CN105599989A - Wheel type aligning device in tobacco rod transmission - Google Patents
Wheel type aligning device in tobacco rod transmission Download PDFInfo
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- CN105599989A CN105599989A CN201510726123.8A CN201510726123A CN105599989A CN 105599989 A CN105599989 A CN 105599989A CN 201510726123 A CN201510726123 A CN 201510726123A CN 105599989 A CN105599989 A CN 105599989A
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- 230000005540 biological transmission Effects 0.000 title claims abstract description 30
- 241000208125 Nicotiana Species 0.000 title abstract description 15
- 235000002637 Nicotiana tabacum Nutrition 0.000 title abstract description 15
- 230000033001 locomotion Effects 0.000 claims abstract description 15
- 230000003068 static effect Effects 0.000 claims abstract description 3
- 230000009977 dual effect Effects 0.000 claims description 34
- 230000007704 transition Effects 0.000 claims description 30
- 229920001971 elastomer Polymers 0.000 claims description 24
- 238000007789 sealing Methods 0.000 claims description 21
- 235000019504 cigarettes Nutrition 0.000 claims description 5
- 239000000203 mixture Substances 0.000 claims description 4
- 229920002635 polyurethane Polymers 0.000 claims description 3
- 239000004814 polyurethane Substances 0.000 claims description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 6
- 230000001360 synchronised effect Effects 0.000 abstract description 2
- 239000010410 layer Substances 0.000 abstract 2
- 239000002356 single layer Substances 0.000 abstract 1
- 238000012856 packing Methods 0.000 description 9
- 238000013461 design Methods 0.000 description 5
- 230000007246 mechanism Effects 0.000 description 5
- 230000008859 change Effects 0.000 description 2
- 239000012141 concentrate Substances 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000012546 transfer Methods 0.000 description 2
- 101100379079 Emericella variicolor andA gene Proteins 0.000 description 1
- 241000949477 Toona ciliata Species 0.000 description 1
- 238000009825 accumulation Methods 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000006698 induction Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 230000002459 sustained effect Effects 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B35/00—Supplying, feeding, arranging or orientating articles to be packaged
- B65B35/30—Arranging and feeding articles in groups
Abstract
The invention relates to a wheel type aligning device in tobacco rod transmission, and relates to wrapping production and concentrated boxing equipment. The wheel type aligning device comprises a rack, wheel type rod distribution devices, a wheel type rod aligning device, a gear box and a driving device, wherein the rack is located on a concentrated boxing tobacco rod transmission line, and the intermittent wheel type rod aligning device is arranged at a tobacco rod outlet side; the axes of driving shafts are vertical, and toothed belt wheels and roller wheels are coaxial; the toothed belt wheels input power by belts, and a gap formed between the two roller wheels to allow tobacco rods to pass; the tobacco rods are blocked between the two roller wheels when the roller wheels are static, and the tobacco rods pass by when the roller wheels rotate; the wheel type rod distribution devices which have the same structure and make synchronous intermittent movement are arranged at a tobacco rod inlet side. Tobacco rods can be sorted on single-layer, double-layer and multi-layer transmission lines by the device, the sorted tobacco rods are orderly conveyed to the existing tobacco rod treatment equipment in batches, the rod aligning load of the existing equipment is reduced, the working stability of the whole set of logistics system is increased, and the failure of the whole set of logistics system can be greatly reduced.
Description
Technical field
The present invention relates to a kind of equipment of tobacco business, particularly a kind of equipment of wraparound concentration of production joint sealing.
Background technology
At present, World tobacco industry wraparound is produced and is generally adopted the dress joint sealing technology of concentrating. Plume is from packing machine to joint sealingMachine needs elevator, overhead conveyor line and vertical row chartered plane (traverse collecting machine) three complete equipments, namely plumeFrom packing machine outlet rise to certain altitude be put into overhead conveying equipment be transported to cartoning sealing machine directly over position, logicalCross the porch that vertical row chartered plane or glide path be transported to cartoning sealing machine and fill envelope by tape transport to cartoning sealing machineCase, completes the output of finished product. Plume arrival cartoning sealing machine entrance conveyer belt from overhead mainly contains two kinds of modes, oneWith vertical row chartered plane, plume vertically down to be carried, package machine and overhead conveyor line in vertical state, overhead conveyingAdjacent two lines of line have certain spacing, and overhead conveyor line is divided into two-layer in this position, and individual layer mostly is 6 roads, every layer mostTwo just right overhead conveyor lines must have a vertical row chartered plane in a cartoning sealing machine dead ahead up and down. When plume arrivesWhile reaching the porch of vertical row chartered plane, identified by detector, control cylinder action is pushed into continuous fortune fast plumeIn moving package machine, plume is vertically down transported on cartoning sealing machine entrance conveyer belt by package machine. This mode existsFollowing shortcoming:
General concentrate the packing machine quantity that dress joint sealing is corresponding all many, and the trade mark also can not only have one, asFruit packing machine reaches 12, and the trade mark will be considered at most 5～6, will use so 5～6 cartoning sealing machines, andA corresponding pipeline of cartoning sealing machine must have 6 package machines, and will there be at most 36 vertical packages an operation areaMachine, although 6 package machines corresponding to cartoning sealing machine only driven by a motor, the right and left lift cigarette plateEasily occur the discrepancy in elevation and cause plume to fall to, maintenance workload is larger.
The plume that overhead conveying is come position on pipeline is random, the plume phase contraposition between adjacent conveyor lineIt is random putting, and plume on the pipeline situation that also there will be latticing to carry. Latticing enters into vertical packageWhen machine, cylinder moving frequency is too fast, easily occurs clamp bar phenomenon, affects the normal operation of pipeline, also shadow of whileRing the presentation quality of plume. In the time that the plume of many packing machines enters a cartoning sealing machine, vertically past on package machine soIn the process of lower conveying, adjacent plume can not, on sustained height, dock with conveyer belt of cartoning sealing machine at package machine like thisTime there will be plume stack and the phenomenon of clamp bar. For fear of clamp bar, the mode adopting is now the speed of accelerating each otherDegree, the consequence of bringing is like this kinetic stability that has reduced a whole set of induction system, and clamp bar phenomenon happens occasionally.
Another mode is to adopt plume traverse collecting machine, plume is delivered to from overhead conveyor line with a slidewayTraverse collecting machine porch, makes the plume direction of motion change 90 ° by gathering machine, and plume plume is in batch transported toOn cartoning sealing machine entrance conveyer belt, there is following shortcoming in this mode:
Gathering machine is processed into plume random multi-conveying-line relative position in batch plume and its direction of motion is changedBecome 90 °, the mechanism of use is cam mechanism, impacts greatlyr in the course of work, can affect the stability of mechanism, warpOften there will be folder plume phenomenon, affect the normal operation of pipeline.
In the time occurring on pipeline that latticing is carried, because the motion mode of gathering machine is intermittent movement, in time quiltThe plume of collecting will be waited for the arrival of next treatment cycle in gathering machine porch, the plume of back just at a high speed soStrike the afterbody that stops plume, cause the generation of plume rear crash event, thereby cause bad to plume packaging qualityImpact.
In sum, order first two row bar is all the row's of having a rest bar during isoperimetric, and carries the plume of coming to be from packing machineUnordered intermittence plume, when the plume of many packing machines is arranged to bar, each road instantaneous delivery is different, plume flowLarge flue easily forms plume in row bar porch and waits for phenomenon, the easy plume with waiting for of plume arriving subsequentlyCause and knock into the back, cause the damage of plume end, this has not only had a strong impact on the transfer efficiency of plume, and is easy to allowThere is damaged plume to flow to market, cause hidden danger of quality, brought unnecessary shadow to the production work in wraparound workshopRing. Therefore, invent a kind of novel plume aligning device in transmitting necessary.
Patent of invention content
The object of the invention is to overcome one or more deficiencies of prior art, the wheel in a kind of plume transmission is providedFormula aligning device, replaces row's bar function of existing equipment, only allows it carry out the conversion of the plume direction of motion. This cigaretteWheeled aligning device in bar transmission is on plume pipeline, and the plume that all pipelines are sent here is at random processed into weekThe plume of phase property, the relative position of left and right, neighbouring plume is fixed, and namely processes it through this mechanismAfter the plume way of output be output in batch. And the plume of same batch of levels certain distance that staggers, makeLevels plume with entering when a cartoning sealing machine, plume falls to being in same level, prevents that plume from knocking into the back, bothPlume quality can be ensured, transfer efficiency can be improved again.
For achieving the above object, the technical solution adopted for the present invention to solve the technical problems is:
A wheeled aligning device in plume transmission, is characterized in that, this device comprises frame 1, wheeled row's barDevice 3, gear-box 4, drive unit 5, particularly:
Frame is arranged on the plume pipeline of concentrating joint sealing, and wheeled row's bar device is arranged on the plume port of export of frame;
Wheeled row's bar device comprises roller, bearing block, driving shaft, profile of tooth belt wheel, double-sided toothed belt, stretcher, axleBearing is fixed in frame;
Driving shaft is arranged on bearing block by bearing, and drive axis is installed perpendicular to plume transport tape, cog beltWheel and roller are arranged on driving shaft;
Every two intervals and the driving shaft being set up in parallel are one group, and a plume on one group of corresponding plume transport tape is defeatedLine sending, forms gap and passes through for plume between two rollers in this group, driving shaft adopts batch (-type) to rotate, when staticPlume is trapped between two rollers, and when rotation, plume passes through;
Profile of tooth belt wheel drives driving shaft to rotate, and profile of tooth belt wheel connects by double-sided toothed belt, stretcher,Double-sided toothed belt connection teeth roller box, gear-box connecting drive device.
Further, described roller is rubber wheel or polyurethane wheel.
Further, frame is mainly made up of bracing frame, side plate, dividing plate, base plate, top board, roof water safety dressAbove two blocks of side plates, floor level is arranged on two side plate belows, and bracing frame is vertically fixed on two blocks of side plates,Dividing plate is equidistantly arranged between biside plate and is parallel with side plate; Bearing block is arranged on side plate and dividing plate.
Further, gear-box and drive unit are arranged on respectively frame top, profile of tooth belt wheel, double-sided toothed belt,Stretcher is all arranged on frame top; Corresponding 5 plume pipelines side by side, adopt 10 driving shafts, 10Roller, 10 profile of tooth belt wheels, two are one group and are arranged side by side on plume conveyer belt.
Further, the axial line distance of two adjacent driven axles equals with the distance between adjacent two the plume pipeline of layerFrom; The width of the minimum level gap ratio plume forming between two rollers of same pipeline both sides is little0.4mm～0.8mm; Roller center is less than the height of plume from the vertical range of pipeline; Driving shaft is batch-type rotaryMoving, every rotation once, stops once, and its angular travel turning over while rotating one time equals 3.14 and is multiplied by the straight of roller360 degree are multiplied by again divided by plume length in footpath, complete this trip and stop, and wait for next time and rotating.
Further, plume arrival end is provided with the wheeled bar device 2 of joining, plume through wheeled join enter after bar device described inWheeled row's bar device, wheeled composition structure, principle and wheeled row's bar device of joining bar device is in full accord.
Further, gear-box comprises input belt wheel, driving sheave, driven sheave, First Transition gear, secondTransition gear, dual output cog belt wheels, output cog belt, input belt wheel is coaxial with driving sheave, driving sheaveEngage with driven sheave, driven sheave is coaxial with First Transition gear, and First Transition gear and the second transition gear are sameAxle, the axle of the second transition gear is as output shaft.
Further, the output shaft of gear-box is realized wheeled join bar device 2 and wheeled row by two bidentate shape band wheelsThe synchronous intermittent movement of bar device 3; Two one of cog belt wheels are that dual output cog belt wheels, one are for two drivenCog belt wheels; Dual output cog belt wheels are coaxial with gearbox output shaft, and dual output cog belt wheels are by outputCog belt connects two driven toothed band wheels and gearratio is 1:1; Dual output cog belt wheels comprise output profile of toothBelt wheel, lower output profile of tooth belt wheel, two driven toothed band wheels comprise driven toothed belt wheel, lower driven toothed belt wheel;Wheeled bar device and the wheeled row's bar device of joining obtains power by dual output cog belt wheels, two driven toothed band wheels respectively,Or, wheeledly join bar device and wheeled row's bar device obtains by two driven toothed band wheels, dual output cog belt wheels respectivelyObtain power.
Further, profile of tooth belt wheel, double-sided toothed belt, stretcher, bidentate shape band wheels, transition pulley form oneIndividual driving-chain, the profile of tooth belt wheel of wheeled row's bar device passes through two-sided with the lower driven toothed belt wheel of two driven toothed band wheelsCog belt connects; Wheeled profile of tooth belt wheel of joining bar device connects the lower defeated of dual output cog belt wheels by double-sided toothed beltGo out profile of tooth belt wheel.
Further, drive unit comprise variable-frequency motor, motor profile of tooth belt wheel, motor supporting base, motor cog belt,Plume detector; Plume detector is arranged on plume pipeline, and variable-frequency motor is by motor profile of tooth belt wheel and motorCog belt is input to gear-box power; Variable-frequency motor regulates fast revolution automatically according to the signal of plume detector.
The invention has the beneficial effects as follows: in the wraparound concentration of production joint sealing field of tobacco business, plume can be carriedThe plume of Discrete Stochastic marshalling in batch on line. Owing to using Geneva mechanism, wheeledly join bar device 2 and wheeled rowThe start and stop of bar device 3 are accelerated uniform retarded motion for waiting, so motion is very steady; Due to the travel line speed of pipelineSlow, the plume in batch after this device is processed and the relative position of pipeline can not change, so completeIt is neat entirely can ensureing to arrange when plume arrives existing row's strip device; Because variable-frequency motor 5.1 can be according to cigaretteThe signal of strip detector 5.5 regulates fast revolution automatically, is Full automatic unmanned, so can reduce human resourcesConsumption; Because treated plume has been no longer random, but in good order, so can be in large quantitiesReduce clamp bar phenomenon, reduce the outage probability of pipeline, reduce the live load of existing row's strip device, reduce former auxiliaryThe consumption of material, reduces near the accumulation of the plume of packing machine.
Brief description of the drawings
Fig. 1 is the structural representation after an embodiment of the wheeled aligning device in plume transmission of the present invention assembles;
Fig. 2 is the top view after an embodiment of the wheeled aligning device in plume transmission of the present invention assembles;
Fig. 3 is the cutaway view of Fig. 2 shown device in A-B and C-D direction;
Fig. 4 is the gear-box cutaway view of an embodiment of the wheeled aligning device in plume transmission of the present invention;
Fig. 5 is the gear-box Geneva mechanism plane of an embodiment of the wheeled aligning device in plume transmission of the present inventionFigure;
Fig. 6 is that an embodiment of the wheeled aligning device in plume transmission of the present invention is arranged on the signal on pipelineFigure;
In figure: bracing frame 1.1, side plate 1.2, dividing plate 1.3, base plate 1.4, top board 1.5; Rubber wheel 3.1, bearingSeat 3.2, driving shaft 3.3, profile of tooth belt wheel 3.4, double-sided toothed belt 3.5, stretcher 3.6, two driven toothed band wheels3.7, transition pulley 3.8; Gear-box input belt wheel 4.1, driving sheave 4.2, driven sheave 4.3, First Transition toothWheel 4.4, the second transition gear 4.5, dual output cog belt wheels 4.6, output cog belt 4.7; Variable-frequency motor 5.1,Motor profile of tooth belt wheel 5.2, motor supporting base 5.3, motor cog belt 5.4, plume detector 5.5, individual layer pipelineLateral length L1, double-deck pipeline vertical length L 2, with the distance L 3 between adjacent two strip transmission line of layer,Distance L 4 between two rubber wheels 3.1 of same pipeline.
Detailed description of the invention
Further describe the present invention below in conjunction with drawings and the specific embodiments.
In the present embodiment, the wheeled aligning device in plume transmission is mainly by frame 1, the wheeled bar device 2, wheeled of joiningRow's bar device 3, gear-box 4, drive unit 5 five big systemses form, and frame 1 is seated in concentrates the plume of joint sealing defeatedIn line sending, wheeled frame end of joining bar device 2 and be arranged on plume inlet side, wheeled row's bar device 3 is arranged on plumeExport the frame end of a side, gear-box 4 and drive unit 5 are arranged on respectively frame 1 top.
In the present embodiment, corresponding 5 plume pipelines side by side, adopt 10 driving shafts, 10 rollers,10 profile of tooth belt wheels, two are one group and are arranged side by side on plume conveyer belt.
Frame 1 is made up of bracing frame 1.1, side plate 1.2, dividing plate 1.3, base plate 1.4, top board 1.5. Top board 1.5 waterSafety is contained in two side plate 1.2 tops, and base plate 1.4 levels are arranged on two side plate 1.2 belows, and bracing frame 1.1 is perpendicularDirectly be fixed on two blocks of side plates 1.2, dividing plate 1.3 is equidistantly arranged between biside plate 1.2, and parallel with side plate 1.2.
Wheeled row's bar device 3 is by rubber wheel 3.1, bearing block 3.2, driving shaft 3.3, profile of tooth belt wheel 3.4, double-faced toothedBe with 3.5, stretcher 3.6, dual output cog belt wheels 3.7, transition pulley 3.8 form, and is arranged on the cigarette of frame 1The bar port of export. Bearing block 3.2 is arranged on respectively on side plate 1.2 and dividing plate 1.3, and driving shaft 3.3 is installed by bearingOn bearing block 3.2, profile of tooth belt wheel 3.4 and rubber wheel 3.1 are arranged on driving shaft 3.3. Profile of tooth belt wheel 3.4, twoFace cog belt 3.5, stretcher 3.6, two driven toothed band wheels 3.7, transition pulley 3.8 form a driving-chain,Its power is inputted by the upper driven toothed belt wheel of two driven toothed band wheels 3.7, lower driven toothed belt wheel output.
Drive axis is installed perpendicular to plume transport tape, and profile of tooth belt wheel and rubber wheel are arranged on driving shaft every twoInterval and the driving shaft being set up in parallel are one group, a plume pipeline on one group of corresponding plume transport tape, this groupIn form gap between two rubber wheels and pass through for plume, driving shaft adopts batch (-type) to rotate, when static, plume is blockedBetween two rubber wheels, when rotation, plume passes through.
In a further embodiment, rubber wheel can replace with polyurethane wheel or other rollers.
Wheeled composition structure, principle and wheeled row's bar device 3 of joining bar device 2 is in full accord, and its power is by dual output toothThe lower output profile of tooth belt wheel input of shape with wheels 4.6.
Gear-box 4 comprises gear-box input belt wheel 4.1, driving sheave 4.2, driven sheave 4.3, First Transition gear4.4, the second transition gear 4.5, dual output cog belt wheels 4.6, output cog belt 4.7. Input belt wheel and activeSheave is coaxial, and driving sheave engages with driven sheave, and driven sheave is coaxial with First Transition gear, First Transition toothTake turns coaxially with the second transition gear, the axle of the second transition gear is as output shaft. Dual output cog belt wheels 4.6 are logicalCross output cog belt 4.7 and provide power to two driven toothed band wheels 3.7, and gearratio is 1:1.
The output shaft of gear-box is realized wheeled joining between the synchronizeing of bar device and wheeled row's bar device by two bidentate shapes with wheelsThe motion of having a rest; Two one of cog belt wheels are that dual output cog belt wheels, one are two driven toothed band wheels; TwoOutput profile of tooth belt wheel group is coaxial with gearbox output shaft, dual output cog belt wheels comprise output profile of tooth belt wheel, underOutput profile of tooth belt wheel, two driven toothed band wheels comprise driven toothed belt wheel, lower driven toothed belt wheel; Wheeled joiningBar device and wheeled row's bar device obtain power by dual output cog belt wheels, two driven toothed band wheels respectively, or,Wheeled bar device and the wheeled row's bar device of joining obtains power by two driven toothed band wheels, dual output cog belt wheels respectively.
Drive unit 5 is by variable-frequency motor 5.1, motor profile of tooth belt wheel 5.2, motor supporting base 5.3, motor cog belt5.4, plume detector 5.5 forms. Plume detector 5.5 is arranged on plume pipeline, variable-frequency motor 5.1 basesThe signal of plume detector 5.5 regulates fast revolution automatically.
Design frame 1: frame 1 is made up of bracing frame 1.1, side plate 1.2, dividing plate 1.3, base plate 1.4, top board 1.5.Top board 1.5 levels are arranged on two side plate 1.2 tops, and base plate 1.4 levels are arranged on two side plate 1.2 belows,Support 1.1 is vertically fixed on two blocks of side plates 1.2, and dividing plate 1.3 is equidistantly arranged between biside plate 1.2, and and sidePlate 1.2 is parallel. Distance between two blocks of side plates 1.2 is greater than the lateral length L1 of individual layer pipeline, the present embodimentFor 985mm; Distance between top board 1.5 and base plate 1.4 is greater than the vertical length L 2 of double-deck pipeline, this realityExecute example for 295mm; Spacing between dividing plate 1.3 is with the distance L 3 between adjacent two strip transmission line of layer, this enforcementExample is 185mm.
Design wheeled row's bar device 3: wheeled row's bar device 3 is by rubber wheel 3.1, bearing block 3.2, driving shaft 3.3, profile of toothBelt wheel 3.4, double-sided toothed belt 3.5, stretcher 3.6, dual output cog belt wheels 3.7, transition pulley 3.8 form,Be arranged on the plume port of export of frame 1. Bearing block 3.2 is arranged on respectively on side plate 1.2 and dividing plate 1.3, driving shaft3.3 are arranged on bearing block 3.2 by bearing, and profile of tooth belt wheel 3.4 and rubber wheel 3.1 are arranged on driving shaft 3.3.Profile of tooth belt wheel 3.4, double-sided toothed belt 3.5, stretcher 3.6, dual output cog belt wheels 3.7, transition pulley 3.8Form a driving-chain. Its power is inputted by the upper profile of tooth belt wheel of dual output cog belt wheels 3.7, lower toothed belt wheelOutput. Two adjacent driven axle 3.3 axial line distance are with the distance L 3 between adjacent two strip transmission line of layer; SameDistance L 4 between two rubber wheels 3.1 of pipeline is than the little 0.4mm～0.8mm of the width of plume, rubber wheel 3.1Diameter is to deduct between two rubber wheels 3.1 of same pipeline with the distance L 3 between adjacent two strip transmission line of layerDistance L 4. The every rotation of driving shaft 3.3 once, turn over angle=(diameter/plume of 3.14 × rubber wheel 3.1 is longDegree) × 360 degree.
Design the wheeled bar device 2 of joining, wheeled composition structure of joining bar device 2 and size and wheeled row's bar device 3 are in full accord,Its power is inputted by the lower toothed belt wheel of dual output cog belt wheels 4.6.
Design gear case 4, gear-box 4 by gear-box input belt wheel 4.1, driving sheave 4.2, driven sheave 4.3,Great transition gear 4.4, little transition gear 4.5, dual output cog belt wheels 4.6, output cog belt 4.7 form. TwoOutput profile of tooth belt wheel group 4.6 provides power to dual output cog belt wheels 3.7 by output cog belt 4.7, and transmissionThan being 1:1. Using driving sheave 4.2, driven sheave 4.3 is in order to allow the gear-box 4 can be gear-box input tapeThe continuous input of wheel 4.1 changes the interrupted output of dual output cog belt wheels 4.6 into, thereby realizes the wheeled bar device 2 of joiningIntermittent movement with wheeled row's bar device 3.
Design driven device 5, drive unit 5 is by variable-frequency motor 5.1, motor profile of tooth belt wheel 5.2, motor supporting base5.3, motor cog belt 5.4, plume detector 5.5 form. Plume detector 5.5 is arranged on plume pipeline,Variable-frequency motor 5.1 regulates fast revolution automatically according to the signal of plume detector 5.5. Motor supporting base 5.3 is two blocks of steelPlate is welded into L-type, has four slots on every block of plate.
In Fig. 2, variable-frequency motor 5.1 is input to power by motor profile of tooth belt wheel 5.2 and motor cog belt 5.4Gear-box 4. Gear-box 4 is output as intermittent movement, is delivered to the wheeled bar of joining by dual output cog belt wheels 4.6Device 2, is delivered to wheeled row's bar device 3 by dual output cog belt wheels 4.6 and output cog belt 4.7, realizes wheeledJoin the intermittent movement of synchronizeing of bar device 2 and wheeled row's bar device 3.
In Fig. 3, the rubber wheel 3.1 that wheeled row's bar device 3 (wheeled bar device 2 structures of joining are identical) is described and framePosition assembly relation, ensures that two rubber wheel 3.1 central axis of a strip transmission line overlap with pipeline center vertical plane,In the time that rubber wheel 3.1 rotates, can rely on the effect of frictional force to complete the dispensing (coming into line) of plume, and work as rubber wheel 3.1When stop motion, can stop or block the plume moving on pipeline.
In Fig. 4, Fig. 5, the Standard relation in gear-box 4 is described, gear-box input belt wheel 4.1 receives and becomesFrequently the power that motor 5.1 transmits, successively by driving sheave 4.2, driven sheave 4.3, great transition gear 4.4,Little transition gear 4.5, exports through dual output cog belt wheels 4.6.
In Fig. 6, the wheeled responsible plume dispensing of bar device 2 of joining is described, rubber wheel 3.1 outer surfaces rotate row each timeJourney is the longitudinal length of a cigarette, ensures that the plume number of each dispensing is necessarily less than a cigarette. Complete and join after bar,Before wheeled row's bar device 3 rotates, this collection of plume has all arrived rubber wheel 3.1 places of wheeled row's bar device 3 and has stopped,After rubber wheel 3.1 rotates, all plumes leave after rubber wheel 3.1 accelerates, and have identical initial velocity. ByIdentical in plume initial velocity, conveyer belt speed, frictional force, therefore this collection of plume becomes neat after row's bar device.
This device can carry out plume sequence to individual layer, bilayer and multilayer pipeline, and the plume that sequences order is neat in batchBe transported to existing plume treatment facility, reduce row's bar load of existing equipment, increase a whole set of logistics system workStability, can greatly reduce the scram of a whole set of logistics system.
In sum, the present invention is applied to the wraparound concentration of production joint sealing field of tobacco business, has realized plume defeatedIn line sending, the plume of Discrete Stochastic marshalling in batch, reduces clamp bar phenomenon in large quantities, reduces the shutdown of pipelineProbability, reduces the live load of existing row's strip device, reduces the consumption of raw and auxiliary material, reduces near plume packing machineAccumulation, improved production efficiency.
Finally should be noted that: above embodiment is only not intended to limit in order to the technical scheme that this case is described; To the greatest extentPipe has been described in detail this case with reference to preferred embodiment, and those of ordinary skill in the field are to be understood that:Still can modify or part technical characterictic is equal to replacement the detailed description of the invention of this case; And notDepart from the spirit of this case technical scheme, it all should be encompassed in the middle of the technical scheme scope of this case request protection.
Claims (10)
1. the wheeled aligning device in plume transmission, is characterized in that, this device comprises frame (1), wheeled rowBar device (3), gear-box (4), drive unit (5), particularly:
Frame is arranged on the plume pipeline of concentrating joint sealing, and wheeled row's bar device is arranged on the plume outlet of frameEnd;
Wheeled row's bar device comprises roller, bearing block, driving shaft, profile of tooth belt wheel, double-sided toothed belt, stretcher,Bearing block is fixed in frame;
Driving shaft is arranged on bearing block by bearing, and drive axis is installed perpendicular to plume transport tape, toothShape belt wheel and roller are arranged on driving shaft;
Every two intervals and the driving shaft being set up in parallel are one group, a cigarette on one group of corresponding plume transport tapeStrip transmission line, forms gap and passes through for plume between two rollers in this group, driving shaft adopts batch (-type) to rotate,When static, plume is trapped between two rollers, and when rotation, plume passes through;
Profile of tooth belt wheel drives driving shaft to rotate, and profile of tooth belt wheel connects by double-sided toothed belt, stretcherConnect double-sided toothed belt connection teeth roller box, gear-box connecting drive device.
2. the wheeled aligning device in a kind of plume transmission according to claim 1, is characterized in that, describedRoller is rubber wheel or polyurethane wheel.
3. the wheeled aligning device in a kind of plume transmission according to claim 1 and 2, is characterized in that machineFrame is mainly made up of bracing frame, side plate, dividing plate, base plate, top board, and roof water safety is contained on two blocks of side platesSide, floor level is arranged on two side plate belows, and bracing frame is vertically fixed on two blocks of side plates, and dividing plate is equidistantBe arranged between biside plate and parallel with side plate; Bearing block is arranged on side plate and dividing plate.
4. according to the wheeled aligning device in the arbitrary described a kind of plume transmission of claims 1 to 3, it is characterized in that,Gear-box and drive unit are arranged on respectively frame top, and profile of tooth belt wheel, double-sided toothed belt, stretcher are all establishedPut at frame top; Corresponding 5 plume pipelines side by side, adopt 10 driving shafts, 10 rollers, 10Individual profile of tooth belt wheel, two are one group and are arranged side by side on plume conveyer belt.
5. according to the wheeled aligning device in the arbitrary described a kind of plume transmission of claim 1 to 4, it is characterized in that,The axial line distance of two adjacent driven axles equals with the distance between adjacent two the plume pipeline of layer; SameThe width of the minimum level gap ratio plume forming between two rollers of pipeline both sides is little0.4mm～0.8mm; Roller center is less than the height of plume from the vertical range of pipeline; Driving shaft is intermittentlyFormula is rotated, and every rotation once, stops once, and its angular travel turning over while rotating one time equals 3.14 and is multiplied byThe diameter of roller is multiplied by 360 degree again divided by plume length, completes this trip and stops, and waits for next time and rotating.
6. according to the wheeled aligning device in the arbitrary described a kind of plume transmission of claim 1 to 5, it is characterized in that,Plume arrival end is provided with the wheeled bar device (2) of joining, and plume enters described wheeled row after bar device through wheeled joiningBar device, wheeled composition structure, principle and wheeled row's bar device of joining bar device is in full accord.
7. according to the wheeled aligning device in the arbitrary described a kind of plume transmission of claim 1 to 6, it is characterized in that,Gear-box comprise input belt wheel, driving sheave, driven sheave, First Transition gear, the second transition gear,Dual output cog belt wheels, output cog belt, input belt wheel is coaxial with driving sheave, driving sheave and drivenSheave engagement, driven sheave is coaxial with First Transition gear, and First Transition gear is coaxial with the second transition gear,The axle of the second transition gear is as output shaft.
8. the wheeled aligning device in a kind of plume transmission according to claim 6, is characterized in that gear-boxOutput shaft realize wheeled the same of bar device (2) and wheeled row's bar device (3) of joining by two bidentate shapes band wheelsStep intermittent movement; Two one of cog belt wheels are that dual output cog belt wheels, one are two driven toothed bandsWheels; Dual output cog belt wheels are coaxial with gearbox output shaft, and dual output cog belt wheels pass through output gearShape band connects two driven toothed band wheels and gearratio is 1:1; Dual output cog belt wheels comprise output profile of toothBelt wheel, lower output profile of tooth belt wheel, two driven toothed band wheels comprise driven toothed belt wheel, lower driven toothedBelt wheel; Wheeled bar device and the wheeled row's bar device of joining is respectively by dual output cog belt wheels, two driven toothed belt wheelGroup obtains power, or wheeled bar device and the wheeled row's bar device of joining is respectively by pair driven toothed band wheels, twoOutput profile of tooth belt wheel group obtains power.
9. the wheeled aligning device in a kind of plume transmission according to claim 8, is characterized in that cog beltWheel, double-sided toothed belt, stretcher, bidentate shape band wheels, transition pulley form a driving-chain, wheeled rowThe profile of tooth belt wheel of bar device is connected by double-sided toothed belt with the lower driven toothed belt wheel of two driven toothed band wheels;Wheeled profile of tooth belt wheel of joining bar device connects the lower output cog belt of dual output cog belt wheels by double-sided toothed beltWheel.
10. according to the wheeled aligning device in the arbitrary described a kind of plume transmission of claim 1 to 9, it is characterized in that,Drive unit comprises that variable-frequency motor, motor profile of tooth belt wheel, motor supporting base, motor cog belt, plume detectDevice; Plume detector is arranged on plume pipeline, and variable-frequency motor is by motor profile of tooth belt wheel and motor profile of toothBand is input to gear-box power; Variable-frequency motor regulates fast revolution automatically according to the signal of plume detector.
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| CN201510726123.8A CN105599989B (en) | 2015-10-29 | 2015-10-29 | Wheeled aligning device in plume transmission |
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| CN201510726123.8A CN105599989B (en) | 2015-10-29 | 2015-10-29 | Wheeled aligning device in plume transmission |
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| CN105599989B CN105599989B (en) | 2017-12-12 |
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Cited By (1)
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| CN110255075A (en) * | 2019-05-07 | 2019-09-20 | 湖北迪迈威智能装备有限公司 | A kind of transmission roller channel and Transmission system |
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| CN105599989B (en) | 2017-12-12 |
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