CN205837297U - Subpackage mechanism - Google Patents

Subpackage mechanism Download PDF

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Publication number
CN205837297U
CN205837297U CN201620737109.8U CN201620737109U CN205837297U CN 205837297 U CN205837297 U CN 205837297U CN 201620737109 U CN201620737109 U CN 201620737109U CN 205837297 U CN205837297 U CN 205837297U
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subpackage
level
pipeline
wheel
grades
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CN201620737109.8U
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王家鹏
皮海勇
葛加伟
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Changzhou Smart Card Equipment Co Ltd
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Changzhou Smart Card Equipment Co Ltd
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Abstract

This utility model provides a kind of subpackage mechanism, including milk bag pipeline, subpackage hood and subpackage assembly, subpackage hood is located on milk bag pipeline, subpackage assembly is positioned at subpackage hood downstream process, subpackage assembly includes subpackage side plate, subpackage drive mechanism, subpackage drive mechanism and be symmetricly set on one-level subpackage assembly and the two fraction pack assemblies of milk bag pipeline both sides, one-level subpackage assembly and two fraction pack assemblies set gradually along the conveying direction of milk bag pipeline, the transporting velocity of one-level subpackage assembly is more than the transporting velocity of milk bag pipeline, the transporting velocity of two fraction pack assemblies is more than the transporting velocity of one-level subpackage assembly.This utility model uses the subpackage mechanism being provided with subpackage assembly to carry product, under principle based on speed difference, use synchronous belt type multistage automatic subpackage assembly that product is carried out subpackage step by step, make to have between product certain distance, there is the advantage that subpackage efficiency height, concordance and stability are high.

Description

Subpackage mechanism
Technical field
This utility model relates to packaging facilities technical field, particularly relates to a kind of subpackage mechanism.
Background technology
Milk, the packaging of beverage industry gradually develop, fill operation after completing fill to automatization and intelligent direction By conveying mechanism by canned Product transport to multiple package position, product is formally packed be previously required to product according to The quantity of regulation carries out heap bag, can make to have between adjacent product consistent interval by subpackage sequence, it is simple to count and operate, To ensure smoothly completing of subsequent handling.The mode that the existing many employings of subpackage mode are artificial or semi-automatic, its inefficiency, Labor strength is big, and labour cost is higher, often has milk bag to damage in milk bag placement process, misaligned and neglected loading Occur etc. phenomenon, and after subpackage, spacing uniformity between product is poor, is unsuitable for large batch of production.
Utility model content
Technical problem to be solved in the utility model is: in order to overcome subpackage efficiency in prior art low, subpackage is consistent Property difference deficiency, this utility model provides a kind of subpackage mechanism, uses conveyer belt to carry out automatic transportation, and in conveyer belt both sides Multistage subpackage mechanism is set, compact arranged milk bag is carried out automatic subpackage, make to have between milk bag equal interval, have point The advantage that bag efficiency height, concordance and stability are high, improves production efficiency and automatization level.
The technical scheme that this utility model solves its technical problem to be taken is: a kind of subpackage mechanism, including subpackage group Part, described subpackage assembly includes subpackage side plate, subpackage drive mechanism, subpackage drive mechanism and is symmetricly set on milk bag pipeline The one-level subpackage assembly of both sides and two fraction pack assemblies, described one-level subpackage assembly and described two fraction pack assemblies are along described milk bag The conveying direction of pipeline sets gradually, and described subpackage side plate is two, and is symmetricly set on milk bag pipeline width Both sides, described one-level subpackage assembly and two fraction pack assemblies are fixedly connected on the inside of described subpackage side plate, described one-level subpackage The transporting velocity of assembly is more than described one-level more than the transporting velocity of milk bag pipeline, the transporting velocity of described two fraction pack assemblies The transporting velocity of subpackage assembly.
When using a subpackage, owing to requiring subpackage assembly disposably by the spacing bias of product, this just requires subpackage group Part provides bigger frictional force, improves the speed difference of subpackage assembly and pipeline simultaneously, and speed difference increase can make product after subpackage The concordance at interval and stability reduce, and therefore, pipeline uses two-stage subpackage the distance between product gradually to be pulled open, and improves The stability of subpackage, it is ensured that the concordance of subpackage spacing.When spacing is less can only with one-level subpackage assembly, when Can use in time requiring bigger and realize gradually at one-level subpackage assemblies downstream position increase subpackage assembly progression, divide smoothly Bag, is effectively ensured the concordance of spacing, and the progression of subpackage assembly is not limited to two-stage, can be configured as the case may be.
Concrete, described one-level subpackage assembly includes one-level upper cover plate, one-level lower cover, is vertically provided at milk bag pipeline The level synchronization band of top and the one-level drivewheel engaged with level synchronization band and one-level are fallen wheel, described one-level upper cover plate and one The outer side edges of level lower cover is all fixing with subpackage side plate to be connected, and described one-level lower cover is positioned at below one-level upper cover plate, described Level synchronization band is between described one-level upper cover plate and one-level lower cover, and described one-level drivewheel two ends and one-level are fallen and taken turns two ends Fixing with described one-level upper cover plate and one-level lower cover respectively and be connected, described level synchronization band is along the conveying side of milk bag pipeline To relatively and be arranged in parallel, the transporting velocity of described level synchronization band is more than the transporting velocity of milk bag pipeline.
Concrete, described two fraction pack assemblies include two grades of upper cover plates, two grades of lower covers, are vertically provided at milk bag pipeline The secondary synchronization band of top and the two grades of drivewheels engaged with secondary synchronization band and two grades of wheels of falling, described two grades of upper cover plates and two The outer side edges of level lower cover is all fixing with subpackage side plate to be connected, and described two grades of lower covers are positioned at below two grades of upper cover plates, described Secondary synchronization band relatively and be arranged in parallel along the conveying direction of milk bag pipeline, and described secondary synchronization band is positioned at described two grades of upper covers Between plate and two grades of lower covers, described two grades of drivewheel two ends and two grades fall wheel two ends respectively with described two grades of upper cover plates and two Level lower cover is fixing to be connected, and the transporting velocity of described secondary synchronization band is more than the transporting velocity of described level synchronization band.
Two-stage subpackage assembly all uses Timing Belt entrained product to be accelerated the mode of subpackage, and Timing Belt is at pipeline width The distance in direction produces frictional force and drives product accelerated motion less than the width of product, conveyer belt and product surface, thus realize The adjustment of the spacing of adjacent product, Timing Belt is vertically provided at above pipeline, has certain length and width, it is ensured that with product Contacting for face between product, contact area is relatively big, and frictional force is also the biggest, it is possible to ensure that effectively clamping product tape movable property product add forward Speed;Owing to product accelerates to make product the most unstable, easily fall down, use Timing Belt to have certain length and width Degree, can avoid product to fall down owing to accelerating suddenly, it is possible to avoid milk bag to become too with the frictional force of transporting chain plate quickly Greatly, cause there is scratch bottom milk bag.
Concrete, described subpackage drive mechanism include subpackage reductor, Timing Belt, level synchronization wheel, secondary synchronization wheel and Directive wheel, described subpackage reductor is in transmission connection with described subpackage drive mechanism, and described level synchronization wheel is with described one-level actively Taking turns coaxially connected and be positioned at above described one-level upper cover plate, described secondary synchronization takes turns and position coaxially connected with described two grades of drivewheels Above described two grades of upper cover plates, described level synchronization wheel, secondary synchronization wheel, directive wheel and subpackage reductor are depended on by Timing Belt Secondary it is in transmission connection.
One-level drivewheel and two grades of drivewheels is simultaneously driven by a drive mechanism, same by level synchronization wheel and two grades The ratio of step tooth number realizes the adjustment of speed, simplifies the internal structure of an organization, and reduces cost, improves the synchronicity of two-stage subpackage assembly simultaneously And concordance;Engaged with level synchronization wheel and secondary synchronization wheel by then passing through a drive mechanism simultaneously, use directive wheel pair Timing Belt carries out guiding and tensioning, ensures engagement effect, improves the reliability of transmission.
Further, in order to adapt to different size of product, described subpackage mechanism also includes being arranged on below milk bag pipeline Width adjustment mechanism, described width adjustment mechanism includes that bottom plate, described bottom plate are provided with screw component and slide rail Assembly, described screw component includes screw mandrel, screw rod fixing plate and screw mandrel shaft block, and described screw rod fixing plate bottom is lower solid with described Determining plate to connect, described screw mandrel is connected with described screw rod fixing plate top by screw mandrel shaft block, described screw mandrel stretch out hold and Described subpackage side plate lower thread connects;Described slide track component includes that slide rail, slide block and slider plate, described slide rail are provided with two Slide block, described slide block is slidably connected with described slide rail, and described slider plate one end is fixing with described slide block to be connected, and described slider plate is another One end is fixing with described subpackage side plate bottom to be connected.
Subpackaging machine structure can be made to be fixed in frame by bottom plate, make subpackage side plate drive one-level by rotary screw rod Subpackage assembly and two fraction pack assemblies move along pipeline width, and screw component is on the one hand for subpackage side plate and Subpackaging machine The support of structure, on the other hand when carrying out width adjustment, can be convenient and swift, time saving and energy saving, screw mandrel can use unidirectional screw mandrel Or Bidirectional-screw, when using unidirectional screw mandrel, needs two, is symmetrically installed, can adjust the subpackage mechanism of both sides respectively Whole, convenient, flexible;When using Bidirectional-screw, need one, middle fixing, the mechanism of both sides can be adjusted simultaneously, concordance is more Good.
Further, in order to make propulsive mechanism when the product that propulsion reactor is folded, it is to avoid the product of afterbody is toppled over or drop, institute State subpackage mechanism and also include being positioned at the guiding mechanism of described subpackage element end, described guiding mechanism include cylinder, guide plate and Cylinder fixes seat, and described cylinder is fixed seat one end and is connected with two grades of lower covers, and the other end stretches out, and described cylinder is fixed on gas The upper surface of the outward extending one end of seat fixed by cylinder, and the transmission of the telescopic direction of described cylinder push-rod and described milk bag pipeline Direction has certain angle, and described guide plate is the thin plate being provided with certain angle bending, and described guide plate is vertically fixed on described Push rod end.
The guide plate front end of guiding mechanism is parallel with product, and rear end is connected with cylinder push-rod, and guide plate has bending, and it is curved The angle of folding is complementary with the angle of cylinder push-rod and pipeline, it is simple to the connection of push rod, cylinder push-rod and pipeline have one Fixed angle, makes the direction of motion of guide plate and the conveying direction of pipeline have certain angle in push rod forward pushing course, I.e. guide plate had both had moving along pipeline direction, had again moving along propulsive mechanism direction of propulsion, it can thus be avoided The product of afterbody is toppled over or drop, improves stability and the reliability of integrated model.
Concrete, described milk bag pipeline include foot rest, conveyer belt, pipeline motor, pipeline side plate, head fall wheel, Tail is fallen and is taken turns and pipeline drivewheel, and described pipeline side plate is two both sides laying respectively at described conveyer belt width, And fixing with described foot rest upper end is connected, described pipeline side plate interior sides be provided with upper lead-in for supporting described conveyer belt with under Lead-in, described head falls wheel and tail wheel of falling lays respectively at described conveyer belt two ends, and described pipeline drivewheel is positioned at described machine Head is fallen below wheel, and fall wheel, tail of described head falls wheel and pipeline drivewheel engages with described conveyer belt, and described pipeline is electric Machine is connected with pipeline capstan drive by pipeline reduction box.Conveyer belt uses silent chain, has stronger bearing capacity, Upper lead-in and lower lead-in are for the bottom of bearing conveying belt levels, and pipeline drivewheel, head fall wheel and tail is fallen, and wheel drives Conveyer belt rotates, it is achieved the conveying of product.
Existing strainer is usually fixing, and operation a period of time needs shutdown to carry out conveyer belt adjustment tensile force, Properly functioning to ensure conveyer belt, it addition, conveyer belt difference adjusts state when being affected by external force simultaneously, make conveyer belt open Tightly frequently changing in relaxed state, the state of its conveyer belt can not Real-time and Dynamic adjust, and affects service life.
Further, stable in order to ensure the tensile force of conveyer belt, described milk bag pipeline also includes being arranged on head and falls wheel With tail falls the strainer between wheel, described strainer includes the first regulating wheel, the second regulating wheel and weight, described first Regulating wheel and the second regulating wheel are positioned at the lower section of described conveyer belt, and described weight is positioned at described first regulating wheel and the second regulating wheel Between conveyer belt above, described weight suspends and arranges on the conveyor belt and can fluctuate with the tensioning state of conveyer belt.
First regulating wheel is near the position of pipeline drivewheel, and with the position of engagement of conveyer belt higher than pipeline drivewheel With the position of engagement of conveyer belt, the first regulating wheel and the second regulating wheel horizontal parallel arrange, and the first regulating wheel and the second tensioning The position of wheel peak and lower lead-in location matches, it is ensured that conveyer belt can enter on lower lead-in smoothly, and weight is positioned at first Engaging between bearing up pulley and the second regulating wheel and with conveyer belt, the gravity of weight produces a downward pressure to conveyer belt, makes defeated Band is sent to be in a tensioning state, and owing to tensile force is determined by weight gravity, therefore, when gravity one timing of weight can be protected The tensile force of card conveyer belt keeps consistent, when being affected by external force on conveyer belt, can be carried out conveyer belt in real time by weight Dynamically adjust, improve stability and the life-span of conveyer belt.
Further, in order to avoid in conveyer belt motor process jump tooth, the conveyer belt of described upper lead-in and lower lead-in position it Between distance less than described tail fall wheel external diameter.Drawn high the position of conveyer belt by lower lead-in, make conveyer belt and tail fall wheel Cornerite more than 180 °, ensure the delivery precision and reliably of conveyer belt by increasing the contact area between gear and conveyer belt Property, it is to avoid jump tooth.
Further, in order to prevent product from dropping from pipeline in quick course of conveying, described milk bag pipeline also wraps Including guardrail, described guardrail is two both sides being arranged on described conveyer belt upper surface, can be to product on pipeline by guardrail Carrying out spacing, it is to avoid product drops, in order to adapt to different size of product, described guardrail is defeated with described by guardrail adjustment structure Line sending side plate is fixing to be connected.
Concrete, described guardrail adjustment structure includes the fence assembly that at least two is connected, described guardrail with described guardrail Assembly includes corner connector, vertical posts and transverse post, and described corner connector side is fixing with described pipeline side plate to be connected, described vertically Column bottom is fixed on described corner connector upper surface, and described transverse post one end is connected with described vertical posts, the other end and described guardrail Outside fixing connect, and by the width between described fence assembly scalable guardrail.By adjusting corner connector and side plate Link position can adjust the height of guardrail, exists in the position of corner connector upper surface and adjustment transverse post by adjusting vertical posts Position in vertical posts can realize the adjustment of guardrail width, so that guardrail can be suitable for the product of differing heights and width.
Further, also include that subpackage hood, described subpackage hood are located on described milk bag pipeline, described one-level subpackage Assembly and two fraction pack assemblies are positioned at the downstream process of described subpackage hood.
The beneficial effects of the utility model are: a kind of subpackage mechanism that this utility model provides, and use and are provided with subpackage assembly Subpackage mechanism product is carried, under principle based on speed difference, use the multistage automatic subpackage assembly pair of synchronous belt type Product carries out subpackage step by step, makes to have between product certain distance, has that subpackage efficiency is high, concordance and high excellent of stability Point.
Accompanying drawing explanation
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Fig. 1 is the structural representation of this utility model most preferred embodiment;
Fig. 2 is the structural representation of this utility model subpackage assembly;
Fig. 3 is the structural representation of this utility model subpackage assembly;
Fig. 4 is the structural representation of this utility model subpackage assembly;
Fig. 5 is the front view of this utility model subpackage assembly;
Fig. 6 is the top view of this utility model subpackage assembly;
Fig. 7 is the structural representation of this utility model one-level subpackage assembly;
Fig. 8 is the structural representation of this utility model two fraction pack assembly;
Fig. 9 is a kind of embodiment structural representation of this utility model width adjustment mechanism;
Figure 10 is the another embodiment structural representation of this utility model width adjustment mechanism;
Figure 11 is the structural representation of this utility model milk bag pipeline;
Figure 12 is the structural representation of this utility model milk bag pipeline;
Figure 13 is the structure for amplifying schematic diagram in Figure 11 at A;
Figure 14 is the structure for amplifying schematic diagram in Figure 12 at B.
In figure: 100, subpackage assembly, 200, milk bag pipeline, 300, subpackage hood, 1, subpackage side plate, 1-1, reinforcing plate, 2, one-level subpackage assembly, 2-1, one-level upper cover plate, 2-2 one-level lower cover, 2-3, level synchronization band, 2-4, one-level drivewheel, 2- 5, one-level is fallen wheel, 2-6, one-level Internal baffle, 2-7, one-level reinforcing prop, 3, two fraction pack assemblies, 3-1, two grades of upper cover plates, 3-2, two Level lower cover, 3-3, secondary synchronization band, 3-4, two grades of drivewheels, 3-5, two grades of wheels of falling, 3-6, two grades of Internal baffles, 3-7, two grades add Qiang Zhu, 4, subpackage drive mechanism, 5, subpackage drive mechanism, 5-1, subpackage reductor, 5-2, Timing Belt, 5-3, level synchronization take turns, 5-4, secondary synchronization are taken turns, 5-5, directive wheel, 5-6, synchronize wheel pressing plate, 5-7, reductor regulating block, and 5-8, deceleration synchronization are taken turns, and 6, wide Degree governor motion, 6-1, bottom plate, 6-2, slide rail, 6-3, slide block, 6-4, slider plate, 6-5, unidirectional screw mandrel, 6-6, screw mandrel are solid Determine plate, 6-7, screw mandrel shaft block, 6-8, Bidirectional-screw, 7, guiding mechanism, 7-1, cylinder, 7-2, guide plate, 7-3, cylinder are fixed Seat, 8, foot rest, 9, conveyer belt, 10, pipeline motor, 11, pipeline side plate, 12, guardrail, 13, head, 14, tail, 15, machine Head is fallen wheel, 16, tail fall wheel, 17, pipeline reduction box, 18, pipeline drivewheel, 19, corner connector, 20, vertical posts, 21, horizontal stroke Xiang Zhu, the 22, first regulating wheel, the 23, second regulating wheel, 24, weight, 25, head side plate, 26, gathering sill.
Detailed description of the invention
Presently in connection with accompanying drawing, this utility model is described in detail.This figure is the schematic diagram simplified, the most in a schematic way Basic structure of the present utility model is described, therefore it only shows the composition relevant with this utility model.
As represented in figures 1 through 14, a kind of subpackage mechanism of the present utility model, including subpackage assembly 100, milk bag pipeline 200 and Subpackage hood 300, subpackage hood 300 is the rectangular cover of a both ends open, is located on milk bag pipeline 200, subpackage assembly 100 are positioned at subpackage hood 300 downstream process, and subpackage assembly 100 is symmetricly set on milk bag pipeline 200 both sides;
As shown in figs. 2-10, subpackage assembly 100 includes subpackage side plate 1, one-level subpackage assembly 2, two fraction pack assembly 3, divides Packet driven mechanism 4, subpackage drive mechanism 5 and width adjustment mechanism 6, one-level subpackage assembly 2 and two fraction pack assemblies 3 are defeated along milk bag The conveying direction of line sending 200 sets gradually, and two fraction pack assemblies 3 are positioned at the downstream position of one-level subpackage assembly 2, one-level subpackage group Part 2 and two fraction pack assemblies 3 are symmetrical structure, are separately positioned on milk bag pipeline 200 both sides, and are positioned at milk bag pipeline Above in the of 200, subpackage drive mechanism 4 drives one-level subpackage assembly 2 and two fraction pack assemblies 3 to carry out point by subpackage drive mechanism 5 Bag, width adjustment mechanism 6, for being adjusted one-level subpackage assembly 2 and two fraction pack assembly 3 width for different product, is led Entering guiding when advancing station to mechanism 7 for product, the transporting velocity of one-level subpackage assembly 2 is more than milk bag pipeline 200 Transporting velocity, the transporting velocity of two fraction pack assemblies 3 is more than the transporting velocity of one-level subpackage assembly 2.
As it is shown on figure 3, subpackage side plate 1 is two, and it is symmetricly set on the both sides of milk bag pipeline 200 width, point The one side of bag side plate 1 is provided with two L-shaped reinforcing plates 1-1, and reinforcing plate 1-1 is positioned at the inner side of subpackage side plate 1, one-level subpackage group Part 2 and two fraction pack assemblies 3 are fixedly connected on the inside of subpackage side plate 1 by screw.
As shown in figs. 4-7, one-level subpackage assembly 2 includes one-level upper cover plate 2-1, one-level lower cover 2-2, level synchronization band 2- 3, one-level drivewheel 2-4 and one-level fall wheel 2-5, wherein, one-level upper cover plate 2-1, one-level lower cover 2-2, one-level drivewheel 2-4 and One-level fall wheel 2-5 be two groups of both sides laying respectively at milk bag pipeline 200, one-level drivewheel 2-4 and one-level fall 2-5 wheel be positioned at Two ends between one-level upper cover plate 2-1 and one-level lower cover 2-2, one-level drivewheel 2-4 and one-level are fallen and are taken turns the axis of 2-5 all with one Level upper cover plate 2-1 and one-level lower cover 2-2 place plane is vertical, and one-level drivewheel 2-4 is positioned at one end of one-level upper cover plate 2-1, The one-level wheel 2-5 that falls is positioned at the other end of one-level upper cover plate 2-1, one-level drivewheel 2-4 two ends respectively with one-level upper cover plate 2-1 and Level lower cover 2-2 connects, and one-level 2-5 two ends of falling are connected with one-level upper cover plate 2-1 and one-level lower cover 2-2 respectively, one-level active Wheel 2-4 and one-level are fallen and are taken turns the most vertically arrange on 2-5 two level synchronization band 2-3 engaged, level synchronization band 2-3 Conveying direction along milk bag pipeline 200 relatively and be arranged in parallel, and the transporting velocity of level synchronization band 2-3 is more than milk bag pipeline The transporting velocity of 200;The outer side edges of one-level upper cover plate 2-1 and one-level lower cover 2-2 is all fixing with subpackage side plate 1 to be connected, and one Level lower cover 2-2 is positioned at below one-level upper cover plate 2-1, and reinforcing plate 1-1 one end on subpackage side plate 1 is solid with subpackage side plate 1 Fixed connecting, the other end is fixing with one-level lower cover 2-2 to be connected, be additionally provided with in level synchronization band 2-3 inner ring one-level Internal baffle 2-6 with One-level reinforcing prop 2-7, one-level Internal baffle 2-6 and the upper and lower two ends of one-level reinforcing prop 2-7 respectively with under one-level upper cover plate 2-1 and one-level Cover plate 2-2 is fixing to be connected, and strengthens supporting role, improves stability.
As shown in Fig. 4-5 and Fig. 8, the structure of two fraction pack assemblies 3 is essentially identical with the structure of one-level subpackage assembly 2, and two Fraction pack assembly 3 includes two grades of upper cover plate 3-1, two grades of lower cover 3-2, is vertically provided at two grades above milk bag pipeline 200 Timing Belt 3-3 and the two grades of drivewheel 3-4 engaged with secondary synchronization band 3-3 and two grades of wheel 3-5, secondary synchronization band 3-3 edges of falling Milk bag pipeline 200 direction relatively and be arranged in parallel, and secondary synchronization band 3-3 is positioned at two grades of upper cover plate 3-1 and two grades of lower cover 3-2 Between, two grades of drivewheel 3-4 two ends and two grades of wheel 3-5 two ends of falling are solid with two grades of upper cover plate 3-1 and two grades of lower cover 3-2 respectively Fixed connection, the transporting velocity of the secondary synchronization band 3-3 transporting velocity more than level synchronization band 2-3;Two grades of upper cover plate 3-1 and two grades The outer side edges of lower cover 3-2 is all fixing with subpackage side plate 1 to be connected, and two grades of lower cover 3-2 are positioned at below two grades of upper cover plate 3-1, Another reinforcing plate 1-1 one end on subpackage side plate 1 is fixing with subpackage side plate 1 to be connected, and the other end and two grades of lower cover 3-2 fix Connect, in secondary synchronization band 3-3 inner ring, be additionally provided with two grades of Internal baffle 3-6 and two grades of reinforcing prop 3-7, two grades of Internal baffle 3-6 and two The level upper and lower two ends of reinforcing prop 3-7 are fixed be connected with two grades of upper cover plate 3-1 and two grades of lower cover 3-2 respectively, strengthen supporting role, carry High stability.
Drive mechanism 4 uses motor to be driven, and improves automaticity and control accuracy.
As Figure 4-Figure 6, drive mechanism 5 include subpackage reductor 5-1, Timing Belt 5-2, level synchronization wheel 5-3, two grades with Step wheel 5-4, directive wheel 5-5 and deceleration synchronization wheel 5-8, subpackage reductor 5-1 is connected with motor-driven, deceleration synchronization take turns 5-8 and The output shaft of subpackage reductor 5-1 connects, and level synchronization wheel 5-3 and one-level drivewheel 2-4 is coaxially connected and is positioned at one-level upper cover Above plate 2-1, secondary synchronization wheel 5-4 and two grades of drivewheel 3-4 are coaxially connected and are positioned at above two grades of upper cover plate 3-1, and one-level is together Step wheel 5-3, secondary synchronization wheel 5-4, directive wheel 5-5 and deceleration synchronization wheel 5-8 are in transmission connection successively by Timing Belt 5-2, are formed The drive system of closed circulation, level synchronization wheel 5-3, secondary synchronization wheel 5-4, directive wheel 5-5 and deceleration synchronization wheel 5-8 are by same Step wheel pressing plate 5-6 fixes, and subpackage reductor 5-1 is connected by reductor regulating block 5-7 and one-level upper cover plate 2-1 is fixing.
As shown in figs. 9-10, width adjustment mechanism 6 include bottom plate 6-1, bottom plate 6-1 be provided with screw component and Slide track component, slide track component is two groups, is vertically arranged with the conveying direction of milk bag pipeline 200 and is positioned at screw component along milk bag The both sides in pipeline 200 direction, often group slide track component includes slide rail 6-2, slide block 6-3 and slider plate 6-4, on every one slide rail 6-2 Being provided with two slide block 6-3 the most identical, slide block 6-3 is slidably connected with slide rail 6-2, and slider plate 6-4 is L-shaped connecting plate, slide block Plate 6-4 one end is fixing with slide block 6-3 to be connected, and the slider plate 6-4 other end and subpackage side plate 1 bottom are fixing even by four screws Connect, subpackage side plate 1 can be driven to move on milk bag pipeline 200 width by slider plate 6-4;
Screw component can have two kinds of embodiments:
As it is shown in figure 9, embodiment one includes unidirectional screw mandrel 6-5, screw rod fixing plate 6-6 and screw mandrel bearing for screw component Seat 6-7, unidirectional screw mandrel 6-5, screw rod fixing plate 6-6 and screw mandrel shaft block 6-7 be two groups, screw rod fixing plate 6-6 bottom with under Fixed plate 6-1 is fixing to be connected, and unidirectional screw mandrel 6-5 one end is connected by screw mandrel shaft block 6-7 and screw rod fixing plate 6-6 top, single It is connected with subpackage side plate 1 lower thread to the outward extending one end of screw mandrel 6-5, and runs through subpackage side plate 1;During regulation, turn respectively The unidirectional screw mandrel 6-5 of dynamic pipeline 1 both sides, drives subpackage side plate 1 to move on slide rail 6-2 by screw thread, makes the subpackage of both sides Assembly 100 moves respectively, it is achieved width adjusting.
As shown in Figure 10, embodiment two and embodiment one difference are to use a Bidirectional-screw 6-8, two-way The thread rotary orientation at screw mandrel 6-8 two ends is contrary, and screw rod fixing plate 6-6 and screw mandrel shaft block 6-7 is one or two, and screw mandrel is fixed Plate 6-6 bottom is fixing with bottom plate 6-1 to be connected, by screw mandrel shaft block 6-7 and screw rod fixing plate 6-in the middle part of Bidirectional-screw 6-8 6 tops connect, and the outward extending two ends of Bidirectional-screw 6-8 are connected with subpackage side plate 1 lower thread of both sides respectively, and run through point Bag side plate 1 stretches out;During regulation, rotate Bidirectional-screw 6-8, drive subpackage side plate 1 to move on slide rail 6-2 by screw thread, The subpackage assembly 100 making both sides moves simultaneously, it is achieved width adjusting.
As seen in figs. 5-6, guiding mechanism 7 includes that cylinder 7-1, guide plate 7-2 and cylinder fix seat 7-3, and cylinder fixes seat 7-3 one end is connected with two grades of lower cover 3-2, and the other end stretches out, and cylinder 7-1 is fixed on cylinder and fixes seat 7-3 and stretch out The upper surface of one end, and the transmission direction of the telescopic direction of cylinder 7-1 push rod and milk bag pipeline 200 has certain angle, Guide plate 7-2 is the thin plate being provided with certain angle bending, and guide plate 7-2 is vertically fixed on push rod end.
As illustrated in figs. 11-14, milk bag pipeline 200 includes foot rest 8, conveyer belt 9, pipeline motor 10, pipeline side plate 11, fall wheel 15, tail of guardrail 12, head is fallen wheel 16, pipeline drivewheel 18 and strainer, and foot rest 8 at least is used for Supporting, pipeline side plate 11 is two both sides laying respectively at conveyer belt 9 width, and the side of pipeline side plate 11 is passed through Screw is fixing with foot rest 8 upper end to be connected, and pipeline side plate 11 is provided with hole, multiple location, regulates by connecting different holes, location The Support Position of foot rest 8, is provided with the upper lead-in for support belt 9 and lower lead-in, on conveyer belt 9 inside pipeline side plate 11 The bottom support of layer is on upper lead-in, and the bottom support of conveyer belt 9 lower floor is on lower lead-in.
As depicted in figs. 11-12, pipeline side plate 11 two ends are provided with head 13 and tail 14, and head 13 is positioned at conveyer belt 9 Upstream position, tail 14 is positioned at the downstream position of conveyer belt 9, is provided with head and falls wheel 15 in head 13, and head is fallen the rotating shaft of wheel 15 Two ends are connected with the side plate of head 13, be provided with tail and fall wheel 16 in tail 14, and tail is fallen the rotating shaft two ends of wheel 16 and tail 14 Side plate connects, head falls wheel 15 and tail is fallen internal ring two ends that wheel 16 is horizontally supported at conveyer belt 9, and pipeline drivewheel 18 is positioned at Head is fallen below wheel 15, and fall wheel 15, tail of head falls wheel 16 and pipeline drivewheel 18 engages with conveyer belt 9 internal ring, carries Line motor 10 is in transmission connection with pipeline drivewheel 18 by pipeline reduction box 17, and conveyer belt 9 uses silent chain, has stronger Bearing capacity, pipeline motor 10 and pipeline reduction box 17 are fixed on pipeline side plate 11 near defeated by motor fixing plate The outside of the side of line sending drivewheel 18.
As shown in figure 14, strainer includes the first regulating wheel the 22, second regulating wheel 23 and weight 24, the first regulating wheel 22 With the lower section that the second regulating wheel 23 is positioned at conveyer belt 9 lower floor, weight 24 is between the first regulating wheel 22 and the second regulating wheel 23 Conveyer belt 9 above, the rotating shaft of the first regulating wheel 22 and the second regulating wheel 23 and head side plate 25 is fixing to be connected, head side plate 25 Being provided with the gathering sill 26 of vertical direction, rotating shaft one end of weight 24 is placed in gathering sill 26, and is slidably connected with gathering sill 26, Make weight 24 suspend be arranged on conveyer belt 9 and can fluctuate with the tensioning state of conveyer belt 9.
Distance between the conveyer belt 9 of upper lead-in and lower lead-in position is fallen less than tail the external diameter of wheel 16, make conveyer belt 9 with Tail falls the cornerite taking turns 16 more than 180 °.
As figs 11-13, guardrail 12 is two both sides being arranged on conveyer belt 9 upper surface, can be right by guardrail 12 On pipeline 9, product carries out spacing, is possible to prevent product to drop from pipeline 9 in quick course of conveying simultaneously.Guardrail 12 Outside is fixed by guardrail adjustment structure and pipeline side plate 11 and is connected, and guardrail adjustment structure includes multiple connecting outside guardrail 12 The fence assembly connect, fence assembly includes that corner connector 19, vertical posts 20 and transverse post 21, corner connector 19 are the L-shaped at a right angle Connector, corner connector 19 side is connected, by connecting different location by screw is fixing with the hole, location of pipeline side plate 11 Hole can adjust the guardrail 12 position in conveyer belt 9 both sides, and corner connector 19 upper surface is provided with along the extension of conveyer belt 9 width Kidney ellipsoid through hole, is fixed on corner connector 19 upper surface, and passes through the position that kidney ellipsoid through hole scalable is horizontal bottom vertical posts 20, Transverse post 21 one end is connected with vertical posts 20, and the other end is fixing with the outside of guardrail 12 to be connected, transverse post 21 and vertical posts 20 Connect end can the bearing of trend of transversely post 21 be adjusted.The present embodiment connects outside each guardrail 12 two guardrail groups Part.
In figure, arrow represents the rotation direction of conveyer belt 9.
With above-mentioned according to desirable embodiment of the present utility model for enlightenment, by above-mentioned description, relevant work Personnel can carry out various change and amendment completely in the range of without departing from this utility model.This utility model Technical scope is not limited to the content in description, it is necessary to determine its technical scope according to right.

Claims (12)

1. a subpackage mechanism, it is characterised in that: include subpackage assembly (100), subpackage assembly (100) include subpackage side plate (1), Subpackage drive mechanism (4), subpackage drive mechanism (5) and be symmetricly set on the one-level subpackage group of milk bag pipeline (200) both sides Part (2) and two fraction pack assemblies (3), described one-level subpackage assembly (2) and described two fraction pack assemblies (3) carry along described milk bag The conveying direction of line (200) sets gradually, and described subpackage side plate (1) is two, and it is wide to be symmetricly set on milk bag pipeline (200) The both sides in degree direction, described one-level subpackage assembly (2) and two fraction pack assemblies (3) are fixedly connected on described subpackage side plate (1) Inside, the transporting velocity of described one-level subpackage assembly (2) is more than the transporting velocity of milk bag pipeline (200), described two grades of subpackages The transporting velocity of assembly (3) is more than the transporting velocity of described one-level subpackage assembly (2).
2. subpackage mechanism as claimed in claim 1, it is characterised in that: described one-level subpackage assembly (2) includes one-level upper cover plate (2-1), one-level lower cover (2-2), be vertically provided at milk bag pipeline (200) top level synchronization band (2-3) and with one Level Timing Belt (2-3) the one-level drivewheel (2-4) that engages and one-level are fallen wheel (2-5), under described one-level upper cover plate (2-1) and one-level The outer side edges of cover plate (2-2) is all fixing with subpackage side plate (1) to be connected, and described one-level lower cover (2-2) is positioned at one-level upper cover plate (2-1) lower section, described level synchronization band (2-3) is positioned between described one-level upper cover plate (2-1) and one-level lower cover (2-2), institute State one-level drivewheel (2-4) two ends and one-level fall wheel (2-5) two ends respectively with described one-level upper cover plate (2-1) and one-level lower cover Plate (2-2) is fixing to be connected, and described level synchronization band (2-3) relatively and be arranged in parallel along the conveying direction of milk bag pipeline (200), The transporting velocity of described level synchronization band (2-3) is more than the transporting velocity of milk bag pipeline (200).
3. subpackage mechanism as claimed in claim 2, it is characterised in that: described two fraction pack assemblies (3) include two grades of upper cover plates (3-1), two grades of lower covers (3-2), be vertically provided at the secondary synchronization band (3-3) of milk bag pipeline (200) top and with two Level Timing Belt (3-3) two grades of drivewheels (3-4) engaging and two grades of wheels (3-5) of falling, under described two grades of upper cover plates (3-1) and two grades The outer side edges of cover plate (3-2) is all fixing with subpackage side plate (1) to be connected, and described two grades of lower covers (3-2) are positioned at two grades of upper cover plates (3-1) lower section, described secondary synchronization band (3-3) relatively and be arranged in parallel along the conveying direction of milk bag pipeline (200), and described two Level Timing Belt (3-3) is positioned between described two grades of upper cover plates (3-1) and two grades of lower covers (3-2), described two grades of drivewheels (3-4) Two ends and two grades of wheel (3-5) two ends of falling are fixed be connected with described two grades of upper cover plates (3-1) and two grades of lower covers (3-2) respectively, The transporting velocity of described secondary synchronization band (3-3) is more than the transporting velocity of described level synchronization band (2-3).
4. subpackage mechanism as claimed in claim 3, it is characterised in that: described subpackage drive mechanism (5) includes subpackage reductor (5-1), Timing Belt (5-2), level synchronization wheel (5-3), secondary synchronization take turns (5-4) and directive wheel (5-5), described subpackage reductor (5-1) being in transmission connection with described subpackage drive mechanism (4), described level synchronization wheel (5-3) is same with described one-level drivewheel (2-4) Axle connects and is positioned at described one-level upper cover plate (2-1) top, described secondary synchronization wheel (5-4) and described two grades of drivewheels (3-4) Coaxially connected and be positioned at described two grades of upper cover plates (3-1) top, described level synchronization wheel (5-3), secondary synchronization wheel (5-4), lead It is in transmission connection successively by Timing Belt (5-2) to wheel (5-5) and subpackage reductor (5-1).
5. subpackage mechanism as claimed in claim 4, it is characterised in that: described subpackage mechanism also includes being arranged on milk bag pipeline (200) width adjustment mechanism (6) of lower section, described width adjustment mechanism (6) includes bottom plate (6-1), described bottom plate (6-1) being provided with screw component and slide track component, described screw component includes screw mandrel, screw rod fixing plate (6-6) and screw mandrel bearing Seat (6-7), described screw rod fixing plate (6-6) bottom is connected with described bottom plate (6-1), and described screw mandrel passes through screw mandrel shaft block (6-7) being connected with described screw rod fixing plate (6-6) top, described screw mandrel stretches out and holds and described subpackage side plate (1) bottom spiral shell Stricture of vagina connects;Described slide track component includes slide rail (6-2), slide block (6-3) and slider plate (6-4), and described slide rail (6-2) is provided with two Individual slide block (6-3), described slide block (6-3) is slidably connected with described slide rail (6-2), described slider plate (6-4) one end and described cunning Block (6-3) is fixing to be connected, and described slider plate (6-4) other end is fixing with described subpackage side plate (1) bottom to be connected.
6. subpackage mechanism as claimed in claim 1, it is characterised in that: described subpackage mechanism also includes being positioned at described subpackage assembly (100) guiding mechanism (7) of end, described guiding mechanism (7) includes that cylinder (7-1), guide plate (7-2) and cylinder fix seat (7-3), described cylinder is fixed seat (7-3) one end and is connected with two grades of lower covers (3-2), and the other end stretches out, described cylinder (7- 1) be fixed on cylinder and fix the upper surface of seat (7-3) outward extending one end, and the telescopic direction of described cylinder (7-1) push rod with The transmission direction of described milk bag pipeline (200) has certain angle, and described guide plate (7-2) is for being provided with certain angle bending Thin plate, described guide plate (7-2) is vertically fixed on described push rod end.
7. subpackage mechanism as claimed in claim 1, it is characterised in that: described milk bag pipeline (200) includes foot rest (8), defeated Fall wheel (15), tail of band (9), pipeline motor (10), pipeline side plate (11), head is sent to fall wheel (16) and pipeline drivewheel (18), described pipeline side plate (11) is two both sides laying respectively at described conveyer belt (9) width, and with described foot rest (8) upper end is fixing connects, and described pipeline side plate (11) inner side is provided with the upper lead-in for supporting described conveyer belt (9) and lower lining Bar, described head falls wheel (15) and tail is fallen, and wheel (16) lays respectively at described conveyer belt (9) two ends, described pipeline drivewheel (18) it is positioned at described head to fall wheel (15) lower section, and fall wheel (15), tail of described head is fallen wheel (16) and pipeline drivewheel (18) engaging with described conveyer belt (9), described pipeline motor (10) is by pipeline reduction box (17) and pipeline drivewheel (18) it is in transmission connection.
8. subpackage mechanism as claimed in claim 7, it is characterised in that: described milk bag pipeline (200) also includes being arranged on machine Head falls wheel (15) and tail the is fallen strainer between wheel (16), described strainer include the first regulating wheel (22), second Bearing up pulley (23) and weight (24), described first regulating wheel (22) and the second regulating wheel (23) be positioned at the lower section of described conveyer belt (9), Conveyer belt (9) top that described weight (24) is positioned between described first regulating wheel (22) and the second regulating wheel (23), described heavy Hammer (24) suspension is arranged on conveyer belt (9) and above and can fluctuate with the tensioning state of conveyer belt (9).
9. subpackage mechanism as claimed in claim 7, it is characterised in that: the conveyer belt (9) of described upper lead-in and lower lead-in position Between distance fall the external diameter of wheel (16) less than described tail.
10. subpackage mechanism as claimed in claim 7, it is characterised in that: described milk bag pipeline (200) also includes guardrail (12), described guardrail (12) is two both sides being arranged on described conveyer belt (9) upper surface, and described guardrail (12) is adjusted by guardrail Nodule structure is fixing with described pipeline side plate (11) to be connected.
11. subpackage mechanisms as claimed in claim 10, it is characterised in that: described guardrail adjustment structure includes at least two and institute Stating the fence assembly that guardrail (12) connects, described fence assembly includes corner connector (19), vertical posts (20) and transverse post (21), institute State that corner connector (19) side and described pipeline side plate (11) are fixing to be connected, bottom described vertical posts (20), be fixed on described corner connection Part (19) upper surface, described transverse post (21) one end is connected with described vertical posts (20), outside the other end is with described guardrail (12) Side is fixing to be connected, and by the width between described fence assembly scalable guardrail (12).
12. subpackage mechanisms as claimed in claim 7, it is characterised in that: also include subpackage hood (300), described subpackage hood (300) being located on described milk bag pipeline (200), described one-level subpackage assembly (2) and two fraction pack assemblies (3) are positioned at described The downstream process of subpackage hood (300).
CN201620737109.8U 2016-07-13 2016-07-13 Subpackage mechanism Active CN205837297U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108249166A (en) * 2016-12-29 2018-07-06 天津中辰自动化设备有限公司 A kind of linear double block rock wool, mineral wool high-speed buck stacker
CN116213925A (en) * 2022-11-08 2023-06-06 惠州市联赢科技有限公司 Copper nozzle brush cleaning device and copper nozzle cleaning method of laser welding machine
CN117775427A (en) * 2024-02-28 2024-03-29 广州市奥荣智能设备有限公司 Pipe-sticking spoon-sticking system and control method thereof

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108249166A (en) * 2016-12-29 2018-07-06 天津中辰自动化设备有限公司 A kind of linear double block rock wool, mineral wool high-speed buck stacker
CN116213925A (en) * 2022-11-08 2023-06-06 惠州市联赢科技有限公司 Copper nozzle brush cleaning device and copper nozzle cleaning method of laser welding machine
CN116213925B (en) * 2022-11-08 2024-01-12 惠州市联赢科技有限公司 Laser welding machine copper mouth brush cleaning device
CN117775427A (en) * 2024-02-28 2024-03-29 广州市奥荣智能设备有限公司 Pipe-sticking spoon-sticking system and control method thereof

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