CN209209815U - Mixing package linear separation device - Google Patents
Mixing package linear separation device Download PDFInfo
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- CN209209815U CN209209815U CN201821672891.5U CN201821672891U CN209209815U CN 209209815 U CN209209815 U CN 209209815U CN 201821672891 U CN201821672891 U CN 201821672891U CN 209209815 U CN209209815 U CN 209209815U
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Abstract
The utility model relates to a kind of mixing to wrap up linear separation device.It specifically, is for carrying out the linear separation device that solution is folded, classifies to mixing package.Its main feature is that successively including that package solves folded unit, package unit placed in the middle, package linear array unit and controller.The package, which solves, to be docked between folded unit, package unit placed in the middle, package linear array unit in moving type, they are connected by conducting wire with controller.Linear separation device is wrapped up using this mixing, labor intensity can be reduced, improve production efficiency.Package conveying, sorting suitable for delivery industry.
Description
Technical field
The utility model relates to a kind of package conveyers.It specifically, is for carrying out the line that solution is folded, classifies to mixing package
Property separator.Package conveying, sorting suitable for delivery industry.
Background technique
At present in delivery industry, the big packet into sorting workshop is mostly by pouring into each smallclothes conveying after manually unpacking
Machine.The smallclothes package of each station enters back into interflow conveyer, so that the package for entering interflow conveyer is in be stacked with extruding
State, and the type of these packages, volume, weight are different.For meet sorting needs, need to by the package of this state by
On the parcel feeding device of a input carbel sorting.But previous automated sorting is all job shop, that is to say, that be divided
The package picked all must be that can just be supplied to sorter after being separated into single-piece.Currently, this link is mainly by being accomplished manually.It is this
The artificial upper form wrapped is conducive to upward put the face list unification of package, in order to the smooth recognition of code reader.But on artificial
Packet large labor intensity, production efficiency are low.
Utility model content
Problem to be solved in the utility model is to provide a kind of mixing package linear separation device.Using this linear separation
Device can reduce labor intensity, improve production efficiency.
The above problem to be solved in the utility model is realized by the following technical scheme:
The characteristics of mixing package linear separation device of the utility model is successively to solve folded unit including package, wrap up between two parties
Unit, package linear array unit and controller.The package solves folded unit, package unit placed in the middle, package linear array unit
Between dock in moving type, they are connected by conducting wire with controller.
The package solves folded unit and contains feed conveyor, climbing conveyer, the first differential conveyer, the feed conveying
Machine and the first differential conveyer are in horizontally disposed.Described climbing conveyer one end is higher than its other end, it is high-end with it is first poor
The neighboring terminal of fast conveyer is connected, and low side is lower than the neighboring terminal of feed conveyor, the low side of climbing conveyer and feed conveyor
There is prismatic diversion trench between neighboring terminal.Feed conveyor has the first sensing for detecting package flow adjacent to one end of diamond shape diversion trench
Device；The first differential conveyer is made of the supply unit of at least two friction speeds, and the speed of each supply unit is
Increase 10% step by step along conveying direction on the basis of first-level transport unit.The feed conveyor, climbing conveyer, the first differential
The power mechanism and sensor of conveyer pass through conducting wire and are connected with controller.Wherein, the feed conveyor, climbing conveying
Machine, the first differential conveyer are belt conveyors.
It includes the second differential conveyer that unit placed in the middle is wrapped up in the mixing.Second differential conveyer is narrow Belt Conveying
Machine, both lateral sides have interflow cross roll conveyer, and the conveying roller outer end on two cross roll conveyers is inclined to the direction of motion
Tiltedly, the conveying roller tilt angle and on two cross roll conveyers is equal.Wherein, the speed of the second differential conveyer is than its two sides
The speed of cross roll conveyer fast 10%.Second differential conveyer and two cross roll conveyers into having for detecting packet under Bao Duan
The second sensor of flow is wrapped up in, the second differential conveyer, the power mechanism of cross roll conveyer and second sensor pass through
Conducting wire is connected with controller.Wherein, the cross roll conveyer contains rectangle frame, and the horizontal direction in rectangle frame is placed with tiltedly
Roller, cross roll both ends are connected in the corresponding edge of rectangle frame by axle bed in rotatable shape, have transmission between the same end of cross roll
Band.
The package linear array unit includes third differential conveyer, differential narrowband conveyer and cross roll conveying of keeping to the side
Machine.The third differential conveyer is narrow belt conveyor, and two sides, which have, shunts cross roll conveyer.The shunting cross roll is defeated
Send the conveying roller outer end on machine to the reversed dip of the direction of motion, the conveying roller tilt angle phase of two shunting cross roll conveyers
Deng, and the speed for shunting cross roll conveyer is less than third differential conveyer.Differential narrowband conveyer is by eight friction speeds
Narrowband supply unit transversely slap together, in which: the speed of two intermediate narrowband supply units and third differential convey
The speed of machine is equal, and on the basis of the speed of two intermediate narrowband supply units the narrowband supply unit of its two sides speed
Reduce by 10% step by step from inside to outside.The conveying roller to keep to the side on cross roll conveyer is tilted towards one side.The third differential conveying
Machine, shunting cross roll conveyer, each narrowband supply unit of differential narrowband conveyer, the cross roll conveyer that keeps to the side are connected with engine
Structure.There is flow detection camera under differential narrowband conveyer, flow detection camera and third differential conveyer shunt cross roll conveying
Machine, each narrowband supply unit of differential narrowband conveyer, the cross roll conveyer that keeps to the side power mechanism by conducting wire and control
Device is connected.Wherein, the cross roll conveyer that keeps to the side is made of two cross roll supply units.
Wherein, the cross roll supply unit contains rectangle frame, and the horizontal direction in rectangle frame is placed with cross roll, cross roll
Both ends are connected in the corresponding edge of rectangle frame by axle bed in rotatable shape, have transmission belt between the same end of cross roll.
Each narrowband conveyer of differential narrowband conveyer is belt conveyor.
The sum of the width of third differential conveyer and the shunting cross roll conveyer of its two sides is equal to differential narrowband conveyer
Width.The width of the feed conveyor is equal to the width for the cross roll conveyer that keeps to the side, and feed conveyor and cross roll conveying of keeping to the side
The width of machine is respectively less than the width of differential narrowband conveyer.
As can be seen from the above scheme, since the utility model successively solves folded unit, package unit placed in the middle, package by package
Linear array unit and controller composition.It is in live that the package, which solves between folded unit, package unit placed in the middle, package linear array unit,
Dynamic shape docks, they are connected by conducting wire with controller.When work, big into sorting workshop is wrapped by manually unpacking
Afterwards, the folded unit of package solution is initially entered, carries out solving folded, expansion by solving the package that folded unit presses together to stacking, and make
Pull open certain distance in parcel office.Then, it will fold, be unfolded and keep the mixing package of a fixed spacing to be sent into package by solution placed in the middle single
Member is folded, is unfolded and pulled open while being wrapped in forward movement of certain distance to elementary solution, draws close to centre in shape placed in the middle
State, and pull open set distance.Finally, will pass through package that is placed in the middle and pulling open set distance is sent into package linear array device, by
Package linear array device will pass through package that is placed in the middle and pulling open set distance and carry out linear process, will be in the packet arranged between two parties
The edge for being sent to conveyer is wrapped up in, provides necessary guarantee for later process.Compared with the background art, it is not required to manual operations, so that it may will
Package is sent to conveyer edge, realizes the linear separation to mixing package.Entire linear separation process fully achieves automatic
Change.It not only reduces recruitment, reduce labor intensity, also substantially increase production efficiency.
Detailed description of the invention
Fig. 1 is the mixing package linear separation apparatus structure schematic diagram of the utility model；
Fig. 2 is the A of Fig. 1 to schematic diagram；
Fig. 3 is the I point enlarged diagram of Fig. 1.
Specific embodiment
As depicted in figs. 1 and 2, the mixing package linear separation device of the utility model successively include package solve folded unit 1,
Wrap up unit 2, package linear array unit 3 and controller 15 placed in the middle.The package solves folded unit 1, package unit 2 placed in the middle, packet
It wraps up in and is docked in moving type between linear array unit 3, they are connected by conducting wire with controller 15.Wherein:
The package solves folded unit 1 and contains feed conveyor 14, climbing conveyer 12, the first differential conveyer 11, described
Feed conveyor 14 and the first differential conveyer 11 are in horizontally disposed.Described 12 one end of climbing conveyer is higher than its other end,
Its high-end neighboring terminal with the first differential conveyer 11 is connected, and low side is lower than the neighboring terminal of feed conveyor 14, climbing conveyer 12
Low side and feed conveyor 14 neighboring terminal between be provided with prismatic diversion trench 13.Feed conveyor 14 is adjacent to diamond shape diversion trench 13
One end is provided with the first sensor 181 for detecting package flow.The first differential conveyer 11 is by four friction speeds
Supply unit constitute, and the speed of each supply unit increases 10% on the basis of first order supply unit step by step.The confession
Material conveyer 14, climbing conveyer 12, the power mechanism of the first differential conveyer 11 and sensor pass through conducting wire and controller
It is connected.The feed conveyor 14, climbing conveyer 12, form the first differential conveyer 11 each supply unit be belt
Conveyer.Folded unit 1 is solved by package, the package that stacking presses together is carried out to solve folded, expansion, and make to wrap up mutual drawing
Open up set a distance.
The package unit 2 placed in the middle includes the second differential conveyer 10.The second differential conveyer 10 is narrow belt
Conveyer, both lateral sides are provided with interflow cross roll conveyer 9, and the second differential conveyer 10 and the interflow cross roll of its two sides are defeated
It send and is docked in the detachable shape of modularization between machine 9.Conveying roller outer end on two interflow cross roll conveyers 9 is to the direction of motion
Inclination, and the conveying roller tilt angle on two interflow cross roll conveyers 9 is equal.Wherein, the speed of the second differential conveyer 10
Speed than the cross roll conveyer of its two sides is fast by 10%.
Being arranged with for detecting package flow into packet end of second differential conveyer and two interflow cross roll conveyers 9
Second sensor 182, the second differential conveyer 10, collaborate cross roll conveyer 9 power mechanism and sensor pass through
Conducting wire is connected with controller.Wherein, the interflow cross roll conveyer 9 contains rectangle frame 5, the horizontal direction in rectangle frame 5
It is placed with cross roll, cross roll both ends are connected in the corresponding edge of rectangle frame 5 by axle bed in rotatable shape, between the same end of cross roll
It is connected with transmission belt 17.
The package linear array unit 3 includes that third differential conveyer 7, differential narrowband conveyer 6 and the cross roll that keeps to the side are defeated
Send machine 4.The third differential conveyer 7 is narrow belt conveyor, and two sides, which are provided with, shunts cross roll conveyer 8.It is described
Differential narrowband conveyer 6 is transversely slapped together by the narrowband supply unit of eight friction speeds, wherein each narrowband conveying is single
Member is belt conveyor.The conveying roller outer end shunted on cross roll conveyer 8 is to the reversed dip of the direction of motion, and two
The conveying roller tilt angle for shunting cross roll conveyer 8 is equal, and shunts the speed of cross roll conveyer 8 than third differential conveyer 7
Speed low 10%.In differential narrowband conveyer: the speed and third differential conveyer of two intermediate narrowband supply units
Speed it is equal, and on the basis of the speed of two intermediate narrowband supply units the narrowband supply unit of its two sides speed by
It is interior and outer reduce by 10% step by step.
Wherein, the sum of third differential conveyer 7 and 8 width of shunting cross roll conveyer of its two sides are equal to differential narrowband and convey
The width of machine 6.The width of differential narrowband conveyer 6 is greater than the width for the cross roll conveyer 4 that keeps to the side.
The conveying roller to keep to the side on cross roll conveyer 4 is tilted towards one side.The third differential conveyer 7 shunts cross roll
Conveyer 8, each narrowband supply unit of differential narrowband conveyer 6, the cross roll conveyer 4 that keeps to the side are connected with power mechanism.Differential
Narrowband conveyer 6 is arranged with flow detection camera 61, and flow detection camera 61 and third differential conveyer 7 shunt cross roll
Conveyer 8, each narrowband supply unit of differential narrowband conveyer 6, the cross roll conveyer 4 that keeps to the side power mechanism by conducting wire
It is connected with controller.
For convenient for assembly, the cross roll conveyer 4 that keeps to the side is made of two cross roll supply units.The cross roll supply unit
Containing rectangle frame 5, the horizontal direction in rectangle frame 5 is placed with cross roll, and cross roll both ends connect by axle bed in rotatable shape
It connects in the corresponding edge of rectangle frame 5, is connected with transmission belt 17 between the same end of cross roll.
In the present embodiment, feed conveyor 14, climbing conveyer 12, the first differential conveyer 11, the second differential conveyer
10 and the power mechanism of third differential conveyer 7 be made of motor and speed reducer.
As shown in figure 3, in the interflow cross roll conveyer 9 wrapped up in unit 2 placed in the middle, package linear array unit 3
The cross roll conveyer 4 that keeps to the side for shunting cross roll conveyer 8 and wrapping up in linear array unit 3 contains drive roll 16 and passive guide roller
17.Wherein: the quantity of drive roll 16 and passive guide roller 17 arranges according to the ratio of 1:3, i.e. a drive roll 16 and three passive guide rollers
17 be one group, and every group of drive roll 16 and the same end of passive guide roller 17 are connected with transmission belt 19 each other, pass through biography by drive roll 16
Dynamic band 19 drives three passive guide rollers 17 to rotate together.The drive roll 16 is external rotor electric machine, contains stator and rotor.It is described
Stator contains shaft, is wound with stator coil in shaft.The rotor contains roller, and rotor coil, roller are provided in roller inner circle
Cooperate by bearing in rotatable shape between cylinder both ends and shaft.Drive roll 16 therein is used as power mechanism, and stator coil is equal
It is connected by conducting wire with controller 15.
When work, into sorting workshop big packet by manually unpacking after, initially enter package and solve folded unit 1, folded by solution
1 pair of unit stacks the package to press together and carries out solving folded, expansion, and parcel office is made to pull open set distance.It then, will be by solution
It folds, be unfolded and the package of setting spacing is kept to be sent into wrap up unit 2 placed in the middle, elementary solution is folded, is unfolded and pulls open set distance
While being wrapped in forward movement, draw close to centre in center condition, and pull open set distance.Finally, will pass through between two parties simultaneously
The package for pulling open set distance is sent into package linear array unit 3, will pass through between two parties and pull open setting by package linear array unit 3
The package of set a distance carries out linear process, the edge of conveyer will be sent in the package arranged between two parties, sorts process for rear road
It provides convenience.
Claims (8)
1. mixing package linear separation device, it is characterised in that successively include that package solves folded unit, package unit placed in the middle, package line
Property arrangement units and controller；It is in moving type pair that the package, which solves between folded unit, package unit placed in the middle, package linear array unit,
It connects, they are connected by conducting wire with controller.
2. linear separation device is wrapped up in mixing according to claim 1, it is characterised in that the package solves folded unit and contains
Feed conveyor, climbing conveyer, the first differential conveyer, the feed conveyor and the first differential conveyer are in horizontal cloth
It sets；Described climbing conveyer one end is higher than its other end, and the high-end neighboring terminal with the first differential conveyer is connected, and low side is lower than
The neighboring terminal of feed conveyor has prismatic diversion trench between the low side of climbing conveyer and the neighboring terminal of feed conveyor；Feed conveyor
There is the first sensor for detecting package flow in one end of neighbouring diamond shape diversion trench；The first differential conveyer is by least two
The supply unit of a friction speed is constituted, and the speed of each supply unit on the basis of first order supply unit along conveying direction
Increase 10% step by step；The feed conveyor, climbing conveyer, the power mechanism of the first differential conveyer and sensor pass through
Conducting wire is connected with controller.
3. linear separation device is wrapped up in mixing according to claim 2, it is characterised in that the feed conveyor, climbing are defeated
Sending machine, the first differential conveyer is belt conveyor.
4. linear separation device is wrapped up in mixing according to claim 1, it is characterised in that unit placed in the middle is wrapped up in the mixing
Including the second differential conveyer；Second differential conveyer is narrow belt conveyor, and both lateral sides have interflow cross roll defeated
Machine is sent, the conveying roller outer end on two cross roll conveyers is tilted to the direction of motion, and the conveying roller on two cross roll conveyers
Tilt angle is equal；Wherein, the speed of the second differential conveyer is faster by 10% than the speed of the cross roll conveyer of its two sides；Second is poor
Fast conveyer and two cross roll conveyers into the second sensor having under Bao Duan for detecting package flow, described second is poor
Fast conveyer, the power mechanism of cross roll conveyer and second sensor pass through conducting wire and are connected with controller.
5. linear separation device is wrapped up in mixing according to claim 4, it is characterised in that the cross roll conveyer contains length
Square box, the horizontal direction in rectangle frame are placed with cross roll, and cross roll both ends are connected to by axle bed in rotatable shape rectangular
In the corresponding edge of shape frame, there is transmission belt between the same end of cross roll.
6. linear separation device is wrapped up in mixing according to claim 1, it is characterised in that the package linear array unit
Including third differential conveyer, differential narrowband conveyer and the cross roll conveyer that keeps to the side；The third differential conveyer is narrow skin
Band conveyer, two sides, which have, shunts cross roll conveyer；The conveying roller outer end shunted on cross roll conveyer is to movement side
To reversed dip, two shunting cross roll conveyers conveying roller tilt angles it is equal, and shunt cross roll conveyer speed it is small
In third differential conveyer；Differential narrowband conveyer transversely pieced together by the narrowband supply unit of eight friction speeds and
At, in which: the speed of two intermediate narrowband supply units is equal with the speed of third differential conveyer, and at intermediate two
The speed of the narrowband supply unit of its two sides reduces by 10% step by step from inside to outside on the basis of the speed of narrowband supply unit；It keeps to the side tiltedly
Conveying roller on roller conveyer is tilted towards one side；The third differential conveyer, shunting cross roll conveyer, differential narrowband are defeated
Each narrowband supply unit of machine, the cross roll conveyer that keeps to the side is sent to be connected with power mechanism；There is flow under differential narrowband conveyer
Detect camera, flow detection camera and third differential conveyer, each narrowband for shunting cross roll conveyer, differential narrowband conveyer
Supply unit, the cross roll conveyer that keeps to the side power mechanism be connected by conducting wire with controller.
7. linear separation device is wrapped up in mixing according to claim 6, it is characterised in that it is described keep to the side cross roll conveyer by
Two cross roll supply unit compositions；The cross roll supply unit contains rectangle frame, and the horizontal direction in rectangle frame is placed with
Cross roll, cross roll both ends are connected in the corresponding edge of rectangle frame by axle bed in rotatable shape, have biography between the same end of cross roll
Dynamic band.
8. linear separation device is wrapped up in mixing according to claim 6, it is characterised in that differential narrowband conveyer
Each narrowband conveyer is belt conveyor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821672891.5U CN209209815U (en) | 2018-10-16 | 2018-10-16 | Mixing package linear separation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821672891.5U CN209209815U (en) | 2018-10-16 | 2018-10-16 | Mixing package linear separation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209209815U true CN209209815U (en) | 2019-08-06 |
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ID=67455854
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821672891.5U Active CN209209815U (en) | 2018-10-16 | 2018-10-16 | Mixing package linear separation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209209815U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109368223A (en) * | 2018-10-16 | 2019-02-22 | 无锡弘宜智能科技有限公司 | Mixing package linear separation device |
| CN114082655A (en) * | 2020-08-24 | 2022-02-25 | 深圳顺丰泰森控股(集团)有限公司 | Express mail conveying line, express mail conveying method, express mail conveying device, electronic equipment and storage medium |
-
2018
- 2018-10-16 CN CN201821672891.5U patent/CN209209815U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109368223A (en) * | 2018-10-16 | 2019-02-22 | 无锡弘宜智能科技有限公司 | Mixing package linear separation device |
| CN114082655A (en) * | 2020-08-24 | 2022-02-25 | 深圳顺丰泰森控股(集团)有限公司 | Express mail conveying line, express mail conveying method, express mail conveying device, electronic equipment and storage medium |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 214174 21 Yanxin Road, Yanqiao street, Huishan District, Wuxi City, Jiangsu Province Patentee after: Wuxi Hongyi Intelligent Technology Co.,Ltd. Address before: 214174 21 Yanxin Road, Yanqiao street, Huishan District, Wuxi City, Jiangsu Province Patentee before: WUXI HONGYI INTELLIGENT TECHNOLOGY CO.,LTD. |
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| CP01 | Change in the name or title of a patent holder |