CN105184335A - Double radio frequency identification-based livestock electronic ear tag management system - Google Patents
Double radio frequency identification-based livestock electronic ear tag management system Download PDFInfo
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Abstract
The invention discloses a double radio frequency identification-based livestock electronic ear tag management system comprising multiple electronic ear tags, a passive RFID scanning device, and an active RFID scanning device. Each electronic ear tag includes a passive RFID unit and an active RFID unit; the passive RFID unit includes a passive RFID chip, an inductance coil, and a capacitor which is contained in the passive RFID chip; and the active RFID unit includes an active RFID chip, a battery, and an antenna. By adopting the double radio frequency identification-based livestock electronic ear tag management system of the invention, the cost of farming can be reduced, the efficiency of management can be improved, and the functions of near-range scanning and remote management can be achieved at the same time. The requirement for managing individual livestock by using a handheld scanner in conventional farming is satisfied, the asset management problem in large-scale farming is solved, and the labor cost is greatly reduced for farmers.
Description
Technical field
The invention belongs to electronic information technical field, relate to a kind of livestock management system, particularly relate to a kind of Double RF identification livestock electron ear tage management system.
Background technology
Along with the development of automatic breeding technology, increasing raiser starts to adopt electron ear tage to carry out management and control to livestock, trace to the source and the work such as growth analysis.Existing electron ear tage adopts the technology of passive radio frequency identification (hereinafter referred to as passive RFID) mostly, and radio-frequency (RF) identification coil is implanted in livestock tag, by the individual information using mode that external scanner is scanned to obtain it.
The principle of above-mentioned passive radio frequency identification technique is: after label enters scanner magnetic field, the radiofrequency signal that receiver-scanner sends, and the energy obtained by means of induction current sends out storage information in the rfid chip, then is received by scanner.Raiser needs to use a kind of handheld device, and obtain data after carrying out short range scanning to ear tag, decipherment distance is no more than 1 meter.
But increasing raiser manages livestock as assets now, and the moment all will know their position, and also needs independent monitoring to specific individuality.Use traditional passive RFID ear tag to implement the manpower needing at substantial undoubtedly, and efficiency is very low.
In view of this, nowadays in the urgent need to designing a kind of new way to manage, to overcome the above-mentioned defect of existing way to manage.
Summary of the invention
Technical matters to be solved by this invention is: provide a kind of Double RF identification livestock electron ear tage management system, can reduce aquaculture cost, improves the efficiency of management.
For solving the problems of the technologies described above, the present invention adopts following technical scheme:
A kind of Double RF identification livestock electron ear tage management system, described system comprises: some electron ear tages, passive RFID scanister, active RFID scanister; Described electron ear tage comprises passive RFID unit, active RFID unit;
Described passive RFID unit comprises: passive RFID chips, telefault and electric capacity, and electric capacity is included in passive RFID chips inside; The wireless transmit frequency of passive RFID chips is 13.56MHz; Passive RFID chips is used for storing the numbering of each livestock; Telefault, by the principle of electromagnetic induction, for passive RFID chips provides energy, and emits as the data of bundle of lines passive RFID chips inside, sky; Electric capacity forms resonant circuit with outside inductance, is used for regulating frequency;
Described active RFID unit comprises: active RFID chips, battery and antenna; The wireless transmit frequency of active RFID chips is 433MHz; Active RFID chips is used for storing the numbering of livestock, and periodically can initiatively send data to active RFID scanister; The active RFID chips peripheral circuit that needs to arrange in pairs or groups on a printed circuit could work; Battery is used for chip power supply; The radiofrequency signal that antenna can send to chip produces gain, makes the transmission range of active RFID unit farther;
Described electron ear tage comprises active RFID function and passive RFID function simultaneously; When raiser needs to carry out asset management to livestock, needing several regions frame of management to arrange some active RFID scanister, by checking that active RFID chips sends to the data of active RFID scanister, understand the distribution situation of livestock at any time; User can also according to actual conditions, and the active ear tag of free adjustment sends the frequency of data to base station, just can realize livestock asset management without any need for manpower;
Described system comprises livestock position acquisition module, livestock activity analysis module;
Described livestock position acquisition module is in order to obtain the real-time position information of each livestock; Livestock position acquisition module, is judged the position of corresponding livestock by the scanning situation of each active RFID scanister according to active RFID chips corresponding to each livestock; If this active RFID chips is only scanned by an active RFID scanister, then think this livestock only in the region that this active RFID scanister covers; If this active RFID chips is scanned by least two active RFID scanister, then think the common factor of this livestock in described at least two active RFID scanister institute overlay areas;
Described livestock activity analysis module in order to obtain the change in location of each livestock according to the real-time position information of each livestock, thus obtains the active situation of each livestock; The diameter of active RFID scanister overlay area is less than or equal to 3 meters; If the position of certain livestock is changed to second area from a certain first area, then think that this livestock runs to the center of second area from the center of first area; First area, second area refer to the region that active RFID scanister covers separately, or the common factor of some active RFID scanister overlay areas;
Described system also comprises the automatic mechanism of animals be dispersed throughout in plant, and when livestock activity analysis module judges certain livestock activity lower than setting value, the automatic mechanism of animals near this livestock drives this livestock with setting speed; Automatic mechanism of animals comprises motor, drives bar, slideway, motor with drive bar and be connected, being used for driving drives bar and slides in slideway.
In plant, raiser also can use passive RFID scanister scanning electron ear tag, and passive RFID coil can send its No. ID to scanner after induction, immediately single livestock is carried out to record or the inquiry of historical data of information;
Described electron ear tage comprises: the ear tag neck of principal mark, metal material, auxiliary mark; The two ends of described ear tag neck connect principal mark, auxiliary mark respectively; Described ear tag neck comprises metal needle, metal needle through ear base and and skin attachement;
Be provided with processor, temperature sensor, flexible PCB, radio communication unit in described principal mark, temperature sensor connects flexible PCB, and processor connects flexible PCB, radio communication unit respectively; Metal needle is connected with described temperature sensor, measures livestock body temperature;
The head of described ear tag neck metal needle is also provided with some grades of steps, and the different basal part of the ear thickness of different livestock can be coordinated to use; Auxiliary target head is sealing, prevents metal needle head to be exposed in air;
Have 4 blind holes bottom described auxiliary target, the blind hole being in center is used for coordinating the locking pin of ear tag clamp, uses when ear tag is thrown in animal ear; All the other 3 holes, are used for fixing ear tag neck and principal mark, ensure that it can not rotate;
There is a metal flat junction at described ear tag neck and the principal mark back side, and the length of ear tag neck is greater than the thickness of livestock ear base.
A kind of Double RF identification livestock electron ear tage management system, described system comprises: some electron ear tages, passive RFID scanister, active RFID scanister; Described electron ear tage comprises passive RFID unit, active RFID unit.
As a preferred embodiment of the present invention, described passive RFID unit comprises: passive RFID chips, telefault and electric capacity, and electric capacity is included in passive RFID chips inside; The wireless transmit frequency of passive RFID chips is 13.56MHz; Passive RFID chips is used for storing the numbering of each livestock; Telefault, by the principle of electromagnetic induction, for passive RFID chips provides energy, and emits as the data of bundle of lines passive RFID chips inside, sky; Electric capacity forms resonant circuit with outside inductance, is used for regulating frequency.
As a preferred embodiment of the present invention, described active RFID unit comprises: active RFID chips, battery and antenna; The wireless transmit frequency of active RFID chips is 433MHz; Active RFID chips is used for storing the numbering of livestock, and periodically can initiatively send data to active RFID scanister; The active RFID chips peripheral circuit that needs to arrange in pairs or groups on a printed circuit could work; Battery is used for chip power supply; The radiofrequency signal that antenna can send to chip produces gain, makes the transmission range of active RFID unit farther.
As a preferred embodiment of the present invention, described electron ear tage comprises active RFID function and passive RFID function simultaneously; When raiser needs to carry out asset management to livestock, needing several regions frame of management to arrange some active RFID scanister, by checking that active RFID chips sends to the data of active RFID scanister, understand the distribution situation of livestock at any time; User can also according to actual conditions, and the active ear tag of free adjustment sends the frequency of data to base station, just can realize livestock asset management without any need for manpower.
As a preferred embodiment of the present invention, in plant, raiser also can use passive RFID scanister scanning electron ear tag, and passive RFID coil can send its No. ID to scanner after induction, immediately single livestock is carried out to record or the inquiry of historical data of information.
As a preferred embodiment of the present invention, described electron ear tage comprises: the ear tag neck of principal mark, metal material, auxiliary mark; The two ends of described ear tag neck connect principal mark, auxiliary mark respectively; Described ear tag neck comprises metal needle, metal needle through ear base and and skin attachement;
Be provided with processor, temperature sensor, flexible PCB, radio communication unit in described principal mark, temperature sensor connects flexible PCB, and processor connects flexible PCB, radio communication unit respectively; Metal needle is connected with described temperature sensor, measures livestock body temperature;
The head of described ear tag neck metal needle is also provided with some grades of steps; Auxiliary target head is sealing, prevents metal needle head to be exposed in air;
Have 4 blind holes bottom described auxiliary target, the blind hole being in center is used for coordinating the locking pin of ear tag clamp, uses when ear tag is thrown in animal ear; All the other 3 holes, are used for fixing ear tag neck and principal mark, ensure that it can not rotate;
There is a metal flat junction at described ear tag neck and the principal mark back side, and the length of ear tag neck is greater than the thickness of livestock ear base.
As a preferred embodiment of the present invention, described system comprises livestock position acquisition module, livestock activity analysis module;
Described livestock position acquisition module is in order to obtain the real-time position information of each livestock; Livestock position acquisition module, is judged the position of corresponding livestock by the scanning situation of each active RFID scanister according to active RFID chips corresponding to each livestock; If this active RFID chips is only scanned by an active RFID scanister, then think this livestock only in the region that this active RFID scanister covers; If this active RFID chips is scanned by least two active RFID scanister, then think the common factor of this livestock in described at least two active RFID scanister institute overlay areas;
Described livestock activity analysis module in order to obtain the change in location of each livestock according to the real-time position information of each livestock, thus obtains the active situation of each livestock; The diameter of active RFID scanister overlay area is less than or equal to 3 meters; If the position of certain livestock is changed to second area from a certain first area, then think that this livestock runs to the center of second area from the center of first area; First area, second area refer to the region that active RFID scanister covers separately, or the common factor of some active RFID scanister overlay areas;
Described system also comprises the automatic mechanism of animals be dispersed throughout in plant, and when livestock activity analysis module judges certain livestock activity lower than setting value, the automatic mechanism of animals near this livestock drives this livestock with setting speed; Automatic mechanism of animals comprises motor, drives bar, slideway, motor with drive bar and be connected, being used for driving drives bar and slides in slideway.
Beneficial effect of the present invention is: the Double RF identification livestock electron ear tage management system that the present invention proposes, and can reduce aquaculture cost, improves the efficiency of management.
Active RFID technology can realize the telecommunication of more than 30 meters, is the good solution as livestock asset management.Therefore, the present invention proposes a kind of livestock electron ear tage simultaneously containing active RFID and passive RFID technology; Realize short range scanning and remote management two kinds of functions simultaneously.Both met the demand using the single livestock of hand-hold scanning management in tradition cultivation, and solved again the asset management problem in large-scale farming, greatly subtracted the human cost of light raiser.
Accompanying drawing explanation
Fig. 1 is the composition schematic diagram of management system electron ear tage inside of the present invention.
Fig. 2 is the process flow diagram of management system of the present invention by active RFID unit reads data.
Fig. 3 is the process flow diagram of management system of the present invention by passive RFID unit reads data.
Embodiment
The preferred embodiments of the present invention are described in detail below in conjunction with accompanying drawing.
Embodiment one
Refer to Fig. 1, present invention is disclosed a kind of Double RF identification livestock electron ear tage management system, described system comprises: some electron ear tages, passive RFID scanister, active RFID scanister; Described electron ear tage comprises passive RFID unit 50, active RFID unit 40.
Described passive RFID unit 50 comprises: passive RFID chips 51, telefault 53 and electric capacity 52, and it is inner that electric capacity 52 is included in passive RFID chips 51; The wireless transmit frequency of passive RFID chips 51 is 13.56MHz; Passive RFID chips 51 is used for storing the numbering of each livestock; Telefault 53, by the principle of electromagnetic induction, provides energy to passive RFID chips 51, and emits as the data of bundle of lines passive RFID chips 51 inside, sky; Electric capacity 52 forms resonant circuit with outside inductance, is used for regulating frequency.
Described active RFID unit 40 comprises: active RFID chips 41, battery 43 and antenna 42; The wireless transmit frequency of active RFID chips 41 is 433MHz; Active RFID chips 41 is used for storing the numbering of livestock, and periodically can initiatively send data to active RFID scanister; The active RFID chips peripheral circuit that needs to arrange in pairs or groups on a printed circuit could work; Battery 43 is used for chip power supply; The radiofrequency signal that antenna 42 can send to chip produces gain, makes the transmission range of active RFID unit 40 farther.
Described electron ear tage comprises active RFID function and passive RFID function simultaneously; Refer to Fig. 2, Fig. 3, when raiser needs to carry out asset management to livestock, needing several regions frame of management to arrange some active RFID scanister, by checking that active RFID chips sends to the data of active RFID scanister, understand the distribution situation of livestock at any time; User can also according to actual conditions, and the active ear tag of free adjustment sends the frequency of data to base station, just can realize livestock asset management without any need for manpower.
In plant, raiser also can use passive RFID scanister scanning electron ear tag, and passive RFID coil can send its No. ID to scanner after induction, immediately single livestock is carried out to record or the inquiry of historical data of information.
In addition, described system can also comprise livestock position acquisition module, livestock activity analysis module.
Described livestock position acquisition module is in order to obtain the real-time position information of each livestock; Livestock position acquisition module, is judged the position of corresponding livestock by the scanning situation of each active RFID scanister according to active RFID chips corresponding to each livestock; If this active RFID chips is only scanned by an active RFID scanister, then think this livestock only in the region that this active RFID scanister covers; If this active RFID chips is scanned by least two active RFID scanister, then think the common factor of this livestock in described at least two active RFID scanister institute overlay areas.
Described livestock activity analysis module in order to obtain the change in location of each livestock according to the real-time position information of each livestock, thus obtains the active situation of each livestock; The diameter of active RFID scanister overlay area is less than or equal to 3 meters; If the position of certain livestock is changed to second area from a certain first area, then think that this livestock runs to the center of second area from the center of first area; First area, second area refer to the region that active RFID scanister covers separately, or the common factor of some active RFID scanister overlay areas.
Described system also comprises the automatic mechanism of animals be dispersed throughout in plant, and when livestock activity analysis module judges certain livestock activity lower than setting value, the automatic mechanism of animals near this livestock drives this livestock with setting speed; Automatic mechanism of animals comprises motor, drives bar, slideway, motor with drive bar and be connected, being used for driving drives bar and slides in slideway.So more can be of value to the cultivation of livestock.
Embodiment two
The difference of the present embodiment and embodiment one is, in the present embodiment, electron ear tage comprises principal mark, the ear tag neck of metal material, auxiliary mark; The two ends of described ear tag neck connect principal mark, auxiliary mark respectively; Described ear tag neck comprises metal needle, and metal needle passes ear base and and skin attachement.
There is a metal flat junction at described ear tag neck and the principal mark back side, and this metal flat is connected with metal needle; The length of ear tag neck is greater than the thickness of livestock ear base.
Be provided with processor in described principal mark, temperature sensor (can comprise thermistor, be arranged at the side of metal flat), flexible PCB, radio communication unit, temperature sensor connects flexible PCB, and processor connects flexible PCB, radio communication unit respectively; Metal needle is connected with described temperature sensor, measures livestock body temperature.
Ear tag neck comprises trapezoidal base and metal needle.Also add three grades of steps (also can be other quantity) below metal needle syringe needle, be used for ensureing that this ear tag can coordinate the livestock of various different ear thickness to use.Auxiliary target head is sealing, prevents metal needle head to be exposed in air.
4 blind holes are arranged at the bottom of trapezoidal base, and the hole being in center is used for coordinating the locking pin of ear tag clamp, uses when ear tag is thrown in animal ear; All the other 3 holes, are used for fixing ear tag neck and plastic casing (principal mark), ensure that it can not rotate.
Take temperature of the present invention realize principle: contain temperature collection circuit and radio transmitter in circuit board; Thermistor comprises flexible PCB, the bottom surface of metal ear tag neck.Thermistor is together with the adhered by double sided plaster of underrun heat conduction, and the body temperature that the resistance of thermistor is current according to animal can real-time change.Circuit in circuit board can process the change of this resistance, is reported the receiver in plant after being converted into temperature value by radio communication.
Embodiment three
A kind of Double RF identification livestock electron ear tage management system, described system comprises: some electron ear tages, passive RFID scanister, active RFID scanister; Described electron ear tage comprises passive RFID unit, active RFID unit.
In sum, the Double RF identification livestock electron ear tage management system that the present invention proposes, can reduce aquaculture cost, improves the efficiency of management.The present invention proposes a kind of livestock electron ear tage simultaneously containing active RFID and passive RFID technology; Realize short range scanning and remote management two kinds of functions simultaneously.Both met the demand using the single livestock of hand-hold scanning management in tradition cultivation, and solved again the asset management problem in large-scale farming, greatly subtracted the human cost of light raiser.
Here description of the invention and application is illustrative, not wants by scope restriction of the present invention in the above-described embodiments.Distortion and the change of embodiment disclosed are here possible, are known for the replacement of embodiment those those of ordinary skill in the art and the various parts of equivalence.Those skilled in the art are noted that when not departing from spirit of the present invention or essential characteristic, the present invention can in other forms, structure, layout, ratio, and to realize with other assembly, material and parts.When not departing from the scope of the invention and spirit, can other distortion be carried out here to disclosed embodiment and change.
Claims (8)
1. a Double RF identification livestock electron ear tage management system, is characterized in that, described system comprises: some electron ear tages, passive RFID scanister, some active RFID scanister; Described electron ear tage comprises passive RFID unit, active RFID unit;
Described passive RFID unit comprises: passive RFID chips, telefault and electric capacity, and electric capacity is included in passive RFID chips inside; The wireless transmit frequency of passive RFID chips is 13.56MHz; Passive RFID chips is used for storing the numbering of each livestock; Telefault, by the principle of electromagnetic induction, for passive RFID chips provides energy, and emits as the data of bundle of lines passive RFID chips inside, sky; Electric capacity forms resonant circuit with outside inductance, is used for regulating frequency;
Described active RFID unit comprises: active RFID chips, battery and antenna; The wireless transmit frequency of active RFID chips is 433MHz; Active RFID chips is used for storing the numbering of livestock, and periodically can initiatively send data to active RFID scanister; The active RFID chips peripheral circuit that needs to arrange in pairs or groups on a printed circuit could work; Battery is used for chip power supply; The radiofrequency signal that antenna can send to chip produces gain, makes the transmission range of active RFID unit farther;
Described electron ear tage comprises active RFID function and passive RFID function simultaneously; When raiser needs to carry out asset management to livestock, needing several regions frame of management to arrange some active RFID scanister, by checking that active RFID chips sends to the data of active RFID scanister, understand the distribution situation of livestock at any time; User can also according to actual conditions, and the active ear tag of free adjustment sends the frequency of data to base station, just can realize livestock asset management without any need for manpower;
Described system comprises livestock position acquisition module, livestock activity analysis module;
Described livestock position acquisition module is in order to obtain the real-time position information of each livestock; Livestock position acquisition module, is judged the position of corresponding livestock by the scanning situation of each active RFID scanister according to active RFID chips corresponding to each livestock; If this active RFID chips is only scanned by an active RFID scanister, then think this livestock only in the region that this active RFID scanister covers; If this active RFID chips is scanned by least two active RFID scanister, then think the common factor of this livestock in described at least two active RFID scanister institute overlay areas;
Described livestock activity analysis module in order to obtain the change in location of each livestock according to the real-time position information of each livestock, thus obtains the active situation of each livestock; The diameter of active RFID scanister overlay area is less than or equal to 3 meters; If the position of certain livestock is changed to second area from a certain first area, then think that this livestock runs to the center of second area from the center of first area; First area, second area refer to the region that active RFID scanister covers separately, or the common factor of some active RFID scanister overlay areas;
Described system also comprises the automatic mechanism of animals be dispersed throughout in plant, and when livestock activity analysis module judges certain livestock activity lower than setting value, the automatic mechanism of animals near this livestock drives this livestock with setting speed; Automatic mechanism of animals comprises motor, drives bar, slideway, motor with drive bar and be connected, being used for driving drives bar and slides in slideway;
In plant, raiser also can use passive RFID scanister scanning electron ear tag, and passive RFID coil can send its No. ID to scanner after induction, immediately single livestock is carried out to record or the inquiry of historical data of information;
Described electron ear tage comprises: the ear tag neck of principal mark, metal material, auxiliary mark; The two ends of described ear tag neck connect principal mark, auxiliary mark respectively; Described ear tag neck comprises metal needle, metal needle through ear base and and skin attachement;
Processor, temperature sensor, flexible PCB, radio communication unit is provided with in described principal mark; Temperature sensor connects flexible PCB, and processor connects flexible PCB, radio communication unit respectively; Metal needle is connected with described temperature sensor, measures livestock body temperature;
The head of described ear tag neck metal needle is also provided with the some grades of steps coordinating the different basal part of the ear thickness of different livestock to use; Auxiliary target head is sealing, prevents metal needle head to be exposed in air;
Have 4 blind holes bottom described auxiliary target, the blind hole being in center is used for coordinating the locking pin of ear tag clamp, uses when ear tag is thrown in animal ear; All the other 3 holes, are used for fixing ear tag neck and principal mark, ensure that it can not rotate;
There is a metal flat junction at described ear tag neck and the principal mark back side, and the length of ear tag neck is greater than the thickness of livestock ear base.
2. a Double RF identification livestock electron ear tage management system, is characterized in that, described system comprises: some electron ear tages, passive RFID scanister, active RFID scanister; Described electron ear tage comprises passive RFID unit, active RFID unit.
3. Double RF identification livestock electron ear tage management system according to claim 2, is characterized in that:
Described passive RFID unit comprises: passive RFID chips, telefault and electric capacity, and electric capacity is included in passive RFID chips inside; The wireless transmit frequency of passive RFID chips is 13.56MHz; Passive RFID chips is used for storing the numbering of each livestock; Telefault, by the principle of electromagnetic induction, for passive RFID chips provides energy, and emits as the data of bundle of lines passive RFID chips inside, sky; Electric capacity forms resonant circuit with outside inductance, is used for regulating frequency.
4. Double RF identification livestock electron ear tage management system according to claim 2, is characterized in that:
Described active RFID unit comprises: active RFID chips, battery and antenna; The wireless transmit frequency of active RFID chips is 433MHz; Active RFID chips is used for storing the numbering of livestock, and periodically can initiatively send data to active RFID scanister; The active RFID chips peripheral circuit that needs to arrange in pairs or groups on a printed circuit could work; Battery is used for chip power supply; The radiofrequency signal that antenna can send to chip produces gain, makes the transmission range of active RFID unit farther.
5. Double RF identification livestock electron ear tage management system according to claim 2, is characterized in that:
Described electron ear tage comprises active RFID function and passive RFID function simultaneously; When raiser needs to carry out asset management to livestock, needing several regions frame of management to arrange some active RFID scanister, by checking that active RFID chips sends to the data of active RFID scanister, understand the distribution situation of livestock at any time; User can also according to actual conditions, and the active ear tag of free adjustment sends the frequency of data to base station, just can realize livestock asset management without any need for manpower.
6. Double RF identification livestock electron ear tage management system according to claim 2, is characterized in that:
In plant, raiser also can use passive RFID scanister scanning electron ear tag, and passive RFID coil can send its No. ID to scanner after induction, immediately single livestock is carried out to record or the inquiry of historical data of information.
7. Double RF identification livestock electron ear tage management system according to claim 2, is characterized in that:
Described electron ear tage comprises: the ear tag neck of principal mark, metal material, auxiliary mark; The two ends of described ear tag neck connect principal mark, auxiliary mark respectively; Described ear tag neck comprises metal needle, metal needle through ear base and and skin attachement;
Be provided with processor, temperature sensor, flexible PCB, radio communication unit in described principal mark, temperature sensor connects flexible PCB, and processor connects flexible PCB, radio communication unit respectively; Metal needle is connected with described temperature sensor, measures livestock body temperature;
The head of described ear tag neck metal needle is also provided with some grades of steps; Auxiliary target head is sealing, prevents metal needle head to be exposed in air;
Have 4 blind holes bottom described auxiliary target, the blind hole being in center is used for coordinating the locking pin of ear tag clamp, uses when ear tag is thrown in animal ear; All the other 3 holes, are used for fixing ear tag neck and principal mark, ensure that it can not rotate;
There is a metal flat junction at described ear tag neck and the principal mark back side, and the length of ear tag neck is greater than the thickness of livestock ear base.
8. Double RF identification livestock electron ear tage management system according to claim 2, is characterized in that:
Described system comprises livestock position acquisition module, livestock activity analysis module;
Described livestock position acquisition module is in order to obtain the real-time position information of each livestock; Livestock position acquisition module, is judged the position of corresponding livestock by the scanning situation of each active RFID scanister according to active RFID chips corresponding to each livestock; If this active RFID chips is only scanned by an active RFID scanister, then think this livestock only in the region that this active RFID scanister covers; If this active RFID chips is scanned by least two active RFID scanister, then think the common factor of this livestock in described at least two active RFID scanister institute overlay areas;
Described livestock activity analysis module in order to obtain the change in location of each livestock according to the real-time position information of each livestock, thus obtains the active situation of each livestock; The diameter of active RFID scanister overlay area is less than or equal to 3 meters; If the position of certain livestock is changed to second area from a certain first area, then think that this livestock runs to the center of second area from the center of first area; First area, second area refer to the region that active RFID scanister covers separately, or the common factor of some active RFID scanister overlay areas;
Described system also comprises the automatic mechanism of animals be dispersed throughout in plant, and when livestock activity analysis module judges certain livestock activity lower than setting value, the automatic mechanism of animals near this livestock drives this livestock with setting speed; Automatic mechanism of animals comprises motor, drives bar, slideway, motor with drive bar and be connected, being used for driving drives bar and slides in slideway.
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| CN107529735A (en) * | 2015-04-30 | 2018-01-02 | 斯马特博有限公司 | Animal ear tag |
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| CN106821340A (en) * | 2017-03-18 | 2017-06-13 | 惠州市物联微电子有限公司 | Based on intelligent cultivated animals body temperature detection device |
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| CN107836369A (en) * | 2017-11-13 | 2018-03-27 | 惠州市物联微电子有限公司 | A kind of low power dissipation electron ear tag and method applied to animal heat monitoring |
| CN107836369B (en) * | 2017-11-13 | 2021-08-10 | 惠州市物联微电子有限公司 | Be applied to animal body temperature monitoring's low-power consumption electronic ear tag |
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| CN108540939B (en) * | 2018-04-17 | 2021-03-12 | 张言捷 | System and method for monitoring information of free-range livestock |
| CN109350297A (en) * | 2018-11-07 | 2019-02-19 | 浙江康瑞器械科技股份有限公司 | Intelligent animal doctor's automatic injector |
| CN112167084A (en) * | 2020-09-29 | 2021-01-05 | 广东欣邦信息科技有限公司 | Livestock temperature measurement ear tag |
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