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CN109917766A - A kind of monitoring automation equipment - Google Patents

A kind of monitoring automation equipment Download PDF

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Publication number
CN109917766A
CN109917766A CN201910252574.0A CN201910252574A CN109917766A CN 109917766 A CN109917766 A CN 109917766A CN 201910252574 A CN201910252574 A CN 201910252574A CN 109917766 A CN109917766 A CN 109917766A
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CN
China
Prior art keywords
wall
feed
fixedly mounted
water
switch
Prior art date
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Granted
Application number
CN201910252574.0A
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Chinese (zh)
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CN109917766B (en
Inventor
路丽丽
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jiangsu bosun Information Technology Co., Ltd
Original Assignee
Hangzhou Zhitian Electronic Commerce Co Ltd
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Priority to CN201910252574.0A priority Critical patent/CN109917766B/en
Publication of CN109917766A publication Critical patent/CN109917766A/en
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Publication of CN109917766B publication Critical patent/CN109917766B/en
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

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  • Feeding And Watering For Cattle Raising And Animal Husbandry (AREA)
  • Apparatus For Disinfection Or Sterilisation (AREA)

Abstract

The invention discloses a kind of monitoring automation equipment, including wall, cam motor starting band moving cam rotates half-turn when feed deficiency in trough, so that baffle is moved down into minimum point, the intracavitary feed of feed is entered in fodder tube by blow tank, by the principle of buoyancy detect water source number, the number of weight detecting feed passed through, facilitate addition feed and water source, prompting can be also issued when the water source and feed deficiency of storage, feed consumption can be plotted as figure by data module, for observing the growing state of livestock, if steadily then growth is normal for data, big rise and big fall then there is a problem, and device can carry out disinfection, convenient for the growth of livestock, multiple functional low cost.

Description

A kind of monitoring automation equipment
Technical field
The present invention relates to cultivation equipment field, specially a kind of monitoring automation equipment.
Background technique
Currently in order to improve cultivation efficiency and quality, will use mechanical device and be monitored, also will use camera into Row observation growing state, it is possible to reduce manual operation reduces labor intensity, and the equipment manufacturing cost of existing most of series is expensive, Function is not complete enough, the physical condition of livestock is difficult to normally detect, therefore, it is necessary to a kind of low cost, more practical prisons Control equipment.
Summary of the invention
The purpose of the present invention is to provide a kind of monitoring automation equipment, for overcoming drawbacks described above in the prior art.
A kind of monitoring automation equipment of embodiment according to the present invention, a kind of monitoring of embodiment according to the present invention is certainly Dynamicization equipment, including wall, the wall is interior to be equipped with culturing area, is provided with feed monitoring device and water in the culturing area Source monitoring device, the feed monitoring device include trough and the first gravitometer for weighing the trough, pass through monitoring The monitoring weight feed of first gravitometer number, the water source monitoring device includes pond and floating ball, further includes connection Bar, the floating ball monitor the level at water source by the height and position of connecting rod described in buoyancy control, and device is additionally provided with feeding Expect adding set and water source adding set, the feed addition device and the water source adding set can respectively to feed and water into Row addition, the feed addition device includes the feedbox for being fixedly mounted on the wall right end face, is set in the feedbox It is equipped with the baffle and cam of control feed addition, the water source adding set includes being fixedly mounted on the wall left end face The logical solenoid valve of water flow, further includes the switching device for controlling the electromagnetic valve switch in water tank and the control water tank, described to open Closing device includes limit switch and contact-making switch, and device is additionally provided with disinfection parts and control assembly, and the control assembly includes It is fixedly mounted on the control machine of the culturing area inner left wall, the disinfection parts include the disinfection in the control machine The steam outlet pipe of water cavity and transmitting fog.
Further technical solution, the control assembly include the control plane for being fixedly mounted on the control machine right end face Plate, the culturing area inner left wall are fixedly mounted the protective fence for surrounding the control machine, in the control machine right end face Camera is fixedly mounted, is fixedly mounted data module in the control machine left end face, the data module left end is connected with the Symmetrical display lamp is fixedly mounted in one electric wire and the second electric wire, the wall top end surface.
Further technical solution, the feed monitoring device include being located in the culturing area or so inner wall symmetrically Slot is weighed, first gravitometer is fixedly mounted on the bottom wall for weighing slot, the fixed peace of the first gravitometer top end surface Inserted block is loaded, symmetrically upper inserted block is fixedly mounted in end face at left and right sides of the trough, and the upper inserted block and the lower inserted block are mutual It plugs, first electric wire is connect with first gravitometer of the left and right sides respectively.
Further technical solution, the water source monitoring device include the pond, and the pond is mounted on the cultivation Bottom wall on the left of region is equipped with the sink of opening upwards in the pond, has water source in the sink, the floating ball swims in water On face, one of limiting slot is equipped in the sink inner left wall, be slidably installed limited block in the limiting slot, the limit The ball lever being fixedly connected with the floating ball is fixedly mounted in block right end face, and the connecting rod is fixedly mounted on the ball lever top End surface, the culturing area inner left wall is interior to be equipped with switch cavity, is equipped with one of slide bar slot, institute in the switch cavity inner left wall It states connecting rod to protrude into the switch cavity and be slidably matched with the slide bar slot, pressure block is fixedly mounted in the connecting rod.
Further technical solution, the feed addition device include being fixedly mounted on the right side of the culturing area in inner wall Fodder tube, the fodder tube, which is connected to downwards, is equipped with seven material blanking tubes, and the feed chamber of opening upwards, institute are equipped in the feedbox It states feed chamber inner left wall and is equipped with the blow tank being connected to the fodder tube, the feedbox bottom end face is interior equipped with Open Side Down Baffle plate groove, cam motor is fixedly mounted in inner wall on the right side of the baffle plate groove, the cam is fixedly mounted on the cam motor On the output shaft in left side, the barrier slides are fitted in the baffle plate groove and enter in the blow tank can be with for the upper end The blow tank roof is slidably matched, and the perforative cam path in left and right is equipped in the baffle, and the cam is located at the cam path Interior and contact with the cam path roof, weight plate is fixedly mounted in feed bottom of chamber wall, is provided with title below the weight plate Chamber is measured, the second gravitometer contacted with the weight plate is fixedly mounted in the bottom of chamber wall that weighs.
Further technical solution, the switching device include the symmetrical switch in the switch cavity up and down inner wall Slot, the limit switch are slidably installed in the switch slot, and it is remote that the contact-making switch is fixedly installed in the switch slot From symmetrical centre side inner wall, it is fixedly mounted compressed spring between the limit switch and the switch slot inner wall, described second Electric wire is connect with the contact-making switch of upper and lower two sides.
Further technical solution, the water source adding set include the water tank, are equipped with opening upwards in the water tank Water cavity, outlet conduit is fixedly mounted in the culturing area inner left wall, inner wall is equipped with and the water outlet on the right side of the water cavity The effluent trough of pipeline connection, the solenoid valve are fixedly installed in the effluent trough.
Further technical solution, the disinfection parts include the disinfection water cavity, the intracavitary pluggable peace of disinfectant Handle, the control machine right end face and the culturing area is fixedly mounted in dress envelope vapour lid mouth, the envelope vapour lid mouth top end surface Fixed plate is fixedly mounted in right side inner wall, and the steam outlet pipe is placed in the fixed plate, is equipped with opening to the left in the steam outlet pipe Steam output chamber, the steam output chamber bottom wall is equipped with the equally distributed vapor opening that Open Side Down, the steam output chamber and the disinfectant The ventilation pipe of connection is provided between chamber, ultrasonic oscillation block is fixedly mounted in disinfectant bottom of chamber wall.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, water source are detected by the principle of buoyancy more It is few, by weight detecting feed number, facilitate addition feed and water source, can also issue and mention when the water source of storage is with feed deficiency It wakes up, feed consumption can be plotted as figure by data module, for observing the growing state of livestock, if data are steadily then given birth to Long normal, big rise and big fall then there is a problem, and device can carry out disinfection, convenient for the growth of livestock, multiple functional cost It is low, it is worthy to be popularized.
Detailed description of the invention
Fig. 1 is the overall structure diagram of invention;
Fig. 2 is the front cross sectional view of device;
Fig. 3 is the enlarged diagram in Fig. 1 at A;
Fig. 4 is the enlarged diagram in Fig. 2 at B;
Fig. 5 is the enlarged diagram in Fig. 2 at C.
Specific embodiment
Below with reference to Fig. 1-5, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-5, a kind of monitoring automation equipment of embodiment according to the present invention, including wall 10, the wall It is equipped with culturing area 15 in 10, is provided with feed monitoring device and water source monitoring device, the feed in the culturing area 15 Monitoring device includes trough 23 and the first gravitometer 20 for weighing the trough 23, by monitoring first gravitometer The number of 20 monitoring weight feed, it further includes connecting rod 52 that the water source monitoring device, which includes pond 55 and floating ball 54, described Floating ball 54 monitors the level at water source by the height and position of connecting rod 52 described in buoyancy control, and device is additionally provided with feed and adds Feeder apparatus and water source adding set, the feed addition device and the water source adding set can respectively add feed and water Add, the feed addition device includes the feedbox 27 for being fixedly mounted on 10 right end face of wall, in the feedbox 27 It is provided with the baffle 60 and cam 61 of control feed addition, the water source adding set includes being fixedly mounted on 10 left side of wall The logical solenoid valve 34 of water flow, further includes controlling what the solenoid valve 34 switched in the water tank 32 and the control water tank 32 of side end face Switching device, the switching device include limit switch 67 and contact-making switch 70, and device is additionally provided with disinfection parts and control group Part, the control assembly include the control machine 11 for being fixedly mounted on 15 inner left wall of culturing area, the disinfection parts packet Include the disinfection water cavity 40 being located in the control machine 11 and the steam outlet pipe 43 for transmitting fog.
Valuably or illustratively, the control assembly includes being fixedly mounted on the control of 11 right end face of control machine Panel 47, the protective fence 12 for surrounding the control machine 11 is fixedly mounted in 15 inner left wall of culturing area, to prevent from controlling Machine 11 processed is gnawed bad by pig, camera 48 is fixedly mounted in 11 right end face of control machine, in 11 left end face of control machine Data module 50 is fixedly mounted, 50 left end of data module is connected with the first electric wire 17 and the second electric wire 51, the wall 10 Symmetrical display lamp 13 is fixedly mounted in top end surface, so as to observe the living condition of pig by the camera 48, The processing storage of signal is carried out by the data module 50 and is uploaded, and the consumption feelings of feed are obtained by first electric wire 17 Condition obtains the Expenditure Levels at water source by second electric wire 51, can be by the data module 50 by daily consumption number According to curve is depicted as observing the growing state of pig, disinfecting time is arranged by the control panel 47, automatically adds water addition The time of feed.
Valuably or illustratively, the feed monitoring device includes being located in 15 or so the inner wall of culturing area symmetrically Weighing slot 21, first gravitometer 20 is fixedly mounted on the bottom wall for weighing slot 21, first gravitometer, 20 top The lower inserted block 26 of end face fixed installation, symmetrically upper inserted block 22 is fixedly mounted in 23 left and right sides end face of trough, described slotting Block 22 is mutually plugged with the lower inserted block 26, and first electric wire 17 connects with first gravitometer 20 of the left and right sides respectively Connect, can place feed in the trough 23, the trough 23 with the upper inserted block 22 oppress the lower inserted block 26 to Push, first gravitometers 20 of two sides detects gravity, before monitoring, not the trough 23 of feed and it is described on Inserted block 22 resets pressure caused by first gravitometer 20, and the weighed weight of first gravitometer 20 is actual feeding Expect weight, and data are transmitted at the data module 50 by first electric wire 17.
Valuably or illustratively, the water source monitoring device includes the pond 55, and the pond 55 is mounted on described The bottom wall in the left side of culturing area 15 is equipped with the sink 56 of opening upwards in the pond 55, has water source in the sink 56, described Floating ball 54 is swum on the water surface, one of limiting slot 73 is equipped in 56 inner left wall of sink, sliding is matched in the limiting slot 73 Installation limited block 72 is closed, the ball lever 53 being fixedly connected with the floating ball 54, institute is fixedly mounted in 72 right end face of limited block It states connecting rod 52 and is fixedly mounted on 53 top end surface of ball lever, be equipped with switch cavity in 15 inner left wall of culturing area 65, be equipped with one of slide bar slot 66 in 65 inner left wall of switch cavity, the connecting rod 52 protrude into the switch cavity 65 and with The slide bar slot 66 is slidably matched, and pressure block 64 is fixedly mounted in the connecting rod 52, thus when the water level in the sink 56 When changing, the position of the floating ball 54 changes with the variation of water level under the action of buoyancy, the floating ball 54 with 53 synchronizing moving of ball lever, the ball lever 53 is with 52 synchronizing moving of connecting rod, for monitoring water source Situation.
Valuably or illustratively, the feed addition device includes being fixedly mounted on the 15 right side inner wall of culturing area Interior fodder tube 25, the connection downwards of fodder tube 25 are equipped with seven material blanking tubes 24, are equipped with opening upwards in the feedbox 27 Feed chamber 28,28 inner left wall of feed chamber is equipped with the blow tank 62 that is connected to the fodder tube 25, the feedbox 27 It is equipped with the baffle plate groove 58 that Open Side Down in bottom end face, cam motor 57, institute is fixedly mounted in the 58 right side inner wall of baffle plate groove It states cam 61 to be fixedly mounted on the output shaft in 57 left side of cam motor, the baffle 60 is slidably installed in the gear In board slot 58 and the upper end enters in the blow tank 62 and can be slidably matched with 62 roof of blow tank, sets in the baffle 60 There is the perforative cam path 63 in left and right, the cam 61 is located in the cam path 63 and contacts with 63 roof of cam path, institute It states 28 bottom wall of feed chamber and weight plate 30 is fixedly mounted, be provided with below the weight plate 30 and weigh chamber 39,39 bottom of weighing chamber The second gravitometer 31 for contacting with the weight plate 30 is fixedly mounted in wall, thus in the trough 23 when feed deficiency described in The starting of cam motor 57 drives the cam 61 to rotate half-turn, so that the baffle 60 is moved down into minimum point, the feed Feed in chamber 28 is entered in the fodder tube 25 by the blow tank 62, then from the fodder tube 25 from the material blanking tube 24 slide, and remaining feed is skidded off from 25 end of fodder tube, and first gravitometer 20 monitors the trough 23 The reversion of cam motor 57 half-turn blocks the blow tank 62 after weight increases to setting value, passes through second gravitometer The weight of feed in the 31 detection feed chambers 28, when deficiency on the right side of the display lamp 13 light, remind addition feed, or It is to start to add feed after the time for reaching automatic addition feed.
Valuably or illustratively, the switching device includes symmetrically opening in about 65 inner wall of switch cavity Slot 68 is closed, the limit switch 67 is slidably installed in the switch slot 68, and the contact-making switch 70 is fixedly installed in institute Switch slot 68 is stated far from symmetrical centre side inner wall, pressure is fixedly mounted between the limit switch 67 and 68 inner wall of switch slot Contracting spring 71, second electric wire 51 are connect with the contact-making switch 70 of upper and lower two sides, thus when the connecting rod 52 is mobile When drive 64 synchronizing moving of pressure block, the pressure block 64 to push down the limit switch 67 after push the limit switch 67 Mobile, the limit switch 67 issues signal after pushing down the contact-making switch 70.
Valuably or illustratively, the water source adding set includes the water tank 32, is equipped with opening in the water tank 32 Upward water cavity 33,15 inner left wall of culturing area is interior to be fixedly mounted outlet conduit 36, and the 33 right side inner wall of water cavity is set There is the effluent trough 35 being connected to the outlet conduit 36, the solenoid valve 34 is fixedly installed in the effluent trough 35, to work as After the contact-making switch 70 of downside is pinned, the data module 50 receives signal, and it is open-minded to control the solenoid valve 34, institute It states the water in water cavity 33 and begins through the outlet conduit 36 outflow and enter in the sink 56, the water level in the sink 56 The floating ball 54 is pushed to float after rising, the contact-making switch 70 of upside is pinned, after the data module 50 receives signal Control the solenoid valve 34 to close, or start after reaching the time automatically added water plus water, after continuing for some time on After the contact-making switch 70 of side does not issue signal, the display lamp 13 in left side lights prompting plus water.
Valuably or illustratively, the disinfection parts include the disinfection water cavity 40, can be inserted in the disinfection water cavity 40 Connect installation envelope vapour lid mouth 37,37 top end surface of envelope vapour lid mouth is fixedly mounted handle 38,11 right end face of control machine with Fixed plate 44 is fixedly mounted in the 15 right side inner wall of culturing area, and the steam outlet pipe 43 is placed in the fixed plate 44, described The steam output chamber 46 of opening to the left is equipped in steam outlet pipe 43,46 bottom wall of steam output chamber is equipped with the equally distributed vapour out that Open Side Down Hole 45 is provided with the ventilation pipe 42 being connected to, 40 bottom of disinfection water cavity between the steam output chamber 46 and the disinfection water cavity 40 Ultrasonic oscillation block 41 is fixedly mounted in wall, so that the starting of ultrasonic oscillation block 41 starts will be described after reaching disinfecting time Thimerosal in disinfection water cavity 40 turns to fog and is entered in the steam output chamber 46 by the ventilation pipe 42, then from it is described go out It descends slowly and lightly downwards, is evenly dispersed in the culturing area 15 at steam vent 45.
When use, the living condition of pig can be observed by camera 48, and signal is carried out by data module 50 Processing storage and upload, the Expenditure Levels of feed are obtained by the first electric wire 17, pass through the consumption that the second electric wire 51 obtains water source Daily consumption data can be depicted as the growing state that curve is used to observe pig by data module 50, pass through control by situation The time that panel 47 processed is arranged disinfecting time, automatically adds water addition feed places feed in trough 23, and trough 23 is with upper Inserted block 22 is oppressed lower inserted block 26 and is pressed downward, and the first gravitometer 20 of two sides detects gravity, before monitoring, the not no trough of feed 23 and upper inserted block 22 to pressure caused by the first gravitometer 20 reset, the weighed weight of the first gravitometer 20 be actual feeding Expect weight, and data is transmitted at data module 50 by the first electric wire 17, cam motor when feed deficiency in trough 23 57 starting band moving cams 61 rotate half-turn, so that baffle 60 is moved down into minimum point, the feed in feed chamber 28 passes through discharging Slot 62 enters in fodder tube 25, then slides from fodder tube 25 from material blanking tube 24, and remaining feed is skidded off from 25 end of fodder tube, First gravitometer 20 monitors after the weight of trough 23 increases to setting value that cam motor 57 inverts half-turn and blocks up blow tank 62 Firmly, by the second gravitometer 31 detect feed chamber 28 in feed weight, when deficiency on the right side of display lamp 13 light, prompting adds Add feed, or start to add feed after the time for reaching automatic addition feed,
When water level in sink 56 changes, the position of floating ball 54 changes with the variation of water level under the action of buoyancy, Floating ball 54 is with 53 synchronizing moving of ball lever, and ball lever 53 is with 52 synchronizing moving of connecting rod, band dynamic pressure when connecting rod 52 is mobile 64 synchronizing moving of power block, pressure block 64 push limit switch 67 mobile after pushing down limit switch 67, and limit switch 67 pushes down contact Signal is issued after switch 70, after the contact-making switch 70 of downside is pinned, data module 50 receives signal, and control solenoid valve 34 is opened Logical, the water in water cavity 33 begins through the outflow of outlet conduit 36 and enters in screw clamp 56, and the water level in sink 56 pushes after rising Floating ball 54 floats, and the contact-making switch 70 of upside is pinned, and control solenoid valve 34 is closed after data module 50 receives signal, or Start to add water after reaching the time automatically added water,
After reaching disinfecting time, ultrasonic oscillation block 41, which starts, to be started the thimerosal sterilized in water cavity 40 turning to fog by leading to Feed channel 42 enters in steam output chamber 46, then descends slowly and lightly downwards from vapor opening 45, is evenly dispersed in culturing area 15.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, water source are detected by the principle of buoyancy more It is few, by weight detecting feed number, facilitate addition feed and water source, can also issue and mention when the water source of storage is with feed deficiency It wakes up, feed consumption can be plotted as figure by data module, for observing the growing state of livestock, if data are steadily then given birth to Long normal, big rise and big fall then there is a problem, and device can carry out disinfection, convenient for the growth of livestock, multiple functional cost It is low, it is worthy to be popularized.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims (8)

1. a kind of monitoring automation equipment, including wall, it is characterised in that: be equipped with culturing area, the cultivation in the wall Feed monitoring device and water source monitoring device are provided in region, the feed monitoring device includes trough and the weighing feeding First gravitometer of hopper, by monitor first gravitometer monitoring weight feed number, the water source monitoring dress It sets including pond and floating ball, further includes connecting rod, the floating ball monitors water by the height and position of connecting rod described in buoyancy control The level in source, device are additionally provided with feed addition device and water source adding set, the feed addition device and the water Source adding set can respectively be added feed and water, and the feed addition device includes being fixedly mounted on the right side of the wall The feedbox of end face, the baffle and cam of control feed addition are provided in the feedbox, and the water source adding set includes It is fixedly mounted on the water tank of the wall left end face and controls the solenoid valve that water flow is logical in the water tank, further include described in control The switching device of electromagnetic valve switch, the switching device include limit switch and contact-making switch, and device is additionally provided with disinfection parts With control assembly, the control assembly includes the control machine for being fixedly mounted on the culturing area inner left wall, the disinfection portion Part includes the disinfection water cavity in the control machine and the steam outlet pipe for transmitting fog.
2. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the control assembly includes fixed peace Mounted in the control panel of the control machine right end face, the culturing area inner left wall, which is fixedly mounted, surrounds the control machine Protective fence, camera is fixedly mounted in the control machine right end face, data are fixedly mounted in the control machine left end face Module, the data module left end are connected with the first electric wire and the second electric wire, and left and right pair is fixedly mounted in the wall top end surface The display lamp of title.
3. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the feed monitoring device includes position In symmetrically weighing slot in the culturing area or so inner wall, first gravitometer is fixedly mounted on the bottom for weighing slot Lower inserted block is fixedly mounted in wall, the first gravitometer top end surface, and end face is fixedly mounted symmetrical at left and right sides of the trough Upper inserted block, the upper inserted block and the lower mutual grafting of inserted block, first electric wire, first weight with the left and right sides respectively The connection of power meter.
4. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the water source monitoring device includes institute Pond is stated, the pond is mounted on the bottom wall on the left of the culturing area, and the sink of opening upwards is equipped in the pond, described There is water source in sink, the floating ball is swum on the water surface, and one of limiting slot, the limiting slot are equipped in the sink inner left wall Inside be slidably installed limited block, and the ball lever being fixedly connected with the floating ball, institute is fixedly mounted in the limited block right end face It states connecting rod and is fixedly mounted on the ball lever top end surface, switch cavity is equipped in the culturing area inner left wall, it is described to open One of slide bar slot is equipped in close cavity inner left wall, the connecting rod protrudes into the switch cavity and matches with slide bar slot sliding It closes, pressure block is fixedly mounted in the connecting rod.
5. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the feed addition device includes solid Fodder tube of the Dingan County in inner wall on the right side of the culturing area, the fodder tube, which is connected to downwards, is equipped with seven material blanking tubes, described The feed chamber of opening upwards is equipped in feedbox, the feed chamber inner left wall is equipped with the blow tank being connected to the fodder tube, It is equipped with the baffle plate groove that Open Side Down in the feedbox bottom end face, cam electricity is fixedly mounted on the right side of the baffle plate groove in inner wall Machine, the cam are fixedly mounted on the output shaft on the left of the cam motor, and the barrier slides are fitted to the gear In board slot and the upper end enters in the blow tank and can be slidably matched with the blow tank roof, and left and right is equipped in the baffle and is passed through The cam path worn, the cam are located in the cam path and contact with the cam path roof, and feed bottom of chamber wall is fixed Weight plate is installed, weighing chamber is provided with below the weight plate, the weighing bottom of chamber wall fixed installation is contacted with the weight plate The second gravitometer.
6. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the switching device includes being located at institute The symmetrical switch slot in switch cavity or more inner wall is stated, the limit switch is slidably installed in the switch slot, described Contact-making switch is fixedly installed in the switch slot far from symmetrical centre side inner wall, the limit switch and the switch slot inner wall Between compressed spring is fixedly mounted, second electric wire is connect with the contact-making switch of upper and lower two sides.
7. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the water source adding set includes institute Water tank is stated, the water cavity of opening upwards is equipped in the water tank, outlet conduit, institute is fixedly mounted in the culturing area inner left wall It states inner wall on the right side of water cavity and is equipped with the effluent trough being connected to the outlet conduit, the solenoid valve is fixedly installed in the effluent trough It is interior.
8. a kind of monitoring automation equipment according to claim 1, it is characterised in that: the disinfection parts include described disappear Vapour lid mouth is sealed in malicious water cavity, the intracavitary pluggable installation of disinfectant, and handle is fixedly mounted in the envelope vapour lid mouth top end surface, described Fixed plate is fixedly mounted in inner wall on the right side of control machine right end face and the culturing area, and the steam outlet pipe is placed on the fixed plate On, be equipped with the steam output chamber of opening to the left in the steam outlet pipe, the steam output chamber bottom wall be equipped with that Open Side Down it is equally distributed go out Steam vent is provided with the ventilation pipe being connected to, the fixed peace of disinfectant bottom of chamber wall between the steam output chamber and the disinfection water cavity Fill ultrasonic oscillation block.
CN201910252574.0A 2019-03-29 2019-03-29 Monitoring automation equipment Active CN109917766B (en)

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CN203692152U (en) * 2013-09-10 2014-07-09 罗道礼 Household automatic-feeding pig feeder
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CN107711555A (en) * 2017-11-02 2018-02-23 刘飞 A kind of solar energy feedstuff feeding device
CN207911740U (en) * 2017-12-31 2018-09-28 四川省华茂圆现代农业科技有限公司 A kind of animal husbandry drinking-water feeding mechanism

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