CN116873596A

CN116873596A - Fodder production quantifying bucket structure

Info

Publication number: CN116873596A
Application number: CN202310870149.4A
Authority: CN
Inventors: 陈琼
Original assignee: Lianyungang Shengrun Biotechnology Co ltd
Current assignee: Lianyungang Shengrun Biotechnology Co ltd
Priority date: 2023-07-17
Filing date: 2023-07-17
Publication date: 2023-10-13

Abstract

The utility model relates to the technical field of feed production equipment, in particular to a feed production quantitative hopper structure, which comprises a self-adaptive quantitative discharging hopper arranged at a discharging hole of a discharging bin, wherein the self-adaptive quantitative discharging hopper comprises a crushing and screening hopper arranged below the discharging hole of the discharging bin, a self-adaptive connecting frame is arranged at a feeding end of the crushing and screening hopper, a material guiding cloth hopper material is arranged on the self-adaptive connecting frame, the self-adaptive connecting frame is matched with the material guiding cloth hopper material to butt the discharging hole of the discharging bin, a rotary quantitative discharging device is arranged below the discharging end of the crushing and screening hopper, a plurality of quantitative receiving ends are arranged on the rotary quantitative discharging device, and a cleaning guide hopper is further arranged on the rotary quantitative discharging device.

Description

Fodder production quantifying bucket structure

Technical Field

The utility model relates to the technical field of feed production equipment, in particular to a feed production quantitative hopper structure.

Background

The feed industry in China is an emerging industry, and the total yield of commercial feeds in the 2016 year nationwide reaches 20918 ten thousand t, and the total yield value is 8014 hundred million yuan. With the continuous increase of competition in the feed industry, large feed enterprises frequently perform parallel purchase integration and capital operation, and domestic excellent feed production enterprises increasingly pay attention to research on industry markets, particularly deep research on enterprise development environments and trend changes of customer demands. The feed products can be classified into complete compound feed, concentrated feed and premixed feed according to the level of meeting the nutritional requirements of animals. At present, in order to improve the controllability of feed production, quantitative feeding of raw materials is needed, and in order to improve the existing equipment, a separated type quantitative hopper is needed to facilitate combination installation.

Chinese patent CN213254291U discloses a fodder production quantitative bucket structure, includes: the automatic feeding device comprises a quantitative bucket shell, wherein a quantitative feeding plate is arranged at the lower end of the quantitative bucket shell, shell fixing frames are arranged on two sides of the quantitative bucket shell, one end lower side of the quantitative feeding plate is arranged on the quantitative bucket shell through a rotary supporting shaft, the rotary supporting shaft is arranged on the quantitative bucket shell through a supporting shaft mounting bracket, a feeding driving device is arranged at the upper side of one end of the quantitative feeding plate, the feeding driving device comprises a feeding driving motor, the output end of the feeding driving motor is connected to the input end of a transmission through a coupler, and the output end of the transmission is connected to a driving shaft through the coupler.

Above-mentioned technical scheme is although can be with equipment direct mount at the drain hole of feed bin, but the feed inlet of the device quantitative hopper casing is difficult to dock with the discharge gate of different grade type feed bin, leads to the adaptation of assembly low, and the device has reached the control discharge volume through the angle of blowing drive arrangement regulation ration flitch simultaneously, and this mode is nevertheless difficult to quantitative ejection of compact although can control the discharge volume, leads to ejection of compact precision low.

Disclosure of Invention

Aiming at the problems existing in the prior art, the feed production quantitative hopper structure is provided, the adaptability of installation can be effectively improved through the self-adaptive quantitative hopper, and meanwhile, the accuracy of quantitative conveying is ensured.

In order to solve the problems in the prior art, the utility model provides a feed production quantitative hopper structure, which comprises a self-adaptive quantitative discharging hopper arranged at a discharging hole of a discharging bin, wherein the self-adaptive quantitative discharging hopper comprises a crushing and screening hopper arranged below the discharging hole of the discharging bin, a self-adaptive connecting frame is arranged at a feeding end of the crushing and screening hopper, a material guiding cloth hopper material is arranged on the self-adaptive connecting frame, the self-adaptive connecting frame is matched with the material guiding cloth hopper material to butt against the discharging hole of the discharging bin, a rotary quantitative discharging device is arranged below the discharging end of the crushing and screening hopper, a plurality of quantitative receiving ends are arranged on the rotary quantitative discharging device, and a cleaning guide hopper is also arranged on the rotary quantitative discharging device.

Preferably, crushing screening fill is including setting up the installation bucket in blowing storehouse discharge gate below, and the internally mounted of installation bucket has the grinding base, and the axle center position of grinding base is equipped with the toper grinding groove, still is equipped with the butt joint guide pillar on the grinding base, and the butt joint guide pillar is pressed and is still piled up several layers of spacing supporting pads, still installs quick grinder on the grinding base, and the discharge end of grinding base still installs out the hopper, and the inside of going out the hopper is equipped with ejection of compact puddler, ejection of compact puddler and quick grinder are connected.

Preferably, the rapid grinding device comprises a mounting bracket mounted on the butt-joint guide post, a conical grinding head is further mounted on the mounting bracket, the conical grinding head is arranged in a conical grinding groove of the grinding base, a conical grinding surface is arranged on the conical grinding head and is matched with the conical grinding groove, a plurality of material guiding blades are further arranged on the conical grinding head, and a first rotary driver for driving the mounting bracket to rotate is further mounted on the mounting bracket.

Preferably, the rotary quantitative discharging device comprises a mounting rail mounted below the discharging hopper, a mounting cavity is formed in the mounting rail, a feeding hole of the mounting rail is communicated with the discharging hopper, a discharging hole is formed in the bottom of the mounting rail, a rotary driving disc is mounted in the mounting cavity of the mounting rail, a mounting groove is formed in the rotary driving disc, a quantitative rotating sleeve is mounted in the mounting groove of the rotary driving disc, a synchronous shrinkage adjusting mechanism is mounted in the rotary driving disc, the telescopic end of the synchronous shrinkage adjusting mechanism is connected with the movable end of the quantitative rotating sleeve, and the rotary quantitative discharging device further comprises a second rotary driver for driving the rotary driving disc to rotate.

Preferably, the quantitative rotating sleeve is arranged in the mounting groove of the rotary driving disc, the outer side of the quantitative rotating sleeve is also sleeved with an anti-slip contact wheel, the outer side wall of the anti-slip contact wheel passes through the rotary driving disc to be in contact with the inner wall of the mounting track, the inner sliding of the quantitative rotating sleeve is provided with an adjusting base, the adjusting base is provided with a bearing plate, and a pressure sensor is arranged between the adjusting base and the bearing plate.

Preferably, the synchronous shrinkage adjustment mechanism comprises a fixed disk arranged in a rotary driving disk, a plurality of limit sliding rails are arranged on the fixed disk, a limit threaded column is arranged at the axial position of the fixed disk, a plurality of positioning clamping grooves are arranged at the axial position of the fixed disk, a driving adjustment disk is further arranged on the limit threaded column, a plurality of driving rails are further arranged on the driving adjustment disk, a plurality of adjusting clamping holes are further distributed on the driving adjustment disk and correspond to the positioning clamping grooves one by one, limit sliding blocks are respectively arranged in the limit sliding rails of the fixed disk, a connecting rod is arranged on the limit sliding blocks and penetrates through the driving rails of the driving adjustment disk to extend upwards, a telescopic adjusting rod is arranged on the connecting rod and penetrates through the rotary driving disk to be connected with an adjusting base, and a limit clamping connector is further arranged on the limit threaded column and sequentially penetrates through the adjusting clamping holes and the positioning clamping grooves.

Preferably, the limiting clamping connector comprises a limiting clamping sleeve arranged on a limiting threaded column, limiting cutting bars are fully distributed on the limiting clamping sleeve, and a rotary nut is further arranged on the limiting clamping sleeve and is in threaded connection with the limiting threaded column.

Preferably, the cleaning guide hopper comprises a guide discharging cover arranged at the discharging hole of the mounting rail, a blowing head is arranged in the guide discharging cover, and an electromagnetic valve is arranged on the blowing head.

Preferably, the self-adaptive connecting frame comprises an annular mounting base arranged on the crushing screening hopper, a limiting snap ring is arranged on the annular mounting base, a plurality of multi-angle supporting contact rods are distributed on the annular mounting base, and one end, far away from the annular mounting base, of each multi-angle supporting contact rod is provided with a shrinkage pull rope.

Preferably, the multi-angle support feeler lever comprises a switching block arranged on the annular mounting base, an adjusting pull rod is arranged on the switching block, a threaded hole is formed in the adjusting pull rod, a threaded adjusting rod is arranged in the threaded hole of the adjusting pull rod, a collision block is arranged on the threaded adjusting rod, and a contraction clamping groove is formed in the collision block.

Compared with the prior art, the utility model has the following beneficial effects:

1. the feed guiding cloth bucket can guide feed discharged from the discharge bin to the crushing screening bucket when the self-adaptive connecting frame is connected with the discharge hole of the discharge bin, the self-adaptive connecting frame can increase the supporting force of the feed guiding cloth bucket, the feed enters the crushing screening bucket, the crushing screening bucket can crush and screen the feed, the size of feed particles is effectively ensured, the size of the feed can effectively ensure the stacking density, the feed can be conveyed to the feed inlet of the rotary quantitative discharge device after crushing and screening, the rotary quantitative discharge device can continuously and quantitatively receive the feed, the quantitatively received feed can be continuously conveyed to the cleaning guide bucket, the cleaning guide bucket can guide the feed to a to-be-processed area, and meanwhile, the cleaning guide bucket can clean the rotary quantitative discharge device, so that the accuracy of quantitative discharge can be effectively improved.

2. The annular installation base is matched with the spacing snap ring and can be used for fixing one end of the guide cloth bucket through effectual joint, the multi-angle supporting contact rod is matched with the shrink stay rope to be used for fixing the other end of the guide cloth bucket, and the multi-angle supporting contact rod is matched with the shrink stay rope to be matched with the expandable or contractible adjustment guide cloth bucket, the multi-angle supporting contact rod can effectively support the guide cloth bucket, the guide cloth bucket is convenient to adapt to the discharge bin discharge ports of different sizes, and the adaptability of butt joint installation can be effectively improved.

Drawings

FIG. 1 is a front view of a feed production hopper construction.

Fig. 2 is a cross-sectional perspective view at section A-A in fig. 1.

Fig. 3 is an exploded view of a crushing and screening hopper in a feed production hopper construction.

Fig. 4 is a schematic perspective view of a rapid grinding device in a feed production hopper construction.

Fig. 5 is an exploded view of a rotary metering device in a feed production hopper construction.

Fig. 6 is a front view of a rotary quantitative discharge device in a feed production hopper structure.

Fig. 7 is a cross-sectional perspective view at section B-B in fig. 6.

Fig. 8 is a perspective view of a dosing rotating sleeve in a feed production dosing hopper structure.

Fig. 9 is a perspective view of a synchronous shrinkage adjusting device in a feed production hopper structure.

Fig. 10 is an exploded view of a synchronous contraction adjusting apparatus in a fodder production hopper structure.

Fig. 11 is a schematic perspective view of a limiting clip in a feed production hopper structure.

Fig. 12 is a perspective view of a cleaning guide scoop in a feed production hopper structure.

Fig. 13 is a perspective view of an adaptive linkage frame and a guide hopper in a feed production hopper structure.

Fig. 14 is a perspective view of a multi-angle abutment lever in a feed production hopper construction.

The reference numerals in the figures are:

1-discharging a bin; 2-crushing and screening the hopper; 21-An Zhuangtong; 22-grinding base; 221-a conical grinding tank; 222-butting guide posts; 223-limit support pad; 23-a rapid grinding device; 231-mounting brackets; 232-a tapered grinding bit; 2321-tapered abrasive surface; 233-guide leaves; 234-a first rotary drive; 24-discharging a hopper; 25-discharging stirring rod; 3-rotating the quantitative discharging device; 31-a second rotary drive; 32-mounting rails; 321-an installation chamber; 322-a feed inlet; 323-a discharge hole; 33-rotating the drive disk; 34-quantitatively rotating the sleeve; 341-adjusting the base; 342-a carrier plate; 343-a pressure sensor; 344-anti-skid contact wheels; 35-synchronous contraction adjusting device; 351-a fixed disk; 3511-limiting slide rail; 3512-positioning clamping groove; 3513-limit threaded posts; 352-drive adjustment plate; 3521—drive rail; 3522-adjusting the clamping hole; 353-limit slide block; 354-connecting rods; 355-telescopic adjusting rod; 356-limit clip connector; 3561-limiting ferrule; 3562-limit cutting; 3563-turning nuts; 4-cleaning a guide hopper; 41-guiding a discharge cover; 42-blowing heads; 43-solenoid valve; 5-an adaptive linkage mount; 51-an annular mounting base; 511-a limit snap ring; 512-multi-angle touch-up lever; 5121-a transfer block; 5122-adjusting tie rod; 5123-threaded adjustment rod; 5124-an interference block; 513-retracting the pull cord; 6-a material guiding hopper.

Detailed Description

The utility model will be further described in detail with reference to the drawings and the detailed description below, in order to further understand the features and technical means of the utility model and the specific objects and functions achieved.

As shown in fig. 1 to 14:

the utility model provides a fodder production quantification fill structure, including installing the self-adaptation ration that puts feed bin 1 discharge gate 323 and go out the hopper, self-adaptation ration discharge fill is including setting up crushing screening fill 2 in the feed bin 1 discharge gate 323 below, crushing screening fill 2's feed end is installed self-adaptation link 5, install guide cloth fill 6 material on the self-adaptation link 5, the 6 material butt joint discharge gate 323 of feed bin 1 of self-adaptation link 5 cooperation guide cloth fill, crushing screening fill 2's discharge end below is installed rotatory quantitative discharging device 3, be equipped with the quantitative material end of receiving of several on the rotatory quantitative discharging device 3, still install the clearance guide on the rotatory quantitative discharging device 3 and fight 4.

The fodder that processes is deposited inside blowing storehouse 1, when need will store the fodder ration of blowing storehouse 1 inside and carry the ejection of compact, the staff will adapt to the ration ejection of compact fill and install in the below of blowing storehouse 1 discharge gate 323, the staff adjusts the size of self-adaptation link 5 according to the size of blowing storehouse 1 discharge gate 323, make self-adaptation link 5 and blowing storehouse 1 discharge gate 323 fixed connection, the guide cloth fill 6 can guide blowing storehouse 1 discharge gate 323 exhaust fodder to smashing screening fill 2 in when self-adaptation link 5 is connected with blowing storehouse 1 discharge gate 323, the holding power of self-adaptation link 5 multiplicable guide cloth fill 6, the fodder enters into smashing screening fill 2, smashing screening fill 2 can smash the screening to the fodder and handle, effectively guarantee the size of fodder granule, the fodder keeps the effective assurance density of piling up of qualified granule size, smash the fodder can carry to the feed inlet 322 of rotatory ration discharging device 3, rotatory ration discharging device 3 can continuous ration connect the fodder, and will ration take over fodder continuous delivery to clear up in the guide fill 4, guide 4 will be cleared up and guide and take place the fodder and carry out the area to clear up the ration and carry out the cleaning device simultaneously.

As shown in fig. 2 and 3:

crushing screening fill 2 is including setting up the mounting barrel 21 in the below of the discharge gate 323 of blowing storehouse 1, the internally mounted of mounting barrel 21 has grinding base 22, the axle center position of grinding base 22 is equipped with toper grinding groove 221, still be equipped with butt joint guide pillar 222 on the grinding base 22, butt joint guide pillar 222 is pressed and is still piled up several layers spacing supporting pad 223, still install quick grinder 23 on the grinding base 22, the discharge end of grinding base 22 still installs out hopper 24, the inside of out hopper 24 is equipped with ejection of compact puddler 25, ejection of compact puddler 25 is connected with quick grinder 23.

Staff can be through increasing or reducing spacing back up pad 223 on the butt joint guide pillar 222, can effectually control the toper grinding groove 221 of grinding base 22 and quick grinder 23 clearance size, the guide cloth fill 6 can be with the fodder guide of blowing silo 1 discharge gate 323 in the installation bucket 21 of smashing screening fill 2 when self-adaptation link 5 is connected with blowing silo 1 discharge gate 323, the fodder falls into between toper grinding groove 221 of grinding base 22 and quick grinder 23 when installing bucket 21, if the specification of fodder is less than the clearance department of grinding base 22 and quick grinder 23, the fodder can directly pass toper grinding groove 221 and fall into play hopper 24, go out hopper 24 can lead qualified fodder into rotatory ration discharging device 3, if the too big quick grinder 23 of fodder granule rotates and can ensure the size of granule with its grinding treatment, quick grinder 23 still can drive the synchronous rotation of play puddler 25 when the grinding, can effectively guarantee the smoothness of the play hopper 24 when the play hopper, ensure that granule size can effectively guarantee the clearance of fodder and effectively pile up the accuracy of ration when the fodder is piled up.

As shown in fig. 3 and 4:

the rapid grinding device 23 comprises a mounting bracket 231 mounted on the butt-joint guide post 222, a conical grinding head 232 is further mounted on the mounting bracket 231, the conical grinding head 232 is arranged in a conical grinding groove 221 of the grinding base 22, a conical grinding surface 2321 is arranged on the conical grinding head 232, the conical grinding surface 2321 is matched with the conical grinding groove 221, a plurality of material guiding blades 233 are further arranged on the conical grinding head 232, and a first rotary driver 234 for driving the mounting bracket 231 to rotate is further mounted on the mounting bracket 231.

The mounting bracket 231 is used for abutting and mounting on the abutting guide post 222, the mounting bracket 231 can be abutted against the limiting support pad 223 on the abutting guide post 222, the worker can increase or decrease the limiting support pad 223 on the abutting guide post 222, the height of the mounting bracket is controlled, the height change of the mounting bracket can synchronously adjust the gap between the conical grinding head 232 and the conical grinding groove 221 of the grinding base 22, the first rotary driver 234 is preferably a servo motor, the servo motor drives the conical grinding head 232 to rotate, feed falls between the conical grinding groove 221 and the conical grinding head 232 of the grinding base 22 when entering the mounting barrel 21, if feed particles are too large to be clamped and stopped at the gap between the conical grinding groove 221 and the conical grinding head 232 of the grinding base 22, the conical grinding surface 2321 can grind the feed clamped and stopped when the conical grinding head 232 rotates, and the guide blades 233 on the conical grinding head 232 can screw the feed above to the gap between the conical grinding head 232 and the grinding base 22 when the conical grinding head 232 rotates.

As shown in fig. 2, 5, 6 and 7:

the rotary quantitative discharging device 3 comprises a mounting rail 32 arranged below the discharging hopper 24, a mounting cavity 321 is arranged in the mounting rail 32, a feeding hole 322 of the mounting rail 32 is communicated with the discharging hopper 24, a discharging hole 323 is arranged at the bottom of the mounting rail 32, a rotary driving disc 33 is arranged in the mounting cavity 321 of the mounting rail 32, a mounting groove is formed in the rotary driving disc 33, quantitative rotating sleeves 34 are arranged in the mounting groove of the rotary driving disc 33, a synchronous shrinkage adjusting mechanism is further arranged in the rotary driving disc 33, the telescopic end of the synchronous shrinkage adjusting mechanism is connected with the movable end of the quantitative rotating sleeve 34, and the rotary quantitative discharging device 3 further comprises a second rotary driver 31 for driving the rotary driving disc 33 to rotate.

The second rotary driver 31 is preferably a precision index plate, the staff can synchronously adjust the volume capacity of the inside of the quantitative rotary sleeve 34 through the synchronous contraction adjusting mechanism, feed can be conveyed to the feed inlet 322 of the mounting rail 32 after crushing and screening, feed entering the inside of the mounting rail 32 can fall into the inside of the quantitative rotary sleeve 34, after the feed is filled in the inside of the quantitative rotary sleeve 34, the precision index plate is driven to rotate through a motor, the precision index plate drives the rotary driving plate 33 to precisely rotate when rotating, the rotary driving plate 33 drives the quantitative rotary sleeve 34 filled with feed to synchronously displace in the inside of the mounting rail 32 when rotating, the quantitative rotary sleeve 34 is moved to the feed inlet 322 to continue loading for loading feed, the quantitative rotary sleeve 34 can rub with the inner wall of the mounting rail 32 to enable the rotary motion when displacing, the feed inside the quantitative rotary sleeve 34 can fall into the cleaning guide hopper 4 when moving to the discharge outlet 323 of the mounting rail 32, the rotary motion of the quantitative rotary sleeve 34 can effectively improve the blanking effect, and the feed adhesion inside the quantitative rotary sleeve 34 is avoided.

As shown in fig. 6 to 8:

the quantitative rotating sleeve 34 is installed in the installation groove of the rotary driving disc 33, the outer side of the quantitative rotating sleeve 34 is also sleeved with an anti-slip contact wheel 344, the outer side wall of the anti-slip contact wheel 344 passes through the rotary driving disc 33 to be in contact with the inner wall of the installation track 32, an adjusting base 341 is slidably installed in the quantitative rotating sleeve 34, a bearing plate 342 is arranged on the adjusting base 341, and a pressure sensor 343 is installed between the adjusting base 341 and the bearing plate 342.

The synchronous shrinkage adjustment mechanism can synchronously adjust the adjustment base 341 in the quantitative rotating sleeve 34 to carry out movement adjustment, the storage capacity in the quantitative rotating sleeve 34 can be effectively controlled when the adjustment base 341 moves and adjusts, feed falls into the quantitative rotating sleeve 34 and then falls onto the supporting plate 342, the pressure sensor 343 can effectively detect the gravity of the feed in the quantitative rotating sleeve 34, after the feed in the quantitative rotating sleeve 34 is filled to a specified amount, the quantitative rotating sleeve 34 filled with the feed is driven to synchronously displace in the mounting track 32 when the rotary driving disc 33 rotates, the quantitative rotating sleeve 34 filled with the feed is moved to the feed inlet 322 to continue filling, the anti-slip contact wheel 344 outside the quantitative rotating sleeve 34 can rub against the inner wall of the mounting track 32 to rotate when the quantitative rotating sleeve 34 moves to the discharge outlet 323 of the mounting track 32, the feed in the quantitative rotating sleeve 34 can fall into the cleaning guide hopper 4, the feed moving of the quantitative rotating sleeve 34 can effectively improve the feed discharging effect, and the feed is prevented from adhering in the quantitative rotating sleeve 34.

As shown in fig. 7, 9 and 10:

the synchronous shrinkage adjustment mechanism comprises a fixed disc 351 installed inside a rotary driving disc 33, a plurality of limit sliding rails 3511 are arranged on the fixed disc 351, a limit threaded column 3513 is arranged at the axial center position of the fixed disc 351, a plurality of positioning clamping grooves 3512 are arranged at the axial center position of the fixed disc 351, a driving adjustment disc 352 is further installed on the limit threaded column 3513, a plurality of driving rails 3521 are further arranged on the driving adjustment disc 352, a plurality of adjustment clamping holes 3522 are further distributed on the driving adjustment disc 352, the adjustment clamping holes 3522 are in one-to-one correspondence with the positioning clamping grooves 3512, limit sliding blocks 353 are respectively installed in the limit sliding rails 3511 of the fixed disc 351, connecting rods 354 are installed on the limit sliding blocks 353, the connecting rods 354 penetrate through the driving rails 3521 of the driving adjustment disc 352 to extend upwards, a telescopic adjustment rod 355 is installed on the connecting rods 355, the telescopic adjustment rod 355 penetrates through the rotary driving disc 33 to be connected with an adjustment base 341, limit clamping joints 356 are further installed on the limit threaded column 3513, and the limit clamping joints 356 sequentially penetrate through the adjustment clamping holes 3522 and the positioning clamping grooves 3512.

When the position of the base 341 in the quantitative rotating sleeve 34 is required to be synchronously contracted and adjusted, a worker rotates to drive the adjusting disc 352, the driving rail 3521 pushes the connecting rod 354 to move when the driving adjusting disc 352 rotates, the limiting slider 353 and the telescopic adjusting rod 355 are pushed to carry out sliding adjustment when the connecting rod 354 moves, the base 341 can be pushed to be positioned in the quantitative rotating sleeve 34 when the telescopic adjusting rod 355 moves, the filling amount of feed in the base 341 can be effectively controlled when the base 341 moves, the base 341 is adjusted, and the worker sequentially passes through the adjusting clamping holes 3522 and the positioning clamping grooves 3512 to position and lock the driving adjusting disc 352 on the fixed disc 351 through the limiting clamping connectors 356, so that the adjusting efficiency is effectively improved.

As shown in fig. 10 and 11:

the limiting clamping connector 356 comprises a limiting clamping sleeve 3561 arranged on a limiting threaded column 3513, limiting cutting strips 3562 are fully distributed on the limiting clamping sleeve 3561, a rotating nut 3563 is further arranged on the limiting clamping sleeve 3561, and the rotating nut 3563 is in threaded connection with the limiting threaded column 3513.

When the worker adjusts the position of the adjusting base 341 in the quantitative rotating sleeve 34 by rotating the driving adjusting disc 352 and the position of the driving adjusting disc 352 is required to be fixed, the worker sets the limiting cutting sleeve 3561 on the limiting threaded column 3513, and the limiting cutting strips 3562 on the limiting cutting sleeve 3561 sequentially penetrate through the adjusting clamping holes 3522 and the positioning clamping grooves 3512, so that the driving adjusting disc 352 and the fixing disc 351 are fixed in a positioning mode, and the rotating nut 3563 is used for being matched with the limiting threaded column 3513 to lock and fix the limiting cutting sleeve 3561.

As shown in fig. 2 and 12:

the cleaning guide hopper 4 comprises a guide discharging cover 41 arranged at a discharging hole 323 of the mounting rail 32, a blowing head 42 is arranged in the guide discharging cover 41, and an electromagnetic valve 43 is arranged on the blowing head 42.

The rotary quantitative discharging device 3 can quantitatively convey the entered feed into the cleaning guide hopper 4, the cleaning guide hopper 4 guides the entered feed into a to-be-treated area, and the blowing head 42 is used for blowing air to the quantitative rotary sleeve 34 of the rotary quantitative discharging device 3, so that the blanking effect of the quantitative rotary sleeve 34 can be effectively improved.

As shown in fig. 2 and 13:

the self-adaptive connecting frame 5 comprises an annular mounting base 51 arranged on the crushing screening hopper 2, a limiting snap ring 511 is arranged on the annular mounting base 51, a plurality of multi-angle contact supporting rods 512 are distributed on the annular mounting base 51, and a contraction stay rope 513 is arranged at one end, far away from the annular mounting base 51, of the multi-angle contact supporting rods 512.

Annular mounting base 51 cooperation limit snap ring 511 can be effectual fixed guide cloth fill 6 one end of joint, and multi-angle support touch-up pole 512 cooperation shrink stay cord 513 is used for fixed guide cloth fill 6's the other end to multi-angle support touch-up pole 512 cooperation shrink stay cord 513 cooperation can expand or shrink adjustment guide cloth fill 6, and multi-angle support touch-up pole 512 can effectively support guide cloth fill 6, and the blowing storehouse 1 discharge gate 323 of the different sizes of the adaptation butt joint of guide cloth fill 6 of being convenient for.

As shown in fig. 13 and 14:

the multi-angle contact resisting rod 512 comprises a switching block 5121 arranged on the annular mounting base 51, an adjusting pull rod 5122 is arranged on the switching block 5121, a threaded hole is formed in the adjusting pull rod 5122, a threaded adjusting rod 5123 is arranged in the threaded hole of the adjusting pull rod 5122, a contact resisting block 5124 is arranged on the threaded adjusting rod 5123, and a shrinkage clamping groove is formed in the contact resisting block 5124.

When the material guiding cloth bucket 6 is required to be adjusted according to the size of the discharge hole 323 of the discharging bin 1, the multi-angle supporting and touching rod 512 is suitable for the movable adjustment angle through the switching block 5121, meanwhile, the screw thread adjusting rod 5123 is matched with the adjusting pull rod 5122 to rotate, the height of the supporting and touching block 5124 can be effectively adjusted, the supporting and touching block 5124 can be effectively limited and provided with the shrinkage pull rope 513, and the multi-angle supporting and touching rod 512 can effectively improve the adaptation of movable adjustment.

The specific working principle is as follows:

The foregoing examples merely illustrate one or more embodiments of the utility model, which are described in greater detail and are not to be construed as limiting the scope of the utility model. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the utility model, which are all within the scope of the utility model. Accordingly, the scope of protection of the present utility model is to be determined by the appended claims.

Claims

1. The utility model provides a fodder production quantitative fill structure, including installing the self-adaptation quantitative hopper of discharging outlet (323) at blowing storehouse (1), a serial communication port, self-adaptation quantitative hopper is including setting up crushing screening fill (2) in blowing storehouse (1) discharge outlet (323) below, install self-adaptation link (5) in the feed end of crushing screening fill (2), install guide cloth fill (6) material on self-adaptation link (5), self-adaptation link (5) cooperation guide cloth fill (6) material dock blowing storehouse (1) discharge outlet (323), rotatory quantitative discharging device (3) are installed to crushing screening fill (2) discharge end below, be equipped with several ration on rotatory quantitative discharging device (3) and connect the material end, still install clearance guide fill (4) on rotatory quantitative discharging device (3).

2. The feed production quantifying bucket structure according to claim 1, wherein the crushing and screening bucket (2) comprises a mounting bucket (21) arranged below a discharge hole (323) of the discharging bin (1), a grinding base (22) is mounted in the mounting bucket (21), a conical grinding groove (221) is formed in the axis position of the grinding base (22), a butt joint guide pillar (222) is further arranged on the grinding base (22), a plurality of layers of limiting support pads (223) are further stacked on the butt joint guide pillar (222), a quick grinding device (23) is further mounted on the grinding base (22), a discharge hopper (24) is further mounted at the discharge end of the grinding base (22), a discharge stirring rod (25) is arranged in the discharge bucket (24), and the discharge stirring rod (25) is connected with the quick grinding device (23).

3. A feed production dosing hopper structure as claimed in claim 2, characterized in that the rapid grinding device (23) comprises a mounting bracket (231) mounted on the docking guide post (222), the mounting bracket (231) is further provided with a conical grinding head (232), the conical grinding head (232) is arranged in a conical grinding groove (221) of the grinding base (22), the conical grinding head (232) is provided with a conical grinding surface (2321), the conical grinding surface (2321) is matched with the conical grinding groove (221), the conical grinding head (232) is further provided with a plurality of material guiding blades (233), and the mounting bracket (231) is further provided with a first rotary driver (234) for driving the mounting bracket (231) to rotate.

4. A fodder production quantitative bucket structure according to claim 3, characterized in that, rotatory ration discharging device (3) is including installing installation track (32) in play hopper (24) below, installation cavity (321) are established to the inside of installation track (32), feed inlet (322) and play hopper (24) intercommunication of installation track (32), the bottom of installation track (32) is equipped with discharge gate (323), install rotary drive dish (33) in installation cavity (321) of installation track (32), the inside of rotary drive dish (33) is equipped with and is a mounting groove, all install quantitative rotation cover (34) in the mounting groove of rotary drive dish (33), synchronous shrink adjustment mechanism is still installed to the inside of rotary drive dish (33), synchronous shrink adjustment mechanism's flexible end is connected with the expansion end of quantitative rotation cover (34), rotatory ration discharging device (3) still includes rotatory second rotary drive ware (31) of drive rotary drive dish (33).

5. The fodder production quantifying bucket structure according to claim 4, wherein the quantifying rotating sleeve (34) is installed in an installation groove of the rotary driving disc (33), an anti-slip contact wheel (344) is further sleeved on the outer side of the quantifying rotating sleeve (34), the outer side wall of the anti-slip contact wheel (344) passes through the rotary driving disc (33) to be abutted against the inner wall of the installation track (32), an adjusting base (341) is slidably installed in the quantifying rotating sleeve (34), a supporting plate (342) is arranged on the adjusting base (341), and a pressure sensor (343) is installed between the adjusting base (341) and the supporting plate (342).

6. The feedstuff production quantitative bucket structure according to claim 5, characterized in that the synchronous shrinkage adjusting mechanism comprises a fixed disk (351) arranged in the rotary driving disk (33), a plurality of limit sliding rails (3511) are arranged on the fixed disk (351), a limit threaded column (3513) is arranged at the axial position of the fixed disk (351), a plurality of positioning clamping grooves (3512) are arranged at the axial position of the fixed disk (351), a driving adjusting disk (352) is further arranged on the limit threaded column (3513), a plurality of driving rails (3521) are further arranged on the driving adjusting disk (352), a plurality of adjusting clamping holes (3522) are further distributed on the driving adjusting disk (352), the adjusting clamping holes (3522) are in one-to-one correspondence with the positioning clamping grooves (3512), limit sliding blocks (353) are arranged in the limit sliding rails (3511) of the fixed disk (351), a connecting rod (354) is arranged on the limit sliding blocks (353), the connecting rod (354) penetrates through the driving rails (3521) of the driving adjusting disk (352) to extend upwards, an adjusting rod (354) is arranged on the connecting rod (354), the adjusting rod (355) penetrates through the rotary joint (355) to be connected with the limit threaded column (355) in a mode, the limiting clamping connector (356) sequentially passes through the adjusting clamping hole (3522) and the positioning clamping groove (3512).

7. The feed production quantifying bucket structure according to claim 6, wherein the limiting clamping connector (356) comprises a limiting clamping sleeve (3561) arranged on a limiting threaded column (3513), limiting cutting strips (3562) are fully distributed on the limiting clamping sleeve (3561), a rotating nut (3563) is further arranged on the limiting clamping sleeve (3561), and the rotating nut (3563) is in threaded connection with the limiting threaded column (3513).

8. A feed production proportioning hopper structure as claimed in claim 7 wherein the cleaning guide hopper (4) comprises a guide discharge cover (41) mounted at a discharge port (323) of the mounting rail (32), a blowing head (42) is arranged in the guide discharge cover (41), and a solenoid valve (43) is mounted on the blowing head (42).

9. The feed production quantifying bucket structure according to claim 8, wherein the self-adaptive connecting frame (5) comprises an annular mounting base (51) mounted on the crushing screening bucket (2), a limiting snap ring (511) is mounted on the annular mounting base (51), a plurality of multi-angle supporting and touching rods (512) are distributed on the annular mounting base (51), and a contraction pull rope (513) is arranged at one end, far away from the annular mounting base (51), of the multi-angle supporting and touching rods (512).

10. The fodder production weighing hopper structure according to claim 9, characterized in that the multi-angle abutting rod (512) comprises an adapter block (5121) arranged on the annular mounting base (51), an adjusting pull rod (5122) is arranged on the adapter block (5121), a threaded hole is formed in the adjusting pull rod (5122), a threaded adjusting rod (5123) is arranged in the threaded hole of the adjusting pull rod (5122), a collision block (5124) is arranged on the threaded adjusting rod (5123), and a contraction clamping groove is formed in the collision block (5124).