CN210274297U

CN210274297U - Livestock breeding population quantity monitoring system

Info

Publication number: CN210274297U
Application number: CN201920480745.0U
Authority: CN
Inventors: 耿世杰; 周冠; 方文海; 于金洋
Original assignee: Golden Field Technology Co Ltd
Current assignee: Golden Field Technology Co Ltd
Priority date: 2019-04-11
Filing date: 2019-04-11
Publication date: 2020-04-07
Anticipated expiration: 2029-04-11

Abstract

The utility model relates to a livestock-raising population quantity monitored control system, the system includes remote server, network high definition dome camera, RFID hyperfrequency read write line and carries out the RFID hyperfrequency electron ear tag that communicates with RFID hyperfrequency read write line through radio frequency signal, RFID hyperfrequency read write line includes radio frequency module, microcontroller, RS232 serial ports and 4G module, livestock-raising population quantity monitored control system still includes the livestock health management subsystem, and the livestock health management subsystem can look over the on-the-spot video picture of livestock-raising through network high definition dome camera at any time, the utility model discloses can use and carry out asset monitoring to livestock-raising population quantity in the livestock-raising of bank is lended the business, has improved the supervision and the risk control ability of bank to lending the asset.

Description

Livestock breeding population quantity monitoring system

Technical Field

The utility model relates to a livestock-raising technical field, especially a livestock-raising population quantity monitored control system based on thing networking.

Background

The breeding industry is an important component of the animal husbandry in China at present and is also one of effective ways for developing agriculture and promoting income and income of farmers to become rich. The farmers need to invest a large amount of capital for expanding the breeding operation scale, a large part of the capital needs to be loaned to banks, however, the difficulty of loan is a difficult problem in the rural economic development, due to the few assets which can be mortgage by the farmers and the lack of monitoring of the loan assets by the banks. The utility model discloses can use and carry out the asset control to poultry population quantity in the poultry loan business of bank, improve the supervision and the risk control ability of bank to putting the loan asset.

Traditional livestock breeding population quantity monitoring process still sees the breed mode of hand-recorder based on eyes, and information transfer is untimely, and data record is inaccurate, the utility model discloses not only can make statistics of the asset number of livestock population quantity, record livestock, can look over the on-the-spot high definition video picture of breeding moreover at any time. And when the number is reduced, sending a prompt alarm to the remote server.

Disclosure of Invention

1. The utility model aims to strengthen the bank poultry and put the asset control to poultry population quantity in the business, improve the supervision and the risk control ability of bank to putting the loan asset.

2. The utility model discloses a livestock breeding population quantity monitored control system, including remote server, network high definition dome camera, RFID hyperfrequency read write line and RFID hyperfrequency electron ear tag.

3. Further, the utility model discloses a livestock-raising population quantity monitored control system, RFID hyperfrequency read write line includes radio frequency module, microcontroller, RS232 serial ports and 4G module, livestock-raising population quantity monitored control system still includes the livestock health management subsystem, and the livestock health management subsystem can look over the video picture on livestock-raising scene through network high definition dome camera at any time.

4. Further, the utility model discloses a livestock-raising population quantity monitored control system, the system includes following step:

1) firstly, recording electronic archive information of each cultured livestock in a remote server through an RFID reader-writer, and associating the electronic archive information with cultured animal numbers on an RFID ultrahigh-frequency electronic ear tag;

2) the RFID ultrahigh frequency reader-writer reads the serial number of the RFID ultrahigh frequency electronic tag in real time through a radio frequency signal;

3) the microcontroller performs duplicate removal, quantity statistics and storage on a large number of read RFID ultrahigh frequency electronic ear tag numbers, and uploads the read electronic ear tag numbers and the read quantity to a remote server through a 4G module at a specified time;

4) the livestock health management subsystem can check the video pictures of each cultured livestock through the network high-definition dome camera at any time.

Drawings

Fig. 1 is a schematic diagram of the system structure of the present invention.

Detailed Description

The technical solution of the present invention is further specifically described below by way of examples and with reference to the accompanying drawings.

As shown in fig. 1, the utility model discloses a livestock breeding population quantity monitored control system, including remote server, network high definition dome camera, RFID hyperfrequency read write line and RFID hyperfrequency electron ear tag, RFID hyperfrequency read write line includes radio frequency module, microcontroller, RS232 serial ports and 4G module, livestock breeding population quantity monitored control system still includes the livestock health management subsystem, and the livestock health management subsystem can look over the on-the-spot video picture of livestock breeding through network dome camera at any time.

In the best embodiment, taking beef cattle breeding as an example, the RFID ultra-high frequency electronic ear tag of Shenzhen Fangkang technology, IP66 protection grade and food-grade TPU imported materials are adopted. The electronic ear tag is provided with three data areas, namely EPC, TID and UserData, wherein the TID is a read-only data area, and unique read-only ID information is written in by default when the electronic ear tag leaves a factory; the EPC data field allows the user to encode himself, and in this embodiment, 8-bit unique ID information is written in the EPC data field, which is unique identification information for identifying beef cattle. The utility model discloses in electronic ear tag, wear on beef cattle's ear. The RFID ultrahigh frequency reader-writer adopts the RFID ultrahigh frequency reader-writer of Shenzhen Fangkang technology, and the reader-writer comprises a radio frequency module, a microcontroller, an RS232 serial port and a 4G module. The RFID reader-writer can perform non-contact read-write operation, the farthest reading distance can reach about 15 meters, the electronic tag information of the beef cattle in a static or moving process can be effectively read, the number of the beef cattle can be counted, and the electronic tag information can be sent to a remote server.

The utility model discloses a livestock-raising population quantity monitored control system, the system includes following step:

2) the RFID ultrahigh frequency reader-writer antenna is aligned to a feeding trough of a cattle farm, and when a cattle is close to the feeding trough to eat, the reader-writer reads the serial number of the RFID ultrahigh frequency electronic ear tag every 500 milliseconds through a radio frequency signal;

3) the microcontroller performs duplicate removal, quantity statistics and storage on a large number of read RFID ultrahigh frequency electronic ear tag numbers, and uploads the read electronic ear tag numbers and the read quantity to a remote server through a 4G module at 12 hours and 24 hours every day;

4) when some electronic ear tag numbers are not read continuously one day, the network high-definition dome camera can be called through the livestock health management subsystem to check the field pictures of the farm, and the video pictures of the relevant cultured livestock are monitored, so that whether the livestock is healthy or not is judged.

Claims

1. The utility model provides a livestock-raising population quantity monitored control system, includes remote server, network high definition dome camera, RFID hyperfrequency read write line and RFID hyperfrequency electronic ear tag, its characterized in that: the RFID ultrahigh frequency reader-writer comprises a radio frequency module, a microcontroller, an RS232 serial port and a 4G module, the RFID ultrahigh frequency reader-writer reads RFID ultrahigh frequency electronic ear tag numbers in real time through radio frequency signals, the microcontroller performs duplication removal, quantity statistics and storage on a large number of read RFID ultrahigh frequency electronic ear tag numbers, and the read electronic ear tag numbers and the quantity are uploaded to a remote server through the 4G module at specified time; the livestock breeding population quantity monitoring system further comprises a livestock health management subsystem, and the livestock health management subsystem can check video pictures of a livestock breeding site through a network high-definition dome camera at any time.

2. The livestock breeding population quantity monitoring system of claim 1, wherein the network high-definition dome camera has 4G communication and pan-tilt functions, supports 1920 x 1080@60fps high-definition picture output, supports 23 times of optical zooming, adopts a high-efficiency infrared array, has the maximum irradiation distance of 100 meters, supports RTSP and RTMP network protocols, and supports standard ONVIF and ISAPI application programming protocols.

3. The livestock breeding population quantity monitoring system of claim 1, wherein the RFID ultrahigh frequency reader-writer is internally provided with an R2000 radio frequency module, a microcontroller, an RS232 serial port and a 4G module, wherein the microcontroller can perform duplication removal, quantity counting and storage on a large number of read RFID ultrahigh frequency electronic ear tag numbers.

4. An animal husbandry population quantity monitoring system according to claim 1 or claim 3, wherein the 4G module communicates with the server using MQTT communication.

5. The system for monitoring the quantity of the livestock breeding populations according to claim 1, wherein an EPC data area built in the RFID ultrahigh frequency electronic ear tag stores 8-bit breeding animal number data for unique identification of breeding populations, and corresponding breeding animal number numbers are written on the surface of the electronic ear tag for visual identification.

6. The livestock breeding population quantity monitoring system of claim 1, wherein the RFID ultrahigh frequency reader-writer can trigger a network high-definition dome camera to perform video acquisition when reading an RFID ultrahigh frequency electronic tag at high frequency.