CN110486240A - A kind of pig farm automatic feed electricity generation system - Google Patents
A kind of pig farm automatic feed electricity generation system Download PDFInfo
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- CN110486240A CN110486240A CN201910930891.3A CN201910930891A CN110486240A CN 110486240 A CN110486240 A CN 110486240A CN 201910930891 A CN201910930891 A CN 201910930891A CN 110486240 A CN110486240 A CN 110486240A
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- 230000005611 electricity Effects 0.000 title claims abstract description 27
- 230000007246 mechanism Effects 0.000 claims abstract description 251
- 230000037406 food intake Effects 0.000 claims abstract description 18
- 241001465754 Metazoa Species 0.000 claims abstract description 15
- 238000005381 potential energy Methods 0.000 claims abstract description 13
- 238000009434 installation Methods 0.000 claims description 41
- 239000011324 bead Substances 0.000 claims description 35
- 230000014759 maintenance of location Effects 0.000 claims description 35
- 239000000463 material Substances 0.000 claims description 27
- 230000000694 effects Effects 0.000 claims description 11
- 230000003447 ipsilateral effect Effects 0.000 claims description 6
- 230000003028 elevating effect Effects 0.000 claims description 4
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 4
- 238000007599 discharging Methods 0.000 claims description 3
- 239000007787 solid Substances 0.000 claims description 3
- 241000237858 Gastropoda Species 0.000 claims description 2
- 230000008450 motivation Effects 0.000 claims 1
- 238000010586 diagram Methods 0.000 description 22
- 238000010248 power generation Methods 0.000 description 7
- 238000000034 method Methods 0.000 description 6
- 235000012631 food intake Nutrition 0.000 description 2
- 239000002803 fossil fuel Substances 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 238000011084 recovery Methods 0.000 description 2
- 230000000630 rising effect Effects 0.000 description 2
- 230000001360 synchronised effect Effects 0.000 description 2
- 206010057071 Rectal tenesmus Diseases 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000009194 climbing Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 238000003032 molecular docking Methods 0.000 description 1
- 208000012271 tenesmus Diseases 0.000 description 1
Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K29/00—Other apparatus for animal husbandry
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K5/00—Feeding devices for stock or game ; Feeding wagons; Feeding stacks
- A01K5/02—Automatic devices
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G3/00—Other motors, e.g. gravity or inertia motors
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Engineering & Computer Science (AREA)
- Animal Husbandry (AREA)
- Biodiversity & Conservation Biology (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Birds (AREA)
- Feeding And Watering For Cattle Raising And Animal Husbandry (AREA)
Abstract
The present invention provides a kind of pig farm automatic feed electricity generation systems, it includes power generator, automatic ingestion device, power generator includes the Circularly liftable mechanism arranged vertically, supporting plate mechanism, generator, limit constraint mechanism, guide ladder and mechanism of animals, supporting plate mechanism is movably installed in Circularly liftable mechanism and there are three equidistant placements, supporting plate mechanism is arranged to that the high-end trim of switching can be circuited sequentially, low-end trim and hidden state, supporting plate mechanism carries out support to live pig and supporting plate mechanism is switched to the rotation potential energy that low-end trim is used to convert the gravitional force of live pig to Circularly liftable mechanism by high-end trim, generator is used to convert electric energy for the rotation potential energy of Circularly liftable mechanism, limit constraint mechanism is used to supporting plate mechanism being constrained in high-end trim, guidance ladder is for guiding live pig to be climbed upwardly by ground to high-end trim Supporting plate mechanism, mechanism of animals is for expelling the live pig on the supporting plate mechanism for standing on low-end trim.
Description
Technical field
The present invention relates to a kind of electricity generation systems, and in particular to a kind of pig farm automatic feed electricity generation system.
Background technique
Annual Chinese power consumption occupies the second in the world, is only second to the U.S., and at this stage, power generation still uses based on fossil fuel
The forms of electricity generation wanted, but the resource of fossil fuel is few, increasingly exhausted, the mankind are gradually more to begin to use solar energy, wind
The energy such as energy, geothermal energy, ocean energy generate electricity, and have met growing power demand, in future, seek diversified hair
Electric form is one of research direction of electricity generation system, for this purpose, the present inventor designs, a kind of clever structure, principle be simple, operation makes
With pig farm automatic feed electricity generation system that is convenient, being generated electricity using the gravitional force of live pig.
Summary of the invention
To solve the deficiencies in the prior art, the object of the present invention is to provide a kind of clever structure, principles simply, operates with
Pig farm automatic feed electricity generation system that is convenient, being generated electricity using the gravitional force of live pig.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
A kind of pig farm automatic feed electricity generation system comprising power generator and automatic ingestion device, power generator packet
Include the Circularly liftable mechanism arranged vertically, supporting plate mechanism, generator, limit constraint mechanism, guidance ladder and mechanism of animals, support
Trigger structure is movably installed in there are three the loop direction array arrangements in Circularly liftable mechanism and along circulation elevating mechanism, supporting plate
Mechanism is arranged to that the high-end trim, low-end trim and hidden state of switching can be circuited sequentially, and supporting plate mechanism holds live pig
It holds in the palm and supporting plate mechanism switches to low-end trim by high-end trim and is used to convert Circularly liftable mechanism for the gravitional force of live pig
Rotation potential energy, generator is used to convert electric energy for the rotation potential energy of Circularly liftable mechanism, and limit constraint mechanism will be for that will hold in the palm
Trigger structure is constrained in high-end trim and automatically terminates after the live pig feeding stood on the supporting plate mechanism to the supporting plate
The constraint of mechanism, guidance ladder are used to that live pig to be guided to be faced upward by ground and climb to the supporting plate mechanism of high-end trim, and mechanism of animals is used
It is expelled in the live pig on the supporting plate mechanism that will stand on low-end trim, automatic ingestion device is used for standing on high-end trim
Supporting plate mechanism on live pig carry out supply feed；
The Circularly liftable mechanism includes being embedded in below ground and the open imbededd case arranged upwards, the opening of imbededd case are set
It is set to rectangle, the open outer edge of imbededd case is provided with the rectangular retaining plate to extend outward and fixed plate and ground level, ground
Bury the rectangle mounting rack one for being fixedly installed in case and being disposed to extend straight up along its open medium position, the height of mounting rack one
Direction is arranged vertically, width direction is arranged along imbededd case opening width direction, and the lower rotation of mounting rack one is provided with axial flat
The top rotation of installation axle one, mounting rack one that row is arranged in its width direction is provided with the peace for being axially parallel to its width direction
Axis two is filled, installation axle one is located at the underface of installation axle two, and installation axle one is equipped with along its axial coaxial fixing sleeve of end position
Tail band wheel, installation axle two are equipped with heading tape wheel, upper and lower corresponding tail band wheel and heading tape along its axial coaxial fixing sleeve of end position
The inner surface that lifting belt and lifting belt for connecting the two are provided between wheel fits with mounting rack one, and two lifting belts are mutual
It is provided between one side and is axially parallel to the axial mounting rod of installation axle one, mounting rod one end and a wherein lifting belt
Side is fixedly connected, the other end is fixedly connected with the side of another lifting belt, and mounting rod is provided with multiple and along lifting belt
Rotation direction array arrangement；
The supporting plate mechanism is socketed on mounting rod, the supporting plate of the supporting plate mechanism of high-end trim and low-end trim under original state
Mechanism is located at ipsilateral and low-end trim supporting plate mechanism and matches with the imbededd case opening of one side of mounting rack, hidden state
The supporting plate mechanism of supporting plate mechanism and high-risk status is located at heteropleural, the generator be set in imbededd case and its drive end with
Tail band wheel is connected, and limit constraint mechanism is set to the top of mounting rack one, guidance ladder one end connect with ground flush, the other end
It is flushed with the supporting plate mechanism of high-end trim, mechanism of animals is set to the upper surface of fixed plate and the supporting plate mechanism with low-end trim
Positioned opposite, automatic ingestion device is set to the top of mounting rack one and is located at the supporting plate of high-end trim with guidance ladder
The heteropleural of mechanism；
The imbededd case open-mouth, which is fixedly installed, to be extended straight up and for being sealed to the supporting plate mechanism of hidden state
Anti-skid cover, the lower ending opening of shield is fixedly connected straight down and with the opening of imbededd case, the upper end opening of anti-skid cover
Horizontally disposed and arrange towards the supporting plate mechanism of high-end trim, the top rotation at the upper end opening of shield, which is provided with, to be used for
The axial direction for being axially parallel to installation axle one of rectangular shield door and the rotation axis that it is blocked, shield door under original state
It freely suspends and its lower end is flushed with the side of the supporting plate mechanism of high-end trim, shield door can be towards the supporting plate mechanism of high-end trim
Top one-directionally rotate and open, the supporting plate mechanism of high-end trim is fixedly installed mounting rack two, mounting rack away from shield door side
The baffle with shield door face arrangement, the common structure of the supporting plate mechanism of baffle, shield door and high-end trim are fixedly installed on two
At feeding area M, the supporting plate mechanism can by by shield, imbededd case and feeding area M with the operating of lifting belt from
By passing through.
Further optimize or improve as this programme.
The supporting plate mechanism includes horizontally disposed rectangular blade, and supporting plate is provided at right angles along the side of installation axle one
The support frame of triangular arrangement, a wherein right-angle side for support frame is fixedly connected with supporting plate, another right-angle side and lifting belt it is outer
Surface fits, and the top rotation of another right-angle side of support frame is socketed on mounting rod, sets at the top of another right-angle side of support frame
It is equipped with limit structure, limit structure adjustable hook is set to the inside of adjacent mounting rod.
Further optimize or improve as this programme.
The axial rotation with generator drive end of the rotation of the tail band wheel is axially parallel to each other and is arranged between the two
There is the V belt translation component one for connecting the two, V belt translation component one includes the main belt being coaxially fixedly sheathed in installation axle one
It takes turns one, the coaxial driven pulley one being fixedly sheathed on generator drive end and is set to driving pulley one and driven pulley one
Between and the belt one for both connect, diameter of the diameter greater than driven pulley one of driving pulley one, V belt translation component one
For step-up drive.
Further optimize or improve as this programme.
The limit constraint mechanism includes the mounting rack for being fixedly installed on mounting rack one on the side of its width direction
Three and mounting rack three towards the ipsilateral horizontal extension of high-end trim supporting plate mechanism, mounting rack three is located at high-end trim supporting plate mechanism
Lower section is fixedly installed horizontal mounting plate one between the elongated end of two mounting racks three, and the upper surface of mounting plate one is fixedly installed
Vertical plate, vertical plate setting there are two and with the elongated end of mounting rack three one by one up and down it is corresponding arrange, two mounting racks three, mounting plate one
The evacuation area H moved downward for avoiding supporting plate mechanism is together constituted, the supporting plate with high-end trim is provided between two vertical plates
The fixed link for the arrangement that is flush and the axial direction for being axially parallel to installation axle one of fixed link, rotate coaxially in fixed link be arranged it is limited
Position disk, there are two position-arresting disk settings and is bonded respectively with the medial surface of vertical plate, is provided with limit convex on the periphery of position-arresting disk
Rise, retention bead setting there are two and be symmetrically arranged along the axial direction of position-arresting disk, the upper surface of retention bead be horizontal plane,
Lower end surface is the inclined surface tangent with retention bead periphery and the inclined surface is intersected with the horizontal plane away from position-arresting disk one end,
Retention bead positioned at left side extends to the supporting plate lower end surface and the supporting plate is taken on lining and the horizontal plane of retention bead；
Rotation is provided with the rotating bar for being axially parallel to fixed link axial direction between two vertical plates, and fixed link is located at high-end trim
Supporting plate and rotating bar between, coaxially socket is provided with constraint sleeve in rotating bar, and there are two and with limits for the setting of constraint sleeve
Position disk corresponds, and constrains the constraint protrusion that the arrangement that radially extends outwardly is fixedly installed on the periphery of sleeve, constraint
The lower end surface of protrusion is arranged to horizontal plane, and the lower end surface that protrusion is constrained under original state, which is taken, is lining in the retention bead positioned at right side
Rotation, which is provided with, on upper surface, on the wherein lateral surface of a vertical plate is axially perpendicular to rotating bar and horizontally disposed worm screw,
The coaxial fixing sleeve in outside and the end that the driving end of rotating bar extends to vertical plate is equipped with turbine, and turbine is meshed with worm screw；
The position-arresting disk is arranged close to one end face hollow out of vertical plate, and the reset hair being socketed on outside fixed link is provided in position-arresting disk
Item one, one one end of clockwork spring is fixedly connected with fixed link, the other end is fixedly connected with the inner wall of position-arresting disk and resets clockwork spring for reset
One elastic force drives the upper end surface of retention bead in horizontality always, and the constraint protrusion is arranged to close to vertical plate one side
Inclined-plane is resetted, spline connection cooperates and constrains sleeve and can be slided along rotating bar between constraint sleeve and the rotating bar
Dynamic, the outer, coaxial of the rotating bar is provided with external boss, and there are two and with one a pair of constraint sleeve for external boss setting
Answer, two external boss are located between two constraint sleeves, and the external activity of rotating bar is arranged with holddown spring, holddown spring one end with
Constraint sleeve contradicts, the other end is contradicted with external boss and the elastic force of holddown spring pushes constrain the interior of sleeve and vertical plate always
Side fits.
The beneficial effect of the present invention compared with prior art is that clever structure, principle are simple, it is convenient to operate with, to life
The gravitional force of pig attracted by feed live pig using conversion power generation and live pig is made to ascend a height automatically, live pig position
It searches for food in eminence, after live pig feeding suitable feed, converts rotation potential energy for the gravitional force of live pig and drive
Generator generates electricity, and changes traditional forms of electricity generation.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention.
Fig. 2 is overall structure diagram of the invention.
Fig. 3 is the structural schematic diagram of power generator.
Fig. 4 is the cooperation figure of Circularly liftable mechanism and supporting plate mechanism.
Fig. 5 is the cooperation figure of Circularly liftable mechanism and power generation mechanism.
Fig. 6 is the partial structural diagram of Circularly liftable mechanism.
Fig. 7 is the cooperation figure of Circularly liftable mechanism and supporting plate mechanism.
Fig. 8 is the cooperation figure of Circularly liftable mechanism and supporting plate mechanism.
Fig. 9 is the structural schematic diagram of supporting plate mechanism.
Figure 10 is the cooperation figure of power generation mechanism and Circularly liftable mechanism.
Figure 11 is supporting plate mechanism and the cooperation figure for limiting constraint mechanism.
Figure 12 is supporting plate mechanism and the cooperation figure for limiting constraint mechanism.
Figure 13 is the partial structural diagram for limiting constraint mechanism.
Figure 14 is the partial structural diagram for limiting constraint mechanism.
Figure 15 is the partial structural diagram for limiting constraint mechanism.
Figure 16 is the partial structural diagram of Circularly liftable mechanism.
Figure 17 is the partial structural diagram of Circularly liftable mechanism.
Figure 18 is the cooperation figure for guiding ladder and Circularly liftable mechanism.
Figure 19 is the cooperation figure of mechanism of animals and Circularly liftable mechanism.
Figure 20 is the structural schematic diagram of mechanism of animals.
Figure 21 is the partial structural diagram of mechanism of animals.
Figure 22 is the partial structural diagram of mechanism of animals.
Figure 23 is the cooperation figure with Circularly liftable mechanism of automatic ingestion device.
Figure 24 is the structural schematic diagram of automatic ingestion device.
Figure 25 is the structural schematic diagram of circulation material trough mechanism.
Figure 26 is the partial structural diagram of circulation material trough mechanism.
Figure 27 is the cooperation figure of discharge mechanism and material storing box.
Figure 28 is the structural schematic diagram of discharge mechanism.
Figure 29 is the schematic diagram of internal structure of discharge mechanism.
Figure 30 is the partial structural diagram of discharge mechanism.
Figure 31 is the structural schematic diagram of power-driven mechanism.
Figure 32 is the cooperation figure of automatic trigger component and circulation material trough mechanism.
Figure 33 is the structural schematic diagram of automatic trigger component.
Figure 34 is the cooperation figure of automatic trigger component and hopper.
Figure 35 is the structural schematic diagram for limiting releasing mechanism.
Specific embodiment
A kind of pig farm automatic feed electricity generation system comprising power generator 100 and automatic ingestion device 200, power generation
Device 100 includes the Circularly liftable mechanism 110 arranged vertically, supporting plate mechanism 120, generator 130, limit constraint mechanism 140, draws
Ladder 150 and mechanism of animals 160 are led, supporting plate mechanism 120 is movably installed in Circularly liftable mechanism 110 and along Circularly liftable
There are three the loop direction array arrangements of mechanism 110, and supporting plate mechanism 120 is arranged to can to circuit sequentially the high-end trim of switching, low
Position state and hidden state, supporting plate mechanism 120 carries out support to live pig and supporting plate mechanism 120 switched to by high-end trim it is low
Position state is used to convert the gravitional force of live pig to the rotation potential energy of Circularly liftable mechanism 110, and generator 130 will be for that will recycle
The rotation potential energy of elevating mechanism 110 is converted into electric energy, and limit constraint mechanism 140 is used to supporting plate mechanism 120 being constrained in high-order shape
The constraint to the supporting plate mechanism 120 is automatically terminated after state and the live pig feeding that ought be stood on the supporting plate mechanism 120, is drawn
It leads ladder 150 to climb for guiding live pig to be faced upward by ground to the supporting plate mechanism 120 of high-end trim, mechanism of animals 160 is used for will
The live pig stood on the supporting plate mechanism 120 of low-end trim is expelled, and automatic ingestion device 200 is used for standing on high-order shape
Live pig on the supporting plate mechanism 120 of state carries out supply feed.
Specifically, the Circularly liftable mechanism 110 includes being embedded in below ground and the open imbededd case arranged upwards
111, the opening setting of imbededd case 111 is rectangular, and the open outer edge of imbededd case 111 is provided with the rectangle to extend outward and fixes
Plate 111a and fixed plate 111a and ground level are fixedly installed in imbededd case 111 and prolong straight up along its open medium position
The rectangle mounting rack 1 of arrangement is stretched, the short transverse of mounting rack 1 is arranged vertically, width direction is open along imbededd case 111
Width direction arrangement, the lower rotation of mounting rack 1 are provided with the installation axle one for being axially parallel to its width direction arrangement
The top rotation of 113a, mounting rack 1 are provided with two 113b of installation axle for being axially parallel to its width direction, installation axle one
113a is located at the underface of two 113b of installation axle, and one 113a of installation axle is equipped with tail band along its axial coaxial fixing sleeve of end position
Wheel 114, two 113b of installation axle are equipped with heading tape wheel 115, upper and lower corresponding tail band wheel along its axial coaxial fixing sleeve of end position
The inner surface and mounting rack one of the lifting belt 116 for connecting the two and lifting belt 116 are provided between 114 and heading tape wheel 115
112 fit, and are provided with the installation for being axially parallel to installation axle one 113a axial direction between the one side close to each other of two lifting belt 116
Bar 117,117 one end of mounting rod is fixedly connected with the side of a wherein lifting belt 116, the side of the other end and another lifting belt 116
Face is fixedly connected, and mounting rod 117 is provided with multiple and rotation direction array arrangements along lifting belt 116.
Specifically, the supporting plate mechanism 120 is socketed on mounting rod 117, the supporting plate machine of high-end trim under original state
Structure 120 and the supporting plate mechanism 120 of low-end trim are located at ipsilateral and low-end trim supporting plate mechanism 120 and mounting rack 1
111 opening of imbededd case of side matches, and the supporting plate mechanism 120 of hidden state and the supporting plate mechanism 120 of high-risk status are located at heteropleural,
The generator 130 is set in imbededd case 111 and it drives end to be connected with tail band wheel 114, limits constraint mechanism 140
Be set to the top of mounting rack 1, guidance 150 one end of ladder connect with ground flush, the supporting plate machine of the other end and high-end trim
Structure 120 flushes, and mechanism of animals 160 is set to the upper surface of fixed plate 111a and opposite with the supporting plate mechanism of low-end trim 120
Arrangement, automatic ingestion device 200 are set to the top of mounting rack 1 and are located at high-end trim with guidance ladder 150
Supporting plate mechanism 120 heteropleural.
More specifically, the live pig on the supporting plate mechanism 120 in order to avoid standing on high-end trim falls, the imbededd case
111 open-mouths are fixedly installed the anti-skid cover for extending straight up and being used to be sealed the supporting plate mechanism 120 of hidden state
118a, the lower ending opening of shield 118a is fixedly connected straight down and with the opening of imbededd case 111, anti-skid cover 118a it is upper
End opening is horizontally disposed and arranges towards the supporting plate mechanism of high-end trim 120, the top at the upper end opening of shield 118a
What rotation was provided with rectangular shield door 118b for being blocked to it and the rotation axis is axially parallel to one 113a of installation axle
Axial direction, shield door 118b is freely suspended under original state and its lower end is flushed with the side of the supporting plate mechanism 120 of high-end trim,
Shield door 118b can be one-directionally rotated towards the top of the supporting plate mechanism 120 of high-end trim and be opened, the supporting plate mechanism 120 of high-end trim
It is fixedly installed two 119a of mounting rack away from the side shield door 118b, is fixedly installed on two 119a of mounting rack and shield door 118b
The baffle 119b of face arrangement, the supporting plate mechanism 120 of baffle 119b, shield door 119b and high-end trim together constitute feeding
Area M, the supporting plate mechanism 120 can be by by the fortune in shield 118a, imbededd case 111 and feeding area M with lifting belt 116
Turn to pass freely through.
In live pig feeding power generation process, live pig will enter guidance ladder 150 by ground and in the guidance of guidance ladder 150
On lower climbing to the supporting plate mechanism 120 of high-end trim upwards of effect, live pig is located in feeding area M and the head court of live pig at this time
To automatic ingestion device 200, automatic ingestion device 200 is discharged quantitative feed and supplies live pig and searches for food, and feeding finishes
Afterwards, automatic feed state 200 by automatic trigger and makes to limit the releasing of constraint mechanism 140 to the supporting plate mechanism 120 of high-end trim
Constraint, under live pig gravity, the supporting plate mechanism 120 of high-end trim will move straight down and switch to low level shape
State, the supporting plate mechanism 120 of low-end trim will switch to hidden state, and the supporting plate mechanism 120 of hidden state will streak shield door
118b switches to high-end trim, and mechanism of animals 160 expels the live pig on the supporting plate mechanism 120 for standing on low-end trim, herein
In the process, supporting plate mechanism 120 will drive lifting belt 116 to operate, and lifting belt 116 will drive heading tape wheel 115 and 114 turns of tail band wheel
Dynamic, rotation potential energy is transferred to generator 130 by tail band wheel 114, and the rotation potential energy of tail band wheel 114 is converted electricity by generator 130
Can, it and so on carries out, so that live pig is ascended a height and is generated electricity using the gravitional force of live pig by feeding.
Specifically, the supporting plate mechanism 120 includes horizontally disposed rectangular blade 121, supporting plate 121 is along installation axle one
The side of 113a is provided with the support frame 122 of rectangular triangular arrangement, the wherein right-angle side and supporting plate 121 of support frame 122
It is fixedly connected, another right-angle side and the outer surface of lifting belt 116 fit, the top turning set of another right-angle side of support frame 122
It is connected on mounting rod 117, limit structure 123 is provided at the top of another right-angle side of support frame 122, limit 123 adjustable hook of structure is set to
The inside of adjacent mounting rod 117, takes the meaning of this programme to be, on the one hand guarantees the stability of supporting plate 121, on the other hand
The bending place of lifting belt 116 can smoothly be bypassed during operation convenient for supporting plate 121.
Specifically, the rotation potential energy in order to tail band wheel 114 is transferred on generator 130, the tail band wheel 114 turns
Moving axis is passed to the axial band for being parallel to each other and being provided between the two for connecting the two of the rotation for driving end with generator 130
Dynamic component one, V belt translation component one include the driving pulley 1 being coaxially fixedly sheathed on one 113a of installation axle, coaxially fix
Be socketed on generator 130 drive end on driven pulley 1 and be set to driving pulley 1 and driven pulley 1
Between and the belt 1 for both connect, the diameter of driving pulley 1 be greater than the diameter of driven pulley 1, band biography
Dynamic component one is step-up drive, and the power of one 113a of installation axle is transferred to generator 130, generator by V belt translation component one
The electric energy of generation is carried out accumulating storage and supplies the routine use on pig farm by 130 rotation power generations, user.
Supporting plate mechanism 120 is constrained in into high-end trim under self gravitation effect in order to overcome live pig and works as live pig
The constraint of the limit to the supporting plate mechanism 120 is automatically terminated after feeding, the limit constraint mechanism 140 includes fixed setting
In mounting rack three 141 of the mounting rack 1 on the side of its width direction and mounting rack 3 141 is towards high-end trim supporting plate machine
The ipsilateral horizontal extension of structure 120, mounting rack 3 141 are located at the lower section of high-end trim supporting plate mechanism 120, two mounting racks 3 141
Horizontal mounting plate 1 is fixedly installed between elongated end, the upper surface of mounting plate 1 is fixedly installed vertical plate 143, vertical plate
143 setting there are two and with the elongated end of mounting rack 3 142 one by one up and down it is corresponding arrange, two mounting racks 3 141, mounting plate one
142 together constitute the evacuation area H moved downward for avoiding supporting plate mechanism 120, are provided between two vertical plates 143 and high-order shape
The supporting plate 121 of state is flush the fixed link 144 of arrangement and the axial direction for being axially parallel to one 113a of installation axle of fixed link 144, Gu
Rotated coaxially in fixed pole 144 and be arranged with position-arresting disk 145a, position-arresting disk 145a setting there are two and the inside with vertical plate 143 respectively
Face paste is closed, and is provided with retention bead 145b on the periphery of position-arresting disk 145a, retention bead 145b setting there are two and along limit
The axial direction of position disk 145a is symmetrically arranged, and the upper surface of retention bead 145b is horizontal plane, lower end surface is and retention bead
The tangent inclined surface of 145b periphery and the inclined surface deviate from the one end position-arresting disk 145a with the horizontal plane and intersect, positioned at left side
Retention bead 145a extends to 121 lower end surface of supporting plate and the supporting plate 121 is taken on the horizontal plane of lining and retention bead 145a, leads to
The rotation of Planar Mechanisms position-arresting disk 145a is realized the constraint moved downward to supporting plate 121, is turned by that will release to position-arresting disk 145a
It is dynamic, release the constraint moved downward to supporting plate 121.
Specifically, constraining in order to the rotation to position-arresting disk 145a, setting is rotated between two vertical plates 143
Have and be axially parallel to the axial rotating bar 146 of fixed link 144, fixed link 144 is located at the supporting plate 121 and rotating bar of high-end trim
Between 146, coaxially socket is provided with constraint sleeve 147a in rotating bar 146, and there are two and with limits for the setting of constraint sleeve 147
Disk 145a is corresponded, and constrains the constraint protrusion that the arrangement that radially extends outwardly is fixedly installed on the periphery of sleeve 147a
147b, the lower end surface of constraint protrusion 147b are arranged to horizontal plane, and the lower end surface that protrusion 147b is constrained under original state, which is taken, is lining in position
In on the upper surface of the retention bead 145b on right side, retention bead 145b is constrained by constraining protrusion 147b, in order to drive
Moving constraint protrusion 147b is rotated up and releases the constraint to retention bead 145b, the lateral surface of a wherein vertical plate 143
Upper rotation, which is provided with, is axially perpendicular to rotating bar 146 and horizontally disposed worm screw 149a, and the driving end of rotating bar 146 extends to vertical
The coaxial fixing sleeve in the outside of plate 143 and the end is equipped with turbine 149b, and turbine 149b is meshed with worm screw 149a, is turned by driving
Lever 146 is rotated and is rotated clockwise one week with moving constraint protrusion 147b, and in the process, constraint protrusion 147b will releasing pair
The constraint of retention bead 145b, so that the supporting plate mechanism 120 of high-end trim be made to switch to low-end trim, this programme takes turbine
The reason of 149b worm screw 149a, is that structure is simple and turbine 149b worm screw 149a has self-locking function.
More specifically, it constrains, needs for the ease of switching to the supporting plate mechanism 120 of high-end trim to hidden state
Reset retention bead 145b rapidly with constraint protrusion 147b, for this purpose, the position-arresting disk 145a is engraved close to 143 1 end face of vertical plate
Sky is arranged, one 145c of reset clockwork spring being socketed on outside fixed link 144 is provided in position-arresting disk 145a, resets one 145c mono- of clockwork spring
End is fixedly connected with fixed link 144, the other end is fixedly connected with the inner wall of position-arresting disk 145a and resets the bullet of one 145c of clockwork spring
Power drives the upper end surface of retention bead 145b in horizontality always, can streak limit convex for the ease of constraint protrusion 147b
It plays the lower end surface 145b to reset, the constraint protrusion 147b is arranged to reset inclined-plane 147c, the constraint close to 143 one side of vertical plate
Spline connection cooperates and constrains sleeve 147a and can be slided along rotating bar 146 between sleeve 147a and rotating bar 146, institute
The outer, coaxial for stating rotating bar 146 is provided with external boss 148a, and there are two and with constraint sleeves for external boss 148a setting
147a is corresponded, and two external boss 148a are located between two constraint sleeve 147a, and the external activity of rotating bar 146 is arranged with pressure
Tight spring 148b, the one end holddown spring 148b is contradicted with constraint sleeve 147a, the other end is contradicted and pressed with external boss 148a
The elastic force of tight spring 148b pushes constraint sleeve 147a and the medial surface of vertical plate 143 to fit always, by resetting inclined-plane 147c
Contradict with the lower end surface of retention bead 145b squeezing forces constraint sleeve 147a that the elastic force of holddown spring 148b is overcome to act on
Lower to slide far from vertical plate 143, until constraint sleeve 147b is rotated one week, holddown spring 148b will push constraint sleeve 147b close
The sliding of vertical plate 143 resets and makes to constrain constraint of the raised 147b recovery to retention bead 145b.
Limit constraint mechanism 140 during the work time, after live pig feeding, 200 liang of driving snails of automatic ingestion device
Bar 149a is rotated, and worm screw 149a will drive turbine 149b to rotate, and turbine 149b will drive rotating bar 146 to turn clockwise
One week dynamic, constraint sleeve 147a, which will be synchronized, to be rotated clockwise, in the process, firstly, constraint protrusion 147b will be rotated up simultaneously
And retention bead 145b phase separates and releases the constraint to the retention bead 145b for being located at right side, the retention bead positioned at left side
Constraint of the 145b by contact to supporting plate 121, under the gravity of live pig, which will move straight down and a high position
The supporting plate mechanism 120 of state will switch to low-end trim, and then, resetting one 145c of clockwork spring will drive position-arresting disk 145a rotation to reset
And keep the upper surface of retention bead 145b horizontal, retention bead 145b completes to reset, and then, resets inclined-plane 147c and limit convex
The lower end surface for playing 145b contradict under the elastic force for squeezing and constraint sleeve 147a being forced to overcome holddown spring 148b far from vertical
Plate 143 slides, until constraint sleeve 147b is rotated one week, holddown spring 148b will push constraint sleeve 147b close to vertical plate 143
Sliding resets and makes to constrain constraint of the raised 147b recovery to retention bead 145b, finally, the supporting plate mechanism 120 of hidden state
High-end trim will be switched to, and limits constraint mechanism 140 and limit constraint is carried out to the supporting plate mechanism 120 of the high-end trim.
In order to expel the live pig on low-end trim supporting plate mechanism 120, live pig is avoided to be involved in imbededd case 111
Interior, the described machine mechanism 160 of driving includes the mounting rack 4 161 being set on the upper surface fixed plate 111a, on mounting rack 4 161
It is provided with valve body 162, rotation is provided with matched spool 163 in valve body 162 and 163 rotation axis of spool is axially parallel to ground
The open length direction of case 111 is buried, spool 163 is arranged to the opening state that can mutually switch to and closed state and initial shape
State is in off state, the input terminal of valve body 162 is provided with and communicated with input pipe 164 and input pipe 164 connect with high-pressure water connection,
The output end of valve body 162 is provided with and communicated with horizontally disposed efferent duct 165, and the output end of efferent duct 165 is arranged to tip shape simultaneously
And the live pig being located on low-end trim supporting plate mechanism 120 is directed toward at the end, so that spool 163 is switched to opening in order to automatic trigger
State, described 163 one end of spool extends to the outside of valve body 162 and the end fixing sleeve is equipped with the control-rod of perpendicular arrangement
166, original state lower control arm 166 is in horizontality, and control-rod 166 is fixedly installed trigger ball away from 162 one end of spool
167, trigger ball 167 is located at the surface of 121 edge of low-end trim supporting plate, straight down by the supporting plate 121 of high-end trim
Movement switches to low-end trim and trigger ball 167 is promoted to move downward, and control-rod 166 will be rotated with movable valve plug 163 and be switched to
Opening state, high pressure water flow are discharged by efferent duct 165 and carry out impact to live pig and expelled.
Specifically, the rotation for the ease of spool 163 resets, the valve body 162 is provided with away from 166 one side of control-rod
The mounting groove 168 coaxially arranged with spool 163, spool 163 extend in mounting groove 168 away from 166 one end of control-rod, mounting groove
The reset clockwork spring 2 169 being socketed on outside spool 163 is provided in 168, reset 2 169 one end of clockwork spring is interior with mounting groove 168
Wall is fixedly connected, the other end is fixedly connected with spool 162 and reset clockwork spring 2 169 elastic force drive always spool 163 rotate
Switch to closed state.
Mechanism of animals 160 during the work time, when live pig stands on supporting plate mechanism 120 and supporting plate mechanism 120 is by height
When position state switches to low-end trim, the edge of supporting plate 121 will push trigger ball 167 to move downward, and trigger ball 167 will drive
Control-rod 166 axially downwardly turns around spool 163, and control-rod 166 resets the bullet of clockwork spring 2 169 by overcoming with movable valve plug 163
Power effect switches to opening state by closed state, and high pressure water flow is discharged by efferent duct 165 and carries out impact to live pig and expelled,
Then, the elastic potential energy for resetting clockwork spring 2 169, which discharges and spool 163 is driven to rotate backward, switches to closing shape by opening state
State.
For the ease of supplying feed to live pig, the automatic ingestion device 200 includes circulation material trough mechanism 210, storing
Case 220, discharge mechanism 230 and power-driven mechanism 240, circulation material trough mechanism 210 include for being stored simultaneously to feed
And the hopper 216 that live pig carries out quantitative feeding is supplied, discharging mechanism 230 is used to for the feed orientation in storing phase 220 being expelled to
In hopper 2146, power-driven mechanism 240 is used to provide driving power to circulation material trough mechanism 210 and discharge mechanism 230.
Specifically, the circulation material trough mechanism 210 is located at immediately ahead of feeding area M, circulation material trough mechanism 210 includes and peace
The mounting rack 5 211 that piece installing 3 141 is fixedly connected, mounting rack 5 211 are located at away from guidance 150 side of ladder, mounting rack 5 211
Upper rotation is provided with the circulation axis 212 for being axially parallel to installation axle one 114a axial direction, and fixing sleeve is equipped with cross on circulation axis 212
Frame, there are two cross settings and is located at the end position of circulation axis 212, and cross includes coaxially being fixedly sheathed in follow
Circular mounting plate 1 on annulate shaft 212 radially extends outwardly on the periphery of mounting plate 1 and is provided with rectangle peace
Loading board 2 214, the length direction of mounting plate 2 214 is parallel to the radial direction of mounting plate 1, width direction is parallel to mounting plate one
The tangential direction of 213 place circumference, mounting plate 2 214 setting there are four and along one 213 place circumferencial direction array of mounting plate
It arranges, wherein two mounting plate 2 214 is horizontal under original state, in addition two mounting plates 2 214 are vertical, and mounting plate 214 is along its length
Direction offers edge away from one 213 one end of mounting plate and is parallel to perforative mouth 215 and the flat mouth slot of rising as high as the banks of 212 axial direction of circulation axis
215 length direction is parallel to the width direction of mounting plate 2 214, and for the ease of the installation of hopper 216, the hopper 216 is set
It is set to the semi-cylindrical of opening upwards arrangement, movable axis 217, movable axis is fixedly installed along its axial end position in hopper 216
217 deviate from the shaft core position of hopper 216 along the opening direction of hopper 216, and the rotation of movable axis 217 is socketed on symmetrical cloth
In the mouth 215 of rising as high as the banks set and movable axis 217 can be slided along the length direction of flat mouth slot 215, be located at left close to feeding area M
Hopper 216 search for food for supplying live pig, the hopper 216 being located above is used to receive the feed of the discharge of discharge mechanism 230
It is fed, by driving 212 counterclockwise 90 degree of intermittent rotaries of circulation axis, hopper 216 is made to carry out circulation-supplied feeding to live pig
Material.
Specifically, the hopper 216 that the material storing box 220 is located above is just in order to supply feed to hopper 216
Top, discharge mechanism 230 are set between material storing box 220 and the hopper 216 of top, and the discharge mechanism 230 includes and peace
It shelves the mounting rack 6 231 that 3 141 are fixedly connected and mounting rack 6 231 extends to the surface of circulation axis 212, mounting rack six
The fixed cylinder 232 for being axially parallel to 212 axial direction of circulation axis and both ends open arrangement, fixed cylinder 232 are fixedly installed on 231
Right above the hopper 216 being located above, the opening of fixed cylinder 232 is coaxially fixedly installed the circle for being sealed to it
Shape end cap 233, setting offers rectangle to interface on the periphery of fixed cylinder 232, is parallel to the length direction of interface solid
Axial direction, the width direction of safety barrel body 232 are parallel to the tangential direction of 232 place circumference of fixed cylinder, and interface is provided with two
And along the arrangement symmetrical above and below of fixed cylinder 232, wherein be located at upside is input port 234, positioned at the docking of downside to interface
Mouthful be delivery outlet 234, material storing box 220 be fixedly installed on input port 234 and the two is mutually connected, delivery outlet 234 with it is upper
The opening consistency from top to bottom of the hopper 216 of side.
More specifically, in order to which the quota of feed in material storing box 220 to be emitted into hopper 216, the two end cap
It is rotated coaxially between 233 and is provided with rotation axis 236, coaxial fixing sleeve is equipped with movable cylinder 237, movable cylinder in rotation axis 236
237 periphery and the inner headed face of fixed cylinder 232, which constitute rotation, cooperates sealed connection, on the periphery of movable cylinder 237
It offers with to the compatible rectangle letdown tank 238 of interface, the length direction of letdown tank 238 is parallel to the axis of movable cylinder 237
The tangential direction of movable 237 place circumference of cylinder, the slot bottom setting camber and arc of letdown tank 238 are parallel to, width direction
The notch for concaving towards axial letdown tank 238 in shape face, letdown tank 238 setting there are four and along movable 237 place circumference side of cylinder
It is arranged to array, under original state, wherein Open Side Down and connect connection with delivery outlet 235 for a letdown tank 238, wherein a row
It puts 238 opening upwards of slot and connect connection with delivery outlet 234, by driving rotation axis 236 with the synchronous inverse time of circulation axis 212
90 degree of intermittent rotaries of needle carry out quantitative addition feed to the hopper 216 of top zero load.
Circulation material trough mechanism 210 and discharge mechanism 230 during the work time, are located at the hopper 216 of left under original state
With feed, underlying hopper 216 and unloaded, position in the hopper 216 for being located at right are loaded in the hopper 216 that is located above
Live pig at the supply feeding of the hopper 216 area M of left searches for food, when live pig finishes the feed feeding in the hopper 216
When, power-driven mechanism 240 outputs power to circulation axis 212 and it is driven to rotate counterclockwise 90 degree, makes to be located above
Hopper 216 turn to right and supply next first-born pig and search for food, meanwhile, the hopper 216 positioned at right zero load will turn
It moves to top, in the process, power-driven mechanism 240 outputs power to rotation axis 236 and drives 236 inverse time of rotation axis
Needle rotate 90 degree, rotation axis 236 rotates synchronously drive activity cylinder 237, make the letdown tank for filling feed 238 be open to
It aligns down and with delivery outlet 235, the feed in letdown tank 238 will be in the hopper above self gravitation effect tenesmus drops down onto
In 216, so circulation is carried out, and live pig automatic ration is enable to search for food.
In order to drive circulation axis 212 to be rotated with rotation axis 236, the power-driven mechanism 240 includes solid
Dingan County loaded on mounting rack 6 231 stepper motor 241, rotational installation is in the main shaft 242 on mounting rack 5 211, stepper motor
241 output shaft is axial, main shaft 242 axially each parallel to the axial direction of circulation axis 212, between stepper motor 241 and main shaft 242
It is provided with the V belt translation component 2 243 for connecting the two, V belt translation shaft assembly two includes that coaxial fixing sleeve is set to stepper motor
Driving pulley two on 241 output shafts, the driven pulley two being coaxially fixedly sheathed on main shaft 242 and it is set to driving pulley
Belt two between two and driven pulley two and for connecting the two, in order to which the power of main shaft 242 is transferred to circulation axis
On 212, the intermittent geneva mechanism 244 and main shaft for connecting the two are provided between the main shaft 242 and circulation axis 212
242, which often rotate counterclockwise one week circulation axis 212, rotates counterclockwise 90 degree, turns in order to which the power of main shaft 242 to be transferred to
On moving axis 236, the V belt translation component 3 245 for connecting the two is provided between the main shaft 242 and rotation axis 236, band passes
Dynamic component 3 245 includes the driving pulley three being coaxially fixedly sheathed on 242 output end of main shaft, is coaxially fixedly sheathed in rotation axis
It driven pulley three and is set between driving pulley three and driven pulley three and the belt for connect the two on 236 driving ends
Three, in order to rotate counterclockwise main shaft 242 often one week, it is ensured that rotation axis 236 rotates counterclockwise 90 degree, the main belt
Transmission ratio between wheel three and driven pulley three is one to four deceleration.
Specifically, in order to the surplus to feed in hopper 216 carry out detection and when feed feeding finish when, stepper motor
241 starting operations, the power-driven mechanism 240 further includes for detecting feed surplus in hopper 216 and controlling stepping
The automatic trigger component 250 of 241 automatic start-stop of motor, there are four the settings of automatic trigger component 250 and movable axis 217
Arrangement is corresponded, automatic trigger component 250 includes the connecting plate for being fixedly installed on mounting plate 2 214 and being bonded with it arrangement
251, connecting plate 251 is fixedly installed rectangular mounting plate 3 252, mounting plate three along one end that cross rotates counterclockwise direction
252 fix as one with connecting plate 251 and extend outwardly far from mounting plate 2 214, and the length direction of mounting plate 3 252 is parallel
It is parallel to the axial direction of circulation axis 212 in the length direction of mounting plate 2 214, width direction, mounting plate 3 252 is along cross up time
Needle direction rotates an end face and is fixedly installed guide rod 253 and there are two guide rod 253 is set side by side, and guide rod 253 is axially parallel to
The width direction of mounting plate 2 214, movable sleeve is connected to the trigger board 255 for the arrangement that can float on guide rod 253, trigger board 255 with lead
Bar 253 constitutes slide-and-guide cooperation along the axial of mounting plate 2 214 is parallel to, in order to avoid trigger board 255 and guide rod 253 are de-
It falls, the guide rod 253 is coaxially arranged with the stop screw for constituting with it and being threadedly coupled cooperation away from 3 252 1 end face of mounting plate
254, movable sleeve is equipped with support spring 256 on guide rod 253,256 one end of support spring and mounting plate 3 252 contradict, the other end with
Trigger board 255 contradicts and the elastic force of support spring 256 is directed toward trigger board 255, mounting plate 3 252 by mounting plate 3 252 always
It is fixedly installed travel switch 257 close to 255 1 end face of trigger board, travel switch 257 is series at stepper motor 241 and general supply
Between, trigger board 255 is arranged with 257 spacing of travel switch under original state and travel switch 257 is in off state, the triggering
Socket ring 258 is fixedly installed on plate 255, the movable axis 217, which extends outwardly and is socketed the rotation of ring 258, is socketed on movable axis
On 217.
During the work time, the movable axis of the hopper 216 positioned at left equipped with feed will overcome branch to automatic trigger component 250
It is pushed and is made trigger board 255 and travel switch 257 to touch to trigger board 255 under the elastic force effect of support spring 256, work as material
The food consumption of slot 216 totally when, support spring 256 will push 255 upward sliding of trigger board and divides with travel switch 257
From at this point, travel switch 257 is opened and the starting of stepper motor 241 is run and driving spindle 242 rotates counterclockwise after a week
It is automatically closed, realizes the automatic control to stepper motor 241, so that circulation material trough 210 is cooperated with discharging mechanism 230 and follow
Ring supplies live pig feeding.
When the food consumption in the hopper 216 of left totally when, it is also necessary to make limit constraint mechanism 140 release to high-order shape
The limit of the supporting plate mechanism 120 of state constrains, for this purpose, the automatic ingestion device 200 further includes limit releasing mechanism 260, limit
Position releasing mechanism 260 includes the driving pulley four being coaxially fixedly sheathed on main shaft 242, coaxial fixing sleeve set on worm screw 149a drive
Driven pulley four on moved end and it is set to belt four between driving pulley four and driven pulley four and for connect the two,
When main shaft 242 rotates, driving pulley four will be driven to rotate, the power of driving pulley four is transferred to driven pulley four by belt four
And driven pulley four is driven to rotate, driven pulley four will drive worm screw 149a rotation, and worm screw 149a will drive worm gear 149b suitable
Hour hands rotate one week, and turbine 149b will drive rotating bar 146 to rotate clockwise one week, make to limit the releasing of constraint mechanism 140 to height
The limit constraint of the supporting plate mechanism 120 of position state, then limiting constraint mechanism 140 will automatically reset.
Claims (10)
1. a kind of pig farm automatic feed electricity generation system, it is characterised in that: it includes power generator and automatic ingestion device, hair
Electric installation includes the Circularly liftable mechanism arranged vertically, supporting plate mechanism, generator, limit constraint mechanism, guidance ladder and drive
Mechanism is caught up with, supporting plate mechanism is movably installed in Circularly liftable mechanism and is disposed with along the loop direction array of circulation elevating mechanism
Three, supporting plate mechanism is arranged to that the high-end trim, low-end trim and hidden state of switching can be circuited sequentially, and supporting plate mechanism is to life
Pig carries out support and supporting plate mechanism switches to low-end trim by high-end trim and is used to convert circulation for the gravitional force of live pig
The rotation potential energy of elevating mechanism, generator are used to convert the rotation potential energy of Circularly liftable mechanism to electric energy, limit constraint mechanism
For supporting plate mechanism to be constrained in high-end trim and is automatically terminated after the live pig feeding stood on the supporting plate mechanism
Constraint to the supporting plate mechanism, guidance ladder are used to that live pig to be guided to be faced upward by ground and climb to the supporting plate mechanism of high-end trim, drive
Catch up with mechanism for expelling the live pig on the supporting plate mechanism for standing on low-end trim, automatic ingestion device is used for standing on
Live pig on the supporting plate mechanism of high-end trim carries out supply feed；
The Circularly liftable mechanism includes being embedded in below ground and the open imbededd case arranged upwards, the opening of imbededd case are set
It is set to rectangle, the open outer edge of imbededd case is provided with the rectangular retaining plate to extend outward and fixed plate and ground level, ground
Bury the rectangle mounting rack one for being fixedly installed in case and being disposed to extend straight up along its open medium position, the height of mounting rack one
Direction is arranged vertically, width direction is arranged along imbededd case opening width direction, and the lower rotation of mounting rack one is provided with axial flat
The top rotation of installation axle one, mounting rack one that row is arranged in its width direction is provided with the peace for being axially parallel to its width direction
Axis two is filled, installation axle one is located at the underface of installation axle two, and installation axle one is equipped with along its axial coaxial fixing sleeve of end position
Tail band wheel, installation axle two are equipped with heading tape wheel, upper and lower corresponding tail band wheel and heading tape along its axial coaxial fixing sleeve of end position
The inner surface that lifting belt and lifting belt for connecting the two are provided between wheel fits with mounting rack one, and two lifting belts are mutual
It is provided between one side and is axially parallel to the axial mounting rod of installation axle one, mounting rod one end and a wherein lifting belt
Side is fixedly connected, the other end is fixedly connected with the side of another lifting belt, and mounting rod is provided with multiple and along lifting belt
Rotation direction array arrangement；
The supporting plate mechanism is socketed on mounting rod, the supporting plate of the supporting plate mechanism of high-end trim and low-end trim under original state
Mechanism is located at ipsilateral and low-end trim supporting plate mechanism and matches with the imbededd case opening of one side of mounting rack, hidden state
The supporting plate mechanism of supporting plate mechanism and high-risk status is located at heteropleural, the generator be set in imbededd case and its drive end with
Tail band wheel is connected, and limit constraint mechanism is set to the top of mounting rack one, guidance ladder one end connect with ground flush, the other end
It is flushed with the supporting plate mechanism of high-end trim, mechanism of animals is set to the upper surface of fixed plate and the supporting plate mechanism with low-end trim
Positioned opposite, automatic ingestion device is set to the top of mounting rack one and is located at the supporting plate of high-end trim with guidance ladder
The heteropleural of mechanism；
The imbededd case open-mouth, which is fixedly installed, to be extended straight up and for being sealed to the supporting plate mechanism of hidden state
Anti-skid cover, the lower ending opening of shield is fixedly connected straight down and with the opening of imbededd case, the upper end opening of anti-skid cover
Horizontally disposed and arrange towards the supporting plate mechanism of high-end trim, the top rotation at the upper end opening of shield, which is provided with, to be used for
The axial direction for being axially parallel to installation axle one of rectangular shield door and the rotation axis that it is blocked, shield door under original state
It freely suspends and its lower end is flushed with the side of the supporting plate mechanism of high-end trim, shield door can be towards the supporting plate mechanism of high-end trim
Top one-directionally rotate and open, the supporting plate mechanism of high-end trim is fixedly installed mounting rack two, mounting rack away from shield door side
The baffle with shield door face arrangement, the common structure of the supporting plate mechanism of baffle, shield door and high-end trim are fixedly installed on two
At feeding area M, the supporting plate mechanism can by by shield, imbededd case and feeding area M with the operating of lifting belt from
By passing through.
2. a kind of pig farm automatic feed electricity generation system according to claim 1, it is characterised in that: the supporting plate mechanism
Including horizontally disposed rectangular blade, supporting plate is provided with the support frame of rectangular triangular arrangement along the side of installation axle one, branch
A wherein right-angle side for support is fixedly connected with supporting plate, the outer surface of another right-angle side and lifting belt fits, and support frame is another
The top rotation of right-angle side is socketed on mounting rod, and limit structure, limit structure activity are provided at the top of another right-angle side of support frame
Hook the inside for being set to adjacent mounting rod.
3. a kind of pig farm automatic feed electricity generation system according to claim 1, it is characterised in that: the tail band wheel turns
Moving axis is axially parallel to each other to the rotation with generator drive end and is provided with the V belt translation for connecting the two between the two
Component one, V belt translation component one include the driving pulley one being coaxially fixedly sheathed in installation axle one, are coaxially fixedly sheathed in hair
It driven pulley one on motor drive terminal and is set between driving pulley one and driven pulley one and for connect the two
Belt one, the diameter of driving pulley one are greater than the diameter of driven pulley one, and V belt translation component one is step-up drive.
4. a kind of pig farm automatic feed electricity generation system according to claim 1, it is characterised in that: the limit constraint
Mechanism includes the mounting rack three being fixedly installed on mounting rack one on the side of its width direction and mounting rack three towards high-order shape
The ipsilateral horizontal extension of state supporting plate mechanism, mounting rack three are located at the lower section of high-end trim supporting plate mechanism, the extension of two mounting racks three
Horizontal mounting plate one is fixedly installed between end, the upper surface of mounting plate one is fixedly installed vertical plate, and there are two simultaneously for vertical plate setting
And corresponding arrangement, two mounting racks three, mounting plate one are together constituted for avoiding support up and down one by one with the elongated end of mounting rack three
The evacuation area H that trigger structure moves downward, be provided between two vertical plates with the supporting plate of high-end trim be flush arrangement fixed link and
The axial direction for being axially parallel to installation axle one of fixed link rotates coaxially in fixed link and is arranged with position-arresting disk, and position-arresting disk is provided with two
It is a and be bonded respectively with the medial surface of vertical plate, retention bead is provided on the periphery of position-arresting disk, retention bead is provided with two
A and along position-arresting disk axial direction is symmetrically arranged, and the upper surface of retention bead is horizontal plane, lower end surface is and retention bead
The tangent inclined surface of periphery and the inclined surface deviate from position-arresting disk one end with the horizontal plane and intersect, the retention bead positioned at left side
It extends to the supporting plate lower end surface and the supporting plate is taken on lining and the horizontal plane of retention bead.
5. rotation is provided with the rotating bar for being axially parallel to fixed link axial direction between two vertical plates described in, and fixed link is located at high-order shape
Between the supporting plate and rotating bar of state, coaxially socket is provided with constraint sleeve in rotating bar, the setting of constraint sleeve there are two and with
Position-arresting disk corresponds, and constrains the constraint protrusion that the arrangement that radially extends outwardly is fixedly installed on the periphery of sleeve, about
The lower end surface of beam protrusion is arranged to horizontal plane, and the retention bead being lining in positioned at right side is taken in the lower end surface that protrusion is constrained under original state
Upper surface on, rotation is provided with and is axially perpendicular to rotating bar and horizontally disposed snail on the wherein lateral surface of a vertical plate
Bar, the coaxial fixing sleeve in outside and the end that the driving end of rotating bar extends to vertical plate are equipped with turbine, and turbine is meshed with worm screw；
The position-arresting disk is arranged close to one end face hollow out of vertical plate, and the reset hair being socketed on outside fixed link is provided in position-arresting disk
Item one, one one end of clockwork spring is fixedly connected with fixed link, the other end is fixedly connected with the inner wall of position-arresting disk and resets clockwork spring for reset
One elastic force drives the upper end surface of retention bead in horizontality always, and the constraint protrusion is arranged to close to vertical plate one side
Inclined-plane is resetted, spline connection cooperates and constrains sleeve and can be slided along rotating bar between constraint sleeve and the rotating bar
Dynamic, the outer, coaxial of the rotating bar is provided with external boss, and there are two and with one a pair of constraint sleeve for external boss setting
Answer, two external boss are located between two constraint sleeves, and the external activity of rotating bar is arranged with holddown spring, holddown spring one end with
Constraint sleeve contradicts, the other end is contradicted with external boss and the elastic force of holddown spring pushes constrain the interior of sleeve and vertical plate always
Side fits.
6. a kind of pig farm automatic feed electricity generation system according to claim 1, it is characterised in that: described drives machine machine
Structure includes the mounting rack four being set on dead plate upper end face, is provided with valve body on mounting rack four, in valve body rotation be provided with
Its matched spool and valve core rotation axis are axially parallel to the length direction of imbededd case opening, and spool is arranged to mutually to switch to
Opening state is with closed state and original state is in off state, the input terminal of valve body is provided with and communicated with input pipe and input
Pipe connect connection with high-pressure water, the output end of valve body is provided with and communicated with horizontally disposed efferent duct, and the output end of efferent duct is set
It is set to tip shape and the live pig being located on low-end trim supporting plate mechanism is directed toward at the end, described spool one end extends to the outer of valve body
Portion and the end fixing sleeve are equipped with the control-rod of perpendicular arrangement, and original state lower control arm is in horizontality, control-rod
It is fixedly installed trigger ball away from spool one end, trigger ball is located at the surface of low-end trim supporting plate edge；
The valve body is provided with the mounting groove coaxially arranged with spool away from control-rod one side, and spool prolongs away from control-rod one end
It extends in mounting groove, the reset clockwork spring two being socketed on outside spool is provided in mounting groove, reset two one end of clockwork spring and mounting groove
Inner wall be fixedly connected, the other end is fixedly connected with spool and resets the elastic force of clockwork spring two drives valve core rotation to switch to always
Closed state.
7. a kind of pig farm automatic feed electricity generation system according to claim 1, it is characterised in that: the automatic feed
Device includes circulation material trough mechanism, material storing box, discharge mechanism and power-driven mechanism, and circulation material trough mechanism includes for feeding
The hopper that live pig carries out quantitative feeding is stored and supplied to material, and discharging mechanism is used to the feed in storing phase orienting discharge
To hopper, power-driven mechanism is used to provide driving power to circulation material trough mechanism and discharge mechanism.
8. a kind of pig farm automatic feed electricity generation system according to claim 6, it is characterised in that: the circulation material trough
Mechanism is located at immediately ahead of feeding area M, and circulation material trough mechanism includes the mounting rack five being fixedly connected with installation part three, and mounting rack five
The axial circulation axis of installation axle one, circulation axis are axially parallel in rotating to be provided on guidance ladder side, mounting rack five
Upper fixing sleeve is equipped with cross, and there are two cross settings and is located at the end position of circulation axis, and cross includes same
Axis is fixedly sheathed in the circular mounting plate one on circulation axis, radially extends outwardly on the periphery of mounting plate one and is provided with square
Shape mounting plate two, the length direction of mounting plate two is parallel to the radial direction of mounting plate one, width direction is parallel to where mounting plate one
The tangential direction of circumference, there are four the settings of mounting plate two and arranges along one place circumferencial direction array of mounting plate, original state
Under wherein two mounting plate two is horizontal, in addition two mounting plates two are vertical, mounting plate deviates from one one end of mounting plate along its length and opens
Equipped with the width for being parallel to mounting plate two along the length direction for being parallel to circulation axis axial direction perforative rise as high as the banks mouth and flat mouth slot
Direction, the hopper are arranged to the semi-cylindrical of opening upwards arrangement, and hopper is along its axial end position fixed setting activity
Axis, movable axis deviate from the shaft core position of hopper along the opening direction of hopper, and the movable axis rotation, which is socketed on, to be arranged symmetrically
Rise as high as the banks in mouth and movable axis can slide along the length direction of flat mouth slot, the hopper positioned at left close to area M of searching for food is used for
Supply live pig searches for food, and the feed that the hopper being located above is used to receive discharge mechanism discharge is fed.
9. a kind of pig farm automatic feed electricity generation system stated according to claim 6, it is characterised in that: the material storing box is located at
The surface of the hopper of top, discharge mechanism are set between material storing box and the hopper of top, the discharge mechanism include with
Mounting rack six and mounting rack six that mounting rack three is fixedly connected extend to the surface of circulation axis, are fixedly installed on mounting rack six
It is axially parallel to the fixed cylinder of circulation axis axial direction and both ends open arrangement, the hopper surface that fixed cylinder is located above, Gu
The opening of safety barrel body is coaxially fixedly installed the round end cap for being sealed to it, is arranged on the periphery of fixed cylinder
Rectangle is offered to interface, the axial direction of fixed cylinder is parallel to the length direction of interface, width direction is parallel to fixed cylinder
The tangential direction of place circumference, is provided with two to interface and along fixed cylinder arrangement symmetrical above and below, wherein being located at upside
Be input port to interface, positioned at downside be delivery outlet to interface, material storing box be fixedly installed on input port and the two phase
It mutually connects, the opening consistency from top to bottom of the hopper of delivery outlet and top；
It is rotated coaxially between the two end cap and is provided with rotation axis, coaxial fixing sleeve is equipped with movable cylinder, movable cylinder in rotation axis
The inner headed face of the periphery of body and fixed cylinder, which constitutes rotation and makes to be tightly connected, to be cooperated, offered on the periphery of movable cylinder with
Rectangle letdown tank compatible to interface, the length direction of letdown tank is parallel to the axial direction of movable cylinder, width direction is parallel to
The tangential direction of circumference where movable cylinder, the slot bottom setting camber of letdown tank and the slot for concaving towards axial letdown tank of arcwall face
Mouthful, letdown tank setting is arranged there are four and along circumferencial direction array where movable cylinder, under original state, wherein a letdown tank
Open Side Down and connection is connect with delivery outlet, wherein a letdown tank opening upwards and connecting connection with delivery outlet.
10. a kind of pig farm automatic feed electricity generation system according to claim 6, it is characterised in that: the power drives
Motivation structure includes the stepper motor being fixedly installed on mounting rack six, rotational installation in the main shaft on mounting rack five, stepper motor
Output shaft is axial, the axial axial direction each parallel to circulation axis of main shaft, be provided between stepper motor and main shaft for connecting
The V belt translation component two of the two, V belt translation shaft assembly two include the driving pulley that coaxial fixing sleeve is set on stepper motor output shaft
Two, it coaxially the driven pulley two that is fixedly sheathed on main shaft and is set between driving pulley two and driven pulley two and is used for
The belt two for connecting the two is provided with intermittent geneva mechanism and main shaft for connecting the two between the main shaft and circulation axis
It often rotates counterclockwise one week circulation axis and rotates counterclockwise 90 degree, be provided between the main shaft and rotation axis for connecting the two
V belt translation component three, V belt translation component three includes the driving pulley three being coaxially fixedly sheathed on main shaft output end, coaxial solid
Surely it is socketed on driven pulley three on rotation axis driving end and is set between driving pulley three and driven pulley three and is used to connect
Connect the belt three of the two；
The power-driven mechanism further includes for detecting feed surplus in hopper and controlling stepper motor automatic start-stop
Automatic trigger component, there are four the automatic trigger component settings and movable axis corresponds arrangement, automatic trigger component
Connecting plate including being fixedly installed on mounting plate two and being bonded with it arrangement, connecting plate rotate counterclockwise direction along cross
One end is fixedly installed rectangular mounting plate three, and mounting plate three and connecting plate fix as one and far from mounting plate two to extension
It stretches, the length direction of mounting plate three is parallel to the length direction of mounting plate two, width direction is parallel to the axial direction of circulation axis, installation
Along cross, an end face is fixedly installed guide rod and there are two guide rod is set side by side plate three rotationally clockwise, the axial direction of guide rod
It is parallel to the width direction of mounting plate two, movable sleeve is connected to the trigger board for the arrangement that can float, trigger board and guide rod along flat on guide rod
Row constitutes slide-and-guide cooperation in the axial of mounting plate two, and the guide rod is coaxially arranged with and its structure away from 31 end face of mounting plate
At the stop screw for being threadedly coupled cooperation, movable sleeve is equipped with support spring on guide rod, support spring one end and mounting plate three contradict,
The other end and trigger board contradict and the elastic force of support spring is directed toward trigger board by mounting plate three always, and mounting plate three is close to triggering
One end face of plate is fixedly installed travel switch, and travel switch is series between stepper motor and general supply, triggers under original state
Plate is arranged with travel switch spacing and travel switch is in off state, and socket ring, the work are fixedly installed in the trigger board
Moving axis, which extends outwardly and is socketed ring rotation, to be socketed on movable axis；
The automatic ingestion device further includes limit releasing mechanism, and limit releasing mechanism includes coaxially being fixedly sheathed on main shaft
Driving pulley four, coaxial fixing sleeve be set to worm drive end on driven pulley four and be set to driving pulley four with it is driven
Belt four between belt wheel four and for connecting the two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910930891.3A CN110486240A (en) | 2019-09-27 | 2019-09-27 | A kind of pig farm automatic feed electricity generation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910930891.3A CN110486240A (en) | 2019-09-27 | 2019-09-27 | A kind of pig farm automatic feed electricity generation system |
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| JP2002138944A (en) * | 2000-10-16 | 2002-05-17 | Shinzen Riku | Buoyancy power generator and its power generating method |
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| KR20100100014A (en) * | 2009-03-04 | 2010-09-15 | 송수니 | With persons or livestock movement systems, and power production development systems |
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| CN105240225A (en) * | 2015-10-30 | 2016-01-13 | 刘力楠 | Gravity power generating device and gravity power generating system with the same |
| CN109924133A (en) * | 2019-03-27 | 2019-06-25 | 河南科技大学 | A kind of automatic feeding device for sheep cultivation |
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2019
- 2019-09-27 CN CN201910930891.3A patent/CN110486240A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002138944A (en) * | 2000-10-16 | 2002-05-17 | Shinzen Riku | Buoyancy power generator and its power generating method |
| CN101469677A (en) * | 2008-01-10 | 2009-07-01 | 龚达明 | Power mechanism utilizing gravity force energy |
| KR20100100014A (en) * | 2009-03-04 | 2010-09-15 | 송수니 | With persons or livestock movement systems, and power production development systems |
| CN103195670A (en) * | 2013-04-03 | 2013-07-10 | 刘令 | Method for high-power generation through animal-force instinct actions and configuration of method |
| CN105240225A (en) * | 2015-10-30 | 2016-01-13 | 刘力楠 | Gravity power generating device and gravity power generating system with the same |
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Address after: 230000 yongzhenjiang Road office, intersection of Qianshan Road and Xiuning Road, Shushan District, Hefei City, Anhui Province Applicant after: LU'AN YONGZHEN GRIZZLY ELECTRICAL AND MECHANICAL TECHNOLOGY Co.,Ltd. Address before: 237000 science and Technology Pioneering service center of Lu'an Economic Development Zone, Anhui Applicant before: LU'AN YONGZHEN GRIZZLY ELECTRICAL AND MECHANICAL TECHNOLOGY Co.,Ltd. |
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