CN205229805U - Individual parameter information acquisition automatic system of laying hen - Google Patents
Individual parameter information acquisition automatic system of laying hen Download PDFInfo
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- CN205229805U CN205229805U CN201521096256.3U CN201521096256U CN205229805U CN 205229805 U CN205229805 U CN 205229805U CN 201521096256 U CN201521096256 U CN 201521096256U CN 205229805 U CN205229805 U CN 205229805U
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Abstract
The utility model relates to an individual parameter information acquisition automatic system of laying hen belongs to the beasts and birds field of breeding. This system includes the chicken frame cage body, automatic control system, and guide rail and traveling system, automatic feeding system, the feed intake measuring mechanism, egg quality weighing mechanism, automatic control system respectively with guide rail and traveling system, automatic feeding system, feed intake measuring mechanism and egg quality weighing mechanism are connected. The utility model discloses a production such as laying hen feed intake, oviposition period, egg quality performance parameter's real -time supervision. The utility model discloses to accurate in the breeding of poultry strain, fodder, the nutrition scheduling problem, stable, consecutively take notes each item parameter, reduce work load and have special realistic meaning.
Description
Technical field
The utility model relates to a kind of information acquisition automated system, and particularly the individual parameter information of a kind of laying hen gathers automated system, belongs to livestock and poultry cultivation field.
Background technology
Along with the development of China's poultry husbandry, the degree of scale on the one hand, mechanization is more and more higher, and the level of the productive forces constantly rises, and traditional-handwork management can not meet the demand of large and medium-sized chicken house information processing; On the other hand, computer technology and automatic control technology are progressively combined with traditional poultry farming, and making to carry out system synthesis to the application of poultry production management becomes possibility.So occurred that the digitizing utilizing Modern Transducer Technology, computer technology, mechanics of communication and technique of internet etc. to erect cultivates monitor network and information taken interaction platform, this enables the information in breeding production obtain in time and circulate to a great extent, so the mode of production achieving chicken from traditional be that core is to the transformation taking Information Flow Management as core with logistics management.
At present in poultry line breeding, feed, nutrition etc., the production performance parameter mainly dynamic mensuration of armrest of laying hen, does like this and not only consume a large amount of time and efforts, and the data subjectivity that arrives of manual observation is strong, be unfavorable for accurately, stable, record continuously.
Particularly in the single cage pure line breeding of laying hen, need production performance data that are real-time, METHOD FOR CONTINUOUS DETERMINATION kind chicken individuals.The collection of current data mainly relies on manual mode, not only consumes a large amount of time and efforts, and easily causes seriously stress of kind of chicken.Also there is fluctuation in data, has influence on the accuracy of Monitoring Data, and then affect the progress of whole breeding work because of artificial interference.
Therefore, unmanned be disturbance state under, the various production performance parameter of kind chicken in the raw under is gathered, acquisition precise information, be breeding technique improvement in the urgent need to.
Therefore, a kind of realization is provided to gather to the individual parameter information of the laying hen of the precise acquisition of the data such as feed and weight of egg the technical barrier that automated system just becomes the solution of this technical field urgent need at multi-level, multi-point.
Utility model content
The purpose of this utility model is to provide a kind of realization to gather automated system at multi-level, multi-point to the individual parameter information of the laying hen of the precise acquisition of the data such as feed and weight of egg.
For achieving the above object, the utility model takes following technical scheme:
The individual parameter information of a kind of laying hen gathers automated system, comprise chicken frame cage body, it is characterized in that: also comprise automatic control system, guide rail and running gear, automatical feeding system, feed intake measuring mechanism, egg quality weighing mechanism, described automatic control system respectively with described guide rail and running gear, automatical feeding system, feed intake measuring mechanism and egg quality weighing mechanism are connected, described automatical feeding system is positioned at the top of described guide rail and running gear, described feed intake measuring mechanism is positioned at the middle part of described guide rail and running gear, described egg quality weighing mechanism is positioned at the bottom of described guide rail and running gear, the feeding hole of described chicken frame cage body is provided with ingesting port baffle plate, described chicken frame cage body go out egg mouth place be provided with go out that egg mouth flapper axle is connected go out egg mouth baffle plate, egg mouth is gone out to chicken coop and carries out block, the egg exit of described chicken frame cage body is also provided with egg export orientation plate, the egg groove that connects of described chicken frame cage body is that movable monomer connects egg groove, described egg export orientation plate and described movable monomer connect egg groove and overlap, the manger of described chicken frame cage body is movable monomer manger, the bottom that the movable monomer of described chicken frame cage body connects egg groove is provided with device for turning over eggs, the sidepiece that the movable monomer of described chicken frame cage body connects egg groove is provided with egg conveyor-belt apparatus, described egg conveyor-belt apparatus is connected with egg gathering-device, automatic manure-cleaning mechanism is provided with bottom described chicken frame cage body.
Preferably, described automatic control system comprises host computer and slave computer, adopts RS485 serial communication between described host computer and slave computer.
Preferably, described guide rail is connected with host computer by RS485 or RS232 with the motor in running gear, described feed intake measuring mechanism is connected with host computer by RS485 or RS232 with motor with the sensing device in egg quality weighing mechanism, and the feed bin LOAD CELLS in described automatical feeding system is connected with host computer by RS485 or RS232.
Preferably, described automatical feeding system comprises automatic blanking storehouse, tipping mechanism, feed bin LOAD CELLS and screw feeder.
Preferably, described guide rail and running gear comprise two, and one is loading guide and running gear, and described automatical feeding system is positioned at the top of described loading guide and running gear; Another gathers guide rail and running gear, and described feed intake measuring mechanism is positioned at the middle part of described collection guide rail and running gear, and described egg quality weighing mechanism is positioned at the bottom of described collection guide rail and running gear.
Preferably, described monomer feed groove and described monomer connect egg groove lower end and are all connected with pressure pin.
Preferably, described feed intake measuring mechanism comprises motor fixed bar, linear electric motors, motor elevating mechanism, and supporting plate is positioned at the LOAD CELLS above described supporting plate, is positioned at the top board above described LOAD CELLS.
Preferably, described egg quality weighing mechanism comprises motor fixed bar, linear electric motors, motor elevating mechanism, and supporting plate is positioned at the LOAD CELLS above described supporting plate, is positioned at the top board above described LOAD CELLS.
Preferably, described automatic control system is provided with manual control and automatically controls two kinds of mode of operations, under manual control pattern, automatical feeding system by hand control at hen house autonomous; Under automatic control mode, automatical feeding system requires to advance under the control of single-chip microcomputer according to feeding.
Preferably, described under manual control pattern, the gait of march of automatical feeding system can be grasped voluntarily.
Preferably, described automatical feeding system is provided with proximity switch, and guide rail has position of rest block.(speed of automatical feeding system is adjustable, is exported by PLCD/A, controls speed regulator and carries out speed adjustment, form closed-loop control system.)
Advantage of the present utility model:
The individual parameter information of laying hen of the present utility model gathers the Real-Time Monitoring that automated system achieves the production performance parameters such as laying hen feed intake, egg quality.
The individual parameter information of laying hen of the present utility model gather automated system in the problems such as poultry lines breeding, feed, nutrition accurately, stable, record parameters continuously, reduce workload there is special realistic meaning.
Below by the drawings and specific embodiments, the utility model is described further, but and does not mean that the restriction to the utility model protection domain.Implementation condition in embodiment and device unless otherwise, are the device of the routine that the implementation condition of this area routine and market can be purchased.
Accompanying drawing explanation
Fig. 1 is the structural representation that the individual parameter information of the utility model laying hen gathers automated system.
Fig. 2 is the structural representation that the individual parameter information of the utility model laying hen gathers the automatic control part in automated system.
Fig. 3 is the structural representation that the individual parameter information of the utility model laying hen gathers egg output in automated system and gathering-device part.
Fig. 4 is the structural representation that the individual parameter information of the utility model laying hen gathers the feed intake measuring mechanism in automated system.
Fig. 5 is that the individual parameter information of the utility model laying hen gathers the feed of automated system and schematic flow sheet of weighing.
Fig. 6 is the structural representation that the individual parameter information of the utility model laying hen gathers the automatical feeding system in automated system.
Main Reference Numerals illustrates:
1 automatical feeding system 2 ingesting port baffle plate
3 chicken frame cage body 4 monomer feed grooves
5 monomer feed groove supporting plates 6 go out egg mouth baffle plate
7 egg export orientation plate 8 monomers connect egg groove
9 device for turning over eggs 10 egg conveyor-belt apparatus
11 feed intake measuring mechanism 12 egg quality weighing mechanisms
13 automatic manure-cleaning mechanism 14 weighing mechanism movable motors
15 automatical feeding system motor 16 egg gathering-devices
17 operator's console 18 ingesting port baffle plate motors
19 go out egg mouth baffle plate motor
11-1 motor fixed bar 11-2 linear electric motors
11-3 motor elevating mechanism 11-4 monomer feed groove LOAD CELLS
11-5 top board
1-1 blanking feed bin 1-2 tipping mechanism
1-3 feed bin LOAD CELLS 1-4 screw feeder
1-5 feed hopper
Embodiment
Embodiment 1
As shown in Figure 1, for the individual parameter information of the utility model laying hen gathers the structural representation of automated system.In figure, 1 is automatical feeding system, and 2 is ingesting port baffle plate, 3 is chicken frame cage body, and 4 is monomer feed groove, and 5 is monomer feed groove supporting plate, 6 for going out egg mouth baffle plate, and 7 is egg export orientation plate, and 8 connect egg groove for monomer, 9 is device for turning over eggs, and 10 is egg conveyor-belt apparatus, and 11 is feed intake measuring mechanism, 12 is egg quality weighing mechanism, 13 is automatic manure-cleaning mechanism, and 15 is automatical feeding system motor, and 17 is operator's console (automatic control system).
As shown in Figure 2, for the individual parameter information of the utility model laying hen gathers the structural representation of the automatic control part in automated system, wherein, comprise operator's console (automatic control system) 17, the weighing mechanism movable motor 14 be connected with described operator's console 17, automatical feeding system motor 15, ingesting port baffle plate motor 18 and go out egg mouth baffle plate motor 19.
As shown in Figure 3, for the individual parameter information of the utility model laying hen gathers the structural representation of egg output in automated system and gathering-device part, wherein, go out egg mouth baffle plate 6, egg export orientation plate 7, monomer connects egg groove 8, device for turning over eggs 9, egg conveyor-belt apparatus 10.
As shown in Figure 4, for the individual parameter information of the utility model laying hen gathers the structural representation of the feed intake measuring mechanism in automated system.Wherein, 11-1 is motor fixed bar, and 11-2 is linear electric motors, and 11-3 is motor elevating mechanism, is positioned at described monomer feed groove supporting plate 5 monomer feed groove LOAD CELLS 11-4 above, is positioned at the top board 11-5 above described monomer feed groove LOAD CELLS 11-4.
Described feed intake measuring mechanism 11 runs to corresponding chicken position, after accurately locating through claiming monomer feed groove LOAD CELLS 11-4, motor elevating mechanism 11-3 rises monomer feed groove LOAD CELLS 11-4, and monomer feed groove LOAD CELLS 11-4 holds up monomer feed groove 4, weighs feed relative.
Egg quality weighing mechanism 12 is identical with the structure of feed intake measuring mechanism 11, run to corresponding chicken position, the egg outlet of chicken frame cage body 3 is provided with egg export orientation plate 7, egg enters monomer along this egg export orientation plate 7 and connects egg groove 8, after LOAD CELLS is accurately located, motor elevating mechanism rises LOAD CELLS, and LOAD CELLS holds up monomer and connects egg groove 8, weighs egg quality.The bottom that the movable monomer of chicken frame cage body 3 connects egg groove 4 is provided with device for turning over eggs 9, and movable monomer connects after egg groove 8 stirs by device for turning over eggs 9, makes egg enter egg gathering-device 16 along egg conveyor-belt apparatus 10.
As shown in Figure 5, for the individual parameter information of the utility model laying hen gathers the feed of automated system and schematic flow sheet of weighing.When the LOAD CELLS in feed intake measuring mechanism 11 weigh reach slow blanking halt and fast blanking halt time, computing machine in automatic control system will control frequency converter saltus step tremendously low frequency, frequency conversion feed is used to add the dirigibility of batching control process, also for accurate feeding provides the foundation.
Feed intake after terminating, automatical feeding system moves on, and carries out the identification of next laying hen, locates and feed.Automatical feeding system is returned back to initial feeding state, has added feed and prepared feeding next time after feeding and terminating by whole row.
As shown in Figure 6, for the individual parameter information of the utility model laying hen gathers the structural representation of the automatical feeding system in automated system.Automatical feeding system comprises blanking feed bin 1-1, tipping mechanism 1-2, feed bin LOAD CELLS 1-3 and screw feeder 1-4, tipping mechanism 1-2 is positioned at the bottom of blanking feed bin 1-1, tipping mechanism 1-2 is provided with feed hopper 1-5, and feed hopper 1-5 lower end is provided with feed bin weighing sensor 1-3 and screw feeder 1-4.
The individual parameter information of laying hen gathers automated system, comprise automatical feeding system 1, ingesting port baffle plate 2, chicken frame cage body 3, monomer feed groove 4, monomer feed groove supporting plate 5, go out egg mouth baffle plate 6, egg export orientation plate 7, monomer connects egg groove 8, device for turning over eggs 9, egg conveyor-belt apparatus 10, feed intake measuring mechanism 11, egg quality weighing mechanism 12, automatic manure-cleaning mechanism 13, automatical feeding system motor 15, operator's console (automatic control system) 17, operator's console (automatic control system) 17 respectively with weighing mechanism movable motor 14, automatical feeding system motor 15, ingesting port baffle plate motor 18 and go out egg mouth baffle plate motor 19 and be connected, described automatical feeding system 1 is positioned at the top of described guide rail and running gear, described feed intake measuring mechanism 11 is positioned at the middle part of described guide rail and running gear, described egg quality weighing mechanism 12 is positioned at the bottom of described guide rail and running gear, the feeding hole of described chicken frame cage body 3 is provided with ingesting port baffle plate 2, the egg outlet of described chicken frame cage body 3 is provided with egg export orientation plate 7, the egg groove that connects of described chicken frame cage body 3 is that movable monomer connects egg groove 8, described egg export orientation plate 7 connects egg groove 7 with described movable monomer and overlaps, the manger of described chicken frame cage body 3 is movable monomer manger 4, the bottom that the movable monomer of described chicken frame cage body 3 connects egg groove 4 is provided with device for turning over eggs 9, the sidepiece that the movable monomer of described chicken frame cage body 3 connects egg groove 8 is provided with egg conveyor-belt apparatus 10, described egg conveyor-belt apparatus 10 is connected with egg gathering-device 16, the bottom of described chicken frame cage body 3 is provided with automatic manure-cleaning mechanism 13, feed is delivered in feed hopper by blanking feed bin 1-1, then be delivered in monomer feed groove 4 by screw feeder 1-4, before automatical feeding system 1 runs, described ingesting port baffle plate 2 is closed, stop that chicken pecks at feed, to ensure the accuracy that feed intake is measured, automatical feeding system 1 also can be avoided to crush chicken, described automatical feeding system 1 runs on the track of guide rail and running gear, is added to equably in monomer feed groove 4 by feed by screw feeder 1-4.
The material of automatical feeding system conveying is the poor feed of mobility, and in order to improve the work efficiency of feed consumption rate Weighing system, the speed of weighing wants precision that is fast and that weigh to want high, will take into account performance and the manufacturing cost of whole device simultaneously.In rapid loading process, when reaching the scale of feeding set by every laying hen, monomer feed groove LOAD CELLS 11-4 provides stopping feeding signal, and Signal transmissions, to automatic control system, makes feed stop by executive component.The every side of chicken coop is that ladder is installed, be divided into two-layer, automatical feeding system 1 moves along chicken coop installation direction, accurately stop at each chicken potential energy, automatical feeding system 1 is equipped with proximity switch (not marking in figure), guide rail has position of rest block (not marking in figure), the speed of car is adjustable, exported by PLCD/A, controlling speed regulator and carry out speed adjustment, is a closed-loop control system.Each monomer feed groove is made up of the section bar designing.Feed intake measuring mechanism is inserted into monomer feed trench bottom, and held up by monomer feed groove by linear electric motors, after putting in place, can coordinate after having fed intake, linear electric motors are put down, and have fed intake.
Automatical feeding system adopts the method for frequency control, reinforced at a high speed when starting reinforced, when feeding in raw material close to low speed during setting value.
Automatic control system includes host computer and slave computer, adopts RS485 serial communication between described host computer and slave computer.
Automatic control system is provided with manual control and automatically controls two kinds of mode of operations, under manual control pattern, automatic feeding mechanism by hand control at hen house autonomous; Under automatic control mode, automatic feeding mechanism requires to advance under the control of single-chip microcomputer according to feeding.Under manual control pattern, the gait of march of batch charger can be grasped voluntarily.
The individual parameter information of laying hen of the present utility model gathers automated system and utilizes LOAD CELLS and motor elevating mechanism to gather the various manufacturing parameters of laying hen individuality respectively, comprise feed intake, egg quality etc., carry out passing image data back PC end in the mode of network after information fusion through microprocessor.Achieve the remote collection of production data under laying hen state of nature.The accuracy of data is high, and meets the actual conditions of tested individuality.
Claims (8)
1. the individual parameter information of laying hen gathers automated system, comprise chicken frame cage body, it is characterized in that: also comprise automatic control system, guide rail and running gear, automatical feeding system, feed intake measuring mechanism, egg quality weighing mechanism, described automatic control system respectively with described guide rail and running gear, automatical feeding system, feed intake measuring mechanism and egg quality weighing mechanism are connected, described automatical feeding system is positioned at the top of described guide rail and running gear, described feed intake measuring mechanism is positioned at the middle part of described guide rail and running gear, described egg quality weighing mechanism is positioned at the bottom of described guide rail and running gear, the feeding hole of described chicken frame cage body is provided with ingesting port baffle plate, the egg outlet of described chicken frame cage body is provided with egg export orientation plate, the egg groove that connects of described chicken frame cage body is that movable monomer connects egg groove, described egg export orientation plate and described movable monomer connect egg groove and overlap, the manger of described chicken frame cage body is movable monomer manger, the bottom that the movable monomer of described chicken frame cage body connects egg groove is provided with device for turning over eggs, the sidepiece that the movable monomer of described chicken frame cage body connects egg groove is provided with egg conveyor-belt apparatus, described egg conveyor-belt apparatus is connected with egg gathering-device, automatic manure-cleaning mechanism is provided with bottom described chicken frame cage body.
2. the individual parameter information of laying hen according to claim 1 gathers automated system, it is characterized in that: described automatic control system comprises host computer and slave computer, adopts RS485 serial communication between described host computer and slave computer.
3. the individual parameter information of laying hen according to claim 2 gathers automated system, it is characterized in that: described guide rail is connected with host computer by RS485 or RS232 with the motor in running gear, described feed intake measuring mechanism is connected with host computer by RS485 or RS232 with motor with the sensing device in egg quality weighing mechanism, and the feed bin LOAD CELLS in described automatical feeding system is connected with host computer by RS485 or RS232.
4. the individual parameter information of laying hen according to claim 1 gathers automated system, it is characterized in that: described automatical feeding system comprises automatic blanking storehouse, tipping mechanism, feed bin LOAD CELLS and screw feeder.
5. the individual parameter information of laying hen according to claim 1 gathers automated system, it is characterized in that: described guide rail and running gear comprise two, one is loading guide and running gear, and described automatical feeding system is positioned at the top of described loading guide and running gear; Another gathers guide rail and running gear, and described feed intake measuring mechanism is positioned at the middle part of described collection guide rail and running gear, and described egg quality weighing mechanism is positioned at the bottom of described collection guide rail and running gear.
6. the individual parameter information of laying hen according to claim 1 gathers automated system, it is characterized in that: described monomer feed groove and described monomer connect egg groove lower end and be all connected with pressure pin.
7. the individual parameter information of laying hen according to claim 1 gathers automated system, it is characterized in that: described feed intake measuring mechanism comprises motor fixed bar, linear electric motors, motor elevating mechanism, supporting plate, be positioned at the LOAD CELLS above described supporting plate, be positioned at the top board above described LOAD CELLS; Described egg quality weighing mechanism comprises motor fixed bar, linear electric motors, motor elevating mechanism, and supporting plate is positioned at the LOAD CELLS above described supporting plate, is positioned at the top board above described LOAD CELLS.
8. the individual parameter information of laying hen according to claim 1 gathers automated system, it is characterized in that: described automatical feeding system is provided with proximity switch, guide rail has position of rest block.
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| CN201521096256.3U CN205229805U (en) | 2015-12-24 | 2015-12-24 | Individual parameter information acquisition automatic system of laying hen |
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| CN201521096256.3U CN205229805U (en) | 2015-12-24 | 2015-12-24 | Individual parameter information acquisition automatic system of laying hen |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105403258A (en) * | 2015-12-24 | 2016-03-16 | 河北农业大学 | Automation system of information acquisition of individual parameters of laying hens |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105403258A (en) * | 2015-12-24 | 2016-03-16 | 河北农业大学 | Automation system of information acquisition of individual parameters of laying hens |
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