CN208070878U - Bag-piling device - Google Patents
Bag-piling device Download PDFInfo
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- CN208070878U CN208070878U CN201721755333.0U CN201721755333U CN208070878U CN 208070878 U CN208070878 U CN 208070878U CN 201721755333 U CN201721755333 U CN 201721755333U CN 208070878 U CN208070878 U CN 208070878U
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Abstract
The utility model is related to a kind of bag-piling device, which includes：Feeding portion, positioning region, heap bag portion and control device；The feeding portion is connect with the positioning region, for material to be sent into positioning region；The positioning region can adjust material to predeterminated position, and material is sent into heap bag portion in the predeterminated position；The heap bag portion is set to below the positioning region, for stacking the material from the positioning region；The control device is fixedly installed on the positioning region, and be electrically connected respectively with the feeding portion, the positioning region and the heap bag portion, the feeding portion can be controlled, material is sent into positioning region, control positioning region by material feeding heap bag portion and controls material of the heap bag portion stacking from the positioning region.The utility model all is replaced manually, saving a large amount of labour, further having saved the production cost of production firm by machinery.
Description
Technical field
The utility model is related to transport technical field of memory, more particularly to a kind of bag-piling device.
Background technology
Manufacturer carry out raw material it is a large amount of purchase and when being stored to raw material or manufacture out largely at
Product and when being stored, need it is regular raw material or finished product are placed, so that storage is more in a limited space
Raw material and finished product, be more convenient for using raw material or sell finished product when the extraction to raw material and finished product.
In current traditional technology, when have raw material or or a large amount of finished product stored when, mainly pass through manpower
Carry out the stacking of material bag.Raw material or finished product are loaded onto by lorry needs the place stored, is moved down from lorry material bag by worker,
And be placed on it in fork plate according to certain rule, then the material bag that heap is folded is transported to by corresponding place by fork truck and is deposited
Storage.
In above-mentioned traditional technology carries out the technical solution of regular stacking to material bag, entire unloading and material bag
Regular stacking is required for worker to operate, and wastes a large amount of labour, and labor intensity is big in the whole process,
Also the cost of manufacturer is further increased.
Utility model content
Based on this, it is necessary to which for lavishing labor on, and labor intensity is big in the whole process, further increases
The cost problem of manufacturer provides a kind of bag-piling device.
The utility model provides a kind of bag-piling device：Feeding portion, positioning region, heap bag portion and control device；Institute
It states feeding portion to connect with the positioning region, for material to be sent into positioning region；The positioning region can adjust material to default
Position, and material is sent into heap bag portion in the predeterminated position；The heap bag portion is set to below the positioning region, is come for stacking
Material from the positioning region；The control device is fixedly installed on the positioning region, and respectively with the feeding portion, described
Positioning region and heap bag portion electrical connection can control the feeding portion and material sent to material feeding positioning region, positioning region
Enter heap bag portion and heap bag portion stacks the material from the positioning region.
Further, the positioning region includes：First direction adjusts component, second direction adjustment component, two positioning plates, the
One driving unit, supporting rack and fixing bracket；Positioning plate includes with both ends：With supporting rack hinged connecting pin and with institute
The opposite free end in connecting pin is stated, the free end of two positioning plates is bonded to each other；First driving unit is respectively with two
A positioning plate connection, the connecting pin for controlling two positioning plates are rotated rotating around supporting rack, form opening；Described first
Direction adjustment component is set on first direction the positioning plate close to one end of feeding portion；The second direction adjustment component is set
It is placed in one end of the positioning plate in second direction；Two fixing brackets are respectively arranged at the positioning plate in second direction
Both ends；The first direction is the direction that material is sent into positioning region by feeding portion, the second direction and the first direction
Vertically；First direction adjustment component, second direction adjustment component and the first driving unit respectively with the control device
Electrical connection.
Further, the first direction adjustment component includes：The first adjustment plate and two position-limiting units；Two limits
Bit location is respectively arranged at the one end of both ends close to feeding portion of first direction upper location-plate；The both ends of the first adjustment plate point
It is not fixedly connected with two position-limiting units；The position-limiting unit is electrically connected with the control device.
Further, the position-limiting unit includes：Sliding slot, idler wheel, connecting rod and the second driving unit；The sliding slot is in arc
Shape, one end are connect with the positioning plate on first direction close to one end of feeding portion；One end of the connecting rod with it is described solid
Fixed rack is hinged close to one end of feeding portion, and the other end is provided with idler wheel, and the idler wheel is set in sliding slot；Described second drives
Moving cell one end is fixedly connected with the connecting rod, and the other end is fixedly connected with the fixing bracket, second driving unit with
The control device electrical connection, for driving the first adjustment plate to move reciprocatingly.
Further, the both ends of the first adjustment plate are fixed with two connecting rods of two position-limiting units connect respectively
It connects.
Further, the second direction adjustment component includes：Second adjustment plate and third driving unit；The third is driven
One end of moving cell is fixedly connected with the second adjustment plate, and the other end and the positioning plate of the third driving unit are fixed
Connection；The third driving unit is electrically connected with the control device, for driving the second adjustment plate to move reciprocatingly.
Further, the heap bag portion includes：Fork plate, heap bag frame, swivel plate, the 4th driving unit and the 5th driving are single
Member；The heap bag frame, swivel plate and fork plate stack successively, and are set to the underface of the positioning plate；4th driving
Unit is fixedly connected with the swivel plate, for driving the swivel plate to rotate predetermined angle；5th driving unit and institute
It states heap bag frame to be fixedly connected, for driving heap bag frame to be raised and lowered；4th driving unit and the 5th driving unit
It is electrically connected with the control device.
Further, the bag-piling device further includes：The preset portion of fork plate；The preset portion of fork plate is connect with the heap bag portion,
For fork plate to be sent into the heap bag portion.
Further, the preset portion of the fork plate includes：Preset frame, multiple fork plates, pull rod, the 6th driving unit and the 7th drive
Moving cell；The preset frame is connect with the heap bag frame；The preset frame stacks successively with multiple fork plates；The pull rod with
The side wall active link of support frame as described above；6th driving unit is fixedly connected with the preset frame, for driving preset frame
It is raised and lowered；7th driving unit is fixedly connected with the pull rod, for driving pull rod moving reciprocatingly；Described
Six driving units are electrically connected with the 7th driving unit with the control device.
Further, the feeding portion includes；Telescopic conveyer belt；The telescopic conveyer belt is connect with the positioning plate,
And it is electrically connected with the control device.
The utility model is provided with feeding portion, positioning region, heap bag portion and control device, and feeding portion receives material bag, and leads to
Material bag is delivered to positioning region by the control for crossing control device, and positioning region receives material bag, and will be expected by the control of control device
Bag is adjusted to preset position, and opens positioning region, and material bag is made to fall to heap bag portion.Heap bag portion is controlled by control device
Rotation make material bag is regular to fall in heap bag portion.It is artificial that whole process all has machinery to replace, and saves a large amount of labor
Power has further saved the production cost of production firm.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram for bag-piling device that the utility model embodiment provides.
Reference numeral：100 be feeding portion, and 110 be telescopic conveyer belt, and 200 be positioning region, and 210 adjust for first direction
Component, 211 be the first adjustment plate, and 212 be position-limiting unit, and 2121 be sliding slot, and 2122 be idler wheel, and 2123 be connecting rod, and 2124 are
Second driving unit, 220 adjust component for second direction, and 221 be second adjustment plate, and 222 be third driving unit, and 230 be fixed
Position plate, 240 be the first driving unit, and 250 be supporting rack, and 260 be fixing bracket, and 300 be heap bag portion, and 310,520 be fork plate,
320 be heap bag frame, and 330 be swivel plate, and 340 be the 4th driving unit, and 350 be the 5th driving unit, 400 devices in order to control,
500 be the preset portion of fork plate, and 510 be preset frame, and 530 be pull rod, and 540 be the 6th driving unit, and 550 be the 7th driving unit.
Specific implementation mode
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
The utility model embodiment discloses a kind of bag-piling device：Feeding portion, positioning region, heap bag portion and control dress
It sets.Feeding portion can be directly protruding into boxcar, and worker removes the material bag in lorry to feeding portion, passes through control device
Material bag is delivered to positioning region by control, feed device.Material bag passes through the position of the control adjustment material bag of control device in positioning region
It sets, adjusts to preset position, material bag is fallen when positioning region is opened, and is fallen in heap bag portion.Control device controls heap
Bag portion chooses to install corresponding angle after often falling a Bag Material bag, to achieve the purpose that regular stacking material bag.
Referring to Fig. 1, Fig. 1 is a kind of structural schematic diagram for bag-piling device that the utility model embodiment provides.
As shown in Figure 1, a kind of bag-piling device includes：Feeding portion 100, positioning region 200, heap bag portion 300 and control device
400；The feeding portion 100 is connect with the positioning region 200, for material to be sent into positioning region 200；The positioning region 200
Underface is provided with heap bag portion 300, and heap bag portion 300 is sent into for adjusting material to predeterminated position, and by material；The heap bag
Portion 300 is for stacking material；The control device 400 be fixedly installed with the positioning region 200 on, and respectively with the feeding
Portion 100, the positioning region 200 and the heap bag portion 300 electrical connection.
Specifically, the exit side of the feeding portion 100 is adjacent with the positioning region 200, and 100 shapes of the feeding portion
At feeding plane and the positioning region 200 be formed by positioning plane and be in same level height, can ensure that material bag is put down
Steady is delivered to positioning region 200 by feeding portion 100.Material bag position can be adjusted after the positioning region 200 receives material bag to pre-
If position, after the completion of adjustment, the control device 400 controls the positioning region 200 and falls material bag, the heap bag portion 300
It is set to 200 lower section of the positioning region, convenient for accurately receiving material bag.Heap bag portion 300 can be moved and be rotated, to which material bag exists
300 regular stacking of the heap bag portion, for example, material bag multilayer is made neatly to stack, every layer of two Bag Material bag of placement, adjacent two layers
The substantially vertical intersection of placement direction of material bag, can make material bag placement more stablizes and more reasonably utilizes stacking space.
Preferably, the positioning region 200 includes：First direction adjusts component 210, second direction adjusts component 220, two
A positioning plate 230, the first driving unit 240, supporting rack 250 and fixing bracket 260；Positioning plate 230 includes with both ends：With
The hinged connecting pin of supporting rack 250 and the free end opposite with the connecting pin, the free end phase of two positioning plates 230
Mutually fitting；First driving unit 240 is connect with two positioning plates 230 respectively, for controlling two positioning plates 230
Connecting pin is rotated rotating around supporting rack 250, forms opening；The first direction adjustment component 210 is set to institute on first direction
Positioning plate 230 is stated close to one end of feeding portion 100；It is described fixed in second direction that the second direction adjustment component 220 is set to
One end of position plate 230；Two fixing brackets 260 are respectively arranged at the both ends of the positioning plate 230 in second direction；Institute
It is the direction that material is sent into positioning region 200 by feeding portion 100 to state first direction, and the second direction is hung down with the first direction
Directly；First direction adjustment component 210, second direction adjustment component 220 and the first driving unit 240 respectively with it is described
Control device is electrically connected.
Specifically, the first direction is the direction that feeding portion 100 conveys material, the second direction and the first party
To vertical.The first direction adjustment component 210 is for adjusting the position of material bag in a first direction, the second direction adjustment
Component 220 is adjusted for adjusting the position of material bag in a second direction by the position in a first direction and in second direction,
Material bag can be adjusted to preset position.After the position of material bag is completed in adjustment, made by the driving of the first driving unit 240
Two positioning plates 230 are opened, and material bag is fallen between described two positioning plates 230.Under closed state, described two positioning plates
230 are set to same level, and one end fits closely, and material bag will not when can ensure positioning plate 230 in off position
It falls.The other end of two positioning plates 230 with the both ends active link of supporting rack 250, drives respectively for the first driving unit 240
When dynamic positioning plate 230 is opened and closed, two positioning plates 230 can be moved relative to support frame as described above 250.Wherein institute
It can be motor or cylinder to state the first driving unit 240.
Preferably, the first direction adjustment component 210 includes：The first adjustment plate 211 and two position-limiting units 212；
Two position-limiting units 212 are respectively arranged at the both ends of first direction upper location-plate 230 close to one end of feeding portion 100；Institute
The both ends for stating the first adjustment plate 211 are fixedly connected with two position-limiting units 212 respectively；The position-limiting unit 212 with it is described
Control device 400 is electrically connected.
Specifically, the length direction of the first adjustment plate 211 is identical as second direction, two position-limiting units 212 and institute
The both ends for stating the first adjustment plate 211 are fixedly connected, and two position-limiting units 212 are for driving and limiting the first adjustment plate 211
Moving range, ensure that the first adjustment plate 211 can accurately be adjusted the position of material bag in a first direction.
Preferably, the position-limiting unit 212 includes：Sliding slot 2121, idler wheel 2122, the driving of connecting rod 2123 and second are single
Member 2124；The sliding slot 2121 is arc-shaped, and one end is with the first direction upper location-plate 230 close to one end of feeding portion 100
Connection；One end of the connecting rod 2123 is hinged close to one end of feeding portion 100 with the fixing bracket 260, and the other end is set
It is equipped with idler wheel 2122, the idler wheel 2122 is set in sliding slot 2121；Described second driving unit, 2124 one end and connecting rod
2123 are fixedly connected, and the other end is fixedly connected with the fixing bracket 260, second driving unit 2124 and the control
Device 400 is electrically connected, for driving the first adjustment plate 211 to move reciprocatingly.
Specifically, second driving unit 2124 can connecting rod 2123 move, due to connecting rod 2123 one end with
The fixing bracket 260 is hinged close to one end of feeding portion 100.Therefore the second driving unit 2124 being capable of drive connection bar
2123 do the circular motion using hinge joint as the center of circle.The rolling in sliding slot 2121 of the idler wheel 2122 of 2123 other end of the connecting rod
Dynamic, one end of 2121 remotely located plate 230 of sliding slot is that closing is arranged, the shift position for limiting connecting rod 2123.Wherein
Two driving units 2124 are cylinder.
Preferably, the both ends of the first adjustment plate 211 respectively with two connecting rods of two position-limiting units 212
2123 are fixedly connected.
Specifically, when 2124 drive connection bar 2123 of the second driving unit moves, due to the first adjustment plate 211 and even
Extension bar 2123 is fixedly connected, therefore the first adjustment plate 211 does movement in a curve in motion range.
Preferably, the second direction adjustment component 220 includes：Second adjustment plate 221 and third driving unit 222；
One end of the third driving unit 222 is fixedly connected with the second adjustment plate 221, the third driving unit 222 it is another
One end is fixedly connected with the positioning plate 230；The third moving cell 222 is electrically connected with the control device 400, for driving
The first adjustment plate 211 is moved to move reciprocatingly.
Specifically, the length direction of the second adjustment plate 221 is identical as first direction, the one of third driving unit 222
End is connect with the one side of the second adjustment plate 221, and the other end is fixedly connected with the positioning plate 230.When needing to material bag
When the position of second direction is adjusted, second adjustment plate 221 is driven by third driving unit 222, utilizes second adjustment
Plate 221 pushes material bag, carries out the adjustment of second direction.Wherein third driving unit 222 can be cylinder.
Preferably, the heap bag portion 300 includes：Fork plate 310, heap bag frame 320, swivel plate 330, the 4th driving unit 340
And the 5th driving unit 350；The heap bag frame 320, swivel plate 330 and fork plate 310 stack successively, and are set to described
The underface of positioning plate 230；4th driving unit 340 is fixedly connected with the swivel plate 330, for driving the rotation
Plate 330 rotates predetermined angle；5th driving unit 350 is fixedly connected with the heap bag frame 320, for driving heap bag frame
320 are raised and lowered；4th driving unit 340 is electrically connected with the 5th driving unit 350 with the control device 400
It connects.
Specifically, after material bag is adjusted to corresponding position by positioning region 200, opens 230 material bag of positioning plate and fall.Material bag is fallen
In fork plate 310, after fork plate 310 receives material bag, the 4th driving unit 340 drives swivel plate 330 to rotate 180 ° and receives material
Bag, the material bag received at this time and the material bag that last time receives are placed side by side.After receiving material bag, the 5th driving unit 350 drives
Dynamic heap bag frame 320 declines predeterminated position, and the 4th driving unit 340 driving swivel plate 330 is rotated by 90 ° reception material, at this time
The material received therewith preceding layer material bag placement direction differ 90 °, after receiving material, the 4th driving unit 340 drive
Dynamic swivel plate 330 rotates 180 ° of reception material bags, and the material bag received at this time and the material bag that last time receives are placed side by side, when connecing
After receiving material bag, the 5th driving unit 350 drives heap bag frame 320 to decline pre-determined distance, and the driving rotation of the 4th driving unit 340
Flap 330 is rotated by 90 ° reception material.And so on, when the 5th driving unit 350 driving heap bag frame 320 drops to extreme lower position
When, fork truck transports the material bag in fork plate 310 and fork plate 310, and the 5th driving unit 350 driving heap bag frame 320 increases at this time
To initial position.Wherein the 5th driving unit 350 drives heap bag frame 320 to decline predeterminated position, can ensure to receive position and determine
The height of position plate 230 is always consistent, prevents material bag from being damaged during whereabouts.Wherein the 4th driving unit 340 drives
Swivel plate 330 is alternately rotated the 180 ° and 90 ° placement directions that can ensure adjacent two layers material bag and differs 90 °, further makes material bag
That places more stablizes.
Preferably, the bag-piling device further includes：The preset portion of fork plate 500；The preset portion 500 of fork plate and the heap bag portion
300 connections, for fork plate 520 to be sent into the heap bag portion 300.
Specifically, the preset portion 500 of fork plate is fitted closely with the heap bag portion 300, removing heap bag portion 300 when fork truck fills
After the fork plate 310 of honest material bag, fork plate 520 preset in the preset portion 500 of fork plate is moved into heap bag portion 300.
Preferably, the preset portion of the fork plate 500 includes：Preset frame 510, multiple fork plates 520, the driving of pull rod the 530, the 6th are single
Member 540 and the 7th driving unit 550；The preset frame 510 is connect with the heap bag frame 320；The preset frame 510 with it is multiple
The fork plate 520 stacks successively；The side wall active link of the pull rod 530 and support frame as described above 250；6th driving unit
540 are fixedly connected with the preset frame 510, for driving preset frame 510 to be raised and lowered；7th driving unit 550 with
The pull rod 530 is fixedly connected, for driving pull rod 530 to move reciprocatingly；6th driving unit 540 drives with the described 7th
Moving cell 550 is electrically connected with the control device 400.
Specifically, after fork truck removes heap bag portion 300 and installs fork plate 310 of material bag, the 5th driving unit 350 drives heap
Bag frame 320 is increased to initial position.Top in the multiple fork plates 520 placed on the initial position and the preset frame 510
520 position of fork plate match, when the 5th driving unit 350 driving heap bag frame 320 is increased to initial position, the 7th driving is single
Member 540 drives pull rod 530 that the fork plate 520 of top is moved on swivel plate 330, when the fork plate of top on preset frame 510
After 520 remove, the 6th driving unit 550 drives preset frame 510 to rise the height of a fork plate, makes most to push up on preset frame 510
The fork plate 520 of layer remains at fixed position.
Preferably, the feeding portion 100 includes；Telescopic conveyer belt 110；The telescopic conveyer belt 110 with it is described fixed
Position plate 230 connects, and is electrically connected with the control device 400.
Specifically, during feeding, the material bag in lorry gradually decreases, and position existing for material bag can move closer to goods
Interior portion, at this time can be by stretching telescopic conveyer belt 110, and then lengthens the length of conveyer belt, pair that can be more convenient
Material bag carries out feeding in lorry.
The utility model is provided with feeding portion, positioning region, heap bag portion and control device, and feeding portion receives material bag, and leads to
Material bag is delivered to positioning region by the control for crossing control device, and positioning region receives material bag, and will be expected by the control of control device
Bag is adjusted to preset position, and opens positioning region, and material bag is made to fall to heap bag portion.Heap bag portion is controlled by control device
Rotation make material bag is regular to fall in heap bag portion.It is artificial that whole process all has machinery to replace, and saves a large amount of labor
Power has further saved the production cost of production firm.
Each technical characteristic of embodiment described above can be combined arbitrarily, to keep description succinct, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, it is all considered to be the range of this specification record.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. a kind of bag-piling device, which is characterized in that including：Feeding portion, positioning region, heap bag portion and control device；
The feeding portion is connect with the positioning region, for material to be sent into positioning region；
The positioning region can adjust material to predeterminated position, and material is sent into heap bag portion in the predeterminated position；
The heap bag portion is set to below the positioning region, for stacking the material from the positioning region；
The control device is fixedly installed on the positioning region, and respectively with the feeding portion, the positioning region and described
Heap bag portion be electrically connected, can control the feeding portion by material be sent into positioning region, control positioning region by material be sent into heap bag portion with
And control heap bag portion stacks the material from the positioning region.
2. the apparatus according to claim 1, which is characterized in that the positioning region includes：First direction adjusts component, second
Direction adjusts component, two positioning plates, the first driving unit, supporting rack and fixing bracket；
Positioning plate includes with both ends：With the connecting pin that supporting rack is hinged and the free end opposite with the connecting pin, two
The free end of the positioning plate is bonded to each other；First driving unit is connect with two positioning plates respectively, for controlling
The connecting pin of two positioning plates is rotated rotating around supporting rack, forms opening；The first direction adjustment component is set to first party
The upward positioning plate is close to one end of feeding portion；The second direction adjustment component is set to the positioning plate in second direction
One end；Two fixing brackets are respectively arranged at the both ends of the positioning plate in second direction；The first direction is to send
Material is sent into the direction of positioning region by material portion, and the second direction is vertical with the first direction；The first direction adjustment group
Part, second direction adjustment component and the first driving unit are electrically connected with the control device respectively.
3. the apparatus of claim 2, which is characterized in that the first direction adjusts component and includes：The first adjustment plate
And two position-limiting units；
Two position-limiting units are respectively arranged at the one end of both ends close to feeding portion of first direction upper location-plate；
The both ends of the first adjustment plate are fixedly connected with two position-limiting units respectively；
The position-limiting unit is electrically connected with the control device.
4. device according to claim 3, which is characterized in that the position-limiting unit includes：Sliding slot, idler wheel, connecting rod with
And second driving unit；
The sliding slot is arc-shaped, and one end is connect with the positioning plate on first direction close to one end of feeding portion；
One end of the connecting rod is hinged close to one end of feeding portion with the fixing bracket, and the other end is provided with idler wheel, institute
Idler wheel is stated to be set in sliding slot；
Second driving unit one end is fixedly connected with the connecting rod, and the other end is fixedly connected with the fixing bracket, described
Second driving unit is electrically connected with the control device, for driving the first adjustment plate to move reciprocatingly.
5. device according to claim 4, which is characterized in that
The both ends of the first adjustment plate are fixedly connected with two connecting rods of two position-limiting units respectively.
6. the apparatus of claim 2, which is characterized in that the second direction adjusts component and includes：Second adjustment plate
And third driving unit；
One end of the third driving unit is fixedly connected with the second adjustment plate, the other end of the third driving unit with
The positioning plate is fixedly connected；
The third driving unit is electrically connected with the control device, for driving the second adjustment plate to move reciprocatingly.
7. the apparatus according to claim 1, which is characterized in that the heap bag portion includes：Fork plate, heap bag frame, swivel plate,
Four driving units and the 5th driving unit；
The heap bag frame, swivel plate and fork plate stack successively, and are set to the lower section of the positioning plate；
4th driving unit is fixedly connected with the swivel plate, for driving the swivel plate to rotate predetermined angle；
5th driving unit is fixedly connected with the heap bag frame, for driving heap bag frame to be raised and lowered；
4th driving unit is electrically connected with the 5th driving unit with the control device.
8. the apparatus of claim 2, which is characterized in that the bag-piling device further includes：The preset portion of fork plate；
The preset portion of fork plate is connect with the heap bag portion, for fork plate to be sent into the heap bag portion.
9. device according to claim 8, which is characterized in that the preset portion of fork plate includes：Preset frame, multiple fork plates,
Pull rod, the 6th driving unit and the 7th driving unit；
The preset frame is connect with the heap bag frame；The preset frame stacks successively with multiple fork plates；
The side wall active link of the pull rod and support frame as described above；
6th driving unit is fixedly connected with the preset frame, for driving preset frame to be raised and lowered；
7th driving unit is fixedly connected with the pull rod, for driving pull rod moving reciprocatingly；
6th driving unit is electrically connected with the 7th driving unit with the control device.
10. the apparatus according to claim 1, which is characterized in that the feeding portion includes；Telescopic conveyer belt；
The telescopic conveyer belt is connect with the positioning plate, and is electrically connected with the control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721755333.0U CN208070878U (en) | 2017-12-15 | 2017-12-15 | Bag-piling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721755333.0U CN208070878U (en) | 2017-12-15 | 2017-12-15 | Bag-piling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208070878U true CN208070878U (en) | 2018-11-09 |
Family
ID=64033124
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721755333.0U Active CN208070878U (en) | 2017-12-15 | 2017-12-15 | Bag-piling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208070878U (en) |
-
2017
- 2017-12-15 CN CN201721755333.0U patent/CN208070878U/en active Active
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