Credible identification system for animal husbandry insurance

Abstract

The invention provides a credible identification system for animal husbandry insurance. The system comprises a livestock ear tag, shooting equipment, code scanning equipment and a system server, when the livestock ear tag is started, photographing the livestock ear tag and the livestock ear by using a photographing device, and transmitting and storing an obtained picture I in a server; when the livestock dies in the breeding process and reports a danger to a safety mechanism, a farmer photographs the ears of the livestock, and an obtained picture II comprises all ear notches of the ears of the livestock and ear tags which are not taken down; in a claim settlement program, a code scanning device scans the two-dimensional code A and transmits corresponding information to a server, and the claim settlement program is processed according to conditions: 1, if the server does not receive the information corresponding to the two-dimensional code B, the claim settlement program continues, and the code scanning device needs to scan the two-dimensional code B and transmits the corresponding information to the server to complete claim settlement; the server retains the record of the information corresponding to the received two-dimensional code B; and 2, if the server receives the information corresponding to the two-dimensional code B, the claim settlement program is ended.

Description

Technical Field

[0001] This invention relates to the field of anti-counterfeiting technology. Background Technology

[0002] Livestock insurance is insurance that covers livestock such as cattle, horses, mules, donkeys, and pigs. It is a type of agricultural insurance that covers losses due to livestock death caused by disease or other accidents. Participating in livestock insurance allows for greater agricultural production security with a relatively small premium. However, current technology, which uses ear tags to number insured livestock, may lead to insurance fraud. Summary of the Invention

[0003] The purpose of this invention is to provide a reliable identification system for livestock insurance, characterized by including livestock ear tags, a camera, a barcode scanner, and a system server;

[0004] The livestock ear tag includes a male tag and a female tag; the male tag has a QR code I; the female tag has QR codes A and B; QR code B is printed on a substrate; QR code B is covered with a fragile material, which does not completely cover QR code B; the pattern of QR code B not covered by the fragile material and the pattern printed on the fragile material together constitute QR code A.

[0005] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code A, and QR code B;

[0006] When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a photo of the animal's ear. The resulting photo (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process.

[0007] In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, handling the process in two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends. It is worth noting that in Case 2 of this application, insurance fraud occurred. Therefore, the claims process ends. The server marks and alerts potential insurance fraud, allowing for investigation into whether the current claim is fraudulent and whether a previous claim regarding the ear tag was fraudulent.

[0008] Another technical solution of the present invention is: a trusted identification system for livestock insurance, characterized in that: it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0009] The livestock ear tags include male and female tags; the male tag has QR code I and QR code II; QR code II is printed on a substrate; QR code II is covered with a fragile material, which does not completely cover QR code II; the pattern of QR code II not covered by the fragile material and the pattern printed on the fragile material together constitute QR code I; the female tag has QR code A and QR code B; QR code B is printed on a substrate; QR code B is covered with a fragile material, which does not completely cover QR code B; the pattern of QR code B not covered by the fragile material and the pattern printed on the fragile material together constitute QR code A;

[0010] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code II, QR code A and QR code B;

[0011] When livestock dies during the breeding process and an insurance claim is filed, the farmer takes a photo of the animal's ear. Photo II shows the complete earlobe and the ear tag still attached. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The process is handled in two ways: Scenario 1: If the server has not received the information corresponding to QR code II, the server uses an image analysis and comparison system to determine that the animal's ear in photo II is the same as the animal's ear in photo I, and then initiates the claim process. The server retains a record of receiving the information corresponding to QR code II. Scenario 2: If the server has received the information corresponding to QR code II, the claim process ends.

[0012] In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

[0013] Another technical solution of the present invention is: a trusted identification system for livestock insurance, characterized in that: it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0014] The livestock ear tag includes a male tag and a female tag; the female tag has a QR code A and a QR code B; the QR code B is printed on a substrate; the QR code B is covered with a fragile material, and the QR code A partially covers the QR code B;

[0015] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then the female tag is fastened in; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server stores the association between QR code A and QR code B;

[0016] When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a picture of the animal's ear. The resulting picture (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the picture to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process.

[0017] In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

[0018] Another technical solution of the present invention is: a trusted identification system for livestock insurance, characterized in that: it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0019] The livestock ear tags include male tags and female tags; the male tag has a QR code I; the female tag has a QR code C.

[0020] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code A, and QR code B;

[0021] When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a photo of the animal's ear. The resulting photo (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process.

[0022] In the claims process, the scanning device scans QR code C and transmits the corresponding information to the server to complete the claims process.

[0023] Furthermore, the public and private labels have a QR code pasting area; this area is a recessed area; after the QR code substrate is pasted in this area, a film is applied over the QR code.

[0024] Furthermore, the image analysis and comparison system is an AI image analysis and comparison system stored on a server; the AI ​​image analysis and comparison system obtains a comparison model through sample training; the samples are photos of livestock ears at different stages of livestock growth; the livestock ears are cut with several ear notches before the first sampling.

[0025] Furthermore, the scanning device needs to scan QR code B and transmit the corresponding information to the server, and the cut-off ear tag needs to be collected to complete the claim. Detailed Implementation

[0026] The present invention will be further described below with reference to embodiments, but it should not be construed that the scope of the present invention is limited to the following embodiments. Various substitutions and modifications made based on ordinary technical knowledge and common practices in the art without departing from the above-described technical concept of the present invention should be included within the scope of protection of the present invention.

[0027] Example 1:

[0028] A trusted identification system for livestock insurance, characterized in that it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0029] The livestock ear tag includes a male tag and a female tag; the male tag has a QR code I; the female tag has QR codes A and B; QR code B is printed on a substrate; QR code B is covered with a fragile material, which does not completely cover QR code B; the pattern of QR code B not covered by the fragile material and the pattern printed on the fragile material together constitute QR code A.

[0030] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code A, and QR code B;

[0031] When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a photo of the animal's ear. The resulting photo (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process.

[0032] In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

[0033] Example 2:

[0034] A trusted identification system for livestock insurance, characterized in that it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0035] The livestock ear tags include male and female tags; the male tag has QR code I and QR code II; QR code II is printed on a substrate; QR code II is covered with a fragile material, which does not completely cover QR code II; the pattern of QR code II not covered by the fragile material and the pattern printed on the fragile material together constitute QR code I; the female tag has QR code A and QR code B; QR code B is printed on a substrate; QR code B is covered with a fragile material, which does not completely cover QR code B; the pattern of QR code B not covered by the fragile material and the pattern printed on the fragile material together constitute QR code A;

[0036] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code II, QR code A and QR code B;

[0037] When livestock dies during the breeding process and an insurance claim is filed, the farmer takes a photo of the animal's ear. Photo II shows the complete earlobe and the ear tag still attached. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The process is handled in two ways: Scenario 1: If the server has not received the information corresponding to QR code II, the server uses an image analysis and comparison system to determine that the animal's ear in photo II is the same as the animal's ear in photo I, and then initiates the claim process. The server retains a record of receiving the information corresponding to QR code II. Scenario 2: If the server has received the information corresponding to QR code II, the claim process ends.

[0038] In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

[0039] Example 3:

[0040] A trusted identification system for livestock insurance, characterized in that it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0041] The livestock ear tag includes a male tag and a female tag; the female tag has a QR code A and a QR code B; the QR code B is printed on a substrate; the QR code B is covered with a fragile material, which does not completely cover the QR code B; the pattern of the QR code B not covered by the fragile material and the pattern printed on the fragile material together constitute the QR code A.

[0042] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then the female tag is fastened in; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server stores the association between QR code A and QR code B;

[0043] When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a picture of the animal's ear. The resulting picture (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the picture to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process.

[0044] In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

[0045] Example 4:

[0046] A trusted identification system for livestock insurance, characterized in that it includes livestock ear tags, a camera, a barcode scanner, and a system server;

[0047] The livestock ear tags include male tags and female tags; the male tag has a QR code I; the female tag has a QR code C.

[0048] When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code A, and QR code B;

[0049] When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a photo of the animal's ear. The resulting photo (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process.

[0050] In the claims process, the scanning device scans QR code C and transmits the corresponding information to the server to complete the claims process.

[0051] Example 5:

[0052] The main technical solution of this embodiment is the same as that of Embodiment 1 or 2. Further, the public and private labels have a QR code pasting area; this area is a recessed area; after the QR code substrate is pasted in this area, a film is applied over the QR code. This recessed and film-applied design can protect the integrity of the QR code.

[0053] Example 6:

[0054] The main technical solution of this embodiment is the same as that of embodiment 1 or 2. Furthermore, the image analysis and comparison system is an AI image analysis and comparison system stored on a server; the AI ​​image analysis and comparison system obtains a comparison model through sample training.

[0055] The livestock are cattle, horses, mules, donkeys, pigs, etc. The samples are photographs of the livestock's ears at different stages of their growth; the livestock's ears are cut into several notches before the first sampling (e.g., when knocking on a pig).

[0056] The shape and position of the ear notch are random.

[0057] Example 7:

[0058] The main technical solution of this embodiment is the same as that of Embodiment 1 or 2. Further, the scanning device needs to scan QR code B and transmit the corresponding information to the server. The cut-off ear tags need to be collected to complete the claim. In this embodiment, the female tag has a rod-like structure that can be inserted into the female tag; this rod-like structure needs to be cut during collection.

Claims

1. A trusted identification system for livestock insurance, characterized in that: This includes livestock ear tags, camera equipment, barcode scanners, and system servers; The livestock ear tag includes a male tag and a female tag; the male tag has a QR code I; the female tag has QR codes A and B; QR code B is printed on a substrate; QR code B is covered with a fragile material, and QR code A partially covers QR code B; When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code A, and QR code B; When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a photo of the animal's ear. The resulting photo (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process. In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

2. A trusted identification system for livestock insurance, characterized in that: This includes livestock ear tags, camera equipment, barcode scanners, and system servers; The livestock ear tag includes a male tag and a female tag; the male tag has QR code I and QR code II; QR code II is printed on a substrate; QR code II is covered with a fragile material, and QR code I is partially covered by QR code II; the female tag has QR code A and QR code B; QR code B is printed on a substrate; QR code B is covered with a fragile material, which does not completely cover QR code B; QR code A is partially covered by QR code B; when the livestock ear tag is used, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut at the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a photographing device, and the obtained photograph I is transmitted and stored on a server; the server also stores the association relationship between QR code I, QR code II, QR code A, and QR code B; When livestock dies during the breeding process and an insurance claim is filed, the farmer takes a photo of the animal's ear. Photo II shows the complete earlobe and the ear tag still attached. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The process is handled in two ways: Scenario 1: If the server has not received the information corresponding to QR code II, the server uses an image analysis and comparison system to determine that the animal's ear in photo II is the same as the animal's ear in photo I, and then initiates the claim process. The server retains a record of receiving the information corresponding to QR code II. Scenario 2: If the server has received the information corresponding to QR code II, the claim process ends. In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

3. A trusted identification system for livestock insurance, characterized in that: This includes livestock ear tags, camera equipment, barcode scanners, and system servers; The livestock ear tag includes a male tag and a female tag; the female tag has a QR code A and a QR code B; the QR code B is printed on a substrate; the QR code B is covered with a fragile material, and the QR code A partially covers the QR code B; When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then the female tag is fastened in; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server stores the association between QR code A and QR code B; When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a picture of the animal's ear. The resulting picture (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the picture to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process. In the claims process, the scanning device scans QR code A and transmits the corresponding information to the server, which is handled in the following two ways: Case 1: If the server has not received the information corresponding to QR code B, the claims process continues. The scanning device needs to scan QR code B and transmit the corresponding information to the server to complete the claims. The server retains a record of receiving the information corresponding to QR code B. Case 2: If the server has received the information corresponding to QR code B, the claims process ends.

4. A trusted identification system for livestock insurance, characterized in that: This includes livestock ear tags, camera equipment, barcode scanners, and system servers; The livestock ear tags include male tags and female tags; the male tag has a QR code I; the female tag has a QR code C. When the livestock ear tag is activated, the male tag is inserted through the livestock's ear and then fastened into the female tag; at the same time, several ear notches need to be cut along the edge of the livestock's ear; the livestock ear tag and the livestock's ear are photographed using a camera, and the obtained photo I is transmitted and stored on the server; the server also stores the association relationship between QR code I, QR code A, and QR code B; When livestock dies during the breeding process and the farmer reports the death to the insurance company, the farmer takes a photo of the animal's ear. The resulting photo (Photo II) includes the complete earlobe of the animal, as well as the ear tag that has not been removed. The farmer uploads the photo and the information corresponding to QR code I to the insurance company's server. The server uses an image analysis and comparison system to determine that the animal's ear in Photo II is the same as the animal's ear in Photo I, and then initiates the claims process. In the claims process, the scanning device scans QR code C and transmits the corresponding information to the server to complete the claims process.

5. A trusted identification system for livestock insurance according to claim 1, 2, 3 or 4, characterized in that: The male and female labels have a QR code pasting area; this area is a recessed area; after the QR code substrate is pasted in this area, a film is applied over the QR code.

6. A trusted identification system for livestock insurance according to claim 1, 2, 3 or 4, characterized in that: The image analysis and comparison system is an AI image analysis and comparison system stored on a server; the AI ​​image analysis and comparison system obtains a comparison model through sample training; the samples are photos of livestock ears at different stages of livestock growth; before the first sampling, several ear notches are cut out of the livestock ears.

7. A trusted identification system for livestock insurance according to claim 1, 2, 3 or 4, characterized in that: The scanning device needs to scan QR code B and transmit the corresponding information to the server. The cut-off ear tag needs to be collected in order to complete the claim.