A kind of herding efficient feed agitating device
Technical field
The present invention relates to a kind of herding feed stuff agitating device more particularly to a kind of herding efficient feed agitating devices.
Background technique
Herding refers to using the animal tamed by the raising of our human artificials with poultry, fowl etc., Huo Zhelu, musk deer, fox,
The physiological function of the wild animals such as ermine, otter, quail enables it to turn the plants such as herbage and feed by artificial feeding, breeding
Become animal energy, to obtain the production process of the livestock products such as meat, egg, milk, wool, cashmere, hide, silk and medicinal material.It is people
Class and nature carry out the link of the utmost importance of mass exchange.Herding is the important component of agricultural, is listed as agriculture with planting industry
The Two Mainstays of industry production.Animal Science is research cattle breeding, breeding, raising, management, disease prevention and epidemic prevention and grassland construction, poultry
The comprehensive branch of learning of the related fieldss such as product processing and animal industry management.
When carrying out feed for nursing to livestock and poultry, feed can be all stirred, and then carry out livestock and poultry preferably to feed
Edible, and when being manually stirred to feed, time-consuming and laborious, mixing effect is bad, in whipping process, feed is easy to splash out in turn
Lead to the waste of feed, thus need to research and develop it is a kind of it is time saving and energy saving, mixing effect is good, in whipping process, feed is not easy to splash out,
And then save the herding efficient feed agitating device of feed.
Summary of the invention
(1) technical problems to be solved
It is time-consuming and laborious, mixing effect is bad when the present invention is manually stirred feed to overcome, in whipping process,
Feed is easy the shortcomings that splashing out and then leading to the waste of feed, and the technical problem to be solved in the present invention is to provide a kind of time saving provinces
Power, mixing effect are good, and in whipping process, feed is not easy to splash out, and then save the herding efficient feed agitating device of feed.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a herding efficient feed agitating devices, including
There are bottom plate, supporting leg, supporting plate, the first spring, collection frame, the first discharge nozzle, the first valve, transverse slat, strut, stirring frame, second to go out
Expects pipe, the second valve, the first agitating device and shaking device, the bottom base plate left and right sides are all installed by bolted connection
There is supporting leg, upper right side is equipped with collection frame at the top of bottom plate, all connects between bottom plate top right side at left and right sides of collection frame outer bottom
There is the first spring, collect and be connected with the first discharge nozzle among frame bottom, is connected in the first discharge nozzle and collection frame, the first discharge nozzle
Tail end is located at below bottom plate on the right side of bottom plate, and the first discharge nozzle is equipped with the first valve, and bottom plate top center is equipped with vibration dress
It sets, the vibration component and collection frame of shaking device cooperate, and bottom plate top left side is equipped with supporting plate by bolted connection, prop up
Plate right side lower part is equipped with transverse slat, the side of transverse slat top right side symmetrical expression being bolted by bolted connection
Formula is equipped with strut, and strut top is equipped with stirring frame by bolted connection, and stirring frame lower right side is connected with second
It is connected in discharge nozzle, the second discharge nozzle and stirring frame, the second discharge nozzle is equipped with the second valve, and the second discharge nozzle is located at collection frame
Upper left side, transverse slat right hand top are equipped with the first agitating device, and the mixing component of the first agitating device is located in stirring frame.
Preferably, the first agitating device includes first bearing seat, first rotating shaft, the first stirring rod and first motor, is stirred
Mix it is Embedded among frame bottom first bearing seat is installed, first rotating shaft is installed, first rotating shaft passes through in first bearing seat
Bearing connection in the mode and first bearing seat of interference connection, first rotating shaft top are located in stirring frame, in first rotating shaft
Even interval is equipped with the first stirring rod by bolted connection, and transverse slat top right side is installed by bolted connection
There is first motor, first motor is in being vertically arranged, and for first motor between the strut of the left and right sides, the output shaft of first motor is logical
Shaft coupling is crossed to connect with first rotating shaft bottom end.
Preferably, shaking device includes second bearing seat, the second shaft, first gear, cam, the second motor and second
Gear, bottom plate top center are equipped with second bearing seat by bolted connection, are equipped with second in second bearing seat
Shaft, bearing of second shaft in such a way that interference connects and in second bearing seat connect, and the second shaft top passes through bolt
The mode of connection is equipped with cam, and cam is located on the left of collection frame, is equipped with by bolted connection in the middle part of the second shaft
First gear, bottom plate top left side are equipped with the second motor by bolted connection, and the second motor is located at second bearing seat
Left side, the second motor is in being vertically arranged, and the output shaft of the second motor is connected with second gear by shaft coupling, and second gear is located at
On the left of first gear, second gear is engaged with first gear.
Preferably, further include having rotating device, rotating device include mounting plate, third motor, third gear, gear ring,
Endless glide and ring slider, transverse slat top right side are equipped with endless glide by bolted connection, and endless glide is in water
Flat setting, endless glide are equipped with ring slider engaged therewith, and ring slider is slidably matched with endless glide, and strut bottom end is logical
It crosses bolted mode to connect with ring slider, rack gear is installed by bolted connection in the middle part of stirring frame lateral surface,
Supporting plate right side top is equipped with mounting plate by bolted connection, and mounting plate bottom right is by bolted connection
Third motor is installed, for third motor in being vertically arranged, the output shaft of third motor is connected with third gear by shaft coupling, the
Three gears are located on the left of gear ring, and third gear is engaged with gear ring.
Preferably, further include having the second agitating device, the second agitating device include 7 templates, u-shaped frame, 3rd bearing seat,
Third shaft, the second stirring rod and the 4th motor, bottom plate top right side are equipped with 7 templates, 7 templates by bolted connection
On the right side of collection frame, u-shaped frame is installed by bolted connection on the left of 7 template inner tops, u-shaped frame is being located at collection frame just
Top, u-shaped frame bottom centre is Embedded to be equipped with 3rd bearing seat, and third shaft is equipped in 3rd bearing seat, and third turns
Axis is connect in such a way that interference connects with the bearing in 3rd bearing seat, and third shaft lower part is located in collection frame, and third turns
Axis lower part is evenly spaced to be equipped with the second stirring rod by bolted connection, is connected on the left of 7 template inner tops by bolt
The mode connect is equipped with the 4th motor, and the 4th motor is located in u-shaped frame, and the 4th motor is in be vertically arranged, the output of the 4th motor
Axis is connect by shaft coupling with third shaft top.
Preferably, further include having cover board and handle, cover board is equipped at the top of stirring frame, cover board bottom left is connected by pin
Mode connect with stirring frame left side top, cover board and stirring frame cooperate, and cover board top center is pacified by bolted connection
Equipped with handle.
It preferably, further include having second spring and steel ball, the second stirring rod tail end is all connected with second spring, second spring
Tail end is fitted with steel ball.
Preferably, further include having reinforcing rib, be connected with reinforcing rib, reinforcing rib between transverse slat bottom and supporting plate right side lower part
It is inclined to set, wherein one end is connect with transverse slat bottom left reinforcing rib by bolted connection, and the reinforcing rib other end is logical
Bolted mode is crossed to connect with supporting plate right side lower part.
Preferably, the material of bottom plate is Q235 steel.
Working principle: being operated first personnel and pour into feed in stirring frame, when feed is entirely located in stirring frame, operation
Personnel can start the first agitating device, and the first agitating device uniformly stirs feed.After feed is stirred, close
First agitating device opens the second valve, and the feed being stirred is fallen in collection frame by the second discharge nozzle, closes the second valve
Door, operator can starting shock device, because of the effect of the first spring, the vibration component of shaking device shakes collection frame
It is dynamic, and then feed is shaken, feed shaking keeps mobility more preferable, and then can be more evenly.It is after feed shakes, i.e., openable
First valve closes shaking device, and feed is flowed out by the first discharge nozzle, and operator, that is, used vessel fills feed
It takes, closes the first valve.
Because the first agitating device includes first bearing seat, first rotating shaft, the first stirring rod and first motor, stirring frame
It is Embedded among bottom that first bearing seat is installed, first rotating shaft is installed, first rotating shaft passes through interference in first bearing seat
Bearing connection in the mode and first bearing seat of connection, first rotating shaft top are located in stirring frame, between uniform in first rotating shaft
Every the first stirring rod is installed by bolted connection, transverse slat top right side is equipped with by bolted connection
One motor, first motor is in being vertically arranged, and for first motor between the strut of the left and right sides, the output shaft of first motor passes through connection
Axis device is connect with first rotating shaft bottom end, and when feed is located in stirring frame, operator can start first motor and rotate, and first
Motor rotation drives first rotating shaft rotation, and first rotating shaft rotation drives the rotation of the first stirring rod, and the first stirring rod is rotated to feed
Carry out uniform stirring.After the completion of feed stirring, first motor is closed.In this way, being stirred without people to feed, save
Shi Shengli.
Because shaking device includes second bearing seat, the second shaft, first gear, cam, the second motor and the second tooth
Wheel, bottom plate top center is equipped with second bearing seat by bolted connection, is equipped with second turn in second bearing seat
Axis, bearing of second shaft in such a way that interference connects and in second bearing seat connect, and the second shaft top is connected by bolt
The mode connect is equipped with cam, and cam is located on the left of collection frame, is equipped with the in the middle part of the second shaft by bolted connection
One gear, bottom plate top left side are equipped with the second motor by bolted connection, and the second motor is located at a second bearing seat left side
Side, for the second motor in being vertically arranged, the output shaft of the second motor is connected with second gear by shaft coupling, and second gear is positioned at the
On the left of one gear, second gear engage with first gear, when the feed for stirring completion is fallen in collection frame, can start the
The rotation of two motors, the rotation of the second motor drive second gear rotation, and second gear rotation drives first gear rotation, first gear
Rotation drives the rotation of the second shaft, and the second shaft rotates band moving cam and rotates, because of the effect of the first spring, cam rotation and collection
Frame left contact, and then collection frame is driven to swing, collection frame, which swings, shakes feed, and then makes feed mobility more
It is good, it can rock again uniformly.After feed rocks uniformly, the second motor is closed.In this way, being carried out again to feed
Processing, can make feed more uniform, and it is edible to it to be more convenient livestock and poultry.
Because further including having rotating device, rotating device includes mounting plate, third motor, third gear, gear ring, annular
Sliding rail and ring slider, transverse slat top right side are equipped with endless glide by bolted connection, and endless glide is set in level
It sets, endless glide is equipped with ring slider engaged therewith, and ring slider is slidably matched with endless glide, and strut bottom end passes through spiral shell
It tethers the mode connect to connect with ring slider, rack gear, supporting plate is installed by bolted connection in the middle part of stirring frame lateral surface
Right side top is equipped with mounting plate by bolted connection, and mounting plate bottom right is installed by bolted connection
There is third motor, for third motor in being vertically arranged, the output shaft of third motor is connected with third gear, third tooth by shaft coupling
Wheel is located on the left of gear ring, and third gear engages with gear ring, when the first stirring rod is while being stirred feed, operator
Start the rotation of third motor, the rotation of third motor drives the rotation of third gear, and the rotation of third gear drives ring gear against rotation, and gear ring turns
Dynamic to drive stirring frame rotation, endless glide play the guiding role with ring slider, and feed is shaken in stirring frame rotation, makes feed
Mobility is more preferable, and then is stirred the first stirring rod preferably to feed.After the completion of feed stirring, third motor is closed
.In this way, feed mobility can be made more preferable, and then keep the first stirring rod more preferable to the mixing effect of feed.
Because further including having the second agitating device, the second agitating device includes 7 templates, u-shaped frame, 3rd bearing seat,
Three shafts, the second stirring rod and the 4th motor, bottom plate top right side are equipped with 7 templates, 7 template positions by bolted connection
On the right side of the collection frame, u-shaped frame is installed by bolted connection on the left of 7 template inner tops, u-shaped frame be located at collection frame just on
Side, u-shaped frame bottom centre is Embedded to be equipped with 3rd bearing seat, and third shaft, third shaft are equipped in 3rd bearing seat
It is connect in such a way that interference connects with the bearing in 3rd bearing seat, third shaft lower part is located in collection frame, third shaft
Lower part is evenly spaced to be equipped with the second stirring rod by bolted connection, is bolted on the left of 7 template inner tops
Mode the 4th motor is installed, the 4th motor is located in u-shaped frame, and the 4th motor is in being vertically arranged, the output shaft of the 4th motor
It is connect by shaft coupling with third shaft top, while collection frame, which swings, shakes to feed, the 4th electricity of starting
Machine rotation, the rotation of the 4th motor drive the rotation of third shaft, and third rotation rotation drives the rotation of the second stirring rod, the second stirring rod
Rotation carries out uniform stirring to feed again.After the completion of feed stirring, third motor is closed, feed can be carried out next
Step processing.In this way, being stirred again to feed, feed can be made preferably to be eaten by livestock and poultry.
Because further including having cover board and handle, cover board is equipped at the top of stirring frame, cover board bottom left is connected by pin
Mode is connect with stirring frame left side top, and cover board and stirring frame cooperate, and cover board top center is installed by bolted connection
There is handle, is operated first personnel and is opened cover board by handle, feed can be poured into stirring frame, stirred when feed is entirely located in
When mixing in frame, then by handle cover board is closed.In this way, can prevent foreign debris from falling in stirring frame is mixed in one with feed
It rises, simultaneously, moreover it is possible to feed spillage when preventing the first stirring rod from carrying out to feed.
Because further including having second spring and steel ball, the second stirring rod tail end is all connected with second spring, second spring tail
End is fitted with steel ball, and when the second stirring rotation, the second stirring rotation drives steel ball rotation by second spring, answers the second bullet
The effect of spring, steel ball are constantly shaken, and then carry out impact stirring to feed.In this way, keeping mixing effect more preferable, mixing speed is more
Fastly.
Because further including having reinforcing rib, it is connected with reinforcing rib between transverse slat bottom and supporting plate right side lower part, reinforcing rib is in
It is obliquely installed, wherein one end is connect with transverse slat bottom left reinforcing rib by bolted connection, and the reinforcing rib other end passes through
Bolted mode is connect with supporting plate right side lower part, and reinforcing rib can make the bearing capacity of transverse slat more preferable, and then make transverse slat or more
Component is more firm, and then when feed is stirred in stirring frame, is stirred the first stirring rod more stably to feed.
Because the material of bottom plate is Q235 steel, the load-bearing capacity of Q235 steel is strong, acidproof corrosion-resistant, increases the use of bottom plate
Service life.
(3) beneficial effect
The present invention eats feed more preferably by livestock and poultry by stirring of second stirring rod to feed again, meanwhile, steel ball
Can mixing effect to feed it is more preferable, reached that time saving and energy saving, mixing effect is good, and in whipping process, feed is not easy to splash out, into
And save the effect of feed.
Detailed description of the invention
Fig. 1 is the first schematic view of the front view of the invention.
Fig. 2 is the schematic view of the front view of shaking device of the present invention.
Fig. 3 is second of schematic view of the front view of the invention.
Fig. 4 is the first schematic view of the front view of the second agitating device of the invention.
Fig. 5 is the third schematic view of the front view of the invention.
Fig. 6 is the schematic view of the front view of the second agitating device of the invention.
Fig. 7 is the third schematic view of the front view of the invention.
The label in accompanying drawing is: 1- bottom plate, 2- supporting leg, 3- supporting plate, the first spring of 4-, 5- collection frame, the first discharge nozzle of 6-,
The first valve of 7-, 8- transverse slat, 9- strut, 10- stirring frame, the second discharge nozzle of 11-, the second valve of 12-, the first agitating device of 13-,
131- first bearing seat, 132- first rotating shaft, the first stirring rod of 133-, 134- first motor, 14- shaking device, 141- second
Bearing block, the second shaft of 142-, 143- first gear, 144- cam, the second motor of 145-, 146- second gear, 15- rotating dress
It sets, 151- mounting plate, 152- third motor, 153- third gear, 154- gear ring, 155- endless glide, 156- ring slider,
The second agitating device of 16-, 161-7 template, 162-u type frame, 163- 3rd bearing seat, 164- third shaft, 165- second are stirred
Bar, the 4th motor of 166-, 17- cover board, 18- handle, 19- second spring, 20- steel ball, 21- reinforcing rib.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of herding efficient feed agitating device includes as shown in figs. 1-7 bottom plate 1, supporting leg 2, supporting plate 3, the first bullet
Spring 4, collection frame 5, the first discharge nozzle 6, the first valve 7, transverse slat 8, strut 9, stirring frame 10, the second discharge nozzle 11, the second valve
12, the first agitating device 13 and shaking device 14,1 bottom of the bottom plate left and right sides are all equipped with supporting leg by bolted connection
2,1 top right of bottom plate top is equipped with collection frame 5, is all connected between 1 top right side of bottom plate at left and right sides of 5 outer bottom of collection frame
First spring 4 is connected with the first discharge nozzle 6 among 5 bottom of collection frame, is connected in the first discharge nozzle 6 and collection frame 5, first goes out
6 tail end of expects pipe is located at 1 lower section of bottom plate on the right side of bottom plate 1, and the first discharge nozzle 6 is equipped with the first valve 7,1 top center of bottom plate
Equipped with shaking device 14, the vibration component and collection frame 5 of shaking device 14 cooperate, and 1 top left side of bottom plate is bolted
Mode is equipped with supporting plate 3, and 3 right side lower part of supporting plate is equipped with transverse slat 8,8 top right side pair of transverse slat by bolted connection
Title formula is equipped with strut 9 by bolted connection, and 9 top of strut is equipped with stirring frame by bolted connection
10,10 lower right side of stirring frame is connected with the second discharge nozzle 11, is connected in the second discharge nozzle 11 and stirring frame 10, the second discharge nozzle
11 are equipped with the second valve 12, and the second discharge nozzle 11 is located at 5 upper left side of collection frame, and 8 right hand top of transverse slat is equipped with the first stirring dress
13 are set, the mixing component of the first agitating device 13 is located in stirring frame 10.
Embodiment 2
A kind of herding efficient feed agitating device includes as shown in figs. 1-7 bottom plate 1, supporting leg 2, supporting plate 3, the first bullet
Spring 4, collection frame 5, the first discharge nozzle 6, the first valve 7, transverse slat 8, strut 9, stirring frame 10, the second discharge nozzle 11, the second valve
12, the first agitating device 13 and shaking device 14,1 bottom of the bottom plate left and right sides are all equipped with supporting leg by bolted connection
2,1 top right of bottom plate top is equipped with collection frame 5, is all connected between 1 top right side of bottom plate at left and right sides of 5 outer bottom of collection frame
First spring 4 is connected with the first discharge nozzle 6 among 5 bottom of collection frame, is connected in the first discharge nozzle 6 and collection frame 5, first goes out
6 tail end of expects pipe is located at 1 lower section of bottom plate on the right side of bottom plate 1, and the first discharge nozzle 6 is equipped with the first valve 7,1 top center of bottom plate
Equipped with shaking device 14, the vibration component and collection frame 5 of shaking device 14 cooperate, and 1 top left side of bottom plate is bolted
Mode is equipped with supporting plate 3, and 3 right side lower part of supporting plate is equipped with transverse slat 8,8 top right side pair of transverse slat by bolted connection
Title formula is equipped with strut 9 by bolted connection, and 9 top of strut is equipped with stirring frame by bolted connection
10,10 lower right side of stirring frame is connected with the second discharge nozzle 11, is connected in the second discharge nozzle 11 and stirring frame 10, the second discharge nozzle
11 are equipped with the second valve 12, and the second discharge nozzle 11 is located at 5 upper left side of collection frame, and 8 right hand top of transverse slat is equipped with the first stirring dress
13 are set, the mixing component of the first agitating device 13 is located in stirring frame 10.
First agitating device 13 includes first bearing seat 131, first rotating shaft 132, the first stirring rod 133 and first motor
134,10 bottom of stirring frame centre is Embedded to be equipped with first bearing seat 131, is equipped with first rotating shaft in first bearing seat 131
132, first rotating shaft 132 is connect in such a way that interference connects with the bearing in first bearing seat 131,132 top of first rotating shaft
It is evenly spaced in first rotating shaft 132 that first stirring rod 133 is installed by bolted connection in stirring frame 10,
8 top right side of transverse slat is equipped with first motor 134 by bolted connection, and for first motor 134 in being vertically arranged, first is electric
Between left and right sides strut 9, the output shaft of first motor 134 is connected machine 134 by shaft coupling and 132 bottom end of first rotating shaft
It connects.
Embodiment 3
A kind of herding efficient feed agitating device includes as shown in figs. 1-7 bottom plate 1, supporting leg 2, supporting plate 3, the first bullet
Spring 4, collection frame 5, the first discharge nozzle 6, the first valve 7, transverse slat 8, strut 9, stirring frame 10, the second discharge nozzle 11, the second valve
12, the first agitating device 13 and shaking device 14,1 bottom of the bottom plate left and right sides are all equipped with supporting leg by bolted connection
2,1 top right of bottom plate top is equipped with collection frame 5, is all connected between 1 top right side of bottom plate at left and right sides of 5 outer bottom of collection frame
First spring 4 is connected with the first discharge nozzle 6 among 5 bottom of collection frame, is connected in the first discharge nozzle 6 and collection frame 5, first goes out
6 tail end of expects pipe is located at 1 lower section of bottom plate on the right side of bottom plate 1, and the first discharge nozzle 6 is equipped with the first valve 7,1 top center of bottom plate
Equipped with shaking device 14, the vibration component and collection frame 5 of shaking device 14 cooperate, and 1 top left side of bottom plate is bolted
Mode is equipped with supporting plate 3, and 3 right side lower part of supporting plate is equipped with transverse slat 8,8 top right side pair of transverse slat by bolted connection
Title formula is equipped with strut 9 by bolted connection, and 9 top of strut is equipped with stirring frame by bolted connection
10,10 lower right side of stirring frame is connected with the second discharge nozzle 11, is connected in the second discharge nozzle 11 and stirring frame 10, the second discharge nozzle
11 are equipped with the second valve 12, and the second discharge nozzle 11 is located at 5 upper left side of collection frame, and 8 right hand top of transverse slat is equipped with the first stirring dress
13 are set, the mixing component of the first agitating device 13 is located in stirring frame 10.
First agitating device 13 includes first bearing seat 131, first rotating shaft 132, the first stirring rod 133 and first motor
134,10 bottom of stirring frame centre is Embedded to be equipped with first bearing seat 131, is equipped with first rotating shaft in first bearing seat 131
132, first rotating shaft 132 is connect in such a way that interference connects with the bearing in first bearing seat 131,132 top of first rotating shaft
It is evenly spaced in first rotating shaft 132 that first stirring rod 133 is installed by bolted connection in stirring frame 10,
8 top right side of transverse slat is equipped with first motor 134 by bolted connection, and for first motor 134 in being vertically arranged, first is electric
Between left and right sides strut 9, the output shaft of first motor 134 is connected machine 134 by shaft coupling and 132 bottom end of first rotating shaft
It connects.
Shaking device 14 includes second bearing seat 141, the second shaft 142, first gear 143, the 144, second electricity of cam
Machine 145 and second gear 146,1 top center of bottom plate are equipped with second bearing seat 141, the second axis by bolted connection
Second shaft 142 that is equipped in seat 141 is held, the second shaft 142 is in such a way that interference connects and in second bearing seat 141
Bearing connection, 142 top of the second shaft are equipped with cam 144 by bolted connection, and it is left that cam 144 is located at collection frame 5
Side, 142 middle part of the second shaft are equipped with first gear 143 by bolted connection, and 1 top left side of bottom plate is connected by bolt
The mode connect is equipped with the second motor 145, and the second motor 145 is located at 141 left side of second bearing seat, and the second motor 145 is in vertical
Setting, the output shaft of the second motor 145 are connected with second gear 146 by shaft coupling, and second gear 146 is located at first gear
143 left sides, second gear 146 are engaged with first gear 143.
Embodiment 4
A kind of herding efficient feed agitating device includes as shown in figs. 1-7 bottom plate 1, supporting leg 2, supporting plate 3, the first bullet
Spring 4, collection frame 5, the first discharge nozzle 6, the first valve 7, transverse slat 8, strut 9, stirring frame 10, the second discharge nozzle 11, the second valve
12, the first agitating device 13 and shaking device 14,1 bottom of the bottom plate left and right sides are all equipped with supporting leg by bolted connection
2,1 top right of bottom plate top is equipped with collection frame 5, is all connected between 1 top right side of bottom plate at left and right sides of 5 outer bottom of collection frame
First spring 4 is connected with the first discharge nozzle 6 among 5 bottom of collection frame, is connected in the first discharge nozzle 6 and collection frame 5, first goes out
6 tail end of expects pipe is located at 1 lower section of bottom plate on the right side of bottom plate 1, and the first discharge nozzle 6 is equipped with the first valve 7,1 top center of bottom plate
Equipped with shaking device 14, the vibration component and collection frame 5 of shaking device 14 cooperate, and 1 top left side of bottom plate is bolted
Mode is equipped with supporting plate 3, and 3 right side lower part of supporting plate is equipped with transverse slat 8,8 top right side pair of transverse slat by bolted connection
Title formula is equipped with strut 9 by bolted connection, and 9 top of strut is equipped with stirring frame by bolted connection
10,10 lower right side of stirring frame is connected with the second discharge nozzle 11, is connected in the second discharge nozzle 11 and stirring frame 10, the second discharge nozzle
11 are equipped with the second valve 12, and the second discharge nozzle 11 is located at 5 upper left side of collection frame, and 8 right hand top of transverse slat is equipped with the first stirring dress
13 are set, the mixing component of the first agitating device 13 is located in stirring frame 10.
First agitating device 13 includes first bearing seat 131, first rotating shaft 132, the first stirring rod 133 and first motor
134,10 bottom of stirring frame centre is Embedded to be equipped with first bearing seat 131, is equipped with first rotating shaft in first bearing seat 131
132, first rotating shaft 132 is connect in such a way that interference connects with the bearing in first bearing seat 131,132 top of first rotating shaft
It is evenly spaced in first rotating shaft 132 that first stirring rod 133 is installed by bolted connection in stirring frame 10,
8 top right side of transverse slat is equipped with first motor 134 by bolted connection, and for first motor 134 in being vertically arranged, first is electric
Between left and right sides strut 9, the output shaft of first motor 134 is connected machine 134 by shaft coupling and 132 bottom end of first rotating shaft
It connects.
Shaking device 14 includes second bearing seat 141, the second shaft 142, first gear 143, the 144, second electricity of cam
Machine 145 and second gear 146,1 top center of bottom plate are equipped with second bearing seat 141, the second axis by bolted connection
Second shaft 142 that is equipped in seat 141 is held, the second shaft 142 is in such a way that interference connects and in second bearing seat 141
Bearing connection, 142 top of the second shaft are equipped with cam 144 by bolted connection, and it is left that cam 144 is located at collection frame 5
Side, 142 middle part of the second shaft are equipped with first gear 143 by bolted connection, and 1 top left side of bottom plate is connected by bolt
The mode connect is equipped with the second motor 145, and the second motor 145 is located at 141 left side of second bearing seat, and the second motor 145 is in vertical
Setting, the output shaft of the second motor 145 are connected with second gear 146 by shaft coupling, and second gear 146 is located at first gear
143 left sides, second gear 146 are engaged with first gear 143.
Further include having rotating device 15, rotating device 15 include mounting plate 151, third motor 152, third gear 153,
Gear ring 154, endless glide 155 and ring slider 156,8 top right side of transverse slat are equipped with annular cunning by bolted connection
Rail 155, for endless glide 155 in being horizontally disposed with, endless glide 155 is equipped with ring slider 156 engaged therewith, ring slider
156 are slidably matched with endless glide 155, and 9 bottom end of strut is connect with ring slider 156 by bolted connection, stirring frame
Rack gear 154 is installed by bolted connection, 3 right side top of supporting plate is by bolted connection in the middle part of 10 lateral surfaces
Mounting plate 151 is installed, 151 bottom right of mounting plate is equipped with third motor 152, third motor by bolted connection
152 in being vertically arranged, and the output shaft of third motor 152 is connected with third gear 153 by shaft coupling, and third gear 153 is located at
154 left side of gear ring, third gear 153 are engaged with gear ring 154.
It further include having the second agitating device 16, the second agitating device 16 includes 7 templates 161, u-shaped frame 162,3rd bearing
Seat 163, third shaft 164, the second stirring rod 165 and the 4th motor 166,1 top right side of bottom plate is by bolted connection
7 template, 161,7 template 161 is installed and is located at 5 right side of collection frame, is pacified by bolted connection on the left of 7 template, 161 inner top
Equipped with u-shaped frame 162, u-shaped frame 162 is located at right above collection frame 5, Embedded among 162 bottom of u-shaped frame to be equipped with 3rd bearing
Seat 163, is equipped with third shaft 164 in 3rd bearing seat 163, third shaft 164 in such a way that interference connects with third axis
The bearing connection in seat 163 is held, 164 lower part of third shaft is located in collection frame 5, and 164 lower part of third shaft is evenly spaced logical
It crosses bolted mode and is equipped on the left of the second 165,7 template of stirring rod 161 inner top and install by bolted connection
Have the 4th motor 166, the 4th motor 166 is located in u-shaped frame 162, the 4th motor 166 in being vertically arranged, the 4th motor 166 it is defeated
Shaft is connect by shaft coupling with 164 top of third shaft.
Further include having cover board 17 and handle 18, cover board 17 is equipped at the top of stirring frame 10,17 bottom left of cover board passes through pin
The mode of connection is connect with 10 left side top of stirring frame, and cover board 17 and stirring frame 10 cooperate, and 17 top center of cover board passes through bolt
The mode of connection is equipped with handle 18.
It further include having second spring 19 and steel ball 20,165 tail end of the second stirring rod is all connected with second spring 19, the second bullet
19 tail end of spring is fitted with steel ball 20.
It further include having reinforcing rib 21,8 bottom of transverse slat and supporting plate are connected with reinforcing rib 21, reinforcing rib between 3 right side lower part
21 are inclined to set, and wherein one end is connect with 8 bottom left of transverse slat reinforcing rib 21 by bolted connection, and reinforcing rib 21 is another
One end is connect with 3 right side lower part of supporting plate by bolted connection.
The material of bottom plate 1 is Q235 steel.
Working principle: being operated first personnel and pour into feed in stirring frame 10, when feed is entirely located in stirring frame 10,
Operator can start the first agitating device 13, and the first agitating device 13 uniformly stirs feed.When feed stirs
After good, the first agitating device 13 is closed, opens the second valve 12, the feed being stirred falls to collection by the second discharge nozzle 11
In frame 5, close the second valve 12, operator can starting shock device 14, because of the effect of the first spring 4, shaking device 14
Vibration component collection frame 5 is shaken, and then feed is shaken, feed shaking keeps mobility more preferable, and then can be more
Uniformly.After feed shakes, i.e., openable first valve 7 closes shaking device 14, and feed is flowed out by the first discharge nozzle 6, behaviour
Make personnel i.e. used vessel to feed carry out dress take, close the first valve 7.
Because the first agitating device 13 includes first bearing seat 131, first rotating shaft 132, the first stirring rod 133 and first
Motor 134,10 bottom of stirring frame centre is Embedded to be equipped with first bearing seat 131, is equipped with first in first bearing seat 131
Shaft 132, first rotating shaft 132 are connect in such a way that interference connects with the bearing in first bearing seat 131, first rotating shaft 132
Top is located in stirring frame 10, evenly spaced in first rotating shaft 132 to be equipped with the first stirring rod by bolted connection
133,8 top right side of transverse slat is equipped with first motor 134 by bolted connection, and first motor 134 is in be vertically arranged, the
For one motor 134 between left and right sides strut 9, the output shaft of first motor 134 passes through shaft coupling and 132 bottom end of first rotating shaft
Connection, when feed is located in stirring frame 10, operator can start the rotation of first motor 134, and first motor 134 rotates band
Dynamic first rotating shaft 132 rotates, and the rotation of first rotating shaft 132 drives the rotation of the first stirring rod 133, and the first stirring rod 133 is rotated to feeding
Material carries out uniform stirring.After the completion of feed stirring, first motor 134 is closed.In this way, stirring without people feed
It mixes, it is time saving and energy saving.
Because shaking device 14 includes second bearing seat 141, the second shaft 142, first gear 143, cam 144,
Two motors 145 and second gear 146,1 top center of bottom plate are equipped with second bearing seat 141 by bolted connection, the
Second shaft 142 is installed in two bearing bracket 141, the second shaft 142 in such a way that interference connects with second bearing seat 141
Interior bearing connection, 142 top of the second shaft are equipped with cam 144 by bolted connection, and cam 144 is located at collection frame
5 left sides, 142 middle part of the second shaft are equipped with first gear 143 by bolted connection, and 1 top left side of bottom plate passes through spiral shell
It tethers the mode connect and the second motor 145 is installed, the second motor 145 is located at 141 left side of second bearing seat, and the second motor 145 is in
It is vertically arranged, the output shaft of the second motor 145 is connected with second gear 146 by shaft coupling, and second gear 146 is located at the first tooth
143 left side of wheel, second gear 146 are engaged with first gear 143, when the feed that stirring is completed is fallen in collection frame 5
Start the rotation of the second motor 145, the rotation of the second motor 145 drives second gear 146 to rotate, and the rotation of second gear 146 drives the
The rotation of one gear 143, the rotation of first gear 143 drive the rotation of the second shaft 142, and the second shaft 142 rotates 144 turns of moving cam of band
It is dynamic, because of the effect of the first spring 4, the rotation of cam 144 and 5 left contact of collection frame, and then collection frame 5 is driven to swing, it receives
Collection frame 5 swings and shakes feed, and then keeps feed mobility more preferable, can rock again uniformly.When feed rocks
After even, the second motor 145 is closed.In this way, handling again feed, feed can be made more uniform, be more convenient poultry
Fowl is edible to it.
Because further including having rotating device 15, rotating device 15 includes mounting plate 151, third motor 152, third gear
153, gear ring 154, endless glide 155 and ring slider 156,8 top right side of transverse slat are equipped with ring by bolted connection
Shape sliding rail 155, for endless glide 155 in being horizontally disposed with, endless glide 155 is equipped with ring slider 156 engaged therewith, and annular is sliding
Block 156 is slidably matched with endless glide 155, and 9 bottom end of strut is connect with ring slider 156 by bolted connection, stirring
Rack gear 154, the side that 3 right side top of supporting plate is bolted are installed by bolted connection in the middle part of 10 lateral surface of frame
Formula is equipped with mounting plate 151, and 151 bottom right of mounting plate is equipped with third motor 152, third electricity by bolted connection
For machine 152 in being vertically arranged, the output shaft of third motor 152 is connected with third gear 153 by shaft coupling, and third gear 153
In the left side of gear ring 154, third gear 153 is engaged with gear ring 154, when the first stirring rod 133 is while being stirred feed,
Operator starts third motor 152 and rotates, and the rotation of third motor 152 drives third gear 153 to rotate, and 153 turns of third gear
Dynamic that gear ring 154 is driven to rotate, the rotation of gear ring 154 drives stirring frame 10 to rotate, and endless glide 155 and ring slider 156 play guiding
Feed is shaken in effect, the rotation of stirring frame 10, keeps feed mobility more preferable, and then keeps the first stirring rod 133 preferably right
Feed is stirred.After the completion of feed stirring, third motor 152 is closed.In this way, feed mobility can be made more preferable, into
And keep the first stirring rod 133 more preferable to the mixing effect of feed.
Because further including having the second agitating device 16, the second agitating device 16 includes 7 templates 161, u-shaped frame 162, third
Bearing block 163, third shaft 164, the second stirring rod 165 and the 4th motor 166,1 top right side of bottom plate are bolted
Mode is equipped with 7 template, 161,7 template 161 and is located at 5 right side of collection frame, the side being bolted on the left of 7 template, 161 inner top
Formula is equipped with u-shaped frame 162, and u-shaped frame 162 is located at right above collection frame 5, Embedded among 162 bottom of u-shaped frame to be equipped with third
Bearing block 163, is equipped with third shaft 164 in 3rd bearing seat 163, and third shaft 164 is in such a way that interference connects with the
Bearing connection in three bearing blocks 163,164 lower part of third shaft are located in collection frame 5,164 lower part uniform intervals of third shaft
Be equipped on the left of the second 165,7 template of stirring rod 161 inner top by bolted connection by bolted connection
4th motor 166 is installed, the 4th motor 166 is located in u-shaped frame 162, and the 4th motor 166 is in be vertically arranged, the 4th motor 166
Output shaft connect with 164 top of third shaft by shaft coupling, when collection frame 5 swing feed is shaken it is same
When, starting the 4th motor 166 rotation, the 4th motor 166 rotation drives third shaft 164 to rotate, and third rotation rotation drives the
The rotation of two stirring rods 165, the rotation of the second stirring rod 165 carry out uniform stirring to feed again.After the completion of feed stirring, close
Third motor 152 is closed, feed can be further processed.In this way, being stirred again to feed, feed can be made more preferable
Eaten by livestock and poultry.
Because further including having cover board 17 and handle 18, cover board 17 is equipped at the top of stirring frame 10,17 bottom left of cover board passes through
The mode of pin connection is connect with 10 left side top of stirring frame, and cover board 17 and stirring frame 10 cooperate, and 17 top center of cover board passes through
Bolted mode is equipped with handle 18, is operated first personnel and is opened cover board 17 by handle 18, can pour into feed
In stirring frame 10, cover board 17 is closed when feed is entirely located in stirring frame 10, then through handle 18.In this way, can prevent outer
Carry out sundries and fall in stirring frame 10 to mix with feed, simultaneously, moreover it is possible to feeding when preventing the first stirring rod 133 to feed progress
Material splashes out.
Because further including having second spring 19 and steel ball 20,165 tail end of the second stirring rod is all connected with second spring 19, the
Two springs, 19 tail end is fitted with steel ball 20, and when the second stirring rotation, the second stirring rotation drives steel by second spring 19
Pearl 20 rotates, and answers the effect of second spring 19, steel ball 20 is constantly shaken, and then carries out impact stirring to feed.In this way, making to stir
It is more preferable to mix effect, mixing speed is faster.
Because further including having reinforcing rib 21,8 bottom of transverse slat and supporting plate are connected with reinforcing rib 21 between 3 right side lower part, add
Strengthening tendons 21 are inclined to set, and wherein one end is connect with 8 bottom left of transverse slat reinforcing rib 21 by bolted connection, reinforcing rib
21 other ends are connect with 3 right side lower part of supporting plate by bolted connection, and reinforcing rib 21 can make the bearing capacity of transverse slat 8 more
It is good, and then it is more firm with upper-part to make transverse slat 8, and then when feed is stirred in stirring frame 10, make the first stirring rod 133
More stably feed is stirred.
Because the material of bottom plate 1 is Q235 steel, the load-bearing capacity of Q235 steel is strong, acidproof corrosion-resistant, increases making for bottom plate 1
Use the service life.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.