CN208233819U - A kind of mash feed feed bin with feed mechanism - Google Patents
A kind of mash feed feed bin with feed mechanism Download PDFInfo
- Publication number
- CN208233819U CN208233819U CN201820700351.7U CN201820700351U CN208233819U CN 208233819 U CN208233819 U CN 208233819U CN 201820700351 U CN201820700351 U CN 201820700351U CN 208233819 U CN208233819 U CN 208233819U
- Authority
- CN
- China
- Prior art keywords
- feed
- shaft
- feeding
- wheel
- sheave
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model discloses a kind of mash feed feed bin with feed mechanism, its structure includes: feed warehouse, feeding device, support base, reinforcing bar, discharge gate, feed bin bottom, staircase, sealing warehouse lid and manhole, and feeding device includes stirring driving machine structure, fodder mixing machine structure, sheave drive mechanism, shakes off mechanism, feeding driving mechanism, feed mechanism, feed hopper, discharge port, upper drying room and lower drying room；A kind of mash feed feed bin with feed mechanism of the utility model solves material because often there is material agglomeration for a long time after accumulation squeezes, material knot encircles the problem of not feeding, it can be realized feeding after crushing to caking materials, improve loading efficiency, while reducing material moisture.
Description
Technical field
The utility model is a kind of mash feed feed bin with feed mechanism, belongs to feed-processing equipment field.
Background technique
In feed preparation, preparation material is needed to configure above feed mixing machine in order to improve Feed Manufacturing efficiency
Storehouse is allowed to always have a collection of material prepared etc. to be mixed, and 30% production efficiency can be improved in feed bin, could embody so efficiently
The advantage of mixing machine is related to the processing workshop sections such as crushing, ingredient, finished product packing and needs various materials being stored temporarily in feed bin
In, but since conventional feed bin structure is unreasonable, the general feed bin volume for storing material is larger, and height is higher, and traditional approach is people
Work feeding, large labor intensity, working efficiency is low, therefore, a kind of mash feed feed bin with feed mechanism occurs.
The mash feed feed bin with feed mechanism of the prior art is in feeding process, and material through accumulation because squeeze for a long time
Afterwards, often there is the problem of material agglomeration, material knot encircles not feeding, cause loading efficiency low, damp production largely effects on
Production efficiency, and material is unfavorable for material and stores in feed bin because higher through accumulation extrusion of water-containing amount for a long time.Therefore, it is necessary to
The mash feed feed bin with feed mechanism of the prior art is further improved, caking materials can be crushed by providing one kind
Feeding afterwards, meanwhile, reduce the device of material moisture.
Utility model content
In view of the deficienciess of the prior art, the utility model aim is to provide a kind of mash feed material with feed mechanism
Storehouse, to solve the mash feed feed bin with feed mechanism of the prior art in feeding process, material through accumulating because squeeze for a long time
After pressure, often there is the problem of material agglomeration, material knot encircles not feeding, cause loading efficiency low, damp production, significantly shadow
Production efficiency is rung, and material is unfavorable for the problem of material stores in feed bin because higher through accumulation extrusion of water-containing amount for a long time.
To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of band feed mechanism
Mash feed feed bin, structure include: feed warehouse, feeding device, support base, reinforcing bar, discharge gate, feed bin bottom,
Staircase, sealing warehouse lid, manhole, it is characterised in that: feed warehouse upper end is installed with sealing warehouse lid, the sealing warehouse lid and
Feed warehouse mutually welds, and the gas-tight silo, which covers, is installed with manhole, and the sealing warehouse lid is integrated with manhole, institute
It states and is installed with feed bin bottom immediately below feed warehouse, the feed bin bottom is mutually welded with feed warehouse, the feed warehouse most bottom
End is installed with discharge gate, and the discharge gate is fixedly connected with feed warehouse, is installed with support base below the feed warehouse,
The support base is fixedly connected with feed warehouse, is installed with reinforcing bar, the support base and reinforcing bar phase below the support base
Welding, the opposition of feed warehouse two side are installed with feeding device and staircase respectively, and the staircase is mutually welded with feed warehouse,
The feeding device is fixedly connected with feed warehouse upper end；The feeding device include stirring driving machine structure, fodder mixing machine structure,
Sheave drive mechanism shakes off mechanism, feeding driving mechanism, feed mechanism, feed hopper, discharge port, upper drying room, lower drying room,
Stirring driving machine structure upper end is installed with fodder mixing machine structure, and the stirring driving machine structure and the activity of fodder mixing machine structure connect
It connects, the fodder mixing machine structure upper and lower ends are installed with drying room and lower drying room, the sheave drive mechanism bottom end and feeding
Expect that rabbling mechanism is flexibly connected, be installed with mechanism on the right side of the sheave drive mechanism, the sheave drive mechanism with shake off
Mechanism is flexibly connected, and is installed with feed mechanism, the feeding driving mechanism and feeder below feeding driving mechanism bottom end
Structure is flexibly connected, and is connected below the feed mechanism with fodder mixing machine structure right side, it is described shake off mechanism upper end be installed with into
Hopper, the feed mechanism upper end are installed with discharge port.
Correspondingly, the stirring driving machine structure includes stirring motor, motor base, stirring motor shaft, lower sprocket, transmission
Chain, upper sprocket wheel, the stirring motor bottom end are installed with motor base, and the stirring motor is fixedly connected with motor base, institute
It states stirring motor to be flexibly connected with stirring motor shaft, stirring motor shaft left end is installed with lower sprocket, the lower sprocket
It is fixedly connected with stirring motor shaft, is installed with upper sprocket wheel right above the lower sprocket, is filled between the upper sprocket wheel and lower sprocket
Equipped with driving chain, the lower sprocket is flexibly connected by driving chain with upper sprocket wheel, the upper sprocket wheel and fodder mixing machine structure
It is connected.
Correspondingly, the fodder mixing machine structure include driven spindle, first bevel gear, stirring shaft bearing, stirring shaft,
Stir chamber, the driven spindle are in same central axis with upper sprocket wheel and are fixedly connected, and the driven spindle left end is installed with
One bevel gear, the first bevel gear are fixedly connected with driven spindle, and stirring shaft, the stirring are installed in the stir chamber
Shaft is in same central axis with driven spindle and is fixedly connected, and the stirring shaft and stir chamber junction are installed with stirring and turn
Axle bearing, the stirring shaft bearing are flexibly connected with stirring shaft.
Correspondingly, the sheave drive mechanism includes second bevel gear, sheave shaft, loose slot, transmission sheave, sheave turn
Axle bearing, sheave shaft bottom end are installed with second bevel gear, and the second bevel gear is fixedly connected with sheave shaft, described
Transmission sheave is installed in the middle part of sheave shaft, the sheave shaft is in same central axis with transmission sheave and is fixedly connected, institute
It states and is equipped with loose slot in the middle part of transmission sheave, the loose slot is integrated with transmission sheave, sheave shaft upper end dress
Equipped with sheave shaft bearing, the sheave shaft bearing is flexibly connected with sheave shaft.
Correspondingly, it is described shake off mechanism include crank connecting link, eccentric wheel shaft, eccentric wheel, shake off plate, eccentric wheel support
Bar, the eccentric wheel middle part are installed with eccentric wheel shaft, and the eccentric wheel shaft is fixedly connected with eccentric wheel, the eccentric rotation
It is installed with crank connecting link on the left of axis, the crank connecting link is flexibly connected with eccentric wheel shaft, and the eccentric wheel upper end, which is installed with, trembles
Fall plate, the eccentric wheel and shake off sheet separation cooperation, be installed with eccentric wheel support rod below the eccentric wheel, the eccentric wheel with
Eccentric wheel support rod is flexibly connected.
Correspondingly, the feeding driving mechanism includes feeding motor, feeding motor shaft, upper belt pulley, driving belt, opens
Bearing up pulley, bottom pulley, the feeding motor are flexibly connected with feeding motor shaft, and the feeding motor shaft end is installed with
Belt pulley, the feeding motor shaft are fixedly connected with upper belt pulley, are installed with bottom pulley below the upper belt pulley, described
Driving belt is installed between bottom pulley and upper belt pulley, the upper belt pulley is connected by driving belt and bottom pulley activity
It connects, tensioning wheel, the driving belt and tensioning wheel clearance fit is installed in the middle part of the driving belt.
Correspondingly, the feed mechanism include driving wheel, driving wheel shaft, feeding conveyer belt, feeding partition, driven wheel,
Driven wheel shaft, directive wheel, the driving wheel middle part are installed with driving wheel shaft, and the driving wheel and the activity of driving wheel shaft connect
Connect, the driving wheel lower left is installed with driven wheel, is installed with feeding conveyer belt between the driven wheel and driving wheel, it is described on
Expect equidistantly to be equipped with feeding partition on conveyer belt, the feeding partition is fixedly connected with feeding conveyer belt, dress in the middle part of the driven wheel
Equipped with driven wheel shaft, the driven wheel is fixedly connected with driven wheel shaft, is installed with directive wheel on the left of the driving wheel, described
Directive wheel and feeding conveyer belt medial gap cooperate.
Correspondingly, being installed with crank connecting link between the eccentric wheel shaft and transmission sheave, the eccentric wheel shaft passes through
Crank connecting link is flexibly connected with transmission sheave.
Correspondingly, the stir chamber upper and lower ends are installed with drying room and lower drying room, upper drying room and lower drying room
It is inside installed with heating wire, heating wire electrified regulation dries the feed in stir chamber, reduces feed water content.
Beneficial effect
A kind of mash feed feed bin with feed mechanism of the utility model, solve material because for a long time through accumulation squeeze after,
Often there is the problem of material agglomeration, material knot encircles not feeding, can be realized feeding after crushing to caking materials, together
When reduce material moisture, the specific steps are as follows: when carrying out feed-feeding, the discharge gate of closure feed orlop bottom end, knot
Block feed enters feeding device by the feed hopper of feeding device upper end, and device accesses power supply, and control stirring motor starts, so that
Stirring motor drives the rotation of stirring motor shaft, and stirring motor shaft drives lower sprocket to rotate synchronously, and lower sprocket passes through transmission chain
Item drives the rotation of upper end upper sprocket wheel, and upper sprocket wheel drives driven spindle rotation, and driven spindle drives left side first bevel gear rotation, the
One bevel gear is meshed with second bevel gear, and second bevel gear rotation, second bevel gear drives the rotation of sheave shaft, sheave shaft
It is rotated synchronously with transmission sheave, transmission sheave drives crank connecting link activity, crank connecting link band movable eccentric wheel shaft by loose slot
Rotation, eccentric wheel shaft band movable eccentric wheel rotate synchronously, and eccentric wheel cooperates with sheet separation is shaken off, and when eccentric wheel rotation, shakes off
Plate vibration prevents feed from blocking feed hopper so that the feed shaken off on plate is easier to fall into stir chamber；Meanwhile driven spindle drives
The rotation of right side stirring shaft, stirring shaft is stirred the material in stir chamber, caking materials stir chamber crushing, stirring simultaneously
It is slowly mobile to the right, heating wire is installed in the upper drying room of stir chamber upper and lower ends and lower drying room, heating wire, which is powered, to be added
Heat dries the feed in stir chamber, reduces feed water content；Meanwhile feeding motor drives the rotation of feeding motor shaft,
Feeding motor shaft drives upper belt pulley rotation, and upper belt pulley drives bottom pulley to rotate, works as bottom pulley by driving belt
When rotation, bottom pulley drives driving wheel rotation by driving wheel shaft, is cooperated by driving wheel and driven wheel, so that on
Material conveyer belt rotates clockwise, and material is delivered up by feeding conveyer belt, and the feeding partition on feeding conveyer belt can increase object
The friction of material and feeding conveyer belt, prevents material from falling, and improves feeding efficiency.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of the mash feed feed bin with feed mechanism of the utility model.
Fig. 2 is the structural schematic diagram one of the utility model feeding device.
Fig. 3 is the structural schematic diagram two of the utility model feeding device.
In figure: feed warehouse -1, support base -3, reinforcing bar -4, discharge gate -5, feed bin bottom -6, is helped feeding device -2
Ladder -7, manhole -9, stirring driving machine structure -21, fodder mixing machine structure -22, sheave drive mechanism -23, is shaken off at sealing warehouse lid -8
Mechanism -24, feeding driving mechanism -25, feed mechanism -26, feed hopper -27, discharge port -28, upper drying room -29, lower drying room -
210, stirring motor -211, motor base -212, stirring motor shaft -213, lower sprocket -214, driving chain -215, cochain
Wheel -216, driven spindle -221, first bevel gear -222, stirring shaft bearing -223, stirring shaft -224, stir chamber -225,
Second bevel gear -231, sheave shaft -232, loose slot -233, transmission sheave -234, sheave shaft bearing -235, crank connect
Bar -241, eccentric wheel shaft -242, eccentric wheel -243, shake off plate -244, eccentric wheel support rod -245, feeding motor -251, on
Expect machine shaft -252, upper belt pulley -253, driving belt -254, tensioning wheel -255, bottom pulley -256, driving wheel -261,
Driving wheel shaft -262, feeding conveyer belt -263, feeding partition -264, driven wheel -265, driven wheel shaft -266, directive wheel -
267。
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment, the utility model is further described.
Please refer to Fig. 1-Fig. 3, the utility model provides a kind of mash feed feed bin technical solution with feed mechanism: it is tied
Structure includes: feed warehouse 1, feeding device 2, support base 3, reinforcing bar 4, discharge gate 5, feed bin bottom 6, staircase 7, sealing warehouse lid
8, manhole 9,1 upper end of feed warehouse are installed with sealing warehouse lid 8, and the sealing warehouse lid 8 is welded with 1 phase of feed warehouse, institute
It states and is installed with manhole 9 in sealing warehouse lid 8, the sealing warehouse lid 8 is integrated with manhole 9, and the feed warehouse 1 is just
Lower section is installed with feed bin bottom 6, and the feed bin bottom 6 is welded with 1 phase of feed warehouse, and 1 lowermost end of feed warehouse is installed with
Discharge gate 5, the discharge gate 5 are fixedly connected with feed warehouse 1, and support base 3, institute are installed with below the feed warehouse 1
It states support base 3 to be fixedly connected with feed warehouse 1, reinforcing bar 4, the support base 3 and reinforcing bar is installed with below the support base 3
The welding of 4 phases, 1 liang of opposition side of the feed warehouse are installed with feeding device 2 and staircase 7, the staircase 7 and feed warehouse respectively
The welding of 1 phase, the feeding device 2 are fixedly connected with 1 upper end of feed warehouse；The feeding device 2 include stirring driving machine structure 21,
Fodder mixing machine structure 22, sheave drive mechanism 23, shake off mechanism 24, feeding driving mechanism 25, feed mechanism 26, feed hopper 27,
Discharge port 28, upper drying room 29, lower drying room 210,21 upper end of stirring driving machine structure are installed with fodder mixing machine structure 22, institute
It states stirring driving machine structure 21 to be flexibly connected with fodder mixing machine structure 22,22 upper and lower ends of fodder mixing machine structure are installed with baking
Dry chamber 29 and lower drying room 210,23 bottom end of sheave drive mechanism are flexibly connected with fodder mixing machine structure 22, and the sheave passes
It is installed with mechanism 24 on the right side of motivation structure 23, the sheave drive mechanism 23 is flexibly connected with mechanism 24 is shaken off, the feeding
It is installed with feed mechanism 26 below 25 bottom end of driving mechanism, the feeding driving mechanism 25 is flexibly connected with feed mechanism 26, institute
State the lower section of feed mechanism 26 be connected on the right side of fodder mixing machine structure 22, it is described shake off 24 upper end of mechanism be installed with feed hopper 27,
26 upper end of feed mechanism is installed with discharge port 28, and the stirring driving machine structure 21 includes stirring motor 211, motor base
212, stirring motor shaft 213, lower sprocket 214, driving chain 215, upper sprocket wheel 216,211 bottom end of stirring motor are installed with
Motor base 212, the stirring motor 211 are fixedly connected with motor base 212, and the stirring motor 211 turns with stirring motor
Axis 213 is flexibly connected, and 213 left end of stirring motor shaft is installed with lower sprocket 214, the lower sprocket 214 and stirring motor
Shaft 213 is fixedly connected, and is installed with upper sprocket wheel 216 right above the lower sprocket 214, the upper sprocket wheel 216 and lower sprocket 214 it
Between be installed with driving chain 215, the lower sprocket 214 is flexibly connected by driving chain 215 with upper sprocket wheel 216, the cochain
Wheel 216 is connected with fodder mixing machine structure 22, the fodder mixing machine structure 22 including driven spindle 221, first bevel gear 222,
Stirring shaft bearing 223, stirring shaft 224, stir chamber 225, the driven spindle 221 are in same center with upper sprocket wheel 216
Axis and be fixedly connected, 221 left end of driven spindle is installed with first bevel gear 222, the first bevel gear 222 with from turn
Axis 221 is fixedly connected, and is installed with stirring shaft 224 in the stir chamber 225, the stirring shaft 224 at driven spindle 221
In same central axis and it is fixedly connected, the stirring shaft 224 is installed with stirring shaft bearing 223 with 225 junction of stir chamber,
The stirring shaft bearing 223 is flexibly connected with stirring shaft 224, the sheave drive mechanism 23 include second bevel gear 231,
Sheave shaft 232, loose slot 233, transmission sheave 234, sheave shaft bearing 235,232 bottom end of sheave shaft is installed with the
Two bevel gears 231, the second bevel gear 231 are fixedly connected with sheave shaft 232, are installed in the middle part of the sheave shaft 232
It is driven sheave 234, the sheave shaft 232 is in same central axis with transmission sheave 234 and is fixedly connected, the transmission sheave
234 middle parts are equipped with loose slot 233, and the loose slot 233 is integrated with transmission sheave 234, in the sheave shaft 232
End be installed with sheave shaft bearing 235, the sheave shaft bearing 235 is flexibly connected with sheave shaft 232, it is described shake off mechanism
24 include crank connecting link 241, eccentric wheel shaft 242, eccentric wheel 243, shake off plate 244, eccentric wheel support rod 245, the bias
243 middle part of wheel is installed with eccentric wheel shaft 242, and the eccentric wheel shaft 242 is fixedly connected with eccentric wheel 243, the eccentric wheel
Crank connecting link 241 is installed on the left of shaft 242, the crank connecting link 241 is flexibly connected with eccentric wheel shaft 242, the bias
Take turns 243 upper ends and be installed with plate 244, the eccentric wheel 243 with shake off 244 clearance fit of plate, filled below the eccentric wheel 243
Equipped with eccentric wheel support rod 245, the eccentric wheel 243 is flexibly connected with eccentric wheel support rod 245, the feeding driving mechanism 25
Including feeding motor 251, feeding motor shaft 252, upper belt pulley 253, driving belt 254, tensioning wheel 255, bottom pulley
256, the feeding motor 251 is flexibly connected with feeding motor shaft 252, and 252 end of feeding motor shaft is installed with
Belt pulley 253, the feeding motor shaft 252 are fixedly connected with upper belt pulley 253, are installed with below the upper belt pulley 253
Bottom pulley 256 is installed with driving belt 254, the upper belt pulley 253 between the bottom pulley 256 and upper belt pulley 253
It is flexibly connected by driving belt 254 with bottom pulley 256, tensioning wheel 255 is installed in the middle part of the driving belt 254, it is described
Driving belt 254 and 255 clearance fit of tensioning wheel, the feed mechanism 26 include driving wheel 261, driving wheel shaft 262, feeding
Conveyer belt 263, feeding partition 264, driven wheel 265, driven wheel shaft 266, directive wheel 267 are installed in the middle part of the driving wheel 261
There is driving wheel shaft 262, the driving wheel 261 is flexibly connected with driving wheel shaft 262,261 lower left of the driving wheel installing
There is driven wheel 265, feeding conveyer belt 263, the feeding conveyer belt 263 are installed between the driven wheel 265 and driving wheel 261
Upper to be equidistantly equipped with feeding partition 264, the feeding partition 264 is fixedly connected with feeding conveyer belt 263, in the driven wheel 265
Portion is installed with driven wheel shaft 266, and the driven wheel 265 is fixedly connected with driven wheel shaft 266,261 left side of driving wheel
Be installed with directive wheel 267, the directive wheel 267 cooperates with 263 medial gap of feeding conveyer belt, the eccentric wheel shaft 242 with
Crank connecting link 241 is installed between transmission sheave 234, the eccentric wheel shaft 242 passes through crank connecting link 241 and transmission sheave
234 are flexibly connected, and 225 upper and lower ends of stir chamber are installed with drying room 29 and lower drying room 210, and upper drying room 29 is under
Heating wire is installed in drying room 210, heating wire electrified regulation dries the feed in stir chamber 225, reduces feed and contains
Water.
Be installed in feeding device 2 described in this patent stirring driving machine structure, fodder mixing machine structure, sheave drive mechanism,
Shake off mechanism, feeding driving mechanism and feed mechanism, solves material because often there is material for a long time after accumulation squeezes
The problem of agglomeration, material knot encircles not feeding, it can be realized feeding after crushing to caking materials, while it is aqueous to reduce material
Amount.
When carrying out feed-feeding, the discharge gate 5 of 6 bottom end of closure feed orlop, agglomeration feed passes through on feeding device 2
The feed hopper 27 at end enters feeding device 2, and device accesses power supply, and control stirring motor 211 starts, so that 211 band of stirring motor
Dynamic stirring motor shaft 213 rotates, and stirring motor shaft 213 drives lower sprocket 214 to rotate synchronously, and lower sprocket 214 passes through transmission
Chain 215 drives upper end upper sprocket wheel 216 to rotate, and upper sprocket wheel 216 drives driven spindle 221 to rotate, and driven spindle 221 drives left side
First bevel gear 222 rotates, and first bevel gear 222 is meshed with second bevel gear 231, and second bevel gear 231 rotates, the second cone
Gear 231 drives sheave shaft 232 to rotate, and sheave shaft 232 and transmission sheave 234 rotate synchronously, and transmission sheave 234 passes through work
Dynamic slot 233 drives 241 activity of crank connecting link, and crank connecting link 241 is rotated with movable eccentric wheel shaft 242, and eccentric wheel shaft 242 drives
Eccentric wheel 243 rotates synchronously, and eccentric wheel 243 and shakes off 244 clearance fit of plate, when eccentric wheel 243 rotates, shakes off the shake of plate 244
It is dynamic, so that the feed shaken off on plate 244 is easier to fall into stir chamber 225, prevent feed from blocking feed hopper 27；Meanwhile driven spindle
221 drive right side stirring shaft 224 to rotate, and stirring shaft 224 is stirred the material in stir chamber 225, and caking materials exist
225 crushing, stirring of stir chamber is simultaneously slowly mobile to the right, the upper drying room 29 of 225 upper and lower ends of stir chamber and lower drying room 210
It is inside installed with heating wire, heating wire electrified regulation dries the feed in stir chamber 225, reduces feed water content；Together
When, feeding motor 251 drives feeding motor shaft 252 to rotate, and feeding motor shaft 252 drives upper belt pulley 253 to rotate, epithelium
Belt wheel 253 drives bottom pulley 256 to rotate by driving belt 254, and when bottom pulley 256 rotates, bottom pulley 256 passes through
Driving wheel shaft 262 drives driving wheel 261 to rotate, and is cooperated by driving wheel 261 and driven wheel 265, so that feeding transmits
Band 263 rotates clockwise, and material is delivered up by feeding conveyer belt 263, and the feeding partition 264 on feeding conveyer belt 263 can
The friction for increasing material and feeding conveyer belt 263, prevents material from falling, and improves feeding efficiency.
The utility model solve the prior art the mash feed feed bin with feed mechanism in feeding process, material because
For a long time after accumulation squeezes, often there is the problem of material agglomeration, material knot encircles not feeding, cause loading efficiency low, it is raw
It produces and stagnates, largely effect on production efficiency, and material is unfavorable for material in feed bin because higher through accumulation extrusion of water-containing amount for a long time
The problem of storage, the utility model are combined with each other by above-mentioned component, solve material because for a long time after accumulation squeezes, often
There is the problem of material agglomeration, material knot encircles not feeding, can be realized feeding after crushing to caking materials, drop simultaneously
Low material moisture, the specific steps are as follows: when carrying out feed-feeding, the discharge gate of closure feed orlop bottom end, agglomeration is raised
Material enters feeding device by the feed hopper of feeding device upper end, and device accesses power supply, control stirring motor starting, so that stirring
Motor drives the rotation of stirring motor shaft, and stirring motor shaft drives lower sprocket to rotate synchronously, and lower sprocket passes through driving chain band
Dynamic upper end upper sprocket wheel rotation, upper sprocket wheel drive driven spindle rotation, and driven spindle drives left side first bevel gear rotation, the first cone
Gear is meshed with second bevel gear, and second bevel gear rotation, second bevel gear drives the rotation of sheave shaft, sheave shaft and biography
Dynamic sheave rotates synchronously, and transmission sheave drives crank connecting link activity by loose slot, and crank connecting link band movable eccentric wheel shaft rotates,
Eccentric wheel shaft band movable eccentric wheel rotates synchronously, and eccentric wheel cooperates with sheet separation is shaken off, and when eccentric wheel rotation, shakes off plate shake
It is dynamic, so that the feed shaken off on plate is easier to fall into stir chamber, prevent feed from blocking feed hopper；Meanwhile driven spindle drives right side
Stirring shaft rotation, stirring shaft is stirred the material in stir chamber, and caking materials are in stir chamber crushing, stirring and to the right
Side is slowly moved, and is installed with heating wire in the upper drying room of stir chamber upper and lower ends and lower drying room, heating wire electrified regulation is right
Feed in stir chamber is dried, and feed water content is reduced；Meanwhile feeding motor drives the rotation of feeding motor shaft, feeding
Machine shaft drives upper belt pulley rotation, and upper belt pulley drives bottom pulley to rotate by driving belt, instantly pulley rotation
When, bottom pulley drives driving wheel rotation by driving wheel shaft, is cooperated by driving wheel and driven wheel, so that feeding passes
Send band to rotate clockwise, material is delivered up by feeding conveyer belt, the feeding partition on feeding conveyer belt can increase material with
The friction of feeding conveyer belt, prevents material from falling, and improves feeding efficiency.
Above only describes the basic principle of the utility model and preferred embodiment, those skilled in the art can be according to above-mentioned
Many changes may be made and improves for description, these changes and improvements should belong to the protection scope of the utility model.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. a kind of mash feed feed bin with feed mechanism, structure includes: feed warehouse (1), feeding device (2), support base
(3), reinforcing bar (4), discharge gate (5), feed bin bottom (6), staircase (7), sealing warehouse lid (8), manhole (9), feature exists
In:
Feed warehouse (1) upper end is installed with sealing warehouse lid (8), and the sealing warehouse lid (8) is mutually welded with feed warehouse (1),
It is installed with manhole (9) on the sealing warehouse lid (8), the sealing warehouse lid (8) is integrated with manhole (9), described
It is installed with feed bin bottom (6) immediately below feed warehouse (1), the feed bin bottom (6) is mutually welded with feed warehouse (1), the feeding
Stock bin body (1) lowermost end is installed with discharge gate (5), and the discharge gate (5) is fixedly connected with feed warehouse (1), the feeding
It is installed with support base (3) below stock bin body (1), the support base (3) is fixedly connected with feed warehouse (1), the support base (3)
Lower section is installed with reinforcing bar (4), and the support base (3) is mutually welded with reinforcing bar (4), the opposition of feed warehouse (1) two side
It is installed with feeding device (2) and staircase (7) respectively, the staircase (7) is mutually welded with feed warehouse (1), the feeding device (2)
It is fixedly connected with feed warehouse (1) upper end；
The feeding device (2) includes stirring driving machine structure (21), fodder mixing machine structure (22), sheave drive mechanism (23), trembles
Fall mechanism (24), feeding driving mechanism (25), feed mechanism (26), feed hopper (27), discharge port (28), upper drying room (29),
Lower drying room (210), stirring driving machine structure (21) upper end are installed with fodder mixing machine structure (22), the stirring driving machine structure
(21) it is flexibly connected with fodder mixing machine structure (22), fodder mixing machine structure (22) upper and lower ends are installed with drying room (29)
With lower drying room (210), sheave drive mechanism (23) bottom end is flexibly connected with fodder mixing machine structure (22), and the sheave passes
It being installed with mechanism (24) on the right side of motivation structure (23), the sheave drive mechanism (23) is flexibly connected with mechanism (24) is shaken off,
It is installed with feed mechanism (26) below feeding driving mechanism (25) bottom end, the feeding driving mechanism (25) and feed mechanism
(26) be flexibly connected, be connected below the feed mechanism (26) with fodder mixing machine structure (22) right side, it is described shake off mechanism
(24) upper end is installed with feed hopper (27), and feed mechanism (26) upper end is installed with discharge port (28).
2. a kind of mash feed feed bin with feed mechanism according to claim 1, it is characterised in that: the stirring driving
Mechanism (21) includes stirring motor (211), motor base (212), stirring motor shaft (213), lower sprocket (214), transmission chain
Item (215), upper sprocket wheel (216), stirring motor (211) bottom end are installed with motor base (212), the stirring motor
(211) it is fixedly connected with motor base (212), the stirring motor (211) is flexibly connected with stirring motor shaft (213), institute
It states stirring motor shaft (213) left end to be installed with lower sprocket (214), the lower sprocket (214) and stirring motor shaft (213) are solid
Fixed connection is installed with upper sprocket wheel (216) right above the lower sprocket (214), the upper sprocket wheel (216) and lower sprocket (214) it
Between be installed with driving chain (215), the lower sprocket (214) is flexibly connected by driving chain (215) with upper sprocket wheel (216),
The upper sprocket wheel (216) is connected with fodder mixing machine structure (22).
3. a kind of mash feed feed bin with feed mechanism according to claim 1 or 2, it is characterised in that: the feed
Rabbling mechanism (22) includes driven spindle (221), first bevel gear (222), stirring shaft bearing (223), stirring shaft
(224), stir chamber (225), the driven spindle (221) is in same central axis with upper sprocket wheel (216) and is fixedly connected, described
Driven spindle (221) left end is installed with first bevel gear (222), and the first bevel gear (222) and driven spindle (221) are fixed
Connection, the stir chamber (225) is interior to be installed with stirring shaft (224), at the stirring shaft (224) and driven spindle (221)
It in same central axis and is fixedly connected, the stirring shaft (224) and stir chamber (225) junction are installed with stirring shaft bearing
(223), the stirring shaft bearing (223) is flexibly connected with stirring shaft (224).
4. a kind of mash feed feed bin with feed mechanism according to claim 1, it is characterised in that: the sheave drive
Mechanism (23) includes second bevel gear (231), sheave shaft (232), loose slot (233), transmission sheave (234), sheave shaft
Bearing (235), sheave shaft (232) bottom end are installed with second bevel gear (231), the second bevel gear (231) and slot
Wheel shaft (232) is fixedly connected, and transmission sheave (234), the sheave shaft are installed in the middle part of the sheave shaft (232)
(232) same central axis being in transmission sheave (234) and being fixedly connected, loose slot is equipped in the middle part of the transmission sheave (234)
(233), the loose slot (233) is integrated with transmission sheave (234), and sheave shaft (232) upper end is installed with
Sheave shaft bearing (235), the sheave shaft bearing (235) are flexibly connected with sheave shaft (232).
5. a kind of mash feed feed bin with feed mechanism according to claim 1, it is characterised in that: it is described shake off mechanism
(24) include crank connecting link (241), eccentric wheel shaft (242), eccentric wheel (243), shake off plate (244), eccentric wheel support rod
(245), it is installed with eccentric wheel shaft (242) in the middle part of the eccentric wheel (243), the eccentric wheel shaft (242) and eccentric wheel
(243) be fixedly connected, be installed with crank connecting link (241) on the left of the eccentric wheel shaft (242), the crank connecting link (241) with
Eccentric wheel shaft (242) is flexibly connected, and eccentric wheel (243) upper end is installed with plate (244), the eccentric wheel (243)
With shake off plate (244) clearance fit, be installed with eccentric wheel support rod (245), the eccentric wheel below the eccentric wheel (243)
(243) it is flexibly connected with eccentric wheel support rod (245).
6. a kind of mash feed feed bin with feed mechanism according to claim 1, it is characterised in that: the feeding driving
Mechanism (25) includes feeding motor (251), feeding motor shaft (252), upper belt pulley (253), driving belt (254), tensioning
(255), bottom pulley (256) are taken turns, the feeding motor (251) is flexibly connected with feeding motor shaft (252), the feeding electricity
Machine shaft (252) end is installed with upper belt pulley (253), the feeding motor shaft (252) and upper belt pulley (253) fixed company
It connects, is installed with bottom pulley (256) below the upper belt pulley (253), the bottom pulley (256) and upper belt pulley (253)
Between be installed with driving belt (254), the upper belt pulley (253) by driving belt (254) and bottom pulley (256) activity
Connection, driving belt (254) middle part is installed with tensioning wheel (255), between the driving belt (254) and tensioning wheel (255)
Gap cooperation.
7. a kind of mash feed feed bin with feed mechanism according to claim 1, it is characterised in that: the feed mechanism
It (26) include driving wheel (261), driving wheel shaft (262), feeding conveyer belt (263), feeding partition (264), driven wheel
(265), driven wheel shaft (266), directive wheel (267), driving wheel (261) middle part are installed with driving wheel shaft (262), institute
It states driving wheel (261) to be flexibly connected with driving wheel shaft (262), driving wheel (261) lower left is installed with driven wheel
(265), it is installed with feeding conveyer belt (263) between the driven wheel (265) and driving wheel (261), the feeding conveyer belt
(263) feeding partition (264) equidistantly are equipped on, the feeding partition (264) is fixedly connected with feeding conveyer belt (263), described
It is installed with driven wheel shaft (266) in the middle part of driven wheel (265), the driven wheel (265) and driven wheel shaft (266) fixed company
It connects, is installed with directive wheel (267) on the left of the driving wheel (261), on the inside of the directive wheel (267) and feeding conveyer belt (263)
Clearance fit.
8. a kind of mash feed feed bin with feed mechanism according to claim 5, it is characterised in that: the eccentric rotation
It is installed with crank connecting link (241) between axis (242) and transmission sheave (234), the eccentric wheel shaft (242) passes through crank connecting link
(241) it is flexibly connected with transmission sheave (234).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820700351.7U CN208233819U (en) | 2018-05-11 | 2018-05-11 | A kind of mash feed feed bin with feed mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820700351.7U CN208233819U (en) | 2018-05-11 | 2018-05-11 | A kind of mash feed feed bin with feed mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208233819U true CN208233819U (en) | 2018-12-14 |
Family
ID=64582912
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820700351.7U Active CN208233819U (en) | 2018-05-11 | 2018-05-11 | A kind of mash feed feed bin with feed mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208233819U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112470999A (en) * | 2020-10-26 | 2021-03-12 | 湖州华嘉特种养殖有限公司 | Poultry is bred and throws material device with open air on a large scale |
| CN113844896A (en) * | 2021-01-21 | 2021-12-28 | 内蒙古富川饲料科技股份有限公司 | Feed production processing is with stifled unloader is prevented to high efficiency |
-
2018
- 2018-05-11 CN CN201820700351.7U patent/CN208233819U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112470999A (en) * | 2020-10-26 | 2021-03-12 | 湖州华嘉特种养殖有限公司 | Poultry is bred and throws material device with open air on a large scale |
| CN113844896A (en) * | 2021-01-21 | 2021-12-28 | 内蒙古富川饲料科技股份有限公司 | Feed production processing is with stifled unloader is prevented to high efficiency |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108408272A (en) | A kind of mash feed feed bin with feed mechanism | |
| CN208233819U (en) | A kind of mash feed feed bin with feed mechanism | |
| CN201494822U (en) | Storage bin capable of automatically discharging | |
| CN206013012U (en) | A kind of measurable food package | |
| CN109699400A (en) | A kind of the Breeding of Edible Mushroom raw material automated production equipment and method | |
| CN110203497B (en) | Charging device for calcium zinc stabilizer | |
| CN105314134A (en) | Multifunctional food packaging device | |
| CN209049251U (en) | A kind of efficient converted starch processing feed device | |
| CN208205607U (en) | A kind of cyclopropyl carboxylic acid crushing drying device | |
| CN207467005U (en) | A kind of spiral strength combined type conveys powder charging apparatus | |
| CN210338566U (en) | Calcium zinc stabilizer is with throwing material device | |
| CN205418157U (en) | Dry and for packing processingequipment of food | |
| CN205525252U (en) | Likepowder condiment automatic -mixing package system | |
| CN108184455A (en) | A kind of Feed Manufacturing pulverizer with dehumidification function | |
| CN207861310U (en) | A kind of Feed Manufacturing ingredient conveyor | |
| CN210593940U (en) | Finished feed material delivery conveying device | |
| CN208906093U (en) | A kind of Feed Manufacturing screening drying unit | |
| CN207711072U (en) | A kind of highly integrated mixing plant of vehicular | |
| CN207913865U (en) | A kind of swing granular mill | |
| CN207329332U (en) | A kind of baler bale material stock device | |
| CN211393110U (en) | Continuous discharging device of organic fertilizer powder feed bin | |
| CN206579866U (en) | The stable at the uniform velocity ration package scale of one kind | |
| CN105075669A (en) | Edible fungus bag filling mechanism | |
| CN209241404U (en) | A kind of vacuum packing machine feeding device | |
| CN207678821U (en) | A kind of feed granulating device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190903 Address after: 112000 West First Street of Tieling Hi-tech Industrial Development Zone, Tieling City, Liaoning Province Patentee after: Liaoning Ming Rui agriculture and animal husbandry technology Co., Ltd. Address before: 362300 Room 1503, 5 Lijing New Town, Binjiang Industrial Zone, Xiamei Town, Nanan City, Quanzhou City, Fujian Province Patentee before: Nan'an Yitong Industrial Product Design Co., Ltd. |
|
| TR01 | Transfer of patent right |