CN204606274U - A kind of vanning delivery system of conical flask beverage - Google Patents
A kind of vanning delivery system of conical flask beverage Download PDFInfo
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- CN204606274U CN204606274U CN201520133371.7U CN201520133371U CN204606274U CN 204606274 U CN204606274 U CN 204606274U CN 201520133371 U CN201520133371 U CN 201520133371U CN 204606274 U CN204606274 U CN 204606274U
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Abstract
The utility model discloses a kind of vanning delivery system of conical flask beverage, comprise linear conveying device, shunting conveying mechanism, channel-dividing device, rotating disk conveying mechanism, messenger chain conveying mechanism, rolling feedway, packing machine.The transport tape be set up in parallel in linear conveying device holds conical flask and is delivered to shunting conveying mechanism, process through channel-dividing device shunting, conical flask enters shunting feedway according to the order of sequence, when moving to feedway exit, shunting, accepted by rotating disk conveying mechanism, and transferred to messenger chain conveying mechanism one end; When conical flask moves to the messenger chain conveying mechanism other end, rolling feedway makes conical flask depart from messenger chain conveying mechanism, and meanwhile, conical flask to be adsorbed by adsorbing mechanism and cases by packing machine.Above-mentioned linear conveying device, shunting conveying mechanism, rotating disk conveying mechanism, messenger chain conveying mechanism, rolling feedway all can make each conical flask run relatively independently, so, conical flask can be avoided to topple over being delivered in packing machine process.
Description
Technical field
The utility model relates to beverage bottle conveying technology field, in particular to a kind of vanning delivery system of conical flask beverage.
Background technology
As shown in Figure 1, a kind of conical flask 90, by prior art, transport tape 80 mean level transmitting described conical flask 90 is in process of production arranged, that is, transport tape 80 drives conical flask 90 displacement by the contact friction force of itself and conical flask 90 bottom surface.But, there is following drawback in this kind of mode of movement: as shown in Figure 1, when the conical flask 90-a being positioned at front runs into obstacle, or skids with transport tape 80, or the conical flask 90-b running velocity being positioned at its rear is greater than the conical flask 90-a in its front, the conical flask 90-b being positioned at rear easily topples over.
Utility model content
The technical matters that the utility model solves: after above-mentioned conical flask beverage processing completes, before vanning, delivery system is needed to be delivered to packing machine, but, in prior art, for the horizontal transmission bands of conical flask, the front conical flask run thereon runs into obstacle, or skids with transport tape, or the conical flask running velocity being positioned at rear is when being greater than the conical flask in its front, the conical flask being positioned at rear is easily toppled over.
The utility model provides following technical scheme:
A vanning delivery system for conical flask beverage, comprises linear conveying device, shunting conveying mechanism, channel-dividing device, rotating disk conveying mechanism, messenger chain conveying mechanism, packing machine;
Described linear conveying device comprises two straight line supply units, a horizontal feed base plate, each straight line supply unit comprises the transport tape vertically arranged, the transport tape of two straight line supply units is disposed in parallel in above horizontal feed base plate, and the gap between the transport tape of two straight line supply units can clamp conical flask;
Described shunting conveying mechanism comprises two shunting feedways, each shunting feedway comprises the first messenger chain and the second messenger chain, two centre of sprocket lines of described first messenger chain are horizontally disposed with and are in same level, two centre of sprocket lines of described second messenger chain are vertically arranged and in the same vertical plane, the chain unit of described first messenger chain is board-like, the chain of described second messenger chain is provided with some locating pieces, the spacing of adjacent two locating pieces can clamp a conical flask, locating piece on the chain side of described second messenger chain is positioned at above the chain of the first messenger chain, distance value between locating piece bottom surface and the upper plane of the first messenger chain is less than the height value of conical flask, the running velocity of described first messenger chain is equal with the running velocity of the second messenger chain, be positioned at the service direction of the locating piece above the first messenger chain identical with the service direction of the upper strata messenger chain of the first messenger chain,
Described channel-dividing device comprises swinging block;
Described rotating disk conveying mechanism comprises chassis, rotating disk, arc guardrail, and described chassis and rotating disk divide levels to arrange, described arc guardrail semi-surrounding chassis and rotating disk, and described turntable periphery circumferentially offers some circular arc draw-in grooves holding circular cone bottle;
Described messenger chain conveying mechanism comprises messenger chain, is arranged on some card neck assembly sets on messenger chain according to the order of sequence, and described card neck assembly set comprises the circular arc bayonet socket that can clamp taper bottleneck;
The structural relation of above-mentioned linear conveying device, shunting conveying mechanism, channel-dividing device, rotating disk conveying mechanism, messenger chain conveying mechanism, packing machine is as follows: described two shunting feedways are horizontally disposed with, overlook shunting conveying mechanism, described shunting conveyer forms a V-arrangement, the narrow end of described V-arrangement shunting conveying mechanism is connected with linear conveying device, wherein, first messenger chain of described two shunting feedways is connected with the horizontal feed base plate of linear conveying device respectively, and a sprocket wheel of described second messenger chain is positioned at the first messenger chain and horizontal feed base plate joining place; The swinging block of described channel-dividing device be positioned at shunting conveying mechanism and linear conveying device joining place and inside the narrow end being positioned at V-arrangement shunting conveying mechanism, the centre of described swinging block between two shunting feedways; Described rotating disk conveying mechanism is positioned at V-arrangement shunting conveying mechanism open end, rotating disk conveying mechanism is arranged in by the side of each shunting feedway of shunting conveying mechanism, the first messenger chain in the circular arc draw-in groove of described rotating disk conveying mechanism and shunting feedway has an intersection, a sprocket wheel of described second messenger chain is positioned at described intersection, and the service direction of described first messenger chain is identical in described intersection with the service direction of rotating disk conveying mechanism; Described messenger chain conveying mechanism one end is positioned at by the side of rotating disk conveying mechanism, and described packing machine is positioned near the other end of messenger chain conveying mechanism; Described rotating disk conveying mechanism and messenger chain conveying mechanism have an intersection, the center of circle of the circular arc bayonet socket of described card neck assembly set overlaps in described intersection with the center of circle of rotating disk conveying mechanism circular arc draw-in groove, and the service direction of described card neck assembly set is identical in described intersection with the service direction of rotating disk conveying mechanism.
By technique scheme, conical flask enters the gap between the transport tape of two straight line supply units by the entrance of linear conveying device, holds conical flask be fed forward by two transport tapes.So, each conical flask can be made to run in linear conveying device relatively independently, can not occur because front conical flask runs into obstacle, or skid with transport tape, or the conical flask running velocity being positioned at rear is greater than the conical flask in its front and causes the conical flask being positioned at rear to be toppled over.
When conical flask moves to the exit of linear conveying device, the swinging block of channel-dividing device swings between two shunting feedways.When swinging block pendulum is to one of two shunting feedways feedway place, shunting, conical flask cannot enter this shunting feedway, and flows in another shunting feedway.So, operating personal is by arranging the hunting frequency of swinging block and controlling to flow to from linear conveying device the conical flask quantity of each shunting feedway.
Afterwards, the conical flask exported from linear conveying device moves to the flyer chain of the first messenger chain of shunting feedway, meanwhile, is in the adjacent two locating piece clamping conical flasks of the second messenger chain corner.Afterwards, run forward under the combined action of the locating piece of conical flask on the first messenger chain and the second messenger chain, so, the conical flask run forward in the feedway of shunting also can not topple over phenomenon.
Afterwards, the circular arc draw-in groove of rotating disk accepts the conical flask on the first messenger chain from the intersection of the first messenger chain itself and shunting feedway, conical flask is erected on chassis, its bottle snaps in the circular arc draw-in groove of rotating disk, arc guardrail spacing under, conical flask along with chassis and rotating disk synchronous axial system and run.When conical flask moves to the intersection of rotating disk conveying mechanism and messenger chain conveying mechanism, the circular arc bayonet socket being in the card neck assembly set in running state blocks the bottleneck of conical flask, and so, conical flask is transferred to messenger chain conveying mechanism by rotating disk conveying mechanism.Conical flask on card neck assembly set is delivered to the other end from its one end by messenger chain conveying mechanism, i.e. packing machine place.
Pass through technique scheme, linear conveying device, shunting conveying mechanism, rotating disk conveying mechanism, messenger chain conveying mechanism all can make each conical flask run relatively independently, so, conical flask can not occur because front conical flask runs into obstacle, or skid with transport tape, or the conical flask running velocity being positioned at rear is greater than the conical flask in its front and causes the phenomenon that the conical flask being positioned at rear is toppled over.Above-mentioned linear conveying device, shunting conveying mechanism, rotating disk conveying mechanism, messenger chain conveying mechanism run all automatically, thus achieve the automation of the vanning delivery system of conical flask beverage described in the utility model, to improve the efficiency of conical flask beverage conveying vanning.
As the utility model further illustrating structural relation between linear conveying device, shunting conveying mechanism, rotating disk conveying mechanism, messenger chain conveying mechanism, described rotating disk conveying mechanism is positioned at the inner side of V-arrangement shunting conveying mechanism open end, and the throughput direction of described messenger chain conveying mechanism is parallel with the throughput direction of linear conveying device.
As the one explanation of the utility model to linear conveying device, each straight line supply unit in described linear conveying device also comprises the pair of rolls for driving transport tape, the motor for driven roller rotation, and described pair of rolls is vertically articulated on horizontal feed base plate.Motor drives transport tape to run by roller, and the transport tape constant speed of two straight line supply units is run in the same way, is clamped on conical flask sidewall, orders about it and runs forward.
As the utility model, the one of shunting conveying mechanism is improved, each shunting feedway in the conveying mechanism of described shunting comprises a pair positive stop strip, described positive stop strip is rectangular-shaped, strip groove is offered in described positive stop strip one side, described a pair positive stop strip is horizontally disposed with and is parallel to each other, described strip groove is established dorsad, and described second messenger chain is positioned at strip groove, and the locating piece be located on the second messenger chain is positioned at outside strip groove.By above-mentioned improvement, when adjacent two locating pieces clamp a conical flask, the partial sidewall of conical flask leans against on a side of positive stop strip, so, can improve accuracy and the fastness of conical flask location.
Illustrate the one of channel-dividing device as the utility model, described channel-dividing device also comprises oscillating axle, motor, and described oscillating axle is vertically arranged, and described swinging block is fixedly mounted on one end of oscillating axle, and the other end of described oscillating axle connects with motor.Described motor is servomotor, controls swinging block swing by controlling oscillating axle.
As the one explanation of the utility model to messenger chain conveying mechanism, described card neck assembly set comprises fabricated section, two card neck parts, described fabricated section is fixed on messenger chain, described two card neck parts include an arc port, described two card neck parts are on mountings hinged in opposite directions, arc port on described two card neck parts is combined into circular arc bayonet socket, and described two card neck parts are connected by a coil tension spring.When circular arc bayonet socket goes to block taper bottleneck, two card neck parts diverge certain angle, and after circular arc bayonet socket blocks taper bottleneck, under the tension force of coil tension spring, circular arc bayonet socket blocks taper bottleneck tightly.
Improve as one of the present utility model, the vanning delivery system of described conical flask beverage also comprises rolling feedway, described rolling feedway and rotating disk conveying mechanism lay respectively at messenger chain conveying mechanism both sides and lay respectively near the two ends of messenger chain conveying mechanism, described rolling feedway comprises the wide type belt making circulating motion, to be vertically mounted on wide type belt and to be positioned at some dividing plates of wide type belt periphery, cylinder, be arranged on the push pedal on cylinder piston rod, described dividing plate is vertical with wide type belt direction of travel, the spacing of described adjacent separator can clamp conical flask, described wide type belt is horizontally disposed with, one end of described wide type belt is positioned at immediately below card neck assembly set, the other end of described wide type belt is away from card neck assembly set, described wide type belt drive dividing plate runs in the below of card neck assembly set, described cylinder level is arranged in the frame of messenger chain conveying mechanism, described push pedal be positioned at card neck assembly set top and close to the upper surface of card neck assembly set.Conical flask on card neck assembly set is delivered to by the side of the other end by messenger chain conveying mechanism from its one end, (drive system of wide type belt can for being positioned at the transmission chain device inside wide type belt in wide type endless belt motion, also can be pulley arrangement), the wide type belt of circulating motion divides two-layer up and down, when being in the dividing plate of lower floor when being positioned at the wide type belt one end place immediately below card neck assembly set and upwards running, just be between this dividing plate and the dividing plate be adjacent by the conical flask body that card neck assembly set blocks, simultaneously, air cylinder driven push pedal action, push pedal acts on the tip-end-side of conical flask, and pushed away card neck assembly set, conical flask after departing from card neck assembly set runs along with the two pieces of dividing plates clamped, so, conical flask is constantly delivered to the top of wide type belt one end by messenger chain conveying mechanism, the continuous circulating motion of wide type belt, often adjacent two pieces of dividing plates on it hold the conical flask separated from card neck assembly set and run, so, conical flask departs from messenger chain conveying mechanism and is on rolling feedway, specifically, be on the end face of wide type belt upper strata, so that operating personal manually or by corresponding mechanical equipment, conical flask is delivered to packing machine and cases.
Also comprise on the basis of rolling feedway in the vanning delivery system of conical flask beverage described in the utility model, described packing machine comprises for draw box mechanism, adsorbing mechanism, mould assembling mechanism, the first belt type conveying mechanism, the second belt type conveying mechanism; The described one end place being positioned at the first belt type conveying mechanism for draw box mechanism, the other end of described second belt type conveying mechanism and the first belt type conveying mechanism is bordered on, described second belt type conveying mechanism is vertical with the first belt type conveying mechanism, described adsorbing mechanism is positioned at the top of the first belt type conveying mechanism centre, and described mould assembling mechanism to be arranged on the first belt type conveying mechanism and between adsorbing mechanism and the second belt type conveying mechanism; Described adsorbing mechanism comprises suction nozzle, drives the drive system of suction nozzle lifting and translation.In packing machine real-world operation, it is provided for for draw box mechanism the chest made of paper loading conical flask, the at least open top of described chest made of paper, chest is delivered to the below of adsorbing mechanism by the first belt type conveying mechanism, drive systems suction nozzle leniently conical flask is drawn by type belt, and is passed in chest.Afterwards, the chest being loaded with conical flask continues to run on the first belt type conveying mechanism, and through mould assembling mechanism, open-topped chest is closed up into closed by mould assembling mechanism.Afterwards, the chest being loaded with conical flask transfers to the second belt type conveying mechanism by the first belt type conveying mechanism, by the second belt type conveying mechanism, chest is delivered to predetermined station.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is the schematic diagram that conical flask in the prior art horizontal transmission bands is run;
Fig. 2 is the structural representation of the vanning delivery system of a kind of conical flask beverage of the utility model;
Fig. 3 is the birds-eye view of Fig. 2;
Fig. 4 is A place enlarged drawing in Fig. 3;
Fig. 5 is the structural representation of channel-dividing device in Fig. 4;
Fig. 6 is the unitized construction schematic diagram of Fig. 3 cathetus feedway and shunting conveying mechanism;
Fig. 7 is the structural representation of Fig. 6 cathetus feedway;
Fig. 8 is the perspective view of Fig. 7;
Fig. 9 is the structural representation of shunting feedway in Fig. 6;
Figure 10 is the sketch of Fig. 9;
Figure 11 is B place enlarged drawing in Figure 10;
Figure 12 is the unitized construction schematic diagram of shunting conveying mechanism in Fig. 3, rotating disk conveying mechanism, messenger chain conveying mechanism, rolling feedway, packing machine;
Figure 13 is C place enlarged drawing in Figure 12;
Figure 14 is D place enlarged drawing in Figure 13;
Figure 15 is the structural representation of feedway of rolling in Figure 13;
Figure 16 is the perspective view of feedway of rolling in Figure 15;
Figure 17 is the perspective view of Figure 12 turntable conveying mechanism;
Figure 18 is the left structural representation looking described packing machine gained in Fig. 2.
Nomenclature in figure:
10-linear conveying device; 11-straight line supply unit; 111-transport tape; 112-roller; 113-motor; 12-horizontal feed base plate;
20-shunting conveying mechanism; The narrow end of 21-; 200-shunting feedway; 201-first messenger chain; 202-second messenger chain; 203-locating piece; 204-positive stop strip;
30-channel-dividing device; 31-swinging block; 32-oscillating axle;
40-rotating disk conveying mechanism; 41-chassis; 42-rotating disk; 420-circular arc draw-in groove; 43-arc guardrail;
50-messenger chain conveying mechanism; 51-messenger chain; 52-card neck assembly set; 520-circular arc bayonet socket; 521-fabricated section; 522-card neck part; 523-coil tension spring;
60-packing machine; 61-is for draw box mechanism; 62-adsorbing mechanism; 620-suction nozzle; 63-mould assembling mechanism; 64-first belt type conveying mechanism; 65-second belt type conveying mechanism;
70-rolling feedway; The wide type belt of 701-; 702-dividing plate; 703-cylinder; 704-push pedal;
80-horizontal transmission bands of the prior art;
90-conical flask; In 90-a-prior art, horizontal transmission bands is positioned at the conical flask in front; In 90-b-prior art, horizontal transmission bands is positioned at the conical flask at rear.
Detailed description of the invention
Composition graphs 2, Fig. 3, Fig. 4, a kind of vanning delivery system of conical flask beverage, comprises linear conveying device 10, shunting conveying mechanism 20, channel-dividing device 30, rotating disk conveying mechanism 40, messenger chain conveying mechanism 50, rolling feedway 70, packing machine 60.
Composition graphs 7, Fig. 8, described linear conveying device 10 comprises straight line supply unit 11, horizontal feed base plate 12, described straight line supply unit 11 comprises transport tape 111, for driving the pair of rolls 112 of transport tape, the motor 113 for driven roller 112 rotation, described pair of rolls 112 is vertically articulated on horizontal feed base plate 12, the quantity of described straight line supply unit 11 is two, described two straight line supply units 11 are disposed in parallel on horizontal feed base plate 12, and the gap between described two straight line supply units 11 can clamp conical flask 90.
Composition graphs 6, Fig. 9, Figure 10, Figure 11, described shunting conveying mechanism 20 comprises two shunting feedways 200, each shunting feedway 200 comprises the first messenger chain 201 and the second messenger chain 202, two centre of sprocket lines of described first messenger chain 201 are horizontally disposed with and are in same level, two centre of sprocket lines of described second messenger chain 202 are vertically arranged and in the same vertical plane, the chain unit of described first messenger chain 201 is board-like, the chain of described second messenger chain 202 is provided with some locating pieces 203, the spacing of adjacent two locating pieces 203 can clamp a conical flask 90, locating piece 203 on the chain side of described second messenger chain 202 is positioned at above the chain of the first messenger chain 201, distance value between the upper plane of locating piece 203 bottom surface and the first messenger chain 201 is less than the height value of conical flask 90, the running velocity of described first messenger chain 201 is equal with the running velocity of the second messenger chain 202, the service direction being positioned at the locating piece 203 above the first messenger chain 201 is identical with the service direction of the upper strata messenger chain of the first messenger chain 201.Each shunting feedway 200 in described shunting conveying mechanism 20 also comprises a pair positive stop strip 204, described positive stop strip 204 is in rectangular-shaped, strip groove is offered in described positive stop strip 204 1 side, described a pair positive stop strip 204 is horizontally disposed with and is parallel to each other, described strip groove is established dorsad, described second messenger chain 202 is positioned at strip groove, and the locating piece 203 be located on the second messenger chain 202 is positioned at outside strip groove.
Composition graphs 6, Fig. 9, Figure 10, Figure 11, described two shunting feedways 200 are horizontally disposed with, overlook shunting conveying mechanism 20, described shunting conveying mechanism 20 one-tenth one V-arrangements, the narrow end 21 of described V-arrangement shunting conveying mechanism 20 is connected with linear conveying device 10, wherein, first messenger chain 201 of described two shunting feedways 200 is connected with the horizontal feed base plate 12 of linear conveying device 10 respectively, and a sprocket wheel of described second messenger chain 202 is positioned at the first messenger chain 201 and horizontal feed base plate 12 joining place.
Composition graphs 4, Fig. 5, described channel-dividing device 30 comprises swinging block 31, oscillating axle 32, motor, and described oscillating axle 32 is vertically arranged, and described swinging block 31 is fixedly mounted on one end of oscillating axle 32, and the other end of described oscillating axle 32 connects with motor.
Composition graphs 4, Fig. 5, the swinging block 31 of described channel-dividing device 30 be positioned at shunting conveying mechanism 20 and linear conveying device 10 joining place and inside the narrow end 21 being positioned at V-arrangement shunting conveying mechanism 20, the centre of described swinging block 31 between two shunting feedways 200.
In conjunction with Figure 12, Figure 17, described rotating disk conveying mechanism 40 comprises chassis 41, rotating disk 42, arc guardrail 43, described chassis 41 is arranged with rotating disk 42 points of levels, described arc guardrail 43 semi-surrounding chassis 41 and rotating disk 42, some circular arc draw-in grooves 420 holding Conical flask 90 body are circumferentially offered in described rotating disk 42 periphery.
In conjunction with Figure 12, Figure 17, described rotating disk conveying mechanism 40 is positioned at V-arrangement shunting conveying mechanism 20 open end, rotating disk conveying mechanism 40 is arranged in by the side of each shunting feedway 200 of shunting conveying mechanism 20, the first messenger chain 201 in the circular arc draw-in groove 420 of described rotating disk conveying mechanism 40 and shunting feedway 200 has an intersection, a sprocket wheel of described second messenger chain 202 is positioned at described intersection, and the service direction of described first messenger chain 201 is identical in described intersection with the service direction of rotating disk conveying mechanism 40.
In conjunction with Figure 12, Figure 13, Figure 14, described messenger chain conveying mechanism 50 comprises messenger chain 51, is arranged on some card neck assembly sets 52 on messenger chain 51 according to the order of sequence, and described card neck assembly set 52 comprises the circular arc bayonet socket 520 that can clamp conical flask 90 neck.Wherein, described card neck assembly set 52 comprises fabricated section 521, two card neck parts 522, described fabricated section 521 is fixed on messenger chain 51, described two card neck parts 522 include an arc port, described two card neck parts 522 are hinged on fabricated section 521 in opposite directions, arc port on described two card neck parts 522 is combined into circular arc bayonet socket 520, and described two card neck parts 522 are connected by a coil tension spring 523.
In conjunction with Figure 12, Figure 13, Figure 14, described messenger chain conveying mechanism 50 one end is positioned at by the side of rotating disk conveying mechanism 40, and described packing machine 60 is positioned near the other end of messenger chain conveying mechanism 50; Described rotating disk conveying mechanism 40 and messenger chain conveying mechanism 50 have an intersection, the center of circle of the circular arc bayonet socket 520 of described card neck assembly set 52 overlaps in described intersection with the center of circle of rotating disk conveying mechanism 40 circular arc draw-in groove 420, and the service direction of described card neck assembly set 52 is identical in described intersection with the service direction of rotating disk conveying mechanism 40.
As shown in Figure 3, described rotating disk conveying mechanism 40 is positioned at the inner side of V-arrangement shunting conveying mechanism 20 open end, and the throughput direction of described messenger chain conveying mechanism 50 is parallel with the throughput direction of linear conveying device 10.
In conjunction with Figure 13, Figure 15, Figure 16, described rolling feedway 70 and rotating disk conveying mechanism 40 lay respectively at messenger chain conveying mechanism 50 both sides and lay respectively near the two ends of messenger chain conveying mechanism 50, described rolling feedway 70 comprises the wide type belt 701 making circulating motion, to be vertically mounted on wide type belt 701 and to be positioned at some dividing plates 702 of wide type belt 701 periphery, cylinder 703, be arranged on the push pedal 704 on cylinder 703 piston rod, described dividing plate 702 is vertical with wide type belt 701 service direction, the spacing of described adjacent separator 702 can clamp conical flask 90, described wide type belt 701 is horizontally disposed with, one end of described wide type belt 701 is positioned at immediately below card neck assembly set 52, the other end of described wide type belt 701 is away from card neck assembly set 52, described wide type belt 701 drives dividing plate 702 to run in the below of card neck assembly set 52, described cylinder 703 level is arranged in the frame of messenger chain conveying mechanism 50, described push pedal 704 be positioned at card neck assembly set 52 top and close to the upper surface of card neck assembly set 52.
Composition graphs 2, Figure 18, described packing machine 60 comprises for draw box mechanism 61, adsorbing mechanism 62, mould assembling mechanism 63, first belt type conveying mechanism 64, second belt type conveying mechanism 65; The described one end place being positioned at the first belt type conveying mechanism 64 for draw box mechanism 61, the other end of described second belt type conveying mechanism 65 and the first belt type conveying mechanism 64 is bordered on, described second belt type conveying mechanism 65 is vertical with the first belt type conveying mechanism 64, described adsorbing mechanism 62 is positioned at the top of the first belt type conveying mechanism 64 centre, and described mould assembling mechanism 63 to be arranged on the first belt type conveying mechanism 64 and between adsorbing mechanism 62 and the second belt type conveying mechanism 65; Described adsorbing mechanism 62 comprises suction nozzle 620, driving suction nozzle 620 is elevated and the drive system of translation.
In practical operation, conical flask 90 enters the gap between the transport tape 111 of two straight line supply units 11 by the entrance of linear conveying device 10, holds conical flask 90 be fed forward by two transport tapes 111.
When conical flask 90 moves to the exit of linear conveying device 10, the swinging block 31 of channel-dividing device 30 swings between two shunting feedways 200.When swinging block 31 is put to one of two shunting feedways 200 feedway place, shunting, conical flask 90 cannot enter this shunting feedway 200, and flows in another shunting feedway 200.So, operating personal is by arranging the hunting frequency of swinging block 31 and conical flask 90 quantity controlling to flow to from linear conveying device 10 each shunting feedway 200 is five at every turn.
Afterwards, the conical flask 90 exported from linear conveying device 10 moves to the flyer chain of the first messenger chain 201 of shunting feedway 200, and meanwhile, adjacent two locating pieces 203 being in the second messenger chain 202 corner clamp conical flask 90.Afterwards, run forward under the combined action of the locating piece 203 of conical flask 90 on the first messenger chain 201 and the second messenger chain 202.
Afterwards, the circular arc draw-in groove 420 of rotating disk 42 accepts the conical flask 90 on the first messenger chain 201 from the intersection of the first messenger chain 201 itself and shunting feedway 200, conical flask 90 is erected on chassis 41, its bottle snaps in the circular arc draw-in groove 420 of rotating disk 42, arc guardrail 43 spacing under, conical flask 90 along with chassis 41 and rotating disk 42 synchronous axial system and run.When conical flask 90 moves to the intersection of rotating disk conveying mechanism 40 and messenger chain conveying mechanism 50, the circular arc bayonet socket 520 being in the card neck assembly set 52 in running state blocks the bottleneck of conical flask 90, so, conical flask 90 is transferred to messenger chain conveying mechanism 50 by rotating disk conveying mechanism 40.Conical flask 90 on card neck assembly set 52 is delivered to the other end from its one end by messenger chain conveying mechanism 50.
Messenger chain conveying mechanism 50 by the conical flask 90 on card neck assembly set 52 from after its one end is delivered to the other end, wide type belt 701 circulating motion, the wide type belt about 701 points of circulating motion is two-layer, when being in the dividing plate 702 of lower floor when being positioned at the wide type belt 701 one end place immediately below card neck assembly set 52 and upwards running, just be between this dividing plate 702 and the dividing plate 702 be adjacent by conical flask 90 body that card neck assembly set 52 blocks, simultaneously, cylinder 703 drives push pedal 704 action, push pedal 704 acts on the tip-end-side of conical flask 90, and pushed away card neck assembly set 52, conical flask 90 after departing from card neck assembly set 52 runs along with the two pieces of dividing plates 702 clamped, so, conical flask 90 is constantly delivered to the top of wide type belt 701 one end by messenger chain conveying mechanism 50, wide type belt 701 is circulating motion constantly, often adjacent two pieces of dividing plates 702 on it hold the conical flask 90 separated from card neck assembly set 52 and run, so, conical flask 90 departs from messenger chain conveying mechanism 50 and is on rolling feedway 70, specifically, be on the end face of wide type belt 701 upper strata,
Afterwards, the conical flask 90 be positioned at wide type belt 701 upper strata adsorbs from top by the adsorbing mechanism 62 of packing machine 60, be transported on the first belt type conveying mechanism 64 of packing machine 60 again, cased by packing machine 60 pairs of conical flasks 90 and by the second belt type conveying mechanism 65, the chest loading conical flask 90 be delivered to predetermined station.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (8)
1. a vanning delivery system for conical flask beverage, comprises linear conveying device (10), shunting conveying mechanism (20), channel-dividing device (30), rotating disk conveying mechanism (40), messenger chain conveying mechanism (50), packing machine (60), described linear conveying device (10) comprises two straight line supply units (11), a horizontal feed base plate (12), each straight line supply unit (11) comprises the transport tape (111) vertically arranged, the transport tape (111) of two straight line supply units (11) is disposed in parallel in horizontal feed base plate (12) top, and the gap between the transport tape (111) of two straight line supply units (11) can clamp conical flask (90), described shunting conveying mechanism (20) comprises two shunting feedways (200), each shunting feedway (200) comprises the first messenger chain (201) and the second messenger chain (202), two centre of sprocket lines of described first messenger chain (201) are horizontally disposed with and are in same level, two centre of sprocket lines of described second messenger chain (202) are vertically arranged and in the same vertical plane, the chain unit of described first messenger chain (201) is board-like, the chain of described second messenger chain (202) is provided with some locating pieces (203), the spacing of adjacent two locating pieces (203) can clamp a conical flask (90), locating piece (203) on the chain side of described second messenger chain (202) is positioned at above the chain of the first messenger chain (201), distance value between the upper plane of locating piece (203) bottom surface and the first messenger chain (201) is less than the height value of conical flask (90), the running velocity of described first messenger chain (201) is equal with the running velocity of the second messenger chain (202), the service direction being positioned at the locating piece (203) of the first messenger chain (201) top is identical with the service direction of the upper strata messenger chain of the first messenger chain (201), described channel-dividing device (30) comprises swinging block (31), described rotating disk conveying mechanism (40) comprises chassis (41), rotating disk (42), arc guardrail (43), described chassis (41) is arranged with rotating disk (42) point levels, described arc guardrail (43) semi-surrounding chassis (41) and rotating disk (42), some circular arc draw-in grooves (420) holding Conical flask (90) body are circumferentially offered in described rotating disk (42) periphery, described messenger chain conveying mechanism (50) comprises messenger chain (51), is arranged on some card neck assembly sets (52) on messenger chain (51) according to the order of sequence, and described card neck assembly set (52) comprises the circular arc bayonet socket (520) that can clamp conical flask (90) neck, it is characterized in that: described two shunting feedways (200) are horizontally disposed with, overlook shunting conveying mechanism (20), described shunting conveying mechanism (20) becomes a V-arrangement, the narrow end (21) of described V-arrangement shunting conveying mechanism (20) is connected with linear conveying device (10), wherein, first messenger chain (201) of described two shunting feedways (200) is connected with the horizontal feed base plate (12) of linear conveying device (10) respectively, a sprocket wheel of described second messenger chain (202) is positioned at the first messenger chain (201) and horizontal feed base plate (12) joining place, the swinging block (31) of described channel-dividing device (30) is positioned at the joining place of shunting conveying mechanism (20) and linear conveying device (10) and is positioned at narrow end (21) inner side in V-arrangement shunting conveying mechanism (20), and described swinging block (31) is positioned at the centre between two shunting feedways (200), described rotating disk conveying mechanism (40) is positioned at V-arrangement shunting conveying mechanism (20) open end, rotating disk conveying mechanism (40) is arranged in by the side of each shunting feedway (200) of shunting conveying mechanism (20), the first messenger chain (201) in the circular arc draw-in groove (420) of described rotating disk conveying mechanism (40) and shunting feedway (200) has an intersection, a sprocket wheel of described second messenger chain (202) is positioned at described intersection, the service direction of described first messenger chain (201) is identical in described intersection with the service direction of rotating disk conveying mechanism (40), described messenger chain conveying mechanism (50) one end is positioned at by the side of rotating disk conveying mechanism (40), and described packing machine (60) is positioned near the other end of messenger chain conveying mechanism (50), described rotating disk conveying mechanism (40) and messenger chain conveying mechanism (50) have an intersection, the center of circle of the circular arc bayonet socket (520) of described card neck assembly set (52) overlaps in described intersection with the center of circle of rotating disk conveying mechanism (40) circular arc draw-in groove (420), and the service direction of described card neck assembly set (52) is identical in described intersection with the service direction of rotating disk conveying mechanism (40).
2. the vanning delivery system of a kind of conical flask beverage as claimed in claim 1, it is characterized in that: described rotating disk conveying mechanism (40) is positioned at the inner side of V-arrangement shunting conveying mechanism (20) open end, the throughput direction of described messenger chain conveying mechanism (50) is parallel with the throughput direction of linear conveying device (10).
3. the vanning delivery system of a kind of conical flask beverage as claimed in claim 1, it is characterized in that: each straight line supply unit (11) in described linear conveying device (10) also comprises for the motor (113) driving the pair of rolls of transport tape (111) (112), rotate for driven roller (112), and described pair of rolls (112) is vertically articulated on horizontal feed base plate (12).
4. the vanning delivery system of a kind of conical flask beverage as claimed in claim 1, it is characterized in that: each shunting feedway (200) in described shunting conveying mechanism (20) comprises a pair positive stop strip (204), described positive stop strip (204) is in rectangular-shaped, strip groove is offered in described positive stop strip (204) side, described a pair positive stop strip (204) is horizontally disposed with and is parallel to each other, described strip groove is established dorsad, described second messenger chain (202) is positioned at strip groove, the locating piece (203) be located on the second messenger chain (202) is positioned at outside strip groove.
5. the vanning delivery system of a kind of conical flask beverage as claimed in claim 1, it is characterized in that: described channel-dividing device (30) also comprises oscillating axle (32), motor, described oscillating axle (32) is vertically arranged, described swinging block (31) is fixedly mounted on one end of oscillating axle (32), and the other end of described oscillating axle (32) connects with motor.
6. the vanning delivery system of a kind of conical flask beverage as claimed in claim 1, it is characterized in that: described card neck assembly set (52) comprises fabricated section (521), two card neck parts (522), described fabricated section (521) is fixed on messenger chain (51), described two card neck parts (522) include an arc port, described two card neck parts (522) are hinged on fabricated section (521) in opposite directions, arc port on described two card neck parts (522) is combined into circular arc bayonet socket (520), described two card neck parts (522) are connected by a coil tension spring (523).
7. the vanning delivery system of a kind of conical flask beverage as claimed in claim 1, it is characterized in that: also comprise rolling feedway (70), described rolling feedway (70) and rotating disk conveying mechanism (40) lay respectively at messenger chain conveying mechanism (50) both sides and lay respectively near the two ends of messenger chain conveying mechanism (50), described rolling feedway (70) comprises the wide type belt (701) making circulating motion, be vertically mounted on wide type belt (701) go up and be positioned at the peripheral some dividing plates (702) of wide type belt (701), cylinder (703), be arranged on the push pedal (704) on cylinder (703) piston rod, described dividing plate (702) is vertical with wide type belt (701) service direction, the spacing of described adjacent separator (702) can clamp conical flask (90), described wide type belt (701) is horizontally disposed with, one end of described wide type belt (701) is positioned at immediately below card neck assembly set (52), the other end of described wide type belt (701) is away from card neck assembly set (52), described wide type belt (701) drives dividing plate (702) to run in the below of card neck assembly set (52), described cylinder (703) level is arranged in the frame of messenger chain conveying mechanism (50), described push pedal (704) be positioned at card neck assembly set (52) top and close to the upper surface of card neck assembly set (52).
8. the vanning delivery system of a kind of conical flask beverage as claimed in claim 7, is characterized in that: described packing machine (60) comprises for draw box mechanism (61), adsorbing mechanism (62), mould assembling mechanism (63), the first belt type conveying mechanism (64), the second belt type conveying mechanism (65), the described one end place being positioned at the first belt type conveying mechanism (64) for draw box mechanism (61), described second belt type conveying mechanism (65) is bordered on the other end of the first belt type conveying mechanism (64), described second belt type conveying mechanism (65) is vertical with the first belt type conveying mechanism (64), described adsorbing mechanism (62) is positioned at the top of the first belt type conveying mechanism (64) centre, described mould assembling mechanism (63) is arranged on the first belt type conveying mechanism (64) and goes up and be positioned between adsorbing mechanism (62) and the second belt type conveying mechanism (65), described adsorbing mechanism (62) comprises suction nozzle (620), drives the drive system of suction nozzle (620) lifting and translation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520133371.7U CN204606274U (en) | 2015-03-10 | 2015-03-10 | A kind of vanning delivery system of conical flask beverage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520133371.7U CN204606274U (en) | 2015-03-10 | 2015-03-10 | A kind of vanning delivery system of conical flask beverage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204606274U true CN204606274U (en) | 2015-09-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520133371.7U Withdrawn - After Issue CN204606274U (en) | 2015-03-10 | 2015-03-10 | A kind of vanning delivery system of conical flask beverage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204606274U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104724309A (en) * | 2015-03-10 | 2015-06-24 | 尚宝泰机械科技（昆山）有限公司 | Encasement conveying system for conical bottle beverages |
| CN105197546A (en) * | 2015-09-09 | 2015-12-30 | 尚宝泰机械科技（昆山）有限公司 | Separate conveying mechanism for drink bottles |
-
2015
- 2015-03-10 CN CN201520133371.7U patent/CN204606274U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104724309A (en) * | 2015-03-10 | 2015-06-24 | 尚宝泰机械科技（昆山）有限公司 | Encasement conveying system for conical bottle beverages |
| CN105197546A (en) * | 2015-09-09 | 2015-12-30 | 尚宝泰机械科技（昆山）有限公司 | Separate conveying mechanism for drink bottles |
| CN105197546B (en) * | 2015-09-09 | 2018-05-18 | 尚宝泰机械科技（昆山）有限公司 | A kind of lane of beverage bottles conveying mechanism |
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