CN205962333U - Flat individual manufacturing parameter automatic acquisition of pure lines kind of duck and recording system of supporting - Google Patents
Flat individual manufacturing parameter automatic acquisition of pure lines kind of duck and recording system of supporting Download PDFInfo
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- CN205962333U CN205962333U CN201620787460.8U CN201620787460U CN205962333U CN 205962333 U CN205962333 U CN 205962333U CN 201620787460 U CN201620787460 U CN 201620787460U CN 205962333 U CN205962333 U CN 205962333U
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- hatching egg
- casing
- laying eggs
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Abstract
The utility model discloses a flat individual manufacturing parameter automatic acquisition of pure lines kind of duck and recording system of supporting, including feed intake measuring device, unit formula lay eggs case device and breeding eggs sign conveyer, feed intake measuring device sets up in lay eggs one side of case device of unit formula, and the setting of breeding eggs sign conveyer is at the lay eggs opposite side of case device of unit formula, the case device is laid eggs including the individual identity recognition device of kind of duck, the box of laying eggs, weighing device and breeding eggs recognition device to the unit formula, and the box of laying eggs is installed on the case support of laying eggs, plants the individual identity recognition device of duck and installs in the one side of laying eggs the box, breeding eggs recognition device installs at the opposite side of box of laying eggs, and the weighing device is installed in the below of laying eggs the box. The utility model relates to a science, rationally distributed, degree of automation is high, improves the rate of accuracy of breeding for genetic progress promotes that the stud bird aquaculture is high -quality, high -efficient, the safety in production, has apparent economic benefits and social.
Description
Technical field
This utility model is related to livestock and poultry cultivation equipment technical field, and more particularly, to a kind of flat foster individual production of pure lines kind duck is joined
Number automatic data collection and record system.
Background technology
At present, at aspects such as poultry line breeding, feedstuff, nutrition, the flat individual production performance parameter of kind of duck of supporting is mainly
Armrest moves and measures, and do so not only takes a substantial amount of time and energy, and the data subjectivity that manual observation is arrived is strong, unfavorable
In accurate, stable, continuously record.
Especially in terms of poultry line breeding selection, put down the kind duck breeding work supported substantially based on natural mating, this is just
It is related to accurate pedigree record problem.Equal the family selective breeding method that generally adopts under the conditions of supporting, the method is there is problems that work
Complexity, high labor intensive, accuracy is low, and the generation inteval is long, and genetic progress is slow, causes the basic reason of this problem to be not
Can intelligentized identification and labelling kind duck individuality and its offspring.The collection of data relies primarily on manual mode at present, not only expends
Substantial amounts of time and efforts, and easily cause kind of duck seriously stress, the precision of impact seed selection and efficiency.Therefore support flat
Under environment, realize individual selection method selection-breeding be plant at present one of duck production field in the urgent need to and focus.
Therefore, how to provide and a kind of can continuously keep track of accurately adopting of kind of the duck individuality data such as feed intake and hatching egg information
Collection and record system, to reduce cost of labor, to improve the accuracy of gathered data, become those skilled in the art urgently to be resolved hurrily
Technical barrier.
Utility model content
The purpose of this utility model is to provide a kind of flat supporting to be sheerly kind of duck individuality manufacturing parameter automatic data collection and a record system,
Solve prior art rely on manual mode, take a substantial amount of time and energy, easily cause kind of duck seriously stress, impact choosing
The precision planted and the problem of efficiency.
For solving above-mentioned technical problem, this utility model adopts the following technical scheme that：
A kind of flat pure lines of supporting of this utility model plant duck individuality manufacturing parameter automatic data collection and record system, including measurement of searching for food
Amount device, modular case apparatus and the hatching egg mark conveying arrangement of laying eggs；Described measuring device of searching for food is arranged on described modular
Lay eggs the side of case apparatus, for the searching for food of kind of duck, measurement of searching for food, described hatching egg mark conveying arrangement is arranged on described unit
Formula is laid eggs the opposite side of case apparatus, for the mark of hatching egg, output；
Described modular case apparatus of laying eggs include kind of a duck individual identity identifying device, casing of laying eggs, weighing device and hatching egg
Identifying device, described casing of laying eggs is arranged on lays eggs on box bracket, and described kind of duck individual identity identifying device is arranged on described product
The side of egg case body, described kind of duck individual identity identifying device wears the individual of foot ring information identification egg-laying breed duck by reading kind of duck
Body information and the behavior determining casing of laying eggs described in kind of duck turnover；Described hatching egg identifying device is laid eggs the another of casing described in being arranged on
Side, described hatching egg identifying device by read hatching egg tumble the time for computer identification effectively lay eggs behavior provide foundation；Institute
State weighing device be arranged on described in lay eggs the lower section of casing, and weighing measurement is carried out to hatching egg.
Further, described measuring device of searching for food includes hopper, tremie pipe, trough, LOAD CELLS, trough support
Plate, baffle plate of searching for food, channel blind and the first RFID card reader；Described hopper is connected with described trough by described tremie pipe,
Described trough is arranged on described trough supporting plate, is provided with title between the bottom surface of described trough and described trough supporting plate
Retransmit sensor；Described tremie pipe is communicated with trough, for guiding feedstuff to enter trough；Described trough is located at duck shed side
It is disposed with search for food baffle plate and channel blind, and described channel blind is arranged vertically with described baffle plate of searching for food, described first
RFID card reader is searched for food the bottom of baffle plate described in being arranged on, for reading the information on kind of duck foot ring.
Further, described kind of duck individual identity identifying device includes the second RFID card reader, the first photoelectric sensor
And sense channel；Described second RFID card reader is laid eggs the bottom of casing described in being arranged on, read information on kind of duck foot ring with
The individual information of identification kind duck, with described laying nest body phase even, described first photoelectric sensor is arranged on institute to described sense channel
State the porch of sense channel.
Further, described hatching egg identifying device include movable floor, electric putter, the second photoelectric sensor and first delay
Punching pad, described movable floor be arranged on described in lay eggs the lower section of casing, described movable floor goes out egg mouth direction and is provided with two sides
Baffle plate, described side shield is provided with described second photoelectric sensor, and the upper surface of described movable floor is provided with the first buffering
Pad；The lower section of described movable floor is connected with described weighing device, and the lower section of described weighing device is provided with electric putter, described electricity
Push rod by electric putter mounting bracket be arranged on described in lay eggs the bottom of casing.
Further, described hatching egg mark conveying arrangement includes coding photoelectric sensor, ink jet numbering machine, controller, hatching egg
Guider, buffer board and conveyer belt, described conveyer belt is arranged on conveyor belt support, and described conveyer belt is located at described activity
The lower section of base plate, described buffer board is symmetrically mounted on the both sides of described conveyer belt, prevents hatching egg from dropping to form big opening groove
To the surface of outside conveyer belt, the upper surface of described buffer board is connected with the second cushion pad, and described hatching egg guider is arranged on described defeated
The outfan side sending band is adjusted to hatching egg sorting, and described coding photoelectric sensor and described ink jet numbering machine are installed in described
The terminal of conveyer belt, and coding photoelectric sensor is located at the position before ink jet numbering machine, described controller is arranged on described conveyer belt
On support, for adjusting the speed of conveying arrangement to be adapted with coding speed.
Further, described electric putter leave in kind of a duck described in lay eggs and decline after casing, make described movable floor along going out
Egg mouth direction is downward-sloping, so that hatching egg rolls down on described hatching egg mark conveying arrangement.
Further, the angle of inclination of described movable floor is specially 15 °～25 °.
Further, described trough is designed as curved-surface structure, to meet the dietary habit of kind of duck, to be easy to entering of kind of duck
Food behavior.
Further, described first RFID card reader 8-1 and the second RFID card reader 8-2 are all using 13.56M frequency range
Evaluator simultaneously passes through signal transmission in monitoring computer.
Further, described measuring device of searching for food, kind duck individual identity identifying device, weighing device and hatching egg are known
The information signal recognizing in other device is all delivered in monitoring computer, and is saved in data base for counting at any time and controlling
System.
Compared with prior art, Advantageous Effects of the present utility model：
This utility model is put down and is supported pure lines kind duck individuality manufacturing parameter automatic data collection and record system, including measurement dress of searching for food
Put, modular lay eggs case apparatus and hatching egg mark conveying arrangement；Described modular case apparatus of laying eggs include kind of duck individual identity to be known
Other device, casing of laying eggs, weighing device and hatching egg identifying device；This system realizes automatic record, real-time monitoring multi-point to kind
Duck individuality feed intake, whose body weight, and the precise acquisition of data of laying eggs and plant duck individuality lay eggs identification, automatic labelling；?
Can realize continuously recording kind of duck individuality foraging behaviour and a behavior of laying eggs, automatic identification, collect each hatching egg in casing of laying eggs
And carry out conveying, labelling.This utility model design science, rationally distributed, high degree of automation, grind for a flat foster kind of duck individuality selection-breeding
Study carefully and advanced technology and facility are provided, improve the accuracy rate of breeding, accelerate genetic progress, promote kind of a poultry breeding industry high-quality, efficient, peace
Full production, has significant economic benefit and social benefit.
Brief description
The utility model is described in further detail for explanation below in conjunction with the accompanying drawings.
Fig. 1 is searched for food measuring device structural representation for this utility model；
Fig. 2 is this utility model modular laying nest side structural representation；
Fig. 3 is this utility model modular laying nest opposite side structural representation；
Fig. 4 is this utility model feedstuff slot structure schematic diagram；
Fig. 5 is this utility model parameter automatic data collection and record control flow schematic diagram；
Fig. 6 is that this utility model kind duck enters laying nest schematic diagram；
Fig. 7 leaves laying nest schematic diagram for this utility model kind duck；
Description of reference numerals：1st, hopper；2nd, tremie pipe；3rd, trough；4th, LOAD CELLS；5th, trough supporting plate；6th, adopt
Food baffle plate；7th, channel blind；8-1, the first RFID card reader；8-2, the 2nd RFID card reader；9th, lay eggs casing；10th, the first light
Electric transducer；11st, sense channel；12nd, movable floor；13rd, weighing device；14th, electric putter；15th, the second photoelectric sensor；16、
First cushion pad；17th, coding photoelectric sensor；18th, ink jet numbering machine；19th, controller；20th, hatching egg guider；21st, buffer board；
22nd, the second cushion pad；23rd, conveyer belt；24th, conveyor belt support；25th, lay eggs box bracket；26th, electric putter mounting bracket.
Specific embodiment
As shown in Fig. 1～5, a kind of flat support pure lines kind duck individuality manufacturing parameter automatic data collection and a record system, including searching for food
Measuring device, modular case apparatus and the hatching egg mark conveying arrangement of laying eggs；Described measuring device of searching for food is arranged on described list
First formula is laid eggs the side of case apparatus, and for the searching for food of kind of duck, measurement of searching for food, described hatching egg mark conveying arrangement is arranged on described
The opposite side of modular case apparatus of laying eggs, for the mark of hatching egg, output；
Described modular case apparatus of laying eggs include kind of a duck individual identity identifying device, casing 9 of laying eggs, weighing device 13 and plant
Egg identifying device, described casing 9 of laying eggs is arranged on lays eggs on box bracket 25, and described kind of duck individual identity identifying device is arranged on institute
State the side of casing 9 of laying eggs, described kind of duck individual identity identifying device is worn foot ring information by a reading kind duck and identified kind of laying eggs
The individual information of duck and the behavior determining casing 9 of laying eggs described in kind of duck turnover；Described hatching egg identifying device is laid eggs described in being arranged on
The opposite side of casing 9, described hatching egg identifying device by read hatching egg tumble the time be computer identification the effectively behavior of laying eggs carry
For foundation；Described weighing device 13 is laid eggs the lower section of casing 9 described in being arranged on, and carries out weighing measurement to hatching egg.
As shown in figure 1, described measuring device of searching for food includes hopper 1, tremie pipe 2, trough 3, LOAD CELLS 4, raises
Pot retainer 5, baffle plate 6 of searching for food, channel blind 7 and the first RFID card reader 8-1；Described hopper 1 passes through described tremie pipe 2 and institute
State trough 3 to connect, described trough 3 is arranged on described trough supporting plate 5, the bottom surface of described trough 3 and described feedstuff
It is provided with LOAD CELLS 4, to avoid described LOAD CELLS 4 contact ground that mechanical disorder occurs between groove supporting plate 5；Under described
Expects pipe is communicated with trough, for guiding feedstuff to enter trough；Described trough 3 is disposed with positioned at duck shed side and adopts
Eat baffle plate 6 and channel blind 7, and described channel blind 7 is arranged vertically with described baffle plate 6 of searching for food, described first RFID card reader
8-1 is searched for food the bottom of baffle plate 6 described in being arranged on, and when kind of duck feed, is arranged on the first RFID card reader of baffle plate 6 bottom of searching for food
8-1 reads the information on kind of duck foot ring, and for confirmation and record is corresponding to plant duck individual data items.
As shown in figure 4, described trough 3 is designed as curved-surface structure, to meet the dietary habit of kind of duck, to be easy to entering of kind of duck
Food behavior.Multiple rectangular openings and uniform are provided with described baffle plate 6 of searching for food, are provided with one piece between two adjacent rectangular openings and lead to
Road baffle plate 7 is used for separating kind of a duck, allows a kind duck to pass through and realize individually taking food in each passage.
As shown in Figure 2,3, described kind of duck individual identity identifying device includes the second RFID card reader 8-2, the first photoelectric transfer
Sensor 10 and sense channel 11；Described second RFID card reader 8-2 is laid eggs the bottom of casing 9 described in being arranged on, and reads kind of a duck foot
To identify the individual information of kind of duck, described sense channel 11 is connected information on ring with described casing 9 of laying eggs, described first photoelectricity
Sensor 10 is arranged on the porch of described sense channel 11.Specifically, described first RFID card reader 8-1 and the 2nd RFID
Card reader 8-2 all using 13.56M frequency range evaluator and by signal transmission to monitoring computer in.
Specifically, when kind of duck is entered by sense channel 11 and lays eggs casing 9, the first photoelectric sensor 10 senses kind
By the transmission order of signal, the entrance information of duck simultaneously determines that kind of duck passes in and out the behavior of laying nest, be located at casing 9 bottom of laying eggs simultaneously
Second RFID card reader 8-2 in portion wears, by reading kind of duck, the individual information that foot ring information identifies egg-laying breed duck.
As shown in Figure 2,3, described hatching egg identifying device includes movable floor 12, electric putter 14, the second photoelectric sensor 15
With the first cushion pad 16, described movable floor 12 be arranged on described in lay eggs the lower section of casing 9, described movable floor 12 goes out egg mouth side
To being provided with two side shields, described side shield is provided with described second photoelectric sensor 15, described movable floor 12 upper
Surface is provided with the first cushion pad 16；The lower section of described movable floor 12 is connected with described weighing device 13, described weighing device
13 lower section is provided with electric putter 14, described electric putter 14 by electric putter mounting bracket 26 be arranged on described in lay eggs casing 9
Bottom.
Specifically, when kind of duck enters and lays eggs casing 9, described weighing device 13 can weigh the body weight of kind of duck, and first
Secondary acquisition body weight information；Plant and after duck is laid eggs, leave casing 9 of laying eggs, described second acquisition body weight information of weighing device 13, and open
Move described electric putter 14 to decline, make described movable floor 12 downward-sloping along going out egg mouth direction, specially 15 ° of angle of inclination～
25 °, at this moment hatching egg rolled down on described hatching egg mark conveying arrangement along movable floor 12 by action of gravity.Additionally, because of dump bottom
The upper surface of plate 12 is provided with the first cushion pad 16, and hatching egg can play a good protection when rolling.
As shown in Figure 2,3, described hatching egg mark conveying arrangement includes coding photoelectric sensor 17, ink jet numbering machine 18, controller
19th, hatching egg guider 20, buffer board 21 and conveyer belt 23, described conveyer belt 23 is arranged on conveyor belt support 24, and described
Conveyer belt 23 is located at the lower section of described movable floor 12, and described buffer board 21 is symmetrically mounted on the both sides of described conveyer belt 23, with
Forming big opening groove prevents hatching egg from dropping to outside conveyer belt, and the upper surface of described buffer board 21 is connected with the second cushion pad
22, the outfan side that described hatching egg guider 20 is arranged on described conveyer belt 23 is adjusted to hatching egg sorting, described spray
Code photoelectric sensor 17 and described ink jet numbering machine 18 are installed in the terminal of described conveyer belt 23, and coding photoelectric sensor 17 is located at
Position before ink jet numbering machine 18, described controller 19 is arranged on described conveyor belt support 24, for adjusting the speed of conveying arrangement
Degree is to be adapted with coding speed.
Specifically, hatching egg is slipped to downwards described conveyer belt 23 from movable floor 12, on conveyer belt 23 when rolling
Described buffer board 21 forms the position of dropping that big opening ensure that hatching egg, effectively prevents it from dropping to the outside of conveyer belt, simultaneously
Second cushion pad 22 of the upper surface setting of described buffer board 21 plays good buffer protection function, to prevent hatching egg from crushing；
Hatching egg from one end to the other side moves after dropping on conveyer belt 23, puts tune then into the enterprising line position of hatching egg guider 20
Whole and sort, so that ink jet numbering machine 18 is sprayed onto the relatively suitable position of hatching egg；Hatching egg continues to move to first pass around coding photoelectric transfer
Sensor 17, coding photoelectric sensor 17 collection hatching egg information simultaneously notifies ink jet numbering machine 18 to be ready for coding action, and ink jet numbering machine 18 exists
After receiving the information that coding photoelectric sensor 17 sends, coding labelling is carried out to hatching egg, regather arrangement and put to conveyer belt one end
In the storage box put, thus smoothly completing mark and the transport of hatching egg.
Know in described measuring device of searching for food, kind duck individual identity identifying device, weighing device 13 and hatching egg identifying device
The information signal being clipped to all is delivered in monitoring computer, and is saved in data base for counting at any time and controlling.
As shown in figure 5, the transmitting procedure of signal is as follows：
Original state is dummy status.
As shown in fig. 6, when duck is entered by sense channel 11 and lays eggs casing 9, first by the first photoelectric sensor 10
Detect, signal passes to computer, duck continues trend and lays eggs casing 9, and the RFID label tag that its foot ring is carried is installed in be leaned on
The second RFID card reader 8-2 that tank inlet of closely laying eggs is located at below passage identifies its label value and passes to computer, computer
Judge that the direct of travel of duck is according to the time order and function order of the first photoelectric sensor and the second RFID card reader monitoring information
Enter laying nest, computer judges now to have duck accordingly in laying nest.
As shown in fig. 7, when duck lay eggs end after leave lay eggs casing when, computer received the second RFID card reader before this
Signal, followed by receive the signal of the first photoelectric sensor, therefore according to this sequential computer may determine that duck be from
Drive casing of laying eggs, computer now judges in laying nest no duck.
After computer judges that duck leaves casing of laying eggs, send control signal to electric putter 14 so as to drive activity
Base plate 12 is downward-sloping along going out egg mouth direction, and angle of inclination is specially 15 °～25 °, and now Ovum Anas domestica can be by action of gravity along activity
Base plate 12 rolls down on the conveyer belt 23 of conveying arrangement, and, along during movable floor 12 landing, meeting is by side shield for Ovum Anas domestica
Second photoelectric sensor 15 is installed and monitors and pass to computer, computer determines whether egg accordingly.If egg has been detected,
Start conveyer device, and the foot ring label value that the second RFID card reader 8-2 is read before this is sent to ink jet numbering machine 18, when Ovum Anas domestica warp
Cross after conveyer belt 23 is transported to hatching egg guider 20, the attitude of hatching egg is adjusted, and its longitudinal axis (major axis) is parallel to ink jet numbering machine
18, when Ovum Anas domestica moves through coding photoelectric sensor 17 on the conveyor belt, the label value that computer sends is sprayed by ink jet numbering machine
Complete to identify on hatching egg.
Hereafter enter back into dummy status, when the first photoelectric sensor 10 has signal monitoring to lay eggs casing 9 to duck trend,
Repeat above flow process and realize kind of the automatic data collection of duck individuality manufacturing parameter and a record.
Embodiment described above is only optimal way of the present utility model to be described, not to of the present utility model
Scope is defined, and on the premise of without departing from this utility model design spirit, those of ordinary skill in the art are new to this practicality
Various modifications and improvement that the technical scheme of type is made, all should fall into the protection domain of this utility model claims determination
Interior.
Claims (10)
1. a kind of flat support pure lines kind duck individuality manufacturing parameter automatic data collection with record system it is characterised in that：Including measurement of searching for food
Amount device, modular case apparatus and the hatching egg mark conveying arrangement of laying eggs；Described measuring device of searching for food is arranged on described modular
Lay eggs the side of case apparatus, for the searching for food of kind of duck, measurement of searching for food, described hatching egg mark conveying arrangement is arranged on described unit
Formula is laid eggs the opposite side of case apparatus, for the mark of hatching egg, output；
Described modular case apparatus of laying eggs include kind of a duck individual identity identifying device, casing of laying eggs (9), weighing device (13) and plant
Egg identifying device, described casing of laying eggs (9) is arranged on box bracket of laying eggs (25), and described kind of duck individual identity identifying device is installed
In the side of described casing of laying eggs (9), described kind of duck individual identity identifying device wears the identification of foot ring information by reading kind of a duck
The individual information of egg-laying breed duck and the behavior determining casing (9) of laying eggs described in kind of duck turnover；Described hatching egg identifying device is arranged on
The opposite side of described casing of laying eggs (9), described hatching egg identifying device tumbles the time for computer identification effectively by reading hatching egg
Behavior of laying eggs provides foundation；Described weighing device (13) is laid eggs the lower section of casing (9) described in being arranged on, and hatching egg is weighed
Measurement.
2. flat pure lines of supporting according to claim 1 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described measuring device of searching for food includes hopper (1), tremie pipe (2), trough (3), LOAD CELLS (4), trough supporting plate
(5), search for food baffle plate (6), channel blind (7) and the first RFID card reader (8-1)；Described hopper (1) passes through described tremie pipe (2)
Connect with described trough (3), described trough (3) is arranged on described trough supporting plate (5), the bottom of described trough (3)
It is provided with LOAD CELLS (4) between face and described trough supporting plate (5)；Described tremie pipe is communicated with trough, for guiding
Feedstuff enters trough；Described trough (3) is disposed with baffle plate of searching for food (6) and channel blind (7) positioned at duck shed side, and
Described channel blind (7) is arranged vertically with described baffle plate of searching for food (6), described first RFID card reader (8-1) be arranged on described in adopt
The bottom of food baffle plate (6), for reading the information on kind of duck foot ring.
3. flat pure lines of supporting according to claim 2 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described kind of duck individual identity identifying device includes the second RFID card reader (8-2), the first photoelectric sensor (10) and detection and leads to
Road (11)；Described second RFID card reader (8-2) is laid eggs the bottom of casing (9) described in being arranged on, and reads the letter on kind of duck foot ring
To identify the individual information of kind of duck, described sense channel (11) is connected breath with described casing of laying eggs (9), described first photoelectric sensing
Device (10) is arranged on the porch of described sense channel (11).
4. flat pure lines of supporting according to claim 1 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described hatching egg identifying device includes movable floor (12), electric putter (14), the second photoelectric sensor (15) and the first cushion pad
(16), described movable floor (12) be arranged on described in lay eggs the lower section of casing (9), described movable floor (12) goes out egg mouth direction and sets
Be equipped with two side shields, described side shield be provided with described second photoelectric sensor (15), described movable floor (12) upper
Surface is provided with the first cushion pad (16)；The lower section of described movable floor (12) is connected with described weighing device (13), described title
The lower section that (13) are put in refitting is provided with electric putter (14), and described electric putter (14) is arranged on institute by electric putter mounting bracket (26)
State the bottom of casing of laying eggs (9).
5. flat pure lines of supporting according to claim 4 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described hatching egg mark conveying arrangement includes coding photoelectric sensor (17), ink jet numbering machine (18), controller (19), hatching egg guiding
Device (20), buffer board (21) and conveyer belt (23), described conveyer belt (23) is arranged on conveyor belt support (24), and described defeated
Band (23) is sent to be located at the lower section of described movable floor (12), described buffer board (21) is symmetrically mounted on the two of described conveyer belt (23)
Side, prevents hatching egg from dropping to outside conveyer belt to form big opening groove, the upper surface of described buffer board (21) is connected with second
Cushion pad (22), the outfan side that described hatching egg guider (20) is arranged on described conveyer belt (23) is adjusted to hatching egg
Sequence, described coding photoelectric sensor (17) and described ink jet numbering machine (18) are installed in the terminal of described conveyer belt (23), and spray
Code photoelectric sensor (17) is located at the position before ink jet numbering machine (18), and described controller (19) is arranged on described conveyor belt support
(24) on, for adjusting the speed of conveying arrangement to be adapted with coding speed.
6. flat pure lines of supporting according to claim 4 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described electric putter (14) leave in kind of a duck described in casing (9) of laying eggs decline afterwards, make described movable floor (12) along going out egg mouth side
To downward-sloping, so that hatching egg rolls down on described hatching egg mark conveying arrangement.
7. flat pure lines of supporting according to claim 6 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：The angle of inclination of described movable floor (12) is specially 15 °～25 °.
8. flat pure lines of supporting according to claim 2 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described trough (3) is designed as curved-surface structure, to meet the dietary habit of kind of duck, to be easy to the influent pH of kind of duck.
9. flat pure lines of supporting according to claim 3 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Described first RFID card reader (8-1) and the second RFID card reader (8-2) all using the evaluator of 13.56M frequency range and are passed through
Signal transmission is in monitoring computer.
10. flat pure lines of supporting according to claim 1 plant duck individuality manufacturing parameter automatic data collection and record system, and its feature exists
In：Recognize in described measuring device of searching for food, kind duck individual identity identifying device, weighing device (13) and hatching egg identifying device
Information signal all be delivered to monitoring computer in, and be saved in data base be used at any time count and control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620787460.8U CN205962333U (en) | 2016-07-26 | 2016-07-26 | Flat individual manufacturing parameter automatic acquisition of pure lines kind of duck and recording system of supporting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620787460.8U CN205962333U (en) | 2016-07-26 | 2016-07-26 | Flat individual manufacturing parameter automatic acquisition of pure lines kind of duck and recording system of supporting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205962333U true CN205962333U (en) | 2017-02-22 |
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ID=58027649
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620787460.8U Expired - Fee Related CN205962333U (en) | 2016-07-26 | 2016-07-26 | Flat individual manufacturing parameter automatic acquisition of pure lines kind of duck and recording system of supporting |
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| Country | Link |
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| CN (1) | CN205962333U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106035136A (en) * | 2016-07-26 | 2016-10-26 | 河北农业大学 | Flat culture pure line breed duck individual production parameter automatic acquiring and recording system |
| CN107232088A (en) * | 2017-05-03 | 2017-10-10 | 深圳有诺必行网络科技有限公司 | A kind of monitoring system of tracing to the source of free-ranging laying hen |
| CN109169389A (en) * | 2018-10-10 | 2019-01-11 | 河北农业大学 | A kind of intelligent laying nest traced to the source and its control method |
-
2016
- 2016-07-26 CN CN201620787460.8U patent/CN205962333U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106035136A (en) * | 2016-07-26 | 2016-10-26 | 河北农业大学 | Flat culture pure line breed duck individual production parameter automatic acquiring and recording system |
| CN107232088A (en) * | 2017-05-03 | 2017-10-10 | 深圳有诺必行网络科技有限公司 | A kind of monitoring system of tracing to the source of free-ranging laying hen |
| CN109169389A (en) * | 2018-10-10 | 2019-01-11 | 河北农业大学 | A kind of intelligent laying nest traced to the source and its control method |
| CN109169389B (en) * | 2018-10-10 | 2021-04-13 | 河北农业大学 | Traceable intelligent egg laying box and control method thereof |
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