CN205397414U - Material reason material conveyor - Google Patents
Material reason material conveyor Download PDFInfo
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- CN205397414U CN205397414U CN201620143714.2U CN201620143714U CN205397414U CN 205397414 U CN205397414 U CN 205397414U CN 201620143714 U CN201620143714 U CN 201620143714U CN 205397414 U CN205397414 U CN 205397414U
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Abstract
The utility model provides a material reason material conveyor, include the servo reason of arranging in proper order according to material transmission direction material part, supplementary reason material subtotal transition mechanism part, servo reason material part includes that the first belt conveyor of going up who sets up at direction coparallel interval from top to bottom constructs and first belt conveyor structure, supplementary reason material part includes that belt conveyor constructs on the second that the interval set up in direction from top to bottom constructs with second belt conveyor, and wherein, belt conveyor constructs and to switch between the mode paralleling and incline mutually these two kinds to set up with second belt conveyor structure according to the transport demand on the second, transition mechanism part is crossed the cab apron for single and is had plane portion and bellying including the cab apron of crossing of a pair of interval setting. Use the utility model discloses, can avoid the resonable material of material lateral wall to produce the mar in carrying.
Description
Technical field
This utility model relates to packing machinery technology, particularly relates to a kind of material reason material conveying device.
Background technology
Conventional apparatus for production line is carried for the automatic material arranging of solid material, many employing designs such as star wheel disc, sub-material screw rod, each material being close to arranges formation interval and is further continued for transmitting.This reason material method is applied on the products such as plastic cup, can or glass to be usually free of problem, but is relatively easily generated the product of cut for dixie cup or sidewall and is just not suitable for, and, along with speed of production is more high, the problem such as this series products sidewall cut is more obvious.Accordingly, it would be desirable to a kind of new material reason material conveying device, to solve the cut problem of the sidewall in the reason material conveying of this type of material.
Utility model content
In view of this, main purpose of the present utility model is in that, it is provided that a kind of material reason material conveying device, to avoid producing the problems such as cut in the resonable material conveying of material sidewall.
This utility model provides a kind of material reason material conveying device, including the servo reason material part being sequentially arranged according to material transferring direction, auxiliary reason material part and transition mechanism part, belt conveyor mechanism and first time belt conveyor mechanism on the first of parallel interval setting that described servo reason expects to be partly comprised on above-below direction, in material conveying process, material is clamped on the first of synchronous operation between belt conveyor mechanism and first time belt conveyor mechanism；Described auxiliary reason material is partly comprised on above-below direction on spaced second belt conveyor mechanism and second time belt conveyor mechanism, in material conveying process, material is placed in second time belt conveyor mechanism and has certain interval between belt conveyor mechanism on its end face and described second, wherein, belt conveyor mechanism can switch between both set-up modes paralleling with described second time belt conveyor mechanism and tilt according to delivery requirements on described second；Described transition mechanism part includes a pair spaced rebound, single rebound has planar portions and lobe, wherein, this a pair rebound can make a pair lobe opposite near described auxiliary reason material part side according to delivery requirements, with, make pair of planar portion a pair lobe deviates from mutually in this side near described auxiliary reason material part side is opposite, change between both mounting means.
Adopt this structure, in the resonable material course of conveying of material, material is clamped between described servo reason material part and spaced up and down two pairs of synchronous transport belt mechanism of auxiliary reason material part, the both ends of the surface up and down of material contact with belt conveyor mechanism, its side can't be held, therefore, material side will not be injured under high-speed transfer, it is to avoid on the sidewall of material, during high-speed transfer, produce cut.Additionally, on described second, belt conveyor mechanism can parallel with described second time belt conveyor mechanism according to delivery requirements and tilt switching between both set-up modes, also by adjusting belt conveyor mechanism on second, the set-up mode of rebound meets concrete delivery requirements, and then carry out, by a set of conveyer device, the delivery requirements that As soon as possible Promising Policy is different, advantageously reduce the equipment cost etc. of conveyer device.
Preferably, also including and the first elevating mechanism of the described servo reason material supporting setting of part, this first elevating mechanism is in order to adjust on described first belt conveyor mechanism in the vertical direction relative to the height of described first time belt conveyor mechanism.
Adopt this structure, by belt conveyor mechanism on described in the first elevating mechanism adjustable first in the vertical direction relative to the height of described first time belt conveyor mechanism, thus the interval adjusted between about the first belt conveyor mechanism, with suitable with the material with differing heights specification, be conducive to the suitability improving material reason material conveying device with the material with different size.
Preferably, described servo reason material part is additionally included in its a pair correlation detection electric eye near the opposite setting in side of described auxiliary reason material part.
Adopt this structure, detect electric eye by described correlation to detect material bottom neutral, record current material correspondence position state, and testing result is fed back to control system, make control system control the duty of servomotor included by the belt conveyor mechanism of servo reason material part to complete to penetrate the operation such as cup, brake according to the information received.
Preferably, also including and the second elevating mechanism of the described auxiliary reason material supporting setting of part, this second elevating mechanism is in order to adjust on described second belt conveyor mechanism in the vertical direction relative to the height of described second time belt conveyor mechanism.
Adopt this structure, by belt conveyor mechanism on described in the second elevating mechanism adjustable second in the vertical direction relative to the height of described second time belt conveyor mechanism, thus the interval adjusted between about the second belt conveyor mechanism, with suitable with the material with differing heights specification, be conducive to the suitability improving material reason material conveying device with the material with different size.
Preferably, described auxiliary reason material part also includes the second upper frame body, this second upper frame body is arranged on described second elevating mechanism, on described second, the axle that drives of belt conveyor mechanism adopts the mode rotating clamping to be connected with described second upper frame body, makes belt conveyor mechanism on described second paralleling with described second time belt conveyor mechanism and can tilt switching between both set-up modes.
Adopting this structure, when material needs to carry out upright conveying, on described second, belt conveyor mechanism adopts the mode paralleled with described second time belt conveyor mechanism to arrange；When material needs to carry out overturning conveying, on described second the driving axle of belt conveyor mechanism relative to second on conveying framework turn an angle and be positioned at this angle, belt conveyor mechanism on described second is made to rotate counterclockwise certain angle with its front end for the center of circle relative to second time conveying mechanism, it is achieved on second, belt conveyor mechanism adopts the mode tilted with second time belt conveyor mechanism to arrange.
Preferably, when on described second, belt conveyor mechanism tilts relative to second time belt conveyor mechanism and arranges, the interval height of the close described servo reason material part side of both is less than their interval height away from described servo reason material part side.
Adopt this structure, owing to the close described servo of described about second belt conveyor mechanism manages the interval height interval height away from described servo reason material part side less than them of material part side, make the gap being positioned on the end face and second of the material of belt conveyor mechanism rear end (namely away from one end of described servo reason material part) between belt conveyor mechanism slightly larger, this gap provides activity space with the overturning action thinking material, to coordinate the conveying of overturning material.
Preferably, described single rebound is square plate parts, and described lobe forms a corner portion of the side expecting part at this rebound near auxiliary reason, the remainder of square plate parts constitute described planar portions.
Adopt this structure, when material needs to carry out upright conveying, a pair rebound adopts the planar portions making them opposite and their lobe deviates from mutually mode is arranged, make planar portions touch with material bottom connection；When material needs to carry out overturning conveying, a pair rebound is installed in transposition, the lobe making them mode that is opposite and that arrange near front end is adopted to arrange, lobe is made to touch with cup-shaped material bottom connection, first collide with the protuberance of lobe at the bottom of the cup of material, make cup-shaped material center of gravity dump forward, thus make cup-shaped material enter roll-over condition.
Preferably, it is connected mutually with the side away from described auxiliary reason material part of described transition mechanism part and is provided with packaging conveyer belt, described material reason material conveying device also includes at least provided with a pair pressure pin in described transition mechanism part and the whole transfer passage both sides of packaging conveyer belt, further, the interval between this pair pressure pin is less than the external diameter on material top.
Adopting this structure, this pair pressure pin carries out in overturning course of conveying at material, and the pressure pin being positioned at material both sides can hold top surface side edge on material, it is to avoid produces the problems such as cut because material cup body touches other components.
Preferably, the installing plate that described transition mechanism part also includes a fixed support, is assemblied on this fixed support, described rebound is arranged on this installing plate.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of material reason material conveying device, and wherein cup-shaped material is in upright state；
Fig. 2 is the axonometric chart of material reason material conveying device, and wherein cup-shaped material is in roll-over condition；
Fig. 3 is the side view of the reason material conveying device of material shown in Fig. 2, conceals part enclosure；
Fig. 4 is the top view of the reason material conveying device of material shown in Fig. 2.
Detailed description of the invention
The detailed description of the invention managing material conveying device for cup-shaped material with reference to Fig. 1～4 pair this utility model material below is described in detail.In described below, described front end is corresponding to the left end in Fig. 1～4, and described rear end is corresponding to the right-hand member in Fig. 1～4, and direction of transfer is from left to right.
As shown in figures 1-4, material described in the utility model reason material conveying device, it is generally of and supports installation effect the main body rack extended along material transferring direction together, this material reason material conveying device includes the servo reason material part 1, auxiliary reason material part 2 and the transition mechanism part 3 that are sequentially arranged on main body rack according to material transferring direction, being additionally provided with the packaging conveyer belt 6 that the rear end with foregoing transition mechanism section 3 is connected mutually on main body rack 1a, material is managed material conveying device via servo and is delivered on this packaging conveyer belt 6.Wherein, expect that part 1 is corresponding with servo reason and be provided with the first elevating mechanism 4, expect that part 2 is corresponding with auxiliary reason and is provided with the second elevating mechanism 5.Below various piece is described in detail respectively.
Servo reason material part 1 determines space state in order to being adjusted to by contact condition by material, it mainly include arranging along material conveying direction and be arranged in parallel up and down first on belt conveyor mechanism 11 and first time belt conveyor mechanism 12 and this pair supporting setting of belt conveyer structure first on conveying framework and first time conveying framework, wherein, first time conveying framework is typically mounted on aforementioned body support 1a, carries at this first time and is provided with first time belt conveyor mechanism 11 and aforementioned first elevating mechanism 4 in framework；First elevating mechanism 4 (that is vertical direction) along the vertical direction is arranged, and carries framework to be arranged in the lift adjustment portion of this first elevating mechanism 4 on first, and on first, belt conveyor mechanism 11 is arranged on this on first in conveying framework.Additionally, this a pair correlation detection electric eye 13 is in order to detect cup-shaped material bottom neutral, to record current material correspondence position state, and testing result is fed back to control system, make control system control the duty of servomotor included by the belt conveyor mechanism of servo reason material part 1 to complete to penetrate the operation such as cup, brake according to the information received, and then make servo reason material part 1 realize being adjusted to material by contact condition determining space state.
Specifically, aforementioned each belt conveyor mechanism includes: be arranged in the driving roller at belt two ends and a driven roller and the coaxially connected drive sprocket driving axle, being assemblied on this driving axle of driving roller along a belt, support and this belt of driving interval that conveying direction is arranged, this drive sprocket is by Serve Motor Control.Wherein, each belt conveyor mechanism can be respectively configured a servomotor, it is also possible to shares a servomotor, repeats no more.In material conveying process, the both ends of the surface up and down of material contact with the belt of both of the aforesaid belt conveyor mechanism, this material is clamped between two belts of both of the aforesaid belt conveyor mechanism and both are synchronized does intermittent delivery action, it is achieved the transmission of material and automatic separation.
First elevating mechanism 4 specifically includes: be assembled to first time conveying framework on installing plate, the lifting screw group being assemblied on this installing plate, for driving the linear slide block of lifting screw group lift adjustment and for locking the latch segment of linear slide position.Wherein, lifting screw group is for assembling to install the support carrying framework on first, and on first, belt conveyor mechanism 11 passes sequentially through and carries framework, this support to be connected with lifting screw group on first.By the first elevating mechanism 4 adjustable first is carried framework height in the vertical direction, and then adjust on first belt conveyor mechanism 11 in the vertical direction relative to the height of first time belt conveyor mechanism 12, thus the interval adjusted between about the first belt conveyor mechanism, with suitable with the material with differing heights specification.
Auxiliary reason material part 2 is in order to widen the interval between adjacent two materials, it is similar with the structure of servo reason material part 1, conveying framework and second time conveying framework on the second of belt conveyor mechanism 21 and second time belt conveyor mechanism 22 and this pair supporting setting of belt conveyer structure on include equally arranging along material conveying direction and be arranged in parallel up and down second, wherein, second time conveying framework is typically mounted on aforementioned body support, carries at this second time and is provided with second time belt conveyor mechanism 22 and the second elevating mechanism 5 in framework；Second elevating mechanism 5 (that is vertical direction) along the vertical direction is arranged, and carries framework to be arranged in the lift adjustment portion of this second elevating mechanism 5 on second, and on second, belt conveyor mechanism 21 is arranged on this on second in conveying framework.nullOn second, the belt of belt conveyor mechanism 21 is used for assisting force feed material，In material conveying process，On second, the belt of belt conveyor mechanism 21 does not directly contact with cup-shaped material end face but keeps a fixed gap with cup-shaped material end face，In this utility model，The speed of service of the belt conveyor mechanism of auxiliary reason material part 2 is more than the speed of service of the belt conveyor mechanism of servo reason material part 1，The interval between adjacent two materials is widened with this，But，When material is entered auxiliary reason material part 2 by servo reason material part 1，Owing to the latter's speed of service is more than the former，Material can produce to rock when entering auxiliary reason material part 2，On aforementioned second, the belt of belt conveyor mechanism 21 is used for assisting force feed material，It can be avoided that the problem that cup-shaped material produced to topple over backward in the belt moment of second time belt conveyor mechanism 22 of contact auxiliary reason material part 2，Thus cushioning rocking of material to stabilize it conveying.Wherein, in the second elevating mechanism 5 adjustable second, the belt of belt conveyor mechanism 21 is relative to the height of the belt of second time belt conveyor mechanism 22, and then adjusts distance between the two, thus adjusts the size of aforementioned interspace.
Wherein, second up/down belt conveyor mechanism and aforementioned first up/down belt conveyor mechanism, the second elevating mechanism 5 are similar with the structure of aforementioned first elevating mechanism 4, therefore their same section is not repeated at this, only their different piece is described in detail below.Second time belt conveyor mechanism 22 includes two belts, these two belts are all arranged along material conveying direction and both are arranged at the upper spacing side by side in the direction (not including above-below direction) being perpendicular to material conveying direction, and the two ends of these two belts are taken respectively and are wound on driving cylinder included by second time belt conveyor mechanism 22 and on follower rollers.As depicted in figs. 1 and 2, interval between these two belts extends along material conveying direction and is connected mutually with the transfer passage of transition mechanism part 3 and packaging conveyer belt, wherein, pack the push rod 61 that the transfer passage of conveyer belt 6 is mainly for being arranged on chain to stretch and contact material is pushed with material.
Especially, on second, the conveying framework on axle and second that drives of belt conveyor mechanism 21 adopts the mode rotating clamping to connect, make belt conveyor mechanism 21 on second can adopt according to the subsequent delivery state (i.e. roll-over condition and upright state) of dixie cup material and different state is set, specifically, when dixie cup material needs to carry out upright conveying, on second, belt conveyor mechanism 21 adopts the mode paralleled with second time belt conveyor mechanism 22 to arrange；When dixie cup material needs to carry out overturning conveying, on second the driving axle of belt conveyor mechanism 21 relative to second on conveying framework turn an angle and be positioned at this angle, belt conveyor mechanism 21 on second is made to rotate counterclockwise certain angle with its front end for the center of circle relative to second time conveying mechanism 22, then belt conveyor mechanism 21 adopts the mode tilted with second time belt conveyor mechanism 22 to arrange on second, the little rear height of front height of both is slightly larger, make on the end face and second of the dixie cup material of belt conveyor mechanism rear end the gap between the belt of belt conveyor mechanism 21 slightly larger, this gap provides activity space with the overturning action thinking dixie cup material, to coordinate the conveying of overturning material.
Transition mechanism part 3 is arranged between auxiliary reason material part 2 and packer conveyer belt 6, it mainly includes the fixed support being assemblied on packer conveyer belt 6, the installing plate being assemblied on this fixed support and the rebound 31 being assemblied on this installing plate, as shown in Figure 4, rebound 31 connects the belt of second time conveying mechanism 22 of auxiliary reason material part 2 and the packer conveyer belt 6 being positioned at transition mechanism part 3 rear end, in order to realize compatibility and the smooth transition conveying function of upright material and overturning material.Rebound 31 includes along conveying direction symmetrical spaced a pair, single rebound 31 entirety is a plate member, a lobe 31b is formed near the side (i.e. the front end of rebound 31) of auxiliary reason material part 2 in one corner portion at this rebound 31, and this lobe 31b forms chamfering setting for the one jiao of place first contacted with material, the remainder of rebound 31 constitute its planar portions 31a.When cup-shaped material needs to carry out upright conveying, a pair rebound 31 adopts the planar portions 31a making them opposite and their lobe 31b phase deviates from mode is arranged, make planar portions 31a touch with cup-shaped material bottom connection；When cup-shaped material needs to carry out overturning conveying, a pair rebound 31 is installed in transposition, the lobe 31b making them mode that is opposite and that arrange near front end is adopted to arrange, now, the also opposite setting of the chamfering place of a pair lobe 31b, make lobe 31b touch with cup-shaped material bottom connection, cup-shaped material is in course of conveying, first collide with the protuberance of lobe 31b at the bottom of its glass, make cup-shaped material center of gravity dump forward, thus make cup-shaped material enter roll-over condition.Arrange owing to forming chamfering in the corner of lobe 31b, when a pair lobe 31b is opposite, this a pair chamfering place is also opposite, first cup-shaped material contacts with this pair chamfering place when contacting with rebound 31, arranged by this pair chamfering, the overturning action of material can be cushioned and guides, it is to avoid form cut on material surface.
Additionally, main body rack 1a is also respectively symmetrically in the both sides of whole transfer passage and is provided with a pair pressure pin, material is usually placed between this pair pressure pin, it is preferred that this pair pressure pin is at least provided with in the whole delivered length of aforementioned a pair rebound 31 and both transfer passages of packaging conveyer belt 6.Carrying out in overturning course of conveying at material, the pressure pin being positioned at material both sides can hold top surface side edge on cup-shaped material, it is to avoid produces the problems such as cut because material cup body touches other components.
The operation principle so that dixie cup material (such as cup face) to carry out conveying, this utility model material being managed material conveying device below is described.
1) when material carries out upright conveying, belt conveyor mechanism 21 on second adopts the mode paralleled with second time belt conveyor mechanism 22 arrange in advance, a pair rebound 31 adopts the planar portions 31a making them opposite and their lobe 31b phase deviates from mode is arranged.
When after dixie cup material aggregation entrance servo in column reason material part 1, the belt contacts below and above of the Liang Ge belt conveyor mechanism of servo reason material part 1 also clamps end face and the bottom surface of dixie cup material, and the synchronized clamping material in (i.e. right direction in figure) direction is carried to the back-end.Correlation detection electric eye 13 detects cup-shaped material bottom neutral, records current material correspondence position state, and testing result is fed back to control system, control system controls the duty of servomotor included by the belt conveyor mechanism of servo reason material part 1 to complete to penetrate cup, brake, to penetrate a glass action according to the information received, and is adjusted to by the contact condition between adjacent by material and determines space state between material.
After being adjusted to the dixie cup material entrance auxiliary reason material part 2 determining interval, the Liang Ge belt conveyor mechanism of auxiliary reason material part 2 belt below and above travel at the uniform speed, and the speed of service is more than the speed of service of the belt of the Liang Ge belt conveyor mechanism of servo reason material part 1, thus continues to pull open the spacing distance of material.
2), when material carries out upright conveying, belt conveyor mechanism 21 on second adopts the mode tilted with second time belt conveyor mechanism 22 arrange in advance, a pair rebound 31 adopt the lobe 31b making them opposite and arrange near front end mode arrange.
When after dixie cup material aggregation entrance servo in column reason material part 1, the belt contacts below and above of the Liang Ge belt conveyor mechanism of servo reason material part 1 also clamps end face and the bottom surface of dixie cup material, and the synchronized clamping material in (i.e. right direction in figure) direction is carried to the back-end.Correlation detection electric eye 13 detects cup-shaped material bottom neutral, records current material correspondence position state, and testing result is fed back to control system, control system controls the duty of servomotor included by the belt conveyor mechanism of servo reason material part 1 to complete to penetrate cup, brake, to penetrate a glass action according to the information received, and is adjusted to by the contact condition between adjacent by material and determines space state between material.
After being adjusted to the dixie cup material entrance auxiliary reason material part 2 determining interval, the Liang Ge belt conveyor mechanism of auxiliary reason material part 2 belt below and above travel at the uniform speed, and the speed of service is more than the speed of service of the belt of the Liang Ge belt conveyor mechanism of servo reason material part 1, thus continues to pull open the spacing distance of material.
When material is transported to auxiliary reason material part 2 with transition mechanism part 3 phase joining place, first collide with the protuberance of the lobe 31b of rebound 31 at the bottom of material cup, cup-shaped material center of gravity dumps forward, then cup-shaped material enters overturning feed status, and material continues to run with in the transfer passage then entering back into packaging conveyer belt 6.
Adopt this utility model material reason material conveying device, first, the upper and lower surface of material and upper and lower belt contacts, its side is not held, and therefore material will not be injured side under high-speed transfer, it is possible to avoid producing cut and then the appearance of protection material.The second, rebound 31 is made up of planar portions 31a and lobe 31b, concrete delivery requirements can be met by the mounting means of adjustment rebound 31, and then carry out, by a set of conveyer device, the delivery requirements that As soon as possible Promising Policy is different, advantageously reduce the equipment cost etc. of conveyer device.3rd, it is arranged in the pressure pin of material both sides to carry out overturning course of conveying at material and can hold top surface side edge on cup-shaped material, it is to avoid produce the problems such as cut because material cup body touches other components.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model.All within spirit of the present utility model and principle, any amendment of making, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Such as, in the above-described embodiments, form a lobe 31b near the side (i.e. the front end of rebound 31) of auxiliary reason material part 2 in one corner portion at rebound 31, the remainder of rebound 31 constitute its planar portions 31a；But it being not limited to this, lobe also can be formed in the whole length or width of rebound by its side.
Claims (9)
1. a material reason material conveying device, it is characterised in that include managing material part (1), auxiliary reason material part (2) and transition mechanism part (3) according to the servo that material transferring direction is sequentially arranged,
Described servo reason material part (1) includes belt conveyor mechanism (11) and first time belt conveyor mechanism (12) on the first of parallel interval setting in the vertical direction, in material conveying process, material is clamped on the first of synchronous operation between belt conveyor mechanism (11) and first time belt conveyor mechanism (12)；
Described auxiliary reason material part (2) includes belt conveyor mechanism (21) and second time belt conveyor mechanism (22) on spaced second in the vertical direction, in material conveying process, material is placed in second time belt conveyor mechanism (22) and above and has certain interval between belt conveyor mechanism (21) on its end face and described second, wherein, belt conveyor mechanism (21) can switch between both set-up modes paralleling with described second time belt conveyor mechanism (22) and tilt according to delivery requirements on described second；
Described transition mechanism part (3) includes a pair spaced rebound (31), single rebound (31) has planar portions (31a) and lobe (31b), wherein, this a pair rebound (31) can make a pair lobe (31b) opposite near described auxiliary reason material part (2) side according to delivery requirements, with, make pair of planar portion (31a) near described auxiliary reason material part (2) side is opposite and a pair lobe (31b) is deviated from mutually in this side, change between both mounting means.
2. material according to claim 1 reason material conveying device, it is characterized in that, also including and first elevating mechanism (4) of described servo reason material part (1) supporting setting, this first elevating mechanism (4) is in order to adjust on described first belt conveyor mechanism (11) in the vertical direction relative to the height of described first time belt conveyor mechanism (12).
3. material according to claim 1 and 2 reason material conveying device, it is characterized in that, described servo reason material part (1) is additionally included in its a pair correlation detection electric eye (13) near the opposite setting in side of described auxiliary reason material part (2).
4. material according to claim 1 reason material conveying device, it is characterized in that, also including and second elevating mechanism (5) of described auxiliary reason material part (2) supporting setting, this second elevating mechanism (5) is in order to adjust on described second belt conveyor mechanism (21) in the vertical direction relative to the height of described second time belt conveyor mechanism (22).
5. material according to claim 4 reason material conveying device, it is characterised in that described auxiliary reason material part (2) also includes the second upper frame body, and this second upper frame body is arranged on described second elevating mechanism (5),
On described second, the axle that drives of belt conveyor mechanism (21) adopts the mode rotating clamping to be connected with described second upper frame body, makes belt conveyor mechanism (21) on described second paralleling with described second time belt conveyor mechanism (22) and can tilt switching between both set-up modes.
6. material according to claim 5 reason material conveying device, it is characterized in that, when on described second, belt conveyor mechanism (21) tilts relative to second time belt conveyor mechanism (22) and arranges, the interval height of close described servo reason material part (1) side of both is less than their interval height away from described servo reason material part (1) side.
7. material according to claim 1 reason material conveying device, it is characterized in that, described single rebound (31) is square plate parts, described lobe (31b) forms a corner portion of the side expecting part (2) at this rebound (31) near auxiliary reason, is made up of described planar portions (31a) the remainder of square plate parts.
8. material according to claim 1 reason material conveying device, it is characterised in that be connected mutually with the side away from described auxiliary reason material part (2) of described transition mechanism part (3) and be provided with packaging conveyer belt (6),
Described material reason material conveying device also includes at least provided with a pair pressure pin described transition mechanism part (3) and the whole transfer passage both sides of packaging conveyer belt (6), further, the interval between this pair pressure pin is less than the external diameter on material top.
9. material according to claim 1 reason material conveying device, it is characterized in that, the installing plate that described transition mechanism part (3) also includes a fixed support, is assemblied on this fixed support, described rebound (31) is arranged on this installing plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620143714.2U CN205397414U (en) | 2016-02-25 | 2016-02-25 | Material reason material conveyor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620143714.2U CN205397414U (en) | 2016-02-25 | 2016-02-25 | Material reason material conveyor |
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| CN205397414U true CN205397414U (en) | 2016-07-27 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106863900A (en) * | 2017-01-10 | 2017-06-20 | 浙江新德宝机械有限公司 | The anti-lost cup mechanism of vertical dixie cup or paper bowl former |
| CN107117449A (en) * | 2016-02-25 | 2017-09-01 | 北京大森长空包装机械有限公司 | Material manages material conveying device |
| CN108688870A (en) * | 2018-05-09 | 2018-10-23 | 芜湖慧盈自动化设备有限公司 | A kind of packaging facilities for the dry processing of tea |
-
2016
- 2016-02-25 CN CN201620143714.2U patent/CN205397414U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107117449A (en) * | 2016-02-25 | 2017-09-01 | 北京大森长空包装机械有限公司 | Material manages material conveying device |
| CN106863900A (en) * | 2017-01-10 | 2017-06-20 | 浙江新德宝机械有限公司 | The anti-lost cup mechanism of vertical dixie cup or paper bowl former |
| CN106863900B (en) * | 2017-01-10 | 2018-09-11 | 浙江新德宝机械有限公司 | The anti-lost cup mechanism of vertical dixie cup or paper bowl former |
| CN108688870A (en) * | 2018-05-09 | 2018-10-23 | 芜湖慧盈自动化设备有限公司 | A kind of packaging facilities for the dry processing of tea |
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