CN108583999A - A kind of novel fodder feeding packaging facilities - Google Patents

A kind of novel fodder feeding packaging facilities Download PDF

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Publication number
CN108583999A
CN108583999A CN201810732626.XA CN201810732626A CN108583999A CN 108583999 A CN108583999 A CN 108583999A CN 201810732626 A CN201810732626 A CN 201810732626A CN 108583999 A CN108583999 A CN 108583999A
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CN
China
Prior art keywords
fixed
bevel gear
welded
belt pulley
mounting bracket
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.)
Withdrawn
Application number
CN201810732626.XA
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Chinese (zh)
Inventor
沈峥
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Huzhou Zhen Shuo Automation Technology Co Ltd
Original Assignee
Huzhou Zhen Shuo Automation Technology Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Huzhou Zhen Shuo Automation Technology Co Ltd filed Critical Huzhou Zhen Shuo Automation Technology Co Ltd
Priority to CN201810732626.XA priority Critical patent/CN108583999A/en
Publication of CN108583999A publication Critical patent/CN108583999A/en
Withdrawn legal-status Critical Current

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B37/00Supplying or feeding fluent-solid, plastic, or liquid material, or loose masses of small articles, to be packaged
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B37/00Supplying or feeding fluent-solid, plastic, or liquid material, or loose masses of small articles, to be packaged
    • B65B37/16Separating measured quantities from supply
    • B65B37/20Separating measured quantities from supply by volume measurement

Abstract

The invention discloses a kind of novel fodder feeding packaging facilities,Its structure includes material bin,Automate quantitative package mechanism,Watch window,Discharge bucket,Discharge pipe,Lifting working platform,Firm banking,Work housing,Control babinet,The present invention is by being equipped with sheave and driver plate,So that one circle of motor rotation,Sheave follows rotation,So that separating wheel rotation,So,So that carrying out rewinding below arc groove intermittent exercise to feed hopper,Realize quantitative rewinding,It is capable of the quantity of control material packaging,Keep every packet weight of material all consistent,Quantity per unit pack unevenness is avoided to cause to be difficult to sell,Reduce economic well-being of workers and staff,Ensure that daily economic well-being of workers and staff,When needing to carry out quantitative package,Collection frame is placed on immediately below discharge nozzle,Control blanking conveying mechanism is conveyed from right to left,Open valve,Feed is put into feed hopper,Feed in feed hopper is fallen in arc groove,Control motor rotation,The second shaft is driven to rotate,And then drive driver plate rotation.

Description

A kind of novel fodder feeding packaging facilities
Technical field
The present invention is a kind of novel fodder feeding packaging facilities, belongs to packaging facilities field.
Background technology
It is needed in the process of manufacture of feed by multiple working procedure, for example crushes granulation, then screening is finally to packet Dress is especially usually manually packed when packaging, needs manually to be packed, that is to say, that needs artificial portable Then qualified feed is encased in sack by this sack, the labor intensity of such worker is larger so that artificial production cost compared with Height is unfavorable for automated production.But existing packaging facilities can not be known in the presence of to feed package quantity, and can not be to object Material carries out quantitative package, is easy that the quantity unevenness of every packet is made to cause to be difficult to sell, and reduces economic well-being of workers and staff, can give use when in use Person brings great inconvenience so that working efficiency, which reduces, expends a large amount of resource.
Invention content
In view of this, the present invention provides a kind of novel fodder feeding packaging facilities, to improve existing packaging facilities meeting It is not known in the presence of to feed package quantity, and quantitative package can not be carried out to material, be easy to make the quantity unevenness of every packet to cause It is difficult to sell, reduces economic well-being of workers and staff, great inconvenience can be brought to user when in use so that working efficiency, which reduces, to be expended The deficiency of a large amount of resource.
To achieve the goals above, the present invention is to realize by the following technical solutions:A kind of novel fodder feeding packet Install standby, structure includes material bin, automation quantitative package mechanism, watch window, discharge bucket, discharge pipe, lifting work Platform, firm banking, work housing, control babinet, the work housing bottom is fixed and is welded in firm banking upper end and the two For integrated molding structure, the automation quantitative package mechanism bottom is fixed and is welded in work housing top and between the two phase Perforation, the material bin bottom, which is fixed, is welded in automation quantitative package mechanism top rear, the automation quantitative package machine Structure front end is fixedly installed activity installing watch window and the two is integrated molding structure, and the discharge bucket fixation is welded in work Make rack front top and connect with automation quantitative package mechanism, before the lifting working platform is fixed at work housing It matches in the middle part of end and between the two, the control babinet fixation, which is welded on the right side of work housing and is fixed by positioning pin, to be connected It connects, the automation quantitative package mechanism is by slideway, blanking conveying mechanism, quantitative mechanism, valve, feed hopper, dustproof cover, cone tooth Wheel drive mechanism, power driving mechanism, mounting bracket, sliding rail, support bar group at, on the left of the mounting bracket fixed setting it is jagged and The two is integrated molding structure, between the slideway fixation is welded on the left of mounting bracket and notch, the sliding rail both ends horizontal It extends to and welds together with mounting bracket, slideway, the supporting rod is vertically welded between sliding rail and mounting bracket, and the blanking is defeated Send that mechanism is fixed at sliding rail upper end and the two matches flexible connection, the feed hopper is fixed at mounting bracket top and the two Between weld together, the close connection together in feed hopper top and between the two of dustproof cover bottom fixing buckle, the valve Be fixed at feed hopper lower end outer surface and between the two close connection, the quantitative mechanism be located at feed hopper lower end and the two it Between match, the bevel gear transmission is fixed at mounting bracket inner tip and is flexibly connected with quantitative mechanism, the electricity Power drive mechanism bottom, which is fixed, to be welded on the right side of sliding rail upper end and is meshed with bevel gear transmission.
As further, the blanking conveying mechanism is by collection frame, sliding block, spring, guide sleeve, guide rod, strut, belt lace Wheel, cam, roller, fixed block composition, the sliding block are set to two, and the slider bottom is fixed at sliding rail upper end face and two Person matches flexible connection, and the collection frame bottom fixation is welded in two upper end of slide block, and the fixed block is vertically welded in receipts Collect on the right side of frame, the guide rod transverse weld on the right side of fixed block, fix and be welded in sliding rail upper end and be sleeved on by the guide sleeve bottom Guide rod center outer surface, the roller rear end is fixedly embedded in guide rod right lateral surface, and the spring is connected to guide sleeve and consolidates Between determining block, the strut is vertically welded in sliding rail upper end, the small belt pulley rear end it is fixedly embedded in strut upper end face simultaneously It is flexibly connected with bevel gear transmission, the cam fixation is nested in small belt pulley outer surface and is meshed with roller.
As further, the quantitative mechanism by separating wheel, hollow ball, the first belt pulley, arc groove, discharge nozzle, First flat belt, L-shaped connecting rod composition, the L-shaped connecting rod fixation are welded in mounting bracket inner tip, first belt pulley rear end It is fixedly embedded in L-shaped connecting rod left-hand face, the hollow ball fixation is nested in the first outer pulley surface, the hollow ball Surface is fixed with more than two arc grooves and the two is integrated molding structure, and the separating wheel fixation is nested in hollow ball Outer surface is simultaneously conllinear with the first belt pulley axle center, and first belt pulley passes through the first flat belt and bevel gear transmission activity Connection.
As further, the bevel gear transmission is by bearing block, the second flat belt, first bevel gear, the second skin Belt wheel, second bevel gear, sheave, first rotating shaft composition, the bearing block transverse weld are on the right side of bevel gear transmission and logical It crosses positioning pin to be fixedly connected, the first bevel gear is fixedly embedded in bearing block right lateral surface, and second belt pulley is fixed embedding It is placed on first bevel gear outer surface and axle center is conllinear between the two, the first bevel gear is conveyed by the second flat belt and blanking Mechanism is flexibly connected, and the first rotating shaft is vertically welded in mounting bracket inner tip, and the second bevel gear fixation is nested in the One shaft lower end outer surface is simultaneously meshed with first bevel gear, sheave fixation be nested in first rotating shaft center outer surface and with Power driving mechanism is meshed, and first belt pulley is flexibly connected by the first flat belt with the second belt pulley.
As further, the power driving mechanism by driver plate, straight pin, connecting rod, the second shaft, motor form, The motor bottom fixation is welded on the right side of sliding rail upper end and is fixedly connected by positioning pin, and second shaft bottom is fixed embedding Enter motor top and the two match flexible connection, the driver plate fixation be nested in the second shaft upper end outer surface and with cone tooth Wheel drive mechanism is meshed, and the connecting rod transverse weld reinforces connection on the right side of driver plate and by straight pin.
As further, the small belt pulley rear end is fixedly embedded in strut upper end face and and bevel gear transmission Flexible connection.
As further, the driver plate fixation be nested in the second shaft upper end outer surface and with bevel gear transmission phase Engagement.
As further, the discharge pipe fixing sleeve is together in discharge bucket lower end and close connection between the two.
The beneficial effects of the present invention are:The present invention is by being equipped with sheave and driver plate so that motor rotation one circle, sheave with With rotation so that separating wheel rotates, so so that carry out rewinding below arc groove intermittent exercise to feed hopper, realize quantitative Rewinding is capable of the quantity of control material packaging, keeps the weight of every packet material all consistent, the quantity unevenness of every packet is avoided to cause to be difficult to Sale reduces economic well-being of workers and staff, ensures that daily economic well-being of workers and staff, and when needing to carry out quantitative package, collection frame is placed on Immediately below discharge nozzle, control blanking conveying mechanism is conveyed from right to left, opens valve, and feed is put into feed hopper, into Feed in hopper is fallen in arc groove, and control motor rotation drives the rotation of the second shaft, and then drives driver plate rotation, from And connecting rod is driven to rotate so that straight pin rotates, under the cooperation of groove and straight pin so that sheave rotates, and drives second Bevel gear rotates, and then drives first bevel gear rotation, to drive first rotating shaft to rotate so that the second pulley rotation, band Dynamic first flat belt rotation, and then drive the first pulley rotation so that separating wheel rotates, when motor per revolution, sheave Just rotation is followed so that separating wheel rotates, so so that rewinding, rotation are carried out below arc groove intermittent exercise to feed hopper Collection frame is fallen to by discharge nozzle to the feed in the arc groove of above the discharge pipe, when the feed in arc groove is all fallen to When in collection frame, push collection frame to slideway, collection frame slides conveying via slideway and carries out subsequent job.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of novel fodder feeding packaging facilities of the present invention.
Fig. 2 is the internal structure schematic diagram of present invention automation quantitative package mechanism.
Fig. 3 is the internal structure detailed maps of Fig. 2 of the present invention.
Fig. 4 is the partial structural diagram of Fig. 3 of the present invention.
Fig. 5 is the structural schematic diagram of A in Fig. 2 of the present invention.
In figure:Material bin -1, watch window -3, discharge bucket -4, discharge pipe -5, rises automation quantitative package mechanism -2 Workbench -6, firm banking -7, work housing -8, control babinet -9, slideway -21, blanking conveying mechanism -22, quantitative machine drop Structure -23, valve -24, feed hopper -25, dustproof cover -26, bevel gear transmission -27, power driving mechanism -28, mounting bracket - 29, sliding rail -210, supporting rod -211, collection frame -221, sliding block -222, spring -223, guide sleeve -224, guide rod -225, strut - 226, small belt pulley -227, cam -228, roller -229, fixed block -2210, separating wheel -231, hollow ball -232, the first skin Belt wheel -233, arc groove -234, discharge nozzle -235, the first flat belt -236, L-shaped connecting rod -237, bearing block -271, the second flat skin Band -272, the second belt pulley -274, second bevel gear -275, sheave -276, first rotating shaft -277, is dialled first bevel gear -273 Disk -281, straight pin -282, connecting rod -283, the second shaft -284, motor -285.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, Fig. 1~Fig. 5 The structure of the feed feeding packaging facilities of embodiment of the present invention is schematically shown, With reference to embodiment, into One step illustrates the present invention.
Embodiment
As Figure 1-Figure 5, the present invention provides a kind of novel fodder feeding packaging facilities, structure include material bin 1, from Dong Hua quantitative packages mechanism 2, watch window 3, discharge bucket 4, discharge pipe 5, lifting working platform 6, firm banking 7, working machine Frame 8, control babinet 9, it is integrated molding structure that 8 bottom of the work housing, which is fixed and is welded in 7 upper end of firm banking and the two, 2 bottom of automation quantitative package mechanism is fixed and is welded in 8 top of work housing and connects between the two, the material bin 1 bottom, which is fixed, is welded in 2 top rear of automation quantitative package mechanism, and 2 front end of automation quantitative package mechanism is fixed and set It is integrated molding structure to be equipped with activity installing watch window 3 and the two, before the fixation of the discharge bucket 4 is welded in work housing 8 End top simultaneously connects with automation quantitative package mechanism 2, and the lifting working platform 6 is fixed in 8 front end of work housing It portion and matching between the two, the fixation of control babinet 9 is welded in 8 right side of work housing and is fixedly connected by positioning pin, The automation quantitative package mechanism 2 is by slideway 21, blanking conveying mechanism 22, quantitative mechanism 23, valve 24, feed hopper 25, anti- Dirt lid 26, bevel gear transmission 27, power driving mechanism 28, mounting bracket 29, sliding rail 210, supporting rod 211 form, the peace It is integrated molding structure to shelve 29 left sides and jagged and the two are fixedly installed, the fixation of the slideway 21 be welded in mounting bracket 29 with Between on the left of notch, 210 both ends horizontal of the sliding rail is extended to be welded together with mounting bracket 29, slideway 21, the supporting rod 211 are vertically welded between sliding rail 210 and mounting bracket 29, and the blanking conveying mechanism 22 is fixed at 210 upper end of sliding rail and two Person matches flexible connection, and the feed hopper 25 is fixed at 29 top of mounting bracket and welds together between the two, described anti- 26 bottom fixing buckle of dirt lid is together in 25 top of feed hopper and closely connects between the two, and the valve 24 is fixed at feed hopper 25 Lower end outer surface and close connection, the quantitative mechanism 23 are located at 25 lower end of feed hopper and match between the two between the two, The bevel gear transmission 27 is fixed at 29 inner tip of mounting bracket and is flexibly connected with quantitative mechanism 23, and the electric power drives 28 bottom of motivation structure, which is fixed, to be welded on the right side of 210 upper end of sliding rail and is meshed with bevel gear transmission 27.
The blanking conveying mechanism 22 is by collection frame 221, sliding block 222, spring 223, guide sleeve 224, guide rod 225, strut 226, small belt pulley 227, cam 228, roller 229, fixed block 2210 form, and the sliding block 222 is set to two, the sliding block 222 bottoms are fixed at 210 upper end face of sliding rail and the two matches flexible connection, and welding is fixed in 221 bottom of the collection frame In two 222 upper ends of sliding block, the fixed block 2210 is vertically welded in the right side of collection frame 221,225 transverse weld of the guide rod in 2210 right side of fixed block, the fixation of 224 bottom of the guide sleeve are welded in 210 upper end of sliding rail and are sleeved on 225 center outer surface of guide rod, 229 rear end of the roller is fixedly embedded in 225 right lateral surface of guide rod, and the spring 223 is connected to guide sleeve 224 and fixed block Between 2210, the strut 226 is vertically welded in 210 upper end of sliding rail, and 227 rear end of the small belt pulley is fixedly embedded in strut 226 upper end faces are simultaneously flexibly connected with bevel gear transmission 27, and the fixation of the cam 228 is nested in 227 appearance of small belt pulley Face is simultaneously meshed with roller 229.
The quantitative mechanism 23 is by separating wheel 231, hollow ball 232, the first belt pulley 233, arc groove 234, discharge nozzle 235, the first flat belt 236, L-shaped connecting rod 237 form, and the fixation of L-shaped connecting rod 237 is welded in 29 inner tip of mounting bracket, institute It is fixedly embedded in 237 left-hand face of L-shaped connecting rod to state 233 rear end of the first belt pulley, the fixation of the hollow ball 232 is nested in first 233 outer surface of belt pulley, 232 surface of the hollow ball is fixed with more than two arc grooves 234 and the two is integrated chemical conversion Type structure, the fixation of the separating wheel 231 is nested in 232 outer surface of hollow ball and conllinear with 233 axle center of the first belt pulley, described First belt pulley 233 is flexibly connected by the first flat belt 236 with bevel gear transmission 27.
The bevel gear transmission 27 is by bearing block 271, the second flat belt 272, first bevel gear 273, the second belt Wheel 274, second bevel gear 275, sheave 276, first rotating shaft 277 form, and 271 transverse weld of the bearing block is in Bevel Gear Transmission It the right side of mechanism 27 and being fixedly connected by positioning pin, the first bevel gear 273 is fixedly embedded in 271 right lateral surface of bearing block, The fixation of second belt pulley 274 is nested in 273 outer surface of first bevel gear and axle center is conllinear between the two, the first cone tooth Wheel 273 is flexibly connected by the second flat belt 272 with blanking conveying mechanism 22, and the first rotating shaft 277 is vertically welded in installation 29 inner tip of frame, the fixation of the second bevel gear 275 are nested in 277 lower end outer surface of first rotating shaft and and first bevel gear 273 are meshed, and the fixation of the sheave 276 is nested in 277 center outer surface of first rotating shaft and is meshed with power driving mechanism 28, First belt pulley 233 is flexibly connected by the first flat belt 236 with the second belt pulley 274.
The power driving mechanism 28 is by driver plate 281, straight pin 282, connecting rod 283, the second shaft 284,285 groups of motor At 285 bottom of the motor, which is fixed, to be welded on the right side of 210 upper end of sliding rail and be fixedly connected by positioning pin, second shaft 284 bottoms are fixedly embedded to match flexible connection in 285 top of motor and the two, and the fixation of the driver plate 281 is nested in second turn 284 upper end outer surface of axis is simultaneously meshed with bevel gear transmission 27, and 283 transverse weld of the connecting rod is in 281 right side of driver plate And it is reinforced and is connected by straight pin 282.
227 rear end of the small belt pulley it is fixedly embedded in 226 upper end face of strut and with the activity of bevel gear transmission 27 Connection, the fixation of the driver plate 281 are nested in 284 upper end outer surface of the second shaft and are meshed with bevel gear transmission 27, institute 5 fixing sleeve of discharge pipe is stated together in 4 lower end of discharge bucket and is closely connected between the two.
The present invention is by being equipped with sheave and driver plate so that one circle of motor rotation, sheave follow rotation so that separation rotation It is dynamic, so so that rewinding is carried out below arc groove intermittent exercise to feed hopper, realizes quantitative rewinding, it being capable of control material packet The quantity of dress keeps the weight of every packet material all consistent, and the quantity unevenness of every packet is avoided to cause to be difficult to sell, and reduces economic well-being of workers and staff, Ensure that daily economic well-being of workers and staff.
Specifically, when needing to carry out quantitative package, collection frame 221 is placed on immediately below discharge nozzle 235, control blanking is defeated It send mechanism 22 to be conveyed from right to left, opens valve 24, feed is put into feed hopper 25, the feed in feed hopper 25 is fallen Into arc groove 234, control motor 285 rotates, and the rotation of the second shaft 284 is driven, and then driver plate 281 is driven to rotate, to band Dynamic connecting rod 283 rotates so that straight pin 282 rotates, under the cooperation of groove and straight pin 282 so that and sheave 276 rotates, It drives second bevel gear 275 to rotate, and then first bevel gear 273 is driven to rotate, to drive first rotating shaft 277 to rotate so that Second belt pulley 274 rotates, and drives the rotation of the first flat belt 236, and then drives the rotation of the first belt pulley 233 so that separating wheel 231 rotations.
Specifically, working as 285 per revolution of motor, sheave 276 just follows rotation so that separating wheel 231 rotates, in this way, So that 234 intermittent exercise of arc groove carries out rewinding to 25 lower section of feed hopper, the arc groove 234 of 235 top of discharge nozzle is turned to Interior feed falls to collection frame 221 by discharge nozzle 235, when the feed in arc groove 234 is all fallen in collection frame 221 When, push collection frame 221 to slideway 21, collection frame 221 slides conveying via slideway 21 and carries out subsequent job.
In some embodiments, since dustproof cover 26 is equipped with internal thread, feed hopper 25 is equipped with external screw thread, dustproof cover 26 threadedly connect with feed hopper 25, when needing to pour into feed in feed hopper 25, dustproof cover 26 are unscrewed, when not When needing to pour into feed in feed hopper 25, dustproof cover 26 is tightened, dustproof cover 26 can fall to feed hopper 25 to avoid dust It is interior.
In some embodiments, since 29 material of mounting bracket is stainless steel, stainless steel corrosion resistance and acid resistance are strong, make The service life is longer for equipment.

Claims (8)

1. a kind of novel fodder feeding packaging facilities, structure includes material bin (1), automation quantitative package mechanism (2), observation Window (3), discharge bucket (4), discharge pipe (5), lifting working platform (6), firm banking (7), work housing (8), control cabinet Body (9), it is characterised in that:
It is integrated molding structure that work housing (8) bottom, which is fixed and is welded in firm banking (7) upper end and the two, it is described from Dong Hua quantitative packages mechanism (2) bottom is fixed and is welded in work housing (8) top and connects between the two, the material bin (1) bottom, which is fixed, is welded in automation quantitative package mechanism (2) top rear, automation quantitative package mechanism (2) front end It is integrated molding structure to be fixedly installed activity installing watch window (3) and the two, and discharge bucket (4) fixation is welded in work Make rack (8) front top and connect with automation quantitative package mechanism (2), the lifting working platform (6) is fixed at It work housing (8) front center and matches between the two, the control babinet (9) is fixed to be welded on the right side of work housing (8) And it is fixedly connected by positioning pin;
The automation quantitative package mechanism (2) is by slideway (21), blanking conveying mechanism (22), quantitative mechanism (23), valve (24), feed hopper (25), dustproof cover (26), bevel gear transmission (27), power driving mechanism (28), mounting bracket (29), cunning Rail (210), supporting rod (211) composition;
It is integrated molding structure, the fixed weldering of the slideway (21) that jagged and the two is fixedly installed on the left of the mounting bracket (29) Between being connected on the left of mounting bracket (29) and notch, sliding rail (210) both ends horizontal extends to and mounting bracket (29), slideway (21) Weld together, the supporting rod (211) is vertically welded between sliding rail (210) and mounting bracket (29), the lower material conveyer Structure (22) is fixed at sliding rail (210) upper end and the two matches flexible connection, and the feed hopper (25) is fixed at mounting bracket (29) top and weld together between the two, dustproof cover (26) the bottom fixing buckle is together in feed hopper (25) top and the two Between closely connect, the valve (24) is fixed at feed hopper (25) lower end outer surface and between the two close connection, described Quantitative mechanism (23) is located at feed hopper (25) lower end and matches between the two, and the bevel gear transmission (27) is fixed at Mounting bracket (29) inner tip is simultaneously flexibly connected with quantitative mechanism (23), and power driving mechanism (28) bottom is fixed and is welded in It is meshed on the right side of sliding rail (210) upper end and with bevel gear transmission (27).
2. a kind of novel fodder feeding packaging facilities according to claim 1, it is characterised in that:The blanking conveying mechanism (22) by collection frame (221), sliding block (222), spring (223), guide sleeve (224), guide rod (225), strut (226), small belt pulley (227), cam (228), roller (229), fixed block (2210) composition, the sliding block (222) are set to two, the sliding block (222) bottom is fixed at sliding rail (210) upper end face and the two matches flexible connection, and collection frame (221) bottom is solid Surely two sliding block (222) upper ends are welded in, the fixed block (2210) is vertically welded on the right side of collection frame (221), the guide rod (225) transverse weld on the right side of fixed block (2210), fix and be welded in sliding rail (210) upper end and cover by guide sleeve (224) bottom Together in guide rod (225) center outer surface, roller (229) rear end is fixedly embedded in guide rod (225) right lateral surface, the spring (223) it is connected between guide sleeve (224) and fixed block (2210), the strut (226) is vertically welded on sliding rail (210) End, small belt pulley (227) rear end it is fixedly embedded in strut (226) upper end face and with bevel gear transmission (27) activity Connection, cam (228) fixation are nested in small belt pulley (227) outer surface and are meshed with roller (229).
3. a kind of novel fodder feeding packaging facilities according to claim 1, it is characterised in that:The quantitative mechanism (23) By separating wheel (231), hollow ball (232), the first belt pulley (233), arc groove (234), discharge nozzle (235), the first flat skin Band (236), L-shaped connecting rod (237) form, and the L-shaped connecting rod (237) is fixed to be welded in mounting bracket (29) inner tip, and described the One belt pulley (233) rear end is fixedly embedded in L-shaped connecting rod (237) left-hand face, and the hollow ball (232) is fixed to be nested in the One belt pulley (233) outer surface, hollow ball (232) surface is fixed with more than two arc grooves (234) and the two is Integrated molding structure, the separating wheel (231) is fixed be nested in hollow ball (232) outer surface and with the first belt pulley (233) axle center is conllinear, and first belt pulley (233) passes through the first flat belt (236) and bevel gear transmission (27) activity Connection.
4. a kind of novel fodder feeding packaging facilities according to claim 1, it is characterised in that:The Bevel Gear Transmission machine Structure (27) is by bearing block (271), the second flat belt (272), first bevel gear (273), the second belt pulley (274), the second cone tooth (275), sheave (276), first rotating shaft (277) composition are taken turns, bearing block (271) transverse weld is in bevel gear transmission (27) it is fixedly connected on the right side of and by positioning pin, the fixedly embedded table on the right side of bearing block (271) of the first bevel gear (273) Face, the second belt pulley (274) fixation is nested in first bevel gear (273) outer surface and axle center is conllinear between the two, described First bevel gear (273) is flexibly connected by the second flat belt (272) with blanking conveying mechanism (22), the first rotating shaft (277) it is vertically welded in mounting bracket (29) inner tip, second bevel gear (275) fixation is nested in first rotating shaft (277) Lower end outer surface is simultaneously meshed with first bevel gear (273), and the sheave (276) is fixed to be nested in the middle part of first rotating shaft (277) Outer surface is simultaneously meshed with power driving mechanism (28), and first belt pulley (233) passes through the first flat belt (236) and second Belt pulley (274) is flexibly connected.
5. a kind of novel fodder feeding packaging facilities according to claim 1, it is characterised in that:The power driving mechanism (28) it is made of driver plate (281), straight pin (282), connecting rod (283), the second shaft (284), motor (285), the motor (285) bottom, which is fixed, is welded on the right side of sliding rail (210) upper end and is fixedly connected by positioning pin, the second shaft (284) bottom Portion is fixedly embedded to match flexible connection in motor (285) top and the two, and driver plate (281) fixation is nested in the second shaft (284) it upper end outer surface and is meshed with bevel gear transmission (27), connecting rod (283) transverse weld is in driver plate (281) on the right side of and pass through straight pin (282) reinforcing connection.
6. a kind of novel fodder feeding packaging facilities according to claim 2, it is characterised in that:The small belt pulley (227) rear end is fixedly embedded is flexibly connected in strut (226) upper end face and with bevel gear transmission (27).
7. a kind of novel fodder feeding packaging facilities according to claim 5, it is characterised in that:The driver plate (281) is solid Surely it is nested in the second shaft (284) upper end outer surface and is meshed with bevel gear transmission (27).
8. a kind of novel fodder feeding packaging facilities according to claim 1, it is characterised in that:The discharge pipe (5) Fixing sleeve is together in discharge bucket (4) lower end and closely connects between the two.
CN201810732626.XA 2018-07-05 2018-07-05 A kind of novel fodder feeding packaging facilities Withdrawn CN108583999A (en)

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CN201810732626.XA CN108583999A (en) 2018-07-05 2018-07-05 A kind of novel fodder feeding packaging facilities

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Application Number Priority Date Filing Date Title
CN201810732626.XA CN108583999A (en) 2018-07-05 2018-07-05 A kind of novel fodder feeding packaging facilities

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110615125A (en) * 2019-11-06 2019-12-27 浙江长兴振明高科耐火材料有限公司 Quantitative packaging machine for recovering refractory materials
CN110978862A (en) * 2019-12-27 2020-04-10 王亚婷 Pen point hair trimming machine capable of removing inferior hair
CN111645895A (en) * 2020-06-05 2020-09-11 黄德贵 Packaging equipment for granular agricultural products

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110615125A (en) * 2019-11-06 2019-12-27 浙江长兴振明高科耐火材料有限公司 Quantitative packaging machine for recovering refractory materials
CN110978862A (en) * 2019-12-27 2020-04-10 王亚婷 Pen point hair trimming machine capable of removing inferior hair
CN111645895A (en) * 2020-06-05 2020-09-11 黄德贵 Packaging equipment for granular agricultural products

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Application publication date: 20180928