includes a heartbeat value and a motion step number;

the service platform of the user side can extract the heartbeat value in the information report and mark the heartbeat value.

By adopting the technical scheme, the health state of the cattle can be visually seen by the user by marking the heart jump number.

Preferably, the service platform at the user side can extract the heartbeat value in the information report and mark the heartbeat value, and the method specifically includes:

comparing the heartbeat value with a preset heartbeat threshold value;

when the heartbeat value falls within a heartbeat threshold value, marking the heartbeat value as green; when the heartbeat value does not fall within a heartbeat threshold or is greater than the peak value thereof, marking the heartbeat value as yellow; when the heartbeat value does not fall within a heartbeat threshold or is less than its peak value, the heartbeat value is marked red.

Through adopting above-mentioned technical scheme, the user can follow the change of colour, feels the health status of ox directly perceivedly.

Preferably, when the range identification circle is judged, the method further includes the following steps after the current cow is found:

a service platform of a user side sends a termination instruction;

and stopping acquiring the positioning information of the current cow according to the preset tracking frequency according to the termination instruction.

Through adopting above-mentioned technical scheme, after the ox that goes out the scope discernment circle was only found, the user can in time terminate the tracking of intelligent neck ring to the ox.

Preferably, the smart collar is connected with a tamper-evident band, and when the tamper-evident band is broken, the smart collar comprises:

and sending a disassembly alarm and sending GPS real-time positioning information to a service platform of the user side.

Through adopting above-mentioned technical scheme, prevent tearing open the area and can remind the user whether someone steals the ox, only play the guard action to the ox.

Preferably, the smart collar further comprises: normal operating breathing light (green light) and alarm indicator light (red light): the green light flickers at a frequency of 1 time/5 minutes; the red light flashes at a frequency of 1 per 1 minute.

Through adopting above-mentioned technical scheme, through the change of breathing lamp and warning light, the user can see directly perceivedly whether equipment is normal operating.

In a second aspect, the application provides a cattle intelligent breeding method based on an intelligent collar, which adopts the following technical scheme:

a cattle intelligent breeding method based on an intelligent collar comprises the following steps:

the acquisition module is used for acquiring the activity information, the position information and the electronic tag of the current cow;

the storage module is used for storing the activity information, the position information and the electronic tag of the current cow obtained by the obtaining module to form an information report, storing a preset range identification circle threshold value and storing a positioning report;

the processing module is used for sending the information report to a service platform of the user side through the sending module for displaying to the user side, judging whether the current cow is in the range identification ring or not by extracting longitude and latitude values in the information report in the storage module and comparing and analyzing with a preset range identification ring threshold value, sending a tracking instruction to the intelligent collar through the sending module when the range identification ring is judged to be out, obtaining the positioning information of the current cow through the obtaining module, storing through the storage module to form a positioning report, and sending the positioning report to the service platform of the user side through the sending module.

And the sending module is used for sending the information report to the service platform of the user side, sending a tracking instruction to the intelligent collar and sending a positioning report to the service platform of the user side.

By adopting the technical scheme, the service platform which sends the information report to the user side through the sending module is displayed to the user side, the latitude and longitude values in the information report in the storage module are extracted to be compared and analyzed with the preset range identification ring threshold value, whether the current cattle is in the range identification ring is judged, when the range identification ring is judged, the sending module sends a tracking instruction to the intelligent necklace, the acquisition module acquires the positioning information of the current cattle, the storage module stores the positioning information to form the positioning report, and the sending module sends the positioning report to the service platform of the user side, so that the effects of saving time and labor for searching the target cattle and scientifically and optimally breeding cattle groups are achieved.

In summary, the present application includes the following beneficial technical effects:

1. through the intelligent breeding method of the cattle herd based on the intelligent necklace, the state information of all aspects of the cattle can be detected in real time, and the effects of saving time and labor for searching the target cattle and scientifically and optimally breeding the cattle herd are achieved.

Drawings

FIG. 1 is a schematic flowchart of a smart collar-based cattle intelligent breeding method according to an embodiment of the present application;

fig. 2 is a block diagram illustrating a structure of a smart cattle breeding method based on the smart collar according to an embodiment of the present application.

Description of reference numerals: 1. an acquisition module; 2. a storage module; 3. a processing module; 4. and a sending module.

Detailed Description

The present application is described in further detail below with reference to figures 1-2.

The embodiment of the application discloses a cattle intelligent breeding method based on an intelligent collar. Referring to fig. 1, the intelligent breeding method for cattle based on the intelligent collar is based on the intelligent collar storing the current electronic tags of cattle, and the intelligent collar serves a service platform at a user side, and the method comprises the following steps:

s100: and acquiring the activity information and the position information of the current cow.

The activity information comprises heart rate values and motion steps, and the position information comprises longitude and latitude values of the current cow, such as a cow N24 degrees 4516.1E098 degrees 0243.8.

S200: and generating an information report.

And storing the electronic tags, the position information and the activity information of the current cattle to form an information report, and then sending and uploading the information report to a service platform at a user side for display to the user.

The service platform of the user side can extract the heartbeat value in the information report and mark the heartbeat value, and the specific flow is as follows: comparing the heartbeat value (e times/min) with a preset heartbeat threshold value (n times/min, m times/min), and marking the heartbeat value as green when the heartbeat value falls into the heartbeat threshold value; when the heartbeat value does not fall within the heartbeat threshold value or is larger than the peak value of the heartbeat threshold value, marking the heartbeat value as yellow; when the heartbeat value does not fall within the heartbeat threshold or is less than its peak, the heartbeat value is marked red.

S300: and judging whether the current cow only has a range identification circle.

The specific identification method is as follows: and the business platform of the user side extracts the longitude and latitude values of the current cattle in the information report and compares the longitude and latitude values with a preset range identification ring threshold value to judge whether the current cattle only comes out of the range identification ring. For example, a cow N24 ° 4516.1E098 ° 0243.8, a range recognition circle threshold [ a, B, C, D ], when N24 ° 4516.1E098 ° 0243.8 falls into [ a, B, C, D ], it is determined that the range recognition circle is not reached, and S400 is skipped; and when the N24-4516.1E 098-0243.8 does not fall into the peak value of [ A, B, C, D ] or is smaller than the peak value of [ A, B, C, D ], judging that a range identification ring is found, and jumping to S500.

S400: S100-S200 are completed according to the acquisition frequency.

The acquisition frequency is 2 times/day, and the user terminal can be manually configured.

S500: and the service platform of the user side sends a tracking instruction.

The intelligent collar acquires the positioning information of the current cow according to the tracking instruction and the preset tracking frequency, and then stores the positioning information to form a positioning report and sends the positioning report to a service platform of a user side. The tracking frequency is 1/15 minutes, the user side can be manually configured, and the positioning information comprises longitude and latitude values of the current cow.

S600: and the service platform of the user side sends a termination instruction.

After the current cow is found, the service platform of the user side can send a termination instruction, and the intelligent collar stops obtaining the positioning information of the current cow according to the termination instruction and the preset tracking frequency.

The intelligent necklace is further connected with an anti-detachment belt, the anti-detachment belt and the intelligent necklace are connected to form a closed loop and then start to work, when the anti-detachment belt is broken and disconnected, the intelligent necklace sends out detachment alarm and GPS real-time positioning information to a service platform of a user side to remind the user whether to steal the herd or not, and the protection effect is achieved on the herd.

The intelligent collar still includes: normal operating breathing light (green light) and alarm indicator light (red light): the green light flickers at a frequency of 1 time/5 minutes; the red light flashes at a frequency of 1 per 1 minute. Through the change of breathing lamp and warning light, the user can see directly perceivedly whether equipment normally operates.

Based on the method, the embodiment of the application further discloses an intelligent cattle breeding method based on the intelligent collar. Referring to fig. 2, the intelligent cattle breeding method based on the intelligent collar comprises the following steps:

the acquisition module is used for acquiring the activity information, the position information and the electronic tag of the current cow;

the storage module is used for storing the activity information, the position information and the electronic tag of the current cow obtained by the obtaining module to form an information report, storing a preset range identification circle threshold value and storing a positioning report;

the processing module is used for sending the information report to a service platform of the user side through the sending module for displaying to the user side, judging whether the current cow is in the range identification ring or not by extracting longitude and latitude values in the information report in the storage module and comparing and analyzing with a preset range identification ring threshold value, sending a tracking instruction to the intelligent collar through the sending module when the range identification ring is judged to be out, obtaining the positioning information of the current cow through the obtaining module, storing through the storage module to form a positioning report, and sending the positioning report to the service platform of the user side through the sending module.

The sending module is used for sending the information report to the service platform of the user side, sending a tracking instruction to the intelligent collar and sending a positioning report to the service platform of the user side

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.