CN208134792U - A kind of recrater that partition is packed into carton - Google Patents
A kind of recrater that partition is packed into carton Download PDFInfo
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- CN208134792U CN208134792U CN201820552819.2U CN201820552819U CN208134792U CN 208134792 U CN208134792 U CN 208134792U CN 201820552819 U CN201820552819 U CN 201820552819U CN 208134792 U CN208134792 U CN 208134792U
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- 238000005192 partition Methods 0.000 title claims abstract description 21
- 239000011111 cardboard Substances 0.000 claims abstract description 225
- 239000000463 material Substances 0.000 claims abstract description 103
- 230000002776 aggregation Effects 0.000 claims abstract description 59
- 238000004220 aggregation Methods 0.000 claims abstract description 59
- 230000007246 mechanism Effects 0.000 claims description 51
- 230000007306 turnover Effects 0.000 claims description 21
- 230000032258 transport Effects 0.000 claims description 17
- 230000005540 biological transmission Effects 0.000 claims description 4
- 241000252254 Catostomidae Species 0.000 claims description 3
- 230000000903 blocking effect Effects 0.000 claims 1
- 238000000034 method Methods 0.000 description 7
- 230000033001 locomotion Effects 0.000 description 5
- 239000000123 paper Substances 0.000 description 5
- 238000012790 confirmation Methods 0.000 description 3
- 230000008569 process Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 2
- 230000006378 damage Effects 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 235000013305 food Nutrition 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000003068 static effect Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Abstract
The utility model provides a kind of recrater that partition is packed into carton, it includes aggregation device, material is pushed to the aggregation pushing material component of aggregation station and the cardboard of crisscross is inserted into the slotting cardboard device between the good material of aggregation by the material conveying assembly including transmitting material.In this way, cardboard, which is inserted between the good material of aggregation, prevents material from mutually colliding.
Description
Technical field
The utility model belongs to vanning field of mechanical technique, and in particular to a kind of recrater that partition is packed into carton.
Background technique
Currently, needing to separate each product when multiple products individually packed are put into big carton, to prevent
Collision generates destruction each other, this just needs the recrater that partition is put into carton.
Utility model content
In view of this, being used for the main purpose of the utility model is to provide a kind of recrater that partition is packed into carton
Solution is put into cardboard between the product of vanning, prevents from colliding to generate each other destroying.
A kind of recrater that partition is packed into carton of the utility model comprising：
Aggregation device, the material conveying assembly including transmitting material, the material conveying assembly are provided with the successively edge of material
The first to fourth of straight line setting is sent to station, and
With described first and second be sent to station horizontal vertical, with it is described third and fourth be sent to that station is linearly arranged first,
Two aggregation stations；
Aggregation pushing material component, impulse stroke are sent to station, the first and second aggregation station in described third and fourth, will be described
Material conveying assembly transports to third and fourth described material for being sent to station and pushes to the first or second aggregation station；
Cardboard device is inserted, including：
First cardboard horizontal transport agency,
The first cardboard turnover mechanism positioned at the first cardboard horizontal transport agency conveying end,
It is in the second cardboard horizontal transport agency of horizontal vertical setting with the first cardboard horizontal transport agency,
The second cardboard turnover mechanism positioned at the second cardboard horizontal transport agency conveying end；First and second paper
Cardboard after the overturning of slab overturning machine structure is arranged in spatial vertical face；With
Cardboard intersects mobile mechanism, the cardboard after carrying the second cardboard turnover mechanism overturning, towards described first
Cardboard turnover mechanism direction is mobile, using the cardboard cross assembly after overturning the first and second cardboard turnover mechanism as cross
Partition；
Cross partition conveying mechanism, impulse stroke is in the slotting cardboard device, the first and second aggregation station, with crawl
The cross partition is inserted between the material on the first and second aggregation station.
By upper, this recrater includes the aggregation device of aggregation material and two cardboards intersects and to be put into aggregation good
Material between slotting cardboard device, make vanning in material between do not generate collision, prevent from breaking.
Preferably, the material conveying assembly includes:In several transfer rollers that transmission direction is arranged side by side；Positioned at the transfer roller
Lower section drives the belt of the transfer roller rotation；Several support rollers below the corresponding belt of the transfer roller；Prop up and make institute
State the belt wheel of belt rotation.
By upper, material is transmitted on each station using material conveying assembly, last aggregation to the first aggregation station and
On second aggregation station, criss-cross cardboard is inserted into the first aggregation station and the second aggregation work convenient for subsequent slotting cardboard device
Between the good material of aggregation on position.
Preferably, the material conveying assembly further includes:Corresponding described first to fourth is sent to station and described first and second
It is provided with stop cylinder below the transfer roller of aggregation work bit positions, the stop cylinder jacks up corresponding institute when stretching out upwards
State the driving that transfer roller is detached from the belt.
By upper, using material conveying assembly and stop cylinder cooperation by material from first to fourth be sent to station aggregation to
First aggregation station and the second aggregation station.
Preferably, the first and second cardboard horizontal transport agency respectively includes：The level for stretching out setting along conveying direction is defeated
Send rodless cylinder, the cardboard pushing block for the elongator end that the horizontal feed rodless cylinder is set, close to the cardboard pushing block
The cardboard storehouse on the rodless cylinder top is set, and the height of the cardboard pushing block is higher than one, cardboard orlop portion cardboard
Thickness setting.
By upper, the elongator of horizontal feed rodless cylinder, which is stretched out, distinguishes length cardboard and width cardboard with cardboard pushing block
It is pushed on station.
Preferably, the first and second cardboard turnover mechanism respectively includes：Tumble cylinder, the stretching with the tumble cylinder
Part is connected and the rotary shaft being vertical setting with the tumble cylinder, the cardboard clamping piece being mounted in the rotary shaft, wherein
The elongator of the tumble cylinder drives the cardboard clamping piece to rotate together with the rotary shaft when stretching out.
By upper, using the length cardboard turnover mechanism by the length cardboard on length station turning, by length cardboard to
It turns over and turn 90 degrees, gap is upward；The width cardboard on width station turning is turned over using width turnover mechanism and is turn 90 degrees, width is made
Gap on cardboard is downward.
Preferably, the cross partition conveying mechanism includes：The horizontal mould group that can be protruded horizontally up is arranged in the level
The vertical mould group vertically extended on the elongator of mould group, the lower end of the elongator of the vertical mould group are provided with cardboard crawl
Portion, the cardboard crawl section are arranged downward, correspond to tetrameric two pneumatic clampers of cross partition and two suckers.
By upper, the length cardboard to intersect and width cardboard are fixed using cardboard crawl section, facilitate cardboard moving machine
The cardboard to intersect is inserted between the good material of aggregation by structure.
Preferably, the slotting cardboard device respectively further comprise the lower part in the cardboard storehouse, in the horizontal feed without bar
The anti-release cylinder of cardboard is arranged in cylinder two sides, and the cardboard anti-release cylinder lifts the cardboard in the cardboard storehouse when stretching out upwards
It rises.
By upper, using the anti-release cylinder of length cardboard and the anti-release cylinder of width cardboard, the width paper in cardboard storehouse is prevented
Plate and length cardboard are pushed out in width rodless cylinder and length rodless cylinder backhaul.
Preferably, the material conveying assembly further includes being set to the described first resistance being sent on front side of station along conveying direction
First positioning cylinder of the material on gear conveyer belt is sent on rear side of station with being set to the 4th for positioning the 4th station
Material the second positioning cylinder.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the recrater that partition is packed into carton by the utility model；
Fig. 2 is the structural schematic diagram of the utility model aggregation device；
Fig. 3 is the main view of the utility model aggregation device；
Fig. 4 is the side view of the utility model aggregation device；
Fig. 5 is one of the structure chart that the utility model inserts cardboard device；
Fig. 6 is the two of the structure chart that the utility model inserts cardboard device；
Fig. 7 is the structure chart that the utility model inserts cardboard fixed mechanism and mobile mechanism.
Specific embodiment
As shown in Figure 1, a kind of recrater that partition is packed into carton comprising aggregation device 1 and slotting cardboard device 2, collection
Product device 1 is mainly used for bringing together four packet materials, there are gap between every packet, facilitates and injects cardboard between four packets
In gap；It inserts cardboard device 2 to be mainly used for for two cardboards being buckled together in decussation, then be inserted between four packet materials
Gap in, insert cardboard device 2 be located near aggregation device 1.
<Aggregation device 1>
Fig. 2 is the structure chart of aggregation device 1, cylinder assembly 11, material conveying assembly 12 and the aggregation pusher for pushing material
Component 13；
As shown in figure 3, material conveying assembly 12 includes 121, four small pulleys 122 to 125 of a big belt wheel, passes through one
Big belt wheel 121 and four small pulleys 122~125 transmit the belt 126 of power, the multiple transfer rollers being placed on the upper layer of belt 126
127 and motor, small pulley 122 (the first small pulley) and small pulley 125 (the second small pulley) are symmetrically placed in the upper of big belt wheel 121
Side, small pulley 123 (third small pulley) and small pulley 124 (the 4th small pulley) is level is placed in small pulley 122 and small pulley
125 top, and the two sides that small pulley 122 and small pulley 125 are relatively distant from are distributed in, big belt wheel 121 and small pulley 122 (
One small pulley) between belt and big belt wheel 121 and small pulley 125 (the second small pulley) between belt in being vertically arranged, it is small
Between belt wheel 123 (third small pulley) and small pulley 122 (the first small pulley), small pulley 125 (the second small pulley) and small pulley
Between 124 (the 4th small pulleys) and the belt between small pulley 123 (third small pulley) and small pulley 124 (the 4th small pulley)
In being horizontally disposed with, motor driven big belt wheel 121 is rotated, and big belt wheel 121 is driving wheel, according between each belt wheel and belt 126
Frictional force, big belt wheel 121 rotate while, force belt 126 rotate, small pulley 122 to small pulley 125 is from belt wheel, skin
Band 126 forces small pulley 122 to small pulley 125 to rotate, and auxiliary belt 126 transmits, and makes belt according to the small pulley of setting and big
The position of belt wheel is rotated, and the multiple transfer rollers 127 for being set to 126 upper layer of belt turn on belt while belt rotation
It is dynamic, material is placed on each transfer roller 127, so that material is moved to another place from a place.
Cylinder assembly 11
As shown in Figures 2 and 3, j1 to j6 is the station of carton aggregation, and wherein j1 to j4 is that material first to fourth is sent to
Station, and material successively passes through station j1 to j4 linear transmission, station j5 (the second aggregation station) and j6 (the first aggregation station)
It is that the good station of the last aggregation of material, station j5 and j6 and station j1 to j4 are arranged in horizontal vertical, i.e. object on station j3, j4
Expect that aggregation is to station j5 and j6 after transmission direction changes 90 degree, it is corresponding below the belt 126 at each station
One stop cylinder is set, so cylinder assembly includes stop cylinder 111 to 116, cylinder jacks up transfer roller 127 when stretching out upwards,
Transfer roller 127 is set to be detached from belt 126, the material on transfer roller 127 no longer moves；Cylinder assembly further includes setting along material conveying direction
The material blocked on conveyer belt being placed on front side of station j1 makes it stop the first positioning cylinder 117 of transport and be set to station j4
Second positioning cylinder 118 of the rear side for the material on positional stations j4.
Aggregation pushing material component 13
As shown in Figure 3 and Figure 4, aggregation pushing material component 13 includes the vertical no bar electric cylinders 131 that can be vertically extended and can be horizontal
The level of stretching is without bar electric cylinders 132, wherein horizontal be fixed in the exposure mechanism vertically without bar electric cylinders 131 without bar electric cylinders 132, water
It is provided with pushing piece (being not drawn into figure) in the flat exposure mechanism without bar electric cylinders 132, in the exposure mechanism vertically without bar electric cylinders 131
When lower movement, for level without bar electric cylinders 132 with up and down motion, the exposure mechanism vertically without bar electric cylinders 131 is adjusted to suitable height
When spending, the horizontal exposure mechanism without bar electric cylinders 132 is stretched out, and the material during aggregation is pushed to other aggregation stations by pushing piece
On.
The process that aggregation device 1 carries out aggregation material is described in detail below：
Original state, all cylinders have material, stop cylinder 116 on station j1 and station j2 all in retracted mode
It stretches out, the material that will be transplanted on station j6 is positioned, the first positioning cylinder 117 stretches out, and blocks the defeated of transported material
The material for taking and travelling forward is sent, the state that sensor (being not drawn on figure) the irradiation material in front of material is blocked is mounted on,
The information is transmitted to control unit (being not drawn on figure), control unit signals to the solenoid valve on stop cylinder 112, solenoid valve
It controls stop cylinder 112 to stretch out, all states in place are sensor irradiations below, are then passed to control unit, and control is single
Member signals to the solenoid valve in the execution cylinder of next step, and solenoid valve control cylinder is stretched out or retracted, and referred to as sensor is true
Recognize in place, the exposure mechanism of stop cylinder 112 jacks up the transfer roller 127 below material upwards, disengages it from the driving of belt 126, object
Expect that the motion state of following transfer roller 127 becomes static from rotating, the material at station j2 is stopped, the material at station j1
It is forced stop, sensor irradiates the arrested state of the material at station j2, information is transmitted to control unit, control unit is signaled
To the solenoid valve on stop cylinder 111, stop cylinder 112 and the first positioning cylinder 117, stop cylinder 111 stretches out, and makes station j1
On material stop, the first positioning cylinder 117 retracts, and material moves forward to be supplied to station j1, and stop cylinder 112 contracts
Return, transfer roller 127 station j2 at is pressed on belt 126 again, the material at station j2 in the case where being acted on the frictional force of transfer roller 127 to
Before move to station j4, this ensure that the material on only station j2 travels forward because the material on station j1 is stopped,
After sensor confirms material to station j4, control unit signals to the electromagnetism on the second positioning cylinder 118 and stop cylinder 111
Valve stretches out the second positioning cylinder 118, and the material at station j4 is positioned, and stop cylinder 111 retracts, the material at station j1
It is moved to station j2, the material on conveyer belt completes a feeding circulation to movement at station j1.
Second feeding recycles, and after the sensor confirmation material at station j2 reaches station j2, controls the first positioning cylinder
117 and stop cylinder 112 stretch out, the material at the place station j2 is stopped, and the material at station j1 is also forced stop, and first positions gas
Cylinder 117 stretches out, and stops conveying material, after sensor confirms the material arrested state at station j2, stop cylinder 111 to station j1
It stretches out, the material at station j1 is stopped, and stop cylinder 112 retracts, and the material at station j2 travels forward, the first positioning cylinder
117 also retract, and continue there is material at station j4 since the second positioning cylinder 118 stretches out always to station j1 conveying material,
Material at station j2 can only move at station j3, and after sensor confirms that material is in place at station j3, stop cylinder 113 is stretched
Out, the material at station j3 is also stopped, and after sensor confirms the material state at station j3, the level of straight line mould group 31 is without bar
Electric cylinders 132 drive executive item to be pushed to the material at station j3, j4 station j6 (the first aggregation station), the sensing at station j6
After device confirms material in place, control stop cylinder 115 stretches out.Horizontal drive without bar electric cylinders 132 of next straight line mould group 31 executes
Material at station j3, j4 is pushed to station j5 (the second aggregation station) by part.All there are put paper for material between station j5, j6
The space of plate.Facilitate criss-cross intersection cardboard, is put into the gap between four materials on station j5, j6, sensor
After confirmation cardboard is put into, controls stop cylinder 116 and stop cylinder 115 retracts, control system controls the level of straight line mould group 31
No bar electric cylinders 132 drive executive item that the good material of cardboard and aggregation is pushed into exit conveyor.All of above movement is realized
The aggregation technique of one preceding material of casing.
Above material refers to all things that can case such as carton, fruit, food.
<Insert cardboard technique>
Fig. 5 is the station figure that cardboard device is inserted in entire binning process, and C1~C6 is that cardboard executes station, C1 and C2 station
On cardboard be the cardboard (abbreviation width cardboard) of width direction of casing, the cardboard on C4 and C5 station be length direction of casing
Cardboard (abbreviation length cardboard), the cardboard on C3 station is the length to intersect and the cardboard of width both direction.Station C1, C2
Sequence is adjacent respectively with C3, and station C4, C5 and C3 sequence is adjacent, and station C1, C2 and station C4, C5 are in the horizontal plane at vertical
Setting, station C3 be after the material on station C5 is flipped up 90 degree promoted certain altitude with by the material on station C2 to
It turns over material after turning 90 degrees and intersects to be formed.
Fig. 6 is the structure chart that cardboard device is inserted in entire binning process, and slotting cardboard device includes pushing away cardboard from station C1
The width cardboard pushing mechanism 21 (the first cardboard horizontal transport agency) that is sent on station C2 is set to width cardboard pushing mechanism
The cardboard being pushed on station C2 is flipped up 90 degree and makes the gap of cardboard width turnover mechanism directed downwardly by 21 conveying ends
Cardboard on station C4 is pushed to by 22 (the first cardboard turnover mechanisms) with what 21 horizontal vertical of width cardboard pushing mechanism was arranged
Length cardboard pushing mechanism 23 (the second cardboard horizontal transport agency) on station C5, to be set to length cardboard pushing mechanism 23 defeated
Send the cardboard being pushed on station C5 is flipped up to 90 degree making the length turnover mechanism 24 (of the gap of cardboard upward for end
Two cardboard turnover mechanisms) and the length cardboard turned over after turning 90 degrees on station C5, which is moved up certain distance, makes two to overturn 90
Length cardboard and width cardboard after degree intersect mobile mechanism 25 in the cardboard of respective opening position crisscross.
The structure chart of length cardboard pushing mechanism 23 and width cardboard pushing mechanism 21 is as shown in fig. 6, length cardboard pushes
Mechanism 23 is pushed away including the length cardboard of length rodless cylinder 232, the protrusion for the elongator end for being mounted on length rodless cylinder 232
Block 231, the length cardboard storehouse 233 that 232 top of length rodless cylinder is arranged in, wherein the height of length cardboard pushing block 231 is higher than
Length cardboard storehouse 233 bottom one calliper, length cardboard pushing block 231, will be defeated under the driving of length rodless cylinder 232
It send one in the length cardboard storehouse 233 for being placed in 231 front of length cardboard pushing block on direction to pile up the nethermost cardboard of length cardboard to push away
It walks, is sent on station C5 (length station turning)；Length turnover mechanism 24 includes that length tumble cylinder 241 and length overturn gas
The elongator of cylinder 241 is connected and vertical length rotary shaft 242 and the length being mounted in length rotary shaft 242 overturn clamping piece
243, when 241 elongator of length tumble cylinder stretches out, drive length rotary shaft 242 is rotated by 90 °, the paper in length rotary shaft 242
Plate-holder 243 and length rotary shaft 242 rotate 90 degree together, and the cardboard on station C5 is flipped up 90 degree, makes the cardboard
On gap it is upward.
Equally, width cardboard pushing mechanism 21 includes width rodless cylinder 212, is mounted on stretching for width rodless cylinder 212
Out the width cardboard pushing block 211 of the protrusion of part end, the width cardboard storehouse 213 on 212 top of width rodless cylinder is set, wherein
The height of width cardboard pushing block 211 is higher than width cardboard storehouse 213 bottom one calliper, and width cardboard pushing block 211 is in width
Under the driving of rodless cylinder 212, it will be placed in the conveying direction in the width cardboard storehouse 213 of 211 front of width cardboard pushing block
The one pile nethermost cardboard of width cardboard pushes, and is sent on station C2 (width station turning)；Width turnover mechanism 22 includes width
Degree tumble cylinder 221 is connected with the elongator of width tumble cylinder 221 and vertical width rotary shaft 222 and is mounted on width
Width in rotary shaft 222 overturns clamping piece 223, when 221 elongator of width tumble cylinder stretches out, drives width rotary shaft 222
It is rotated by 90 °, the cardboard clamping piece 223 in width rotary shaft 222 and width rotary shaft 222 rotate 90 degree together, will be on station C2
Cardboard be flipped up 90 degree, keep the gap on the cardboard downward.
Moving up mechanism 25 drives station C5 to turn over the cardboard after turning 90 degrees and move up certain distance, makes slitting for length cardboard
Mouth injects station C2 and turns in the gap on the width cardboard after turning 90 degrees, and two cardboards intersect, and form a cross
Intersection cardboard comprising the rodless cylinder 251 that can be vertically extended, the supporting plate 252 being fixed on the extension bar of rodless cylinder 251
Two card slots 253 being fixedly connected with supporting plate 252, the cardboard on station C5 are turned over after turning 90 degrees, cardboard sticks into card slot 253
In, the extension bar of rodless cylinder 251 stretches out, and the cardboard in card slot 253 and card slot 253 on supporting plate 252 is driven to move up one
Set a distance intersects with the width cardboard after turning 90 degrees is turned over, and forms criss-cross cardboard.
It is shown in Fig. 7 be set to two intersect cardboard above impulse stroke in the first and second aggregation station and station C5
On cardboard crawl section 3 and cardboard mobile mechanism 4 structure chart, after length cardboard and width cardboard intersect, by electronic eyes
After irradiation confirmation, two of length cardboard centered on gap are sucked in two suckers 31 on control system control cardboard crawl section 3
Side, the parallel air gripper 32 on cardboard crawl section 3 clamp width cardboard.Two such cardboard is all fixed on cardboard crawl section 3.
Cardboard mobile mechanism 4 comprising moving horizontally mould group 41 and being fixed on for can protruding horizontally up moves horizontally on 41 elongator of mould group
Vertical shift mould group 42, move horizontally mould group 41 for the intersection cardboard being fixed on cardboard crawl section 3 and be moved horizontally to station
The top of j5, j6, vertical shift mould group 42 are inserted into the good carton of upper four aggregations of station j5, j6 for cardboard vertical shift is intersected
It is intermediate.
As shown in fig. 6, being mounted on the length cardboard pushing block 231 of 232 elongator end of length rodless cylinder, cardboard is piled up by one
In nethermost cardboard shift onto the cardboard clamping piece (not shown) on station C5, the extension bar of length tumble cylinder 241 stretches out,
The length rotary shaft 242 being connected with extension bar is set to rotate 90 ° with cardboard clamping piece 243 and cardboard, gap is upward；Length is without bar
The elongator retraction of cylinder 232,233 lower part of cardboard storehouse being set on station C4 occupy the anti-of 232 two sides of length rodless cylinder
The elongator that cardboard releases cylinder 234 stretches out, and all cardboards in length cardboard storehouse 233 are all lifted, are pushed away to length cardboard
231 backhaul of block produces a space, prevents 231 backhaul of length cardboard pushing block from length cardboard is released cardboard storehouse.
Equally, inserting cardboard device 2 further includes that the anti-cardboard for preventing width cardboard from releasing cardboard storehouse releases cylinder 214,
Anti- cardboard releases 213 lower part of cardboard storehouse that cylinder 214 is set on station C1, the two sides for occuping width rodless cylinder 212, in width
When spending the elongator retraction of rodless cylinder 212, the extension bar that anti-cardboard releases cylinder 214 stretches out, will be in width cardboard storehouse 213
All cardboards all lift, and produce a space to 211 backhaul of width cardboard pushing block, prevent 211 backhaul of width cardboard pushing block
Width cardboard is released into cardboard storehouse.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection scope within.
Length rodless cylinder 232 and width rodless cylinder 212 are to protrude horizontally up, and collectively referred to here in as horizontal feed is without bar gas
Cylinder；
Length cardboard pushing block 231 and width cardboard pushing block 211 are used to push the nethermost cardboard in cardboard storehouse, are referred to as paper
Plate pushing block；
Cardboard crawl section is used to cardboard being fixed on crawl section, and cross cardboard is moved to the by cardboard mobile mechanism
One, on two aggregation stations, cardboard crawl section and cardboard mobile mechanism are collectively referred to as cross partition conveying mechanism.
Claims (8)
1. a kind of recrater that partition is packed into carton, which is characterized in that it includes：
Aggregation device, including transmit material material conveying assembly, the material conveying assembly be provided with material successively along straight line
First to fourth be arranged is sent to station, and
Station horizontal vertical is sent to described first and second, is sent to the first and second collection that station is linearly arranged with described third and fourth
Product station；
Aggregation pushing material component, impulse stroke is sent to station, the first and second aggregation station in described third and fourth, by the material
Conveying assembly transports to third and fourth described material for being sent to station and pushes to the first or second aggregation station；
Cardboard device is inserted, including：
First cardboard horizontal transport agency,
The first cardboard turnover mechanism positioned at the first cardboard horizontal transport agency conveying end,
It is in the second cardboard horizontal transport agency of horizontal vertical setting with the first cardboard horizontal transport agency,
The second cardboard turnover mechanism positioned at the second cardboard horizontal transport agency conveying end；First and second cardboard turns over
Cardboard after rotation mechanism overturning is arranged in spatial vertical face；With
Cardboard intersects mobile mechanism, the cardboard after carrying the second cardboard turnover mechanism overturning, towards first cardboard
Turnover mechanism direction is mobile, using the cardboard cross assembly after overturning the first and second cardboard turnover mechanism as cross partition；
Cross partition conveying mechanism, impulse stroke is in the slotting cardboard device, the first and second aggregation station, described in crawl
Cross partition is inserted between the material on the first and second aggregation station.
2. recrater according to claim 1, which is characterized in that the material conveying assembly includes:Simultaneously in transmission direction
Arrange several transfer rollers of setting；The belt of the transfer roller rotation is driven below the transfer roller；Positioned at the corresponding skin of the transfer roller
Several support rollers with lower section；Prop up and make the belt wheel of the belt rotation.
3. recrater according to claim 2, which is characterized in that the material conveying assembly further includes:Corresponding described the
One to the 4th is sent to below the transfer roller of station and the first and second aggregation work bit positions and is provided with stop cylinder, described
Stop cylinder jacks up the driving that the corresponding transfer roller is detached from the belt when stretching out upwards.
4. recrater according to claim 1, which is characterized in that the first and second cardboard horizontal transport agency wraps respectively
It includes：The elongator end stretched out the horizontal feed rodless cylinder of setting along conveying direction, the horizontal feed rodless cylinder is set
The cardboard pushing block at end, the cardboard storehouse that the rodless cylinder top is set close to the cardboard pushing block, and the cardboard pushing block
Height is higher than the calliper setting of one, cardboard orlop portion.
5. recrater according to claim 1, which is characterized in that the first and second cardboard turnover mechanism respectively includes：
Tumble cylinder, the rotary shaft for being connected with the elongator of the tumble cylinder and being vertical setting with the tumble cylinder, peace
Cardboard clamping piece in the rotary shaft, wherein the elongator of the tumble cylinder drives the cardboard clamping piece when stretching out
It is rotated together with the rotary shaft.
6. recrater according to claim 1, which is characterized in that the cross partition conveying mechanism includes：
The vertical mould group vertically extended on the elongator of the horizontal mould group is arranged in the horizontal mould group that can be protruded horizontally up,
The lower end of the elongator of the vertical mould group is provided with cardboard crawl section, the cardboard crawl section include be arranged downward,
Corresponding tetrameric two pneumatic clampers of cross partition and two suckers.
7. recrater according to claim 4, which is characterized in that the slotting cardboard device is respectively further comprised in the cardboard
The anti-release cylinder of cardboard is arranged in horizontal feed rodless cylinder two sides in the lower part in storehouse, and the anti-release cylinder of cardboard stretches out
When the cardboard in the cardboard storehouse is lifted up.
8. recrater according to claim 3, which is characterized in that the material conveying assembly further includes setting along conveying direction
It first positioning cylinder of the material being placed on the blocking conveyer belt that described first is sent on front side of station and is set to the 4th and is sent to work
Position rear side is for positioning the second positioning cylinder of the material that the described 4th is sent on station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820552819.2U CN208134792U (en) | 2018-04-18 | 2018-04-18 | A kind of recrater that partition is packed into carton |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820552819.2U CN208134792U (en) | 2018-04-18 | 2018-04-18 | A kind of recrater that partition is packed into carton |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208134792U true CN208134792U (en) | 2018-11-23 |
Family
ID=64294024
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820552819.2U Withdrawn - After Issue CN208134792U (en) | 2018-04-18 | 2018-04-18 | A kind of recrater that partition is packed into carton |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208134792U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108516161A (en) * | 2018-04-18 | 2018-09-11 | 北京大森包装机械有限公司 | A kind of recrater that partition board is packed into carton |
-
2018
- 2018-04-18 CN CN201820552819.2U patent/CN208134792U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108516161A (en) * | 2018-04-18 | 2018-09-11 | 北京大森包装机械有限公司 | A kind of recrater that partition board is packed into carton |
| CN108516161B (en) * | 2018-04-18 | 2023-12-26 | 北京大森包装机械有限公司 | Boxing machine for loading partition plates into cartons |
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