TWM477150U - The real time operating system and reader for safety concerns animals chip scanning - Google Patents

Abstract

A specially designed for safety concerns of the animal (such as the ferocious animals without quarantine) scan reading device design and mobile real-time operating management system, system design using the long rod reading device, scan the animal's body with safety concerns the animals on the chip, and the reading of the chip number immediately after transmission through a communication system back to the animal management system comparison, the reading device scans includes the first reading device, system design using the long rod type reading means for workers to avoid being bitten by an animal with security concerns, there are safety concerns scan read animal body animal chip number; second mobile operating system, the installation program mobile transmission interface for transmitting the first reading means for receiving the first reading means to read the chip number of the animal, and with the message receiving operation, information operation, the animals received the interface chip number and / or the device operation of the received message to be treatment; third management system devices, send and / or receive a second mobile operating device messages and receive messages from the treatment of the results obtained information through the communications transmission systems to send and / or receive back to the second action operating device for two-way communication, the system has the job security concerns of all animal-like features, including access to statistics, change location, health management, public adoption, Alerts, rabies vaccination records and other functions.

Description

Wafer scanning reading device and mobile real-time operation management system with safety concerns

The present invention relates to a long rod scanning reader cylinder and management system designed for animals with safety concerns, and more particularly to a special shaped long rod scanning reader cylinder. An animal device and management system that can prevent the operator from being infected with an animal with a safety concern and can read the animal wafer on the animal's body at a safe distance for management.

Based on the concept of animal protection, in the Republic of China in 1989, China first implemented pet implanted wafers in a legislative manner to reduce the number of animals abused or abandoned by the owner and the social problems caused by stray animals to reduce social costs. The implantation of wafers establishes a complete domestic pet registration management, effectively controls the number of domestic pets, and grasps the rate of rabies vaccines for domestic breeding dogs (cats) to avoid the spread of common infectious diseases such as rabies and humans.

The pet wafer is a low-frequency 134.2 KH RFID chip that is inserted into a biochemical glass tube that is about 13mm × 2mm in size with animal muscle tissue. It can stay in animals for decades, far exceeding the life of the average animal. Waiting for electricity When the magnetic wave is transmitted to the received RFID chip, the RFID chip instantaneously returns a set of number information to the scanner for reception.

At present, many countries have implemented wafer-implanted animals and used scanning devices to track and quarantine animals. However, in the absence of complete quarantine systems or animal management systems and inadequate equipment, local authorities have failed to manage animals. Get the results you want, such as the existing handheld scanner must be close to the animal to effectively read the wafer information, but for animal managers, scanning the wafer on the animal is often quite dangerous, especially capture Animals with safety concerns cause a psychological burden on the workers and the risk of contracting the disease.

The wafer information read by the scanning device can only be stored in the memory of the scanning device in a limited manner, but cannot be immediately returned to the transmission management system, so that the manager cannot immediately detect the condition of the animal; The desktop computer manually reads the data into the instant job management system to increase the complexity and time of the workflow.

Therefore, how to solve the problems existing in the pre-existing operation, design a device to protect the safety of the management personnel and establish a complete animal management system, facilitate the quarantine and immediate management of animal management personnel, and effectively control the animals with safety concerns. The purpose of development.

Based on the above disadvantages of the prior art, the object of the present invention is to provide a long rod type scanning reader cylinder and an animal management system for reading animal wafers on an animal body at a safe distance, and conveniently and safely operating a long rod type scanning. Reader cylinder.

Another object of the present invention is to provide an action animal management system that can immediately query and photograph animal related information and communicate with the main system in two directions.

For the purpose of lifting and other purposes, the present invention provides a long rod scanning reader cylinder and a mobile animal management system. The long rod type scanning reader cylinder comprises a first reading device (long rod type scanning reader cylinder) for reading and recording the animal wafer number of the device on the animal body, and immediately transmits to the first The second mobile operating device; the long rod scanning reader cylinder of the present invention can scan animal wafers at a long distance, improve the safety of animal management personnel, and avoid incidents that endanger personal safety due to quarantine or animal information collection. .

Second mobile operation interface device: This device can install mobile software for devices such as 3G smart phones, PDA personal mobile digital assistants and Note book notebook computers, enabling animal managers to operate through software operations based on the animal chip number. The interface instantly performs animal identification and management. Receiving, by the communication transmission function, the animal wafer number read by the first reading device and the database processing for recording animal information, the instant job management system has input, information calculation, photographing, display, message transmission and receiving device, etc. The information obtained by the information computing function is transmitted through the communication transmission system and/or receives information transmitted by the communication transmission system to the third management system device.

The third management system device is configured to transmit and/or receive information (animal wafers, photos) processed by the second mobile operating device and compare the information stored in the database, and compare the comparison result through the communication transmission system Transmitted for receipt by the second mobile device, displaying the comparison result.

Due to the novel long rod type scanning reader cylinder and the mobile management method, the safety problem of the long rod type scanning reader cylinder operation is solved, and only The ability to store the acquired wafer information in its own memory and not immediately return it to the system for data processing and receiving the results of animal information processing can improve the efficiency and operational convenience of managing animals.

10a‧‧‧RFID scanner

11a‧‧3G smart phone

12a‧‧‧PDA Personal Action Digital Assistant

13a‧‧‧Note Computer

14a‧‧‧ Tablet PC

15a‧‧‧Tablet computer

5‧‧‧Long rod scanning reader cylinder

10‧‧‧First reading device (wafer scanning reading device)

11‧‧‧ interface

12‧‧‧ display device

14‧‧‧ Input device

16‧‧‧Information calculation function

18‧‧‧Message transmission and receiving device

20‧‧‧ Shooting function

22‧‧‧Second mobile operating device (mobile operating device)

24‧‧‧Communication transmission system

26‧‧‧ Third management system device (management system device)

28‧‧‧Database

30‧‧‧Server

The first figure is a perspective view of the first reading device of the present creation.

The second figure is a functional diagram of each working device of the present creation.

The third A to the third D maps are respectively exploded perspective views of the respective first reading devices of the present creation.

The fourth A to the fourth B diagrams respectively show the operation function display diagrams of the first reading device of the present creation.

The fifth A to fifth C drawings are respectively the operation interface diagrams of the second action working device of the present creation.

The sixth A to sixth B diagrams are respectively schematic diagrams of the operational function interfaces of the third management system device of the present creation.

The seventh picture is a schematic diagram of the network architecture of the animal management system created by the book.

The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can readily appreciate other advantages and advantages of the present invention from the disclosure. The present invention can also be implemented or applied in various other specific embodiments. The details of the present invention can be variously modified and changed without departing from the spirit and scope of the invention.

The drawings attached to the present invention are simplified schematic diagrams, and only the basic structure of the present invention is illustrated in a schematic manner. In the drawings, only the elements related to the present invention are indicated, and the same elements are denoted by the same reference numerals in the drawings shown in the different embodiments. Please refer to the second to fifth C diagrams for the following description, and the second diagram is the function diagram of each working device. The third A~3D drawings are respectively created. The stereoscopic exploded view of each of the first reading devices, the fourth A to the fourth B are respectively the operational function display diagrams of the first reading device, and the fifth A to the fifth C are respectively the second mobile operating devices. The operation interface diagrams, the sixth A to the sixth B diagrams are respectively schematic diagrams of the operation function interfaces of the third management system device of the creation.

The first reading device and the second mobile operation interface device are based on operational safety and instant access to animal information, so that the manager can immediately perform animal identification and subsequent management, and the actual operation is read through a secure scanning method. The animal chip number and photographs of the animals are taken, and the captured information is directly transmitted to the third management system device through the communication transmission system for comparison, thereby improving the safety and efficiency of the animal management system. In order to clarify the technical characteristics of the animal management system of the present invention, the specific contents of the animal management system of the present invention will be described in detail below with reference to the drawings. As shown in the seventh figure, a schematic diagram of a network architecture of the animal management system of the present invention is shown. The animal management system includes a long rod type scanning reader cylinder 5, a communication transmission system 24, and a third management system device 26. .

The long rod type scanning reader cylinder 5 of the wafer scanning and reading device 10 is for reading the animal wafer on the animal body, and processing the read animal wafer and then transmitting it to the second through the communication transmission system 24. The mobile working device 22 and the third management system device 26 have the function of reading the animal wafer number, photographing, LED display screen and Bluetooth transmission, and the second mobile operating device 22 such as 3G wisdom The function service of the mobile phone, the PDA personal mobile digital assistant, and the Note book notebook computer, including the interface 11, the input device 14, the information computing function 16, the display device 12, and the message transmitting and receiving device 18.

The interface 11 of the second mobile operating device 22 is configured to receive the animal wafer number of the long rod type scanning reader cylinder 5 of the first reading device on the animal body, and the long rod type scanning reader of the embodiment The cylinder 5 is a cylindrical structure, and the RFID antenna is covered in the cylindrical structure. Here, it should be noted that the cylindrical structure provides workability and a larger field effect range. The scanning range is about 10 cm, so the animal wafer can be read without scanning the animal wafer close to the animal's body.

The display device 12 is a display screen (LED) for displaying an animal wafer, the display including the first reading device (wafer scanning reading device) 10 for processing the long rod type scanning reader cylinder 5. Read information about success, failure, and status of sending/receiving messages.

The input device 14 is a screen input keyboard for inputting an operation required by the user, and the operation content includes a configuration setting of the long rod type scanning reader cylinder 5 and the long rod type scanning reader cylinder 5, connecting the communication protocol settings of the second mobile device 22 and the third management system device 26, and the like, and performing operations such as input according to the information prompt displayed by the display device 12, the operation also includes starting the scan and inputting the administrator. The code transmits the animal wafer scanned by the first reading device 10 and the like.

The information computing function 16 is configured to process the animal wafer read by the first reading device 10 and/or the information processed by the input device 14, and the processing includes calculating the read animal wafer.

The message transmitting and receiving device 18 transmits the information obtained by processing the information computing function 16 through the communication transmission system 24, for example, using General Packet Radio Service (GPRS) technology, wherein the communication transmission system 24 includes a general packet radio service ( GPRS), code division multiple access (CDMA), wideband code division multiple A transmission system consisting of wired or wireless transmission technologies such as access (WCDMA) and the Internet.

The third management system device 26 includes an information device such as a server 30 and a database 28 for processing information transmitted from the message transmitting and receiving device 18, the processing including the long rod type scanning reader cylinder The encrypted information transmitted by the message transmitting and receiving device 18 is decrypted, and the decrypted information is compared with the database 28, and the comparison result is returned to the long bar type scanning reader cylinder 5; The third management system device 26 also provides certified animal management personnel, quarantine personnel, government-related units, and even the general public to inquire about the current state of the animal and related materials, and the basis for the operation of the management unit.

The first reading device 10 includes a long rod type scanning reader cylinder 5, which can be connected to the animal wafer by the Bluetooth connection second action device 22, and transmits the animal wafer and photo to the information operation. Function 16, and since the first reading device 10 is constructed of a long cylinder, the animal administrator can remotely scan the animal wafer on the animal's body.

Referring to the first figure, the appearance of the long rod type scanning reader cylinder of the present invention is shown. As shown in the figure, the first reading device 10 includes the long rod type scanning reader cylinder 5, The cylindrical hollow structure has an RFID antenna hidden in the cylindrical hollow structure, so that the first reading device 10 can penetrate the gap detection when scanning, so the animal administrator does not have to scan the animal wafer at a close distance. The first reading device 10 is directly attached to the animal, that is, scanned through the railing, the animal wafer is read, photographed, and the scanning distance between the detecting end and the animal wafer on the animal is about 10 cm.

By means of the display device 12 of the first reading device 10 (for example, an LED display screen), various input/output information can be displayed by the input device 14 (for example, input) Key) for inputting a configuration setting including the first reading device 10, a communication protocol setting in which the first reading device 10 and the second mobile operating device 22 are connected, and providing information according to the information displayed by the display device 12 Operation, the first reading device 10 has a scan button for triggering the start of the scanning process, transmitting the information to the second mobile device 22, and then transmitting the scan to the message transmitting and receiving device 18 through the second mobile device 22. The information is transmitted and received by the third management system device 26 after the database 28 is returned.

Referring to the first figure, an external view of the first reading device 10 of the long rod type scanning reader cylinder of the present invention is shown. As shown in the figure, the RFID antenna portion of the first reading device 10 of the present embodiment is a cylinder that encloses the reading element and an RFID antenna (not shown) electrically connected thereto, and the animal wafer is transferred to the interface 11 by the first reading device 10, wherein the host is covered The material of the reading element is a tough plasticized material, which may be selected from ABS, PE, PP, PVC thermoplastic or the RFID antenna and the transmission element glass fiber FRP, epoxy resin, etc. Thermosetting plastic, the first reading device 10 long rod type scanning reader cylinder 5 can scan and read animal wafers on animals from a long distance.

The first reading device 10 is provided with a transmission component, and the transmission device reads the animal wafer read by the reading component to the second mobile device 22, please refer to the seventh figure for displaying A schematic diagram of an application architecture of a preferred embodiment of the animal management system of the present invention.

In order to clearly illustrate the application architecture of the animal management system of the present invention, the following implementations are exemplified by dogs (cats), but are not limited to dogs (cats) or the following implementation steps limit the application of the animal management system of the present invention. As shown in the sixth figure, the embodiment can be used in a pet registration management system, and the system has already covered the third management system. The 26 and the database 28, the functions of which include various registration, transfer, disappearance, association, and stray animal accommodation for pets, and the present embodiment mainly includes a long rod type scanning reader cylinder 5 and a second action In the implementation of the working device 22, the owner must inject the animal wafer into the subcutaneous tissue of the animal using electronic label injection technology at the pet registration stations in the country when acquiring the dog (cat) or producing the small dog (cat), and the owner The pet-related materials are registered and uploaded to the third management system device 26 for use by the operators at all levels, the quarantine animals on duty, and the relevant personnel and the general public for online inquiry.

When the above wafer implantation and dog (cat) registration are completed, the dog (cat) has the basis for identification because the animal wafer includes at least the RFID chip number, pet registration certificate, date of birth, variety, and family. Information such as the status of the tube, and the quarantine record.

After the dog (cat) registration is completed, the animal management worker can carry the scan, inquiry and connection work at each job site by carrying the long stick type scanning reading device 5 at any time. For example, after the wafer veterinarian completes the wafer injection, the wafer number can be scanned and transferred to the registration management system, and the stray dog (cat) worker can capture a large number of stray dogs (cats) to use the long rod type scanning reader. The cylinder 5 continuously scans the stray dog (cat) on the spot to determine whether there is an implanted animal wafer, and the stray animal shelter operator can scan and connect the stray dog (cat) into the operation, saving work. Time and effortless paperwork.

During scanning, the operator can press the scan key of the first reading device 10, and the first reading device 10 will display the LED display in the screen display mode to remind the operator that the first reading device 10 has entered the scanning state, and then The operator can close the long stick type scanning reading device 5 of the first reading device 10 to the scanning and reading thereof. Scanning within the range, if the stray animal is a large dog (cat), the operator can hold the first reading device 10 to scan the large dog (cat) remotely to ensure the personal safety of the operator.

After scanning the animal wafer, the reading is successful by the buzzer sound and the LED display screen of the front end of the cylinder. After the long rod type scanning reader cylinder 5 is processed by the information computing function 16, the The message transmitting and receiving device 18 transmits the encrypted information to the second mobile device via the communication transmission system 24, and transmits the information to the database 28 in the third management system device 26 for comparison, if the scanned animal wafer is There is a log in the database 28, and the third management system device 26 returns the related information of the comparison result to the second mobile device 22, and the message transmitting and receiving device 18 of the second mobile device 22 receives the return. After the message, the information and picture of the related animal are displayed on the display device 12 of the second mobile operating device 22. If the message indicates that the stray dog (cat) is the domestic dog (cat) reported by the owner, the operator can Contacting the owner to collect, but if the animal wafer is not found in the database 28, the display device 12 displays a message regarding no relevant information according to the information returned by the third management system device 26. When the worker may notify the relevant units responsible for the dog (cat) back to the process.

If the long rod type scanning reader cylinder 5 cannot scan the animal wafer, the display device 12 displays a message indicating that the identification code has failed according to the information returned by the third management system device 26. The operator can also notify the relevant responsible unit to bring back the processing. If no wafer is read within the set time, the wafer is not scanned on the screen.

Compared with the prior art, the animal management system of the present invention effectively solves the problem that the conventional long rod type scanning reader cylinder must be very close to the dog (cat) to read the wafer. Information, the problem is not directly connected to the third management system device, but through the animal management system and the long rod scanning reader cylinder, the operator can be close to the dog (cat). The information about the wafer is obtained from the distance, and the information about the dog (cat) can be immediately compared through the connection with the third management system device. Therefore, the animal management system and the long rod scanning reader cylinder of the present invention can provide safe and convenient operation in addition to providing long-distance scanning of the wafer on the animal, and improve the efficiency of managing the performance of the animal.

The above embodiments are merely illustrative of the principles and functions of the present invention, and are not intended to limit the present invention. The actual implementation manners may also have different implementations depending on different animal management methods, including It is not limited to the application of individual identification and production and sales history management of animal husbandry economic animals (livestock, poultry). Modifications and variations of the above embodiments may be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the patent application described later.

10‧‧‧First reading device

10a‧‧‧RFID scanner

11a‧‧3G smart phone

12a‧‧‧PDA Personal Action Digital Assistant

13a‧‧‧Note Computer

14a‧‧‧ Tablet PC

15a‧‧‧Tablet computer

16‧‧‧Information calculation function

22‧‧‧Second action device

24‧‧‧Communication transmission system

28‧‧‧Database

30‧‧‧Server

Claims (8)

A wafer scanning reading device having a safety concern for an animal is used for reading information stored on an animal wafer on an animal body at a safe distance, including: a cylinder having a cylindrical structure; and an RFID antenna a cylindrical structure; an operating state display screen is disposed on the cylinder; a circuit comprising: at least an animal wafer reading circuit and a USB and Bluetooth transmission circuit, wherein the circuit is disposed in the cylindrical structure, And wherein the animal wafer reading circuit, the USB and Bluetooth transmission circuit, the RFID antenna, and the operational status display are electrically connected; wherein the animal wafer reading circuit is for reading the animal wafer Information, and wherein the USB and Bluetooth transmission circuitry is for externally connecting via a USB cable or for wirelessly transmitting the information of the animal wafer. The wafer scanning reading device of the safety concern animal according to claim 1, wherein the material of the column is selected from the group consisting of ABS, PE, PP, or PVC thermoplastic. The wafer scanning reading device for safety-conscious animals according to claim 1, wherein the circuit further comprises: a light, a front end of the column, and an electrical connection between the animal wafer reading circuit, and Used to indicate that a target has been scanned. A mobile operating device comprising: An interface, an input device, an information computing device, a display device, and a message transmitting and receiving device, wherein the interface, the input device, the information computing device, the display device, and the message transmitting and receiving device are electrically connected together; The interface is used for connecting a wafer scanning reading device with a safety concern animal, thereby performing a human-machine interface with the wafer scanning reading device of the safety concern animal; the input device is for receiving an operation message The information computing device is configured to process the information received by the interface and/or the operation message received by the input device; the display device is configured to display the information operation function after the processing The information transmitting and receiving device is configured to transmit the information obtained by processing the information computing function to a communication transmission system, and/or receive information transmitted from the communication transmission system. The mobile device according to claim 4, further comprising: a login authority control module, configured to use the information of the animal wafer transmitted by the wafer scanning reading device of the security concern animal, After completing the login permission account, an immediate animal management function can be achieved by immediately querying, and/or photographing animal related information, and/or communicating with each device in both directions. A management system that includes: An interface, an input device, a display device, a communication transmission system, a database, and a server; the management system is configured to utilize the database recorded with animal information to receive a mobile device After the transmitted information, the information transmitted by the mobile working device is compared with the information of the database, and the comparison result is transmitted to the wafer scanning of a security concern animal through the communication transmission system. The device thereby receiving the alignment result for the wafer scanning reading device having the safety concern animal. The management system of claim 6, wherein the communication transmission system has a universal packet radio communication means such as code division multiple access, broadband code division multiple access, internet, Bluetooth, or infrared. One or a combination thereof. The management system of claim 6, further comprising: a login authority control module for using the information of the animal wafer transmitted by the wafer scanning reading device of the security concern animal After completing the login permission account, an immediate animal management function can be achieved by immediately querying, and/or capturing animal related information, and/or two-way communication with each device.