CN205589615U - Rotatory lane many bottles of formula array plastic packaging machine with transfer description function - Google Patents

Abstract

The utility model discloses a rotatory lane many bottles of formula array plastic packaging machine with transfer description function belongs to the plastic packaging machine among the plastic packaging technical field, and its aim at provides a rotatory lane many bottles of formula array plastic packaging machine with transfer description function. Its technical scheme does: including bottle conveyor, shrink film packaging chamber and thermal contraction room, bottle conveyor includes elementary conveyor and secondary conveyor, and elementary conveyor includes anterior segment transfer passage, back end transfer passage and lane device, the lane device includes the lane main part, and the joint groove has been offered to main part bottom in lane, and the joint inslot is provided with two piece at least lane blades, and lane main part top is equipped with rotatory piece, and the rotatory piece other end passes through shift fork and lane root fixing, and lane blade, rotatory piece hinge into a body structure in respective intermediate position and lane main part, are provided with rotatory piece in the main part of lane and drive actuating cylinder, and rotatory piece drives actuating cylinder and is connected with rotatory piece. The utility model is suitable for a plastic packaging machine.

Description

There is the rotation partitioned many bottles array plastic packer transferring description function

Technical field

This utility model belongs to technical field of plastic package, relates to a kind of plastic packer.

Background technology

Either at medicine still at food technology field, the final step in whole production process is required for many bottles of medicines Bottle or bottled food are packed, and are packed by multiple bottles of marshalling with plastics, and shrink-wraping is exactly this work The packing method that sequence is commonly used.Shrink wrapping is one of packing method more advanced on current international market, and it is to use to shrink Film wraps in outside product or package, then heats, and makes packaging material shrink and wrap product or package, fully shows article Outward appearance, improve article sales exhibition, with increase attractive in appearance and be worth；Meanwhile, the article after packaging can seal, moistureproof, anti-pollution, And protect commodity from from outside impact, there is certain resiliency, especially during packaging glass, can prevent glass from breaking Disperse time broken, additionally, the probability that product is split, stolen can be lowered；Shrink film produces certain pulling force when shrinking, therefore can be one Group article to be packaged is wrapped.

The utility model patent of Application No. 201320486533.6 discloses a kind of Far infra-red hot shrink packaging machine, its The conveyer belt that including frame 11, is arranged in frame 11 and add the passage of heat, described in add the passage of heat and be positioned at the top of described conveyer belt, The described passage of heat that adds is included vaporium and far infrared heating chamber successively by import to Way out, is provided with lifting in described steam chamber Mechanism, steam generator, steam distributor and more than one thermal contracting cap cap contracting device, described steam distributor and steam generation Device is connected and is arranged on described elevating mechanism, and described thermal contracting cap lock nut device is arranged on described steam distributor, described Thermal contracting cap cap contracting device is inverted cup shell, and the inwall of described cup shell is provided with steam ejiction opening, described far infrared heating chamber Top, sidewall and bottom be respectively equipped with far infrared thermal source.Though this Far infra-red hot shrink packaging machine has simple in construction, equipment is made Valency is low, can complete bottleneck cap bag pyrocondensation and thin film shrink-packaging simultaneously, and the thermal efficiency is high, production efficiency advantages of higher；But market On be widely used in 24000-36000 bottle/hour production line, general employing specification be 30 bags/minute more than film packer, for Fractional pack, rate request is higher, frequently results in front conveyer belt bottle inlet generation squeezing bottle, the serious phenomenon such as bottle that fall.

To this end, the utility model patent of Application No. 201220345923.7 discloses a kind of film packager with thermal contraction On bottle separating device, it connects with bottle inlet conveyer belt and carries out active conveying bottle, including support, the sub-bottle plate being fixed on support, this support On be additionally provided with C-type steel guardrail, the upper end of C-type steel guardrail and go to the bottom and be respectively fixed with fixture block, vertically be arranged in parallel between this fixture block The ball of multiple horizontal rotations, the two sides of described sub-bottle plate are vertically arranged with the ball of multiple horizontal rotation in parallel.This point Bottle uses ball guardrail, after the bottle carried on conveyer belt is first by release of pressure, then under the effect of agitator, and bottle quilt Under the ball of sub-bottle plate and C-type steel guardrail transmits, constantly misplace advance, makes packing material can be smoothly through sub-bottle plate, will not go out Existing squeezing bottle, the phenomenon of falling bottle.

Summary of the invention

Though above-mentioned bottle separating device can realize the effect of sub-bottle, can prevent the phenomenon of squeezing bottle, bottle from occurring to a certain extent, But this bottle separating device is the passage connecting with bottle inlet conveyer belt and constituting active conveying bottle, and both are independent ingredient, and both connect The most not only extending the length of active conveying bottle passage, it is existing that it the most also cannot solve the squeezing bottle of appearance, bottle on bottle inlet conveyer belt As.

Goal of the invention of the present utility model is: the problem existed for prior art, it is provided that a kind of a plurality of transfer passage And can effectively prevent from occurring on conveyer belt squeezing bottle, the phenomenon of falling bottle there is the rotation partitioned many bottles battle array transferring description function Row plastic packer.

To achieve these goals, the technical solution adopted in the utility model is:

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay and thermal contraction room, described bottle body conveying device includes the primary conveying dress set gradually Putting and secondary conveyor, described primary conveyer device includes leading portion transfer passage, back segment transfer passage and before connecting Section transfer passage and the channel-dividing device of back segment transfer passage, the port number of described leading portion transfer passage is less than back segment transfer passage Port number；Described channel-dividing device includes that shunting main body, described shunting bottom part body offer buckling groove, arranges in described buckling groove At least two pieces of shunting blades, the position of body top correspondence shunting, described shunting blade are had to be provided with spill spin block, described spill spin block one End connects into lanar four rod mechanism by connecting rod, and the described spill spin block other end is connected with shunting blade by shift fork, described point Road blade, spill spin block are hinged to integrative-structure in respective centre position with shunting main body, and described shunting main body is provided with use Driving cylinder in the spill spin block driving spill spin block to rotate, described spill spin block drives cylinder to be connected with spill spin block；Also include description Downward putting device, described description downward putting device includes the link being fixedly connected in shrink film packer's bay, in described link Portion's connection is described book funnel, and described description funnel bottom is provided with funnel shrouding, and described link side is also associated with using In the detection sensor whether detection bottle puts in place.

Wherein, offering chute bottom described spill spin block, the head of described shift fork is connected in the chute bottom spill spin block And can move along the length direction of chute, the afterbody of described shift fork is connected on the blade of shunting through the groove on spill spin block and dials Dynamic shunting blade rotates.

Wherein, also including that device is squeezed in bottle side, the shell that device includes being connected on secondary conveyor is squeezed in described bottle side Body, described housing connects and has cylinder block, described cylinder block connects and has side to squeeze driving cylinder, and described side is squeezed and driven cylinder head portions Connect and have U-shaped crowded block.

Wherein, described side squeeze drive cylinder include master squeeze drive cylinder and be positioned at master squeeze drive cylinder both sides secondary side Squeezing and drive cylinder, described master squeezes and drives cylinder to be connected in the middle part of U-shaped crowded block, and described secondary side is squeezed and driven cylinder and U-shaped crowded block two End connects.

In sum, owing to have employed technique scheme, the beneficial effects of the utility model are:

1, in this utility model, leading portion transfer passage and back segment transfer passage are connected by channel-dividing device, it is achieved bottle from Port number less leading portion transfer passage is to the conveying of the more back segment transfer passage of port number；This channel-dividing device includes shunting leaf Sheet and spill spin block, be hinged in the middle part of shunting blade and spill spin block in the main body of shunting, and shunting blade and end, spill spin block one end are passed through Shift fork connects, thus realizes the linkage of shunting blade and spill spin block, it is achieved leading portion transfer passage is different from back segment transfer passage Channel connection, the bottle come via the conveying of leading portion transfer passage can be conveyed in the different passages of back segment transfer passage, thus have Effect avoids the appearance of squeezing bottle, the phenomenon of falling bottle on the conveyor belt.The feed side of shrink film packer's bay is additionally provided with description and transfers dress Putting, this description downward putting device includes link, description funnel, funnel shrouding and detection sensor, and detection sensor is used for Bottle below detection device the most all moves to specify position, treats that bottle moves to specific bit and postpones detection sensor Providing signal to controller, controller controls funnel shrouding and opens, the description in description funnel directly transfer to bottle it Between, and be finally coated with in shrink film, thus put into description without manual artificially, it is greatly improved the efficiency of bottle packaging.

2, in this utility model, secondary conveyor connecting and has bottle side to squeeze device, squeezing device by this bottle side can Carry out surface-coating process in bottle is fitly squeezed into shrink film packer's bay, improve the packer packaging efficiency to bottle； This bottle side is squeezed device and is included that housing, cylinder block, side are squeezed and driven cylinder and U-shaped crowded block, is squeezed by side and drives air cylinder driven U-shaped crowded Block moves, thus in bottle to be packaged is snapped in the U-shaped cavity of U-shaped crowded block and be ultimately delivered in shrink film packer's bay so that Packaging bottle out is more neat.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model；

Fig. 2 is the structural representation after removing channel-dividing device in Fig. 1；

Fig. 3 is the structural representation of primary conveyer device in this utility model；

Fig. 4 is the structural representation of channel-dividing device in this utility model；

Fig. 5 is the structural representation after spill spin block turns an angle in Fig. 4；

Fig. 6 is the scheme of installation of shunting blade in this utility model；

Fig. 7 is the structural representation after shunting blade turns an angle in Fig. 6；

Fig. 8 is the structural representation of description downward putting device in this utility model；

Fig. 9 is the structural representation that in this utility model, device is squeezed in bottle side；

Figure 10 is structural representation during extrusion bottle in Fig. 9；

Wherein, reference is: under 1 primary conveyer device, 2 secondary conveyors, 3 controllers, 4 description Put device, device, 7 channel-dividing devices, 8 shrink film packer's bays, 9 thermal contraction rooms, 11 machines are squeezed in 5 bottles, 6 bottle sides Frame, 12 conveyer belts, 13 leading portion transfer passages, 14 back segment transfer passages, 41 links, 42 description funnels, 43 funnel shroudings, 44 detection sensors, 61 housings, 62 cylinder blocks, 63 sides squeeze drive cylinder, 64 U-shaped crowded blocks, 71 shunting main bodys, 72 buckling grooves, 73 grooves, 74 spill spin blocks, 75 connecting rods, 76 spill spin blocks drive cylinders, 77 Shunting blade, 78 shift forks.

Detailed description of the invention

Below in conjunction with the accompanying drawings, this utility model is described in detail.

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcement Example, is further elaborated to this utility model.Should be appreciated that specific embodiment described herein is only in order to explain this Utility model, is not used to limit this utility model.

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, and it includes that bottle carries Device, shrink film packer's bay 8 and thermal contraction room 9, the lateral wall of thermal contraction room 9 connects and has controller 3.Bottle body conveying device will Bottle 5 is delivered to shrink film packer's bay 8, and shrink film packer's bay 8 uses shrink film to envelope the bottle to be packaged 5 of proper alignment, And the bottle to be packaged 5 being coated with is conveyed into thermal contraction room 9 carries out thermal contraction process, so that heat shrink films tightly envelopes Bottle 5.

In order to realize the long distance delivery of bottle 5, this bottle body conveying device includes primary conveyer device 1 and secondary conveying dress Putting 2, primary conveyer device 1 sets gradually with secondary conveyor 2, and primary conveyer device 1 all includes with secondary conveyor 2 using Conveyer belt 12 in conveying bottle 5.In addition to primary conveyer device 1 and secondary conveyor 2 are set, it is also possible to it is defeated that other are set Send device, it is achieved the long distance delivery of bottle 5.

In order to effectively solve squeezing bottle, the phenomenon of falling bottle that conveyer device occurs in the course of conveying of bottle 5.This primary carries Device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and channel-dividing device 7, and the port number of leading portion transfer passage 13 is little Port number in back segment transfer passage 14.Bottle 5 carries via leading portion transfer passage 13, and is fed directly to back segment conveying Passage 14, along with bottle 5 persistent accumulation in back segment transfer passage 14, will appear from squeezing bottle, the bottle that falls in back segment transfer passage 14 Phenomenon, therefore arranges channel-dividing device 7 between leading portion transfer passage 13 and back segment transfer passage 14, and this channel-dividing device 7 can be by front In section transfer passage 13, the bottle 5 of conveying is delivered in the different passages in back segment transfer passage 14, thus avoids because of same logical Squeezing bottle, the phenomenon of falling bottle that bottle 5 causes it is continuously delivered in road.This channel-dividing device 7 includes shunting main body 71, in shunting main body 71 Bottom offer buckling groove 72, during use, this channel-dividing device 7 is across the leading portion transfer passage 13 being arranged on primary conveyer device 1 Above the junction of back segment transfer passage 14.It is provided with shunting blade 77, wherein this point in the buckling groove 72 of this channel-dividing device 7 Road blade 77 can arrange polylith, the quantity of concrete shunting blade 77 according to leading portion transfer passage 13, back segment transfer passage 14 logical Number of channels is determined.The top of shunting main body 71 is provided with spill spin block 74, the quantity of this spill spin block 74, position and shunting blade 77 Quantity, position suitable.The spill spin block 74 of correspondence position and shunting blade 77 are all articulated and connected integral with shunting main body 71 Structure, and spill spin block 74, shunting blade 77 all the most independently can rotate around jointed shaft in shunting main body 71.Spill spin block 74 one end Plane double leval jib 75 mechanism is connected into, it is achieved the linkage between polylith spill spin block 74 by connecting rod 75；Spill spin block 74 other end leads to Cross shift fork 78 to be connected with shunting blade 77,77 turns of shunting blade below can be driven by shift fork 78 when spill spin block 74 rotates Dynamic, thus by the different channel connections of a certain passage of leading portion transfer passage 13 from back segment transfer passage 14, finally realize shunting Effect.Additionally, be additionally provided with spill spin block in shunting main body 71 to drive cylinder 76, this spill spin block drives cylinder 76 with one of Spill spin block 74 connects, thus directly drives this spill spin block 74 to rotate；Owing to passing through connecting rod 75 between spill spin block 74 and spill spin block 74 Connect into plane double leval jib 75 mechanism, thus a certain spill spin block 74 rotates and other spill spin blocks 74 of correspondence can be driven to rotate, and The shunting blade 77 driving correspondence eventually through shift fork 78 rotates, it is achieved the effect in shunting.

In order to the linkage of spill spin block 74 and shunting blade 77 is better achieved, thus offer bottom spill spin block 74 Chute, the head of shift fork 78 is connected in the chute bottom this spill spin block 74, and shift fork 78 head can be along the length of chute in chute Degree direction moves freely；The afterbody of shift fork 78 is connected on shunting blade 77 after the groove 73 on spill spin block 74, thus works as When spill spin block 74 rotates, motion can drive shunting blade 77 to rotate by shift fork 78.

In order to carry out peplos process in the bottle 5 of proper alignment is sent into shrink film packer's bay 8, this packer also sets It is equipped with bottle side and squeezes device 6.This bottle side is squeezed device 6 and is included that housing 61, housing 61 are directly fixedly connected on secondary conveyor 2 On；Connecting on this housing 61 and have cylinder block 62, cylinder block 62 connects and has side to squeeze driving cylinder 63, the end driving cylinder 63 is squeezed in side Portion connects U-shaped crowded block 64.Side is squeezed and is driven cylinder 63 that U-shaped crowded block 64 can be driven along side to squeeze the length direction shifting driving cylinder 63 Dynamic, in the moving process of U-shaped crowded block 64, this U-shaped crowded block 64 can be by whole for some bottles 5 of the proper alignment on its motion path Peplos process is carried out in pushing shrink film packer's bay 8 together.Cylinder 63 is driven to include master crowded driving cylinder additionally, this side is squeezed 63 and two secondary sides squeeze and drive cylinders 63, two secondary sides are squeezed and are driven cylinder 63 to be symmetrically arranged on master to squeeze and drive the two of cylinder 63 Side, and master squeeze drive cylinder 63 end is connected with the middle part of U-shaped crowded block 64, pair side squeeze driving cylinder 63 end with U-shaped The two ends squeezing block 64 connect, thus master squeezes driving cylinder 63, secondary side is squeezed driving cylinder 63 and can be applied stable to U-shaped crowded block 64 Active force, drives U-shaped crowded block 64 smoothly to move.

Either food or medicine, is required for when packing bottle 5 adding description during packaging, by bottle In 5 are packaged in together with the description, it is simple to user is directly viewable.In order to convenient, quickly by description with bottle 5 Install, improve the placement efficiency of description, thus description downward putting device 4 is set on this packer.This description transfers dress Putting 4 and include link 41, this link 41 is the quadrilateral structure of hollow, and the one side of link 41 is directly fixedly connected on receipts On shrink-film package room 8, this link 41 is internally connected with description funnel 42, is provided with for blocking bottom description funnel 42 The funnel shrouding 43 of description funnel 42；The side of link 41 is also associated with detecting sensor 44, and this detection sensor 44 is main It is used for detecting the position whether bottle 5 to be packaged moves to specify.Treat that bottle 5 moves to specific bit and postpones, detection sensing Device 44 detects that bottle 5 moves into place and produce detection signal, and detection signal is delivered to controller 3, and controller 3 produces and controls letter Number control funnel shrouding 43 rotates, and description comes off from description funnel 42 and falls between bottle 5 to be packaged, the most again Carry out peplos process in fitly pushing shrink film packer's bay 8 via U-shaped crowded block 64, thus bottle 5 is packed with description Together.

Embodiment 1

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay 8 and thermal contraction room 9, described bottle body conveying device includes the primary conveying set gradually Device 1 and secondary conveyor 2, described primary conveyer device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and uses In connecting leading portion transfer passage 13 and the channel-dividing device 7 of back segment transfer passage 14, the port number of described leading portion transfer passage 13 is little Port number in back segment transfer passage 14；Described channel-dividing device 7 includes shunting main body 71, offers bottom described shunting main body 71 Buckling groove 72, is provided with at least two pieces of shunting blades 77, correspondence shunting, main body 71 top, described shunting leaf in described buckling groove 72 The position of sheet 77 is provided with spill spin block 74, and described spill spin block 74 one end connects into plane double leval jib 75 mechanism by connecting rod 75, described Spill spin block 74 other end is connected with shunting blade 77 by shift fork 78, and described shunting blade 77, spill spin block 74 are in respective centre Position and shunting main body 71 are hinged to integrative-structure, and described shunting main body 71 is provided with the rotation for driving spill spin block 74 to rotate Switch block drives cylinder 76, and described spill spin block drives cylinder 76 to be connected with spill spin block 74.Also include description downward putting device 4, described Description downward putting device 4 includes the link 41 being fixedly connected in shrink film packer's bay 8, and described link 41 is internally connected with Description funnel 42, is provided with funnel shrouding 43 bottom described description funnel 42, described link 41 side is also associated with using In the detection sensor 44 whether detection bottle 5 puts in place.

Embodiment 2

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay 8 and thermal contraction room 9, described bottle body conveying device includes the primary conveying set gradually Device 1 and secondary conveyor 2, described primary conveyer device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and uses In connecting leading portion transfer passage 13 and the channel-dividing device 7 of back segment transfer passage 14, the port number of described leading portion transfer passage 13 is little Port number in back segment transfer passage 14；Described channel-dividing device 7 includes shunting main body 71, offers bottom described shunting main body 71 Buckling groove 72, is provided with at least two pieces of shunting blades 77, correspondence shunting, main body 71 top, described shunting leaf in described buckling groove 72 The position of sheet 77 is provided with spill spin block 74, and described spill spin block 74 one end connects into plane double leval jib 75 mechanism by connecting rod 75, described Spill spin block 74 other end is connected with shunting blade 77 by shift fork 78, and described shunting blade 77, spill spin block 74 are in respective centre Position and shunting main body 71 are hinged to integrative-structure, and described shunting main body 71 is provided with the rotation for driving spill spin block 74 to rotate Switch block drives cylinder 76, and described spill spin block drives cylinder 76 to be connected with spill spin block 74.Also include description downward putting device 4, described Description downward putting device 4 includes the link 41 being fixedly connected in shrink film packer's bay 8, and described link 41 is internally connected with Description funnel 42, is provided with funnel shrouding 43 bottom described description funnel 42, described link 41 side is also associated with using In the detection sensor 44 whether detection bottle 5 puts in place.

Wherein, offering chute bottom described spill spin block 74, the head of described shift fork 78 is connected in bottom spill spin block 74 In chute and can move along the length direction of chute, the afterbody of described shift fork 78 passes the groove 73 on spill spin block 74 and is connected in point On road blade 77 and stir shunting blade 77 and rotate.

Embodiment 3

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay 8 and thermal contraction room 9, described bottle body conveying device includes the primary conveying set gradually Device 1 and secondary conveyor 2, described primary conveyer device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and uses In connecting leading portion transfer passage 13 and the channel-dividing device 7 of back segment transfer passage 14, the port number of described leading portion transfer passage 13 is little Port number in back segment transfer passage 14；Described channel-dividing device 7 includes shunting main body 71, offers bottom described shunting main body 71 Buckling groove 72, is provided with at least two pieces of shunting blades 77, correspondence shunting, main body 71 top, described shunting leaf in described buckling groove 72 The position of sheet 77 is provided with spill spin block 74, and described spill spin block 74 one end connects into plane double leval jib 75 mechanism by connecting rod 75, described Spill spin block 74 other end is connected with shunting blade 77 by shift fork 78, and described shunting blade 77, spill spin block 74 are in respective centre Position and shunting main body 71 are hinged to integrative-structure, and described shunting main body 71 is provided with the rotation for driving spill spin block 74 to rotate Switch block drives cylinder 76, and described spill spin block drives cylinder 76 to be connected with spill spin block 74.Also include description downward putting device 4, described Description downward putting device 4 includes the link 41 being fixedly connected in shrink film packer's bay 8, and described link 41 is internally connected with Description funnel 42, is provided with funnel shrouding 43 bottom described description funnel 42, described link 41 side is also associated with using In the detection sensor 44 whether detection bottle 5 puts in place.

Wherein, also including that device 6 is squeezed in bottle side, described bottle side is squeezed device 6 and is included being connected on secondary conveyor 2 Housing 61, described housing 61 connects and has cylinder block 62, described cylinder block 62 connects and has side to squeeze driving cylinder 63, and described side is squeezed Drive cylinder 63 end to connect and have U-shaped crowded block 64.

Embodiment 5

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay 8 and thermal contraction room 9, described bottle body conveying device includes the primary conveying set gradually Device 1 and secondary conveyor 2, described primary conveyer device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and uses In connecting leading portion transfer passage 13 and the channel-dividing device 7 of back segment transfer passage 14, the port number of described leading portion transfer passage 13 is little Port number in back segment transfer passage 14；Described channel-dividing device 7 includes shunting main body 71, offers bottom described shunting main body 71 Buckling groove 72, is provided with at least two pieces of shunting blades 77, correspondence shunting, main body 71 top, described shunting leaf in described buckling groove 72 The position of sheet 77 is provided with spill spin block 74, and described spill spin block 74 one end connects into plane double leval jib 75 mechanism by connecting rod 75, described Spill spin block 74 other end is connected with shunting blade 77 by shift fork 78, and described shunting blade 77, spill spin block 74 are in respective centre Position and shunting main body 71 are hinged to integrative-structure, and described shunting main body 71 is provided with the rotation for driving spill spin block 74 to rotate Switch block drives cylinder 76, and described spill spin block drives cylinder 76 to be connected with spill spin block 74.Also include description downward putting device 4, described Description downward putting device 4 includes the link 41 being fixedly connected in shrink film packer's bay 8, and described link 41 is internally connected with Description funnel 42, is provided with funnel shrouding 43 bottom described description funnel 42, described link 41 side is also associated with using In the detection sensor 44 whether detection bottle 5 puts in place.

Wherein, offering chute bottom described spill spin block 74, the head of described shift fork 78 is connected in bottom spill spin block 74 In chute and can move along the length direction of chute, the afterbody of described shift fork 78 passes the groove 73 on spill spin block 74 and is connected in point On road blade 77 and stir shunting blade 77 and rotate.

Wherein, also including that device 6 is squeezed in bottle side, described bottle side is squeezed device 6 and is included being connected on secondary conveyor 2 Housing 61, described housing 61 connects and has cylinder block 62, described cylinder block 62 connects and has side to squeeze driving cylinder 63, and described side is squeezed Drive cylinder 63 end to connect and have U-shaped crowded block 64.

Wherein, the crowded driving in described side cylinder 63 includes that master squeezes driving cylinder 63 and is positioned at master crowded driving cylinder 63 both sides Secondary side squeeze and drive cylinder 63, described master squeezes and drives cylinder 63 to be connected with U-shaped crowded block 64 in the middle part of, the crowded driving in described secondary side cylinder 63 are connected with U-shaped crowded block 64 two ends.

Embodiment 6

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay 8 and thermal contraction room 9, described bottle body conveying device includes the primary conveying set gradually Device 1 and secondary conveyor 2, described primary conveyer device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and uses In connecting leading portion transfer passage 13 and the channel-dividing device 7 of back segment transfer passage 14, the port number of described leading portion transfer passage 13 is little Port number in back segment transfer passage 14；Described channel-dividing device 7 includes shunting main body 71, offers bottom described shunting main body 71 Buckling groove 72, is provided with at least two pieces of shunting blades 77, correspondence shunting, main body 71 top, described shunting leaf in described buckling groove 72 The position of sheet 77 is provided with spill spin block 74, and described spill spin block 74 one end connects into plane double leval jib 75 mechanism by connecting rod 75, described Spill spin block 74 other end is connected with shunting blade 77 by shift fork 78, and described shunting blade 77, spill spin block 74 are in respective centre Position and shunting main body 71 are hinged to integrative-structure, and described shunting main body 71 is provided with the rotation for driving spill spin block 74 to rotate Switch block drives cylinder 76, and described spill spin block drives cylinder 76 to be connected with spill spin block 74.Also include description downward putting device 4, described Description downward putting device 4 includes the link 41 being fixedly connected in shrink film packer's bay 8, and described link 41 is internally connected with Description funnel 42, is provided with funnel shrouding 43 bottom described description funnel 42, described link 41 side is also associated with using In the detection sensor 44 whether detection bottle 5 puts in place.

Wherein, also including that device 6 is squeezed in bottle side, described bottle side is squeezed device 6 and is included being connected on secondary conveyor 2 Housing 61, described housing 61 connects and has cylinder block 62, described cylinder block 62 connects and has side to squeeze driving cylinder 63, and described side is squeezed Drive cylinder 63 end to connect and have U-shaped crowded block 64.

Wherein, the crowded driving in described side cylinder 63 includes that master squeezes driving cylinder 63 and is positioned at master crowded driving cylinder 63 both sides Secondary side squeeze and drive cylinder 63, described master squeezes and drives cylinder 63 to be connected with U-shaped crowded block 64 in the middle part of, the crowded driving in described secondary side cylinder 63 are connected with U-shaped crowded block 64 two ends.

Embodiment 7

A kind of have the rotation partitioned many bottles array plastic packer transferring description function, including set gradually Bottle body conveying device, shrink film packer's bay 8 and thermal contraction room 9, described bottle body conveying device includes the primary conveying set gradually Device 1 and secondary conveyor 2, described primary conveyer device 1 includes leading portion transfer passage 13, back segment transfer passage 14 and uses In connecting leading portion transfer passage 13 and the channel-dividing device 7 of back segment transfer passage 14, the port number of described leading portion transfer passage 13 is little Port number in back segment transfer passage 14；Described channel-dividing device 7 includes shunting main body 71, offers bottom described shunting main body 71 Buckling groove 72, is provided with at least two pieces of shunting blades 77, correspondence shunting, main body 71 top, described shunting leaf in described buckling groove 72 The position of sheet 77 is provided with spill spin block 74, and described spill spin block 74 one end connects into plane double leval jib 75 mechanism by connecting rod 75, described Spill spin block 74 other end is connected with shunting blade 77 by shift fork 78, and described shunting blade 77, spill spin block 74 are in respective centre Position and shunting main body 71 are hinged to integrative-structure, and described shunting main body 71 is provided with the rotation for driving spill spin block 74 to rotate Switch block drives cylinder 76, and described spill spin block drives cylinder 76 to be connected with spill spin block 74.Also include description downward putting device 4, described Description downward putting device 4 includes the link 41 being fixedly connected in shrink film packer's bay 8, and described link 41 is internally connected with Description funnel 42, is provided with funnel shrouding 43 bottom described description funnel 42, described link 41 side is also associated with using In the detection sensor 44 whether detection bottle 5 puts in place.

Wherein, offering chute bottom described spill spin block 74, the head of described shift fork 78 is connected in bottom spill spin block 74 In chute and can move along the length direction of chute, the afterbody of described shift fork 78 passes the groove 73 on spill spin block 74 and is connected in point On road blade 77 and stir shunting blade 77 and rotate.

Wherein, also including that device 6 is squeezed in bottle side, described bottle side is squeezed device 6 and is included being connected on secondary conveyor 2 Housing 61, described housing 61 connects and has cylinder block 62, described cylinder block 62 connects and has side to squeeze driving cylinder 63, and described side is squeezed Drive cylinder 63 end to connect and have U-shaped crowded block 64.

Wherein, the crowded driving in described side cylinder 63 includes that master squeezes driving cylinder 63 and is positioned at master crowded driving cylinder 63 both sides Secondary side squeeze and drive cylinder 63, described master squeezes and drives cylinder 63 to be connected with U-shaped crowded block 64 in the middle part of, the crowded driving in described secondary side cylinder 63 are connected with U-shaped crowded block 64 two ends.

The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all at this Any amendment, equivalent and the improvement etc. made within the spirit of utility model and principle, should be included in this utility model Protection domain within.

Claims (3)

1. there is the rotation partitioned many bottles array plastic packer transferring description function, including the bottle set gradually Body conveyer device, shrink film packer's bay (8) and thermal contraction room (9), it is characterised in that: described bottle body conveying device includes setting successively The primary conveyer device (1) put and secondary conveyor (2), described primary conveyer device (1) include leading portion transfer passage (13), Back segment transfer passage (14) and be used for connecting the channel-dividing device (7) of leading portion transfer passage (13) and back segment transfer passage (14), The port number of described leading portion transfer passage (13) is less than the port number of back segment transfer passage (14)；Described channel-dividing device (7) includes Shunting main body (71), bottom, described shunting main body (71) offers buckling groove (72), and described buckling groove is provided with at least in (72) Two pieces of shunting blades (77), the position in correspondence shunting blade, main body (71) top, described shunting (77) is provided with spill spin block (74), institute Stating spill spin block (74) one end and connect into lanar four rod mechanism by connecting rod (75), described spill spin block (74) other end passes through shift fork (78) being connected with shunting blade (77), described shunting blade (77), spill spin block (74) are in respective centre position and shunting main body (71) it is hinged to integrative-structure, described shunting main body (71) is provided with the spill spin block for driving spill spin block (74) to rotate and drives Cylinder (76), described spill spin block drives cylinder (76) to be connected with spill spin block (74)；Also include description downward putting device (4), described Description downward putting device (4) includes the link (41) being fixedly connected in shrink film packer's bay (8), in described link (41) Portion's connection is described book funnel (42), and described description funnel (42) bottom is provided with funnel shrouding (43), described link (41) side is also associated with for detecting the detection sensor (44) whether bottle (5) puts in place；Described spill spin block (74) bottom is opened Being provided with chute, the head of described shift fork (78) is connected in the chute bottom spill spin block (74) and can move along the length direction of chute Dynamic, the afterbody of described shift fork (78) is connected in shunting blade (77) through the groove (73) on spill spin block (74) and above and stirs shunting Blade (77) rotates.

There is rotation partitioned many bottles array plastic packer the most as claimed in claim 1 that transfer description function, its Being characterised by: also include that device (6) is squeezed in bottle side, described bottle side is squeezed device (6) and is included being connected on secondary conveyor (2) Housing (61), the upper connection of described housing (61) has cylinder block (62), and the upper connection of described cylinder block (62) has side to squeeze to drive cylinder (63), described side is squeezed and is driven the connection of cylinder (63) end to have U-shaped crowded block (64).

There is rotation partitioned many bottles array plastic packer the most as claimed in claim 2 that transfer description function, its It is characterised by: described side is crowded drives cylinder (63) include master crowded driving cylinder (631) and be positioned at master crowded driving cylinder (631) The secondary side of both sides is squeezed and is driven cylinder (632), and described master squeezes and drives cylinder (631) to be connected with U-shaped crowded block (64) middle part, described pair Side is squeezed and is driven cylinder (632) to be connected with U-shaped crowded block (64) two ends.