CN105028225A - Ear tag device based on position sensing identification and ear tag ID information activation method - Google Patents
Ear tag device based on position sensing identification and ear tag ID information activation method Download PDFInfo
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- CN105028225A CN105028225A CN201510346072.6A CN201510346072A CN105028225A CN 105028225 A CN105028225 A CN 105028225A CN 201510346072 A CN201510346072 A CN 201510346072A CN 105028225 A CN105028225 A CN 105028225A
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- ear tag
- public
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- male
- tag
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K11/00—Marking of animals
- A01K11/001—Ear-tags
- A01K11/004—Ear-tags with electronic identification means, e.g. transponders
Abstract
The invention discloses an ear tag device based on position sensing identification. A first forceps head of ear tag forceps is provided with a male ear tag mounting base; a second forceps head of the ear tag forceps is provided with a female ear tag mounting base; a male ear tag sensing switch is arranged on the male ear tag mounting base; the male ear tag sensing switch is connected with a near-distance reader; the near-distance reader is arranged on the female ear tag mounting base; an ear tag chip and a sensing activation switch are arranged on a male ear tag or a female ear tag. The invention further discloses an ear tag ID information activation method. The activation method comprises the following steps: mounting the male ear tag on the male tag mounting base, and automatically switching on a power supply of the near-distance reader; mounting the female ear tag; compressing a handle, and emitting a reading signal to the ear tag chip through the near-distance reader; after the male ear tag and the female ear tag are arranged in place, activating the ear tag chip. The ear tags are arranged for an animal, so that the functions of automatically identifying the ear tag information, sensing whether or not the male ear tag and the female ear tag are arranged in place and activating the ear tag ID information are realized.
Description
Technical field
The present invention relates to a kind of for the ear tag devices for animal ear earmarking, particularly relate to ear tag devices and the ear tag id information Activiation method of a kind of position-based induction identification.
Background technology
Ear tag is one of animal identification, and for proving animal identification, the mark of carrying animal individual information, adds and impose on ear of animal portion.Ear tag is made up of male ear tag (also referred to as principal mark) and female ear tag (also referred to as auxiliary mark) two parts; Public ear tag comprises public ear tag substrate, public ear tag post and public ear tag head; The two ends of public ear tag post are connected with public ear tag substrate and public ear tag head respectively, adopt ear tag clamp that male ear tag head is penetrated animal ear, embed female ear tag, fix ear tag during use, and public ear tag post is stayed in the perforation of animal ear.Here ear tag clamp is exactly that male ear tag, female ear tag are referred to as ear tag devices together with ear tag clamp at animal ear mounting ear target device.
At present, the ear tag of implementation of China mainly adopts two-dimension code ear tag (to refer to the livestock two-dimension code ear tag of regulation in the Ministry of Agriculture 67 command " livestock tag technical specification ", hereinafter referred to as " ear tag " or " animal ear tag "), be applied to animal slaughtering field (point), the recognition of harmless treatment field ear tag, nullify, by main process equipment and trace back data center to center communications, ear tag information is nullified, record animal life cycle archives.Two-dimension code ear tag adopts laser to scribe coded message in ear tag face, carries out ear tag cancellation by hand-held mobile intelligent terminal.For this traditional ear tag, just adopt traditional ear tag clamp namely to install without any the pure mechanical tong of electronic unit, ear tag installment work can be completed.
Such as, the patent No. is the patent of invention of " ZL201420378776.2 ", disclose a kind of ear tag clamp, comprise the first tong arm and the second tong arm, ear tag are threaded a needle, the front portion of the first tong arm and the second tong arm forms the binding clip of energy open and close jaw, ear tag is threaded a needle and can be arranged at up or down in the fixed mount be fixed on binding clip, the lower end that ear tag is threaded a needle is passed and stretches in jaw above the second binding clip of the second tong arm, and is provided with at the second binding clip place ear tag can be driven to thread a needle the bindiny mechanism moved up and down.This ear tag clamp by optimizing frame for movement, make it have little, hemorrhage less, the ear tag contraposition in punching aperture accurately, reduce that animals is painful, extruding is more laborsaving, the more advantage such as easy and flexible; But this ear tag clamp does not have the function automatically identifying ear tag information, not there is the function identifying whether male ear tag and female ear tag are in place yet, can exist in the application and need artificially identify and judge and the larger problem of error in judgement.
In some patent documents, disclose the device that automatically can identify ear tag information, such as: the patent of invention that the patent No. is asked " ZL201010587099.1 ", disclosing a kind of automatic identification device for animal two-dimensional code earmark, comprise the rotary table of carrying ear tag, supporting the motor that described rotary table rotates and the reader for two-dimension code be fixedly installed on for identifying ear tag above rotary table.Utilize this device can be placed on rotary table by the ear tag of clip, automatically complete ear tag by cancellation machine afterwards and transmit, distinguish and reclaim, simple to operate, reduce workload.This device has the function automatically identifying ear tag information, but still not there is the function identifying whether male ear tag and female ear tag are in place, thus ear tag information cannot be activated automatically, exactly, be unfavorable for the high efficiency in ear tag application, high-precision automatic management.
Summary of the invention
Object of the present invention is just to provide a kind of position-based ear tag devices that induction identifies and ear tag id information Activiation method to solve the problem, and these apparatus and method can identify whether male ear tag and female ear tag are in place and automatically, exactly activate ear tag information.
The present invention is achieved through the following technical solutions above-mentioned purpose:
The ear tag devices that a kind of position-based induction identifies, comprise ear tag clamp, male ear tag and female ear tag, first binding clip of described ear tag clamp is provided with the public ear tag mount pad for installing described public ear tag temporarily, second binding clip of described ear tag clamp is provided with the female ear tag mount pad for installing described female ear tag temporarily, described public ear tag comprises public ear tag substrate and the public ear tag head be connected with described public ear tag substrate by public ear tag post, and described female ear tag comprises female ear tag substrate and is located at hollow cone post on described female ear tag substrate and supporting with described male ear tag head, the ear tag devices that described position-based induction identifies also comprises public ear tag inductive switch, ear tag chip and near-distance reading device, described public ear tag inductive switch is installed on the position described public ear tag mount pad also can being responded to described public ear tag, the signal output part of described public ear tag inductive switch is connected with the signal input part of described near-distance reading device, described near-distance reading device is installed on described female ear tag mount pad, establish ear tag id information in described ear tag chip and be installed on described male ear tag or described female ear tag, described male ear tag or described female ear tag are provided with and are in place and the induction activator switch that can activate described ear tag chip for responding to described male ear tag and described female ear tag.
In said structure, public ear tag inductive switch can respond to the position of public ear tag, thus can control the duty of near-distance reading device step by step according to the change of the diverse location of public ear tag in installation process; Establish ear tag id information in ear tag chip, but need activation could be read by near-distance reading device, thus the time that ear tag id information is read can be controlled by the state of activation controlling ear tag chip; Near-distance reading device is used for the ear tag id information closely read in ear tag chip, to realize the application such as the storage of this information, display or remote transmission; Induction activator switch can respond to male ear tag and female ear tag is in place and can activates ear tag chip, can guarantee like this after male ear tag and female ear tag are in place, ear tag id information in ear tag chip can be read by near-distance reading device, thus guarantees that ear tag id information that near-distance reading device reads is true, reliable and conforms to completely with ear tag actual installation situation.
Particularly, described public ear tag inductive switch comprises insulated column, first contact tube, second contact tube and pressure probe, described first contact tube and described second contact tube are set with outside described insulated column, the first end of described first contact tube is installed on described public ear tag mount pad, gap is left between second end of described first contact tube and the first end of described second contact tube, described pressure probe is installed on the second end of described second contact tube and the pressure for responding to described public ear tag, described first contact tube and described second contact tube are connected in series in the power input of described near-distance reading device, the signal output part of described pressure probe is connected with the signal input part of described near-distance reading device, described public ear tag substrate is provided with substrate through-hole, described public ear tag post is provided with axial post holes, described substrate through-hole communicates with described post holes and forms public ear tag through hole, in described public ear tag through hole, the 3rd contact tube is installed, the external diameter of internal diameter slightly larger than described first contact tube of described 3rd contact tube and the external diameter of described second contact tube.In this structure, first contact tube, the second contact tube and the 3rd contact tube form conduction and coordinate, namely be installed to after on public ear tag mount pad when public ear tag is installed on public ear tag inductive switch, first contact tube is communicated with by the 3rd contact tube with the second contact tube, thus makes the power supply conducting of near-distance reading device; Pressure probe is being installed to the pressure in female ear tag process for responding to male ear tag, after male ear tag starts to be installed to female ear tag and before being in place, the pressure of public ear tag can make pressure probe to near-distance reading device output signal, and makes near-distance reading device start to send read signal.
As preferably, described ear tag chip and described induction activator switch are all installed on described public ear tag post, described induction activator switch comprises the first sheet metal, second sheet metal and control post, the first end of described first sheet metal is connected with described ear tag chip respectively with the first end of described second sheet metal, second end of described first sheet metal is connected with the Contact of the second end of described second sheet metal, described control post to be located on described first sheet metal and can be lived by described male ear tag capital when described male ear tag and described female ear tag are in place and make the separated or closed of the second end of the second end of described first sheet metal and described second sheet metal and make described ear tag chip be activated further.In this structure, only need very little pressure control capital can be moved, and make the separated of the second end of the first sheet metal and the second end of the second sheet metal, thus make ear tag chip obtain activation signal.Controlling post is adopted conventional structure easily to realize when male ear tag and female ear tag are in place by the structure that male ear tag capital is lived, and does not repeat them here.
Further, in order to realize the remote transmission of ear tag id information, the ear tag devices that described position-based induction identifies also comprises telecommunication module, and the telecommunication end of described near-distance reading device is connected with the local communication end of described telecommunication module.
In order to show ear tag id information on this ear tag devices, described female ear tag mount pad is provided with display, and the signal input part of described display is connected with the display output of described near-distance reading device.Described display is preferably LCD.
As preferably, described ear tag chip is RFID label tag, and described near-distance reading device is RFID reader.RFID is ripe radio-frequency technique, and application is convenient.
In order to realize the reliable installation between male ear tag and female ear tag, centre bore hole wall near described female ear tag substrate on the hollow cone post of described female ear tag is provided with annular indent platform, and the one end near described public ear tag post on described public ear tag head is provided with the annular outer platform supporting with described annular indent platform.
The ear tag id information Activiation method that the ear tag devices that position-based induction identifies adopts, comprises the following steps:
(1) be installed to by public ear tag on public ear tag mount pad, now public ear tag inductive switch senses and installs signal and the power supply connecting near-distance reading device;
(2) female ear tag is installed on female ear tag mount pad;
(3) two handles of ear tag clamp are rotated, first binding clip of ear tag clamp and the second binding clip are placed in respectively the both sides of animal ear, then two handles are firmly drawn close to centre, the male ear tag head of male ear tag starts to insert in the hollow cone post of female ear tag, in this process, when the pressure that public ear tag inductive switch senses is greater than preset value, near-distance reading device starts to ear tag chip emission read signal, now ear tag chip is not also activated, so near-distance reading device can not read ear tag id information from ear tag chip;
(4) two handles are continued firmly to draw close to centre, until the male ear tag head of male ear tag insert female ear tag hollow cone post in and after being in place, now respond to activator switch by ear tag chip enable, near-distance reading device reads ear tag id information from ear tag chip, and carry out id information storage, display and/or remote transmission as required, complete ear tag id information and activate.
Beneficial effect of the present invention is:
By the present invention be animal install ear tag, have and automatically identify ear tag information, and respond to male ear tag and female ear tag be in place after the function of reactivation ear tag id information, thus realize automatically, exactly activating ear tag information, to the object of ear tag application high efficiency, high-precision automatic management, avoid and artificial identify ear tag id information and judge whether ear tag is in place the wasting time and energy of existence, problem that error is larger.
Accompanying drawing explanation
Fig. 1 is the perspective view that position-based of the present invention responds to that the ear tag devices identified removes male ear tag and female ear tag;
Fig. 2 is the perspective view of public ear tag inductive switch of the present invention;
Fig. 3 is the perspective view of public ear tag of the present invention and induction activator switch;
Fig. 4 is the perspective view of female ear tag of the present invention;
Fig. 5 is the perspective view of the ear tag devices that position-based of the present invention induction identifies;
Fig. 6 is the perspective view after male ear tag of the present invention and described female ear tag are in place;
Fig. 7 is the structural representation of induction activator switch of the present invention and ear tag chip.
Embodiment
Below in conjunction with accompanying drawing, the invention will be further described:
As shown in Fig. 1-Fig. 7, the ear tag devices that position-based induction of the present invention identifies comprises ear tag clamp 1, public ear tag 6, female ear tag 7, public ear tag inductive switch 3, ear tag chip 9, near-distance reading device 5 and telecommunication module 2, wherein, ear tag clamp 1 comprises two handles 11, rotating shaft 12, first binding clip 13 and the second binding clip 14, first binding clip 13 of ear tag clamp 1 is provided with the public ear tag mount pad 15 for installing public ear tag 6 temporarily, second binding clip 14 of ear tag clamp 1 is provided with the female ear tag mount pad 16 for installing female ear tag 7 temporarily, public ear tag inductive switch 3 is installed on the position public ear tag mount pad 15 also can being responded to public ear tag 6, public ear tag 6 comprises the public ear tag head 61 of public ear tag substrate 63 and the taper be connected with public ear tag substrate 63 by public ear tag post 62, it (is the natural shape of public ear tag head 61 bottom of taper that public ear tag head 61 is provided with annular outer platform near one end of public ear tag post 62, unmarked in figure), public ear tag substrate 63 is provided with substrate through-hole, public ear tag post 62 is provided with axial post holes, described substrate through-hole communicates with described post holes and forms public ear tag through hole (unmarked in figure), ear tag chip 9 and induction activator switch 8 are all installed on public ear tag post 62, also can be installed on female ear tag 7, ear tag id information is provided with in ear tag chip 9, induction activator switch 8 is in place for responding to male ear tag 6 and female ear tag 7 and can activates ear tag chip 9, female ear tag 7 comprises female ear tag substrate 73 and is located at hollow cone post 71 on female ear tag substrate 73 and supporting with male ear tag head 61, the hole wall of the centre bore 72 near female ear tag substrate 73 on hollow cone post 71 is provided with annular indent platform, annular outer platform and annular indent platform supporting, when public ear tag head 61 is placed in the centre bore 72 of hollow cone post 71, annular outer platform and annular indent platform plane-plane contact, public ear tag inductive switch 3 comprises insulated column 33, first contact tube 34, second contact tube 32 and pressure probe 31, first contact tube 34 and the second contact tube 32 are set with the outside in insulated column 33, the first end of the first contact tube 34 is installed on public ear tag mount pad 15, gap is left between second end of the first contact tube 34 and the first end of the second contact tube 32, pressure probe 31 is installed on the second end of the second contact tube 32 and the pressure for responding to public ear tag 6, first contact tube 34 and the second contact tube 32 are connected in series in the power input (it is connected electric wire by the inner cabling of ear tag clamp 1) of near-distance reading device 5, the signal output part of pressure probe 31 is connected with the signal input part of near-distance reading device 5, in described public ear tag through hole, the 3rd contact tube 64 is installed, the external diameter of internal diameter slightly larger than the first contact tube 34 of the 3rd contact tube 64 and the external diameter of the second contact tube 32, near-distance reading device 5 is installed in female ear tag mount pad 16, female ear tag mount pad 16 is provided with LCD4 (liquid crystal display), the signal input part of LCD4 is connected with the display output of near-distance reading device 5, female ear tag mount pad 16 is also provided with the cone shaped countersink 17 for installing female ear tag 7 temporarily, induction activator switch 8 comprises the first sheet metal 81, second sheet metal 83 and controls post 82, the first end of the first sheet metal 81 is connected with ear tag chip 9 respectively with the first end of the second sheet metal 83, second end of the first sheet metal 81 is connected with the Contact of the second end of the second sheet metal 83, controls post 82 and to be located on the first sheet metal 81 and can be withstood by male ear tag post 62 when male ear tag 6 is in place with female ear tag 7 and make the separated or closed of the second end of the second end of the first sheet metal 81 and the second sheet metal 83 and make ear tag chip 9 be activated further, the telecommunication end of near-distance reading device 5 is connected with the local communication end of telecommunication module 2, and as required, telecommunication module 2 can be placed in any position of ear tag clamp 1, above-mentioned ear tag chip 9 is preferably RFID label tag, and near-distance reading device 5 is preferably RFID reader.
Composition graphs 1-Fig. 7, the using method of the ear tag devices that position-based induction of the present invention identifies is as follows, the ear tag id information Activiation method comprising the ear tag devices employing that position-based induction of the present invention identifies:
(1) on the first contact tube 34 the 3rd contact tube 64 in public ear tag 6 being sleeved on public ear tag inductive switch 3 and the second contact tube 32, realize the object be installed to by public ear tag 6 on public ear tag mount pad 15, now the first contact tube 34 of public ear tag inductive switch 3 and the second contact tube 32 are interconnected, thus connect the power supply of near-distance reading device 5;
(2) the hollow cone post 71 of female ear tag 7 is installed in the cone shaped countersink 17 of female ear tag mount pad 16, realizes the object be installed to by female ear tag 7 on female ear tag mount pad 16;
(3) two handles 11 of ear tag clamp 1 are rotated, first binding clip 13 of ear tag clamp 1 and the second binding clip 14 are placed in respectively the both sides of animal ear, then two handles 11 are firmly drawn close to centre, the male ear tag head 61 of male ear tag 6 starts to insert in the hollow cone post 71 of female ear tag 7 through after animal ear, in this process, when the pressure that pressure probe 31 senses is greater than preset value, pressure probe 31 sends a triggering signal to near-distance reading device 5, near-distance reading device 5 starts to launch read signal to ear tag chip 9, now ear tag chip 9 is not also activated, so near-distance reading device 5 can not read ear tag id information from ear tag chip,
(4) two handles 11 are continued firmly to draw close to centre, until the male ear tag head 61 of male ear tag 6 insert female ear tag 7 hollow cone post 71 in and after being in place, now responding to control post 82 in activator switch 8 by jack-up makes the first sheet metal 81 and the second sheet metal 83 disconnects or closed, ear tag chip 9 is activated under this signal function, near-distance reading device 5 reads ear tag id information from ear tag chip 9, then store and on LCD4, show this information, and this information sent to telecommunication module 2 to carry out remote transmission, allow user by remote radio equipment (as calculator, palm PC or mobile phone etc.) obtain this information,
(5) after completing ear tag installation, unclamped by handle 11, male ear tag 6 and female ear tag 7 are attached to animal ear, so that the later stage identifies, ear tag clamp 1 can be used for installing other ear tag next time.
Above-described embodiment is preferred embodiment of the present invention; it is not the restriction to technical solution of the present invention; as long as without the technical scheme that creative work can realize on the basis of above-described embodiment, all should be considered as falling within the scope of the rights protection of patent of the present invention.
Claims (9)
1. the ear tag devices of a position-based induction identification, comprise ear tag clamp, male ear tag and female ear tag, first binding clip of described ear tag clamp is provided with the public ear tag mount pad for installing described public ear tag temporarily, second binding clip of described ear tag clamp is provided with the female ear tag mount pad for installing described female ear tag temporarily, described public ear tag comprises public ear tag substrate and the public ear tag head be connected with described public ear tag substrate by public ear tag post, and described female ear tag comprises female ear tag substrate and is located at hollow cone post on described female ear tag substrate and supporting with described male ear tag head, it is characterized in that: the ear tag devices that described position-based induction identifies also comprises public ear tag inductive switch, ear tag chip and near-distance reading device, described public ear tag inductive switch is installed on the position described public ear tag mount pad also can being responded to described public ear tag, the signal output part of described public ear tag inductive switch is connected with the signal input part of described near-distance reading device, described near-distance reading device is installed on described female ear tag mount pad, establish ear tag id information in described ear tag chip and be installed on described male ear tag or described female ear tag, described male ear tag or described female ear tag are provided with and are in place and the induction activator switch that can activate described ear tag chip for responding to described male ear tag and described female ear tag.
2. the ear tag devices of position-based induction identification according to claim 1, it is characterized in that: described public ear tag inductive switch comprises insulated column, first contact tube, second contact tube and pressure probe, described first contact tube and described second contact tube are set with outside described insulated column, the first end of described first contact tube is installed on described public ear tag mount pad, gap is left between second end of described first contact tube and the first end of described second contact tube, described pressure probe is installed on the second end of described second contact tube and the pressure for responding to described public ear tag, described first contact tube and described second contact tube are connected in series in the power input of described near-distance reading device, the signal output part of described pressure probe is connected with the signal input part of described near-distance reading device, described public ear tag substrate is provided with substrate through-hole, described public ear tag post is provided with axial post holes, described substrate through-hole communicates with described post holes and forms public ear tag through hole, in described public ear tag through hole, the 3rd contact tube is installed, the external diameter of internal diameter slightly larger than described first contact tube of described 3rd contact tube and the external diameter of described second contact tube.
3. the ear tag devices of position-based induction identification according to claim 1, it is characterized in that: described ear tag chip and described induction activator switch are all installed on described public ear tag post, described induction activator switch comprises the first sheet metal, second sheet metal and control post, the first end of described first sheet metal is connected with described ear tag chip respectively with the first end of described second sheet metal, second end of described first sheet metal is connected with the Contact of the second end of described second sheet metal, described control post to be located on described first sheet metal and can be lived by described male ear tag capital when described male ear tag and described female ear tag are in place and make the separated or closed of the second end of the second end of described first sheet metal and described second sheet metal and make described ear tag chip be activated further.
4. the ear tag devices that the position-based induction according to claim 1,2 or 3 identifies, it is characterized in that: the ear tag devices that described position-based induction identifies also comprises telecommunication module, and the telecommunication end of described near-distance reading device is connected with the local communication end of described telecommunication module.
5. the ear tag devices that the position-based induction according to claim 1,2 or 3 identifies, it is characterized in that: described female ear tag mount pad is provided with display, the signal input part of described display is connected with the display output of described near-distance reading device.
6. the ear tag devices of position-based induction identification according to claim 5, is characterized in that: described display is LCD.
7. the ear tag devices that the position-based induction according to claim 1,2 or 3 identifies, it is characterized in that: described ear tag chip is RFID label tag, described near-distance reading device is RFID reader.
8. the ear tag devices that the position-based induction according to claim 1,2 or 3 identifies, it is characterized in that: the centre bore hole wall near described female ear tag substrate on the hollow cone post of described female ear tag is provided with annular indent platform, the one end near described public ear tag post on described public ear tag head is provided with the annular outer platform supporting with described annular indent platform.
9. the ear tag id information Activiation method that the ear tag devices that position-based induction as claimed in claim 1 identifies adopts, is characterized in that: comprise the following steps:
(1) be installed to by public ear tag on public ear tag mount pad, now public ear tag inductive switch senses and installs signal and the power supply connecting near-distance reading device;
(2) female ear tag is installed on female ear tag mount pad;
(3) two handles of ear tag clamp are rotated, first binding clip of ear tag clamp and the second binding clip are placed in respectively the both sides of animal ear, then two handles are firmly drawn close to centre, the male ear tag head of male ear tag starts to insert in the hollow cone post of female ear tag, in this process, when the pressure that public ear tag inductive switch senses is greater than preset value, near-distance reading device starts to ear tag chip emission read signal, now ear tag chip is not also activated, so near-distance reading device can not read ear tag id information from ear tag chip;
(4) two handles are continued firmly to draw close to centre, until the male ear tag head of male ear tag insert female ear tag hollow cone post in and after being in place, now respond to activator switch by ear tag chip enable, near-distance reading device reads ear tag id information from ear tag chip, and carry out id information storage, display and/or remote transmission as required, complete ear tag id information and activate.
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| CN201510346072.6A CN105028225B (en) | 2015-06-19 | 2015-06-19 | Ear tag device based on position sensing identification and ear tag ID information activation method |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105613324A (en) * | 2016-04-01 | 2016-06-01 | 睿畜有限公司 | Intelligent activation type electronic ear tag |
| CN107959730A (en) * | 2018-01-09 | 2018-04-24 | 成都睿畜电子科技有限公司 | Intelligent monitoring and controlling device, monitoring system and the monitoring method of livestock tag |
| CN113317219A (en) * | 2021-05-26 | 2021-08-31 | 上海其图科技发展有限公司 | Livestock breeding is with monitoring physiology sign electron ear tag based on thing networking |
| CN113349087A (en) * | 2021-06-30 | 2021-09-07 | 安徽瑞佰创物联科技有限公司 | Intelligent piglet marking vehicle and marking method |
| CN114631498A (en) * | 2022-03-31 | 2022-06-17 | 上海绿度信息科技股份有限公司 | Animal marking and management system |
| CN115380839A (en) * | 2022-07-25 | 2022-11-25 | 杭州慧牧科技有限公司 | Device for wearing intelligent ear tag |
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