CN205327528U - Confession bag mechanism that hangs from above - Google Patents
Confession bag mechanism that hangs from above Download PDFInfo
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- CN205327528U CN205327528U CN201620063090.3U CN201620063090U CN205327528U CN 205327528 U CN205327528 U CN 205327528U CN 201620063090 U CN201620063090 U CN 201620063090U CN 205327528 U CN205327528 U CN 205327528U
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- bag
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- splitting
- push pedal
- handbag
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Abstract
The utility model discloses a confession bag mechanism that hangs from above, include the PLC industry control, store up bag frame, splitting mechanism, push pedal slewing mechanism, peg rotary mechanism, handle bag peg and push away a bag mechanism step by step, it is equipped with a storage bag mechanism to store up the bag frame, handle bag peg is continuous with peg rotary mechanism, comes and goes the swing in order to hang bag benefit bag of heap from above and to push away the bag location under peg rotary mechanism's drive between storage bag mechanism and splitting mechanism, push pedal slewing mechanism is at peg rotary mechanism and splitting interagency reciprocating motion, and the handle bag that hangs handle bag peg department from above pushes away the department to splitting mechanism, splitting mechanism absorbs handle bag peg with the sucking disc and hangs the handle bag in the bag heap from above to transmission to outside process station, the PLC industry control is connected to splitting mechanism, push pedal slewing mechanism, peg rotary mechanism and pushes away a bag mechanism step by step and controls it. The utility model discloses can can significantly reduce and get the bag adhesion phenomena that the bag supplied the bag in -process with keep in handle bag and carrying to outside process of the mode of hanging from above.
Description
Technical field
This utility model relates to mechanical field, especially a kind of bag supply machine structure hung from above。
Background technology
Handle plastic bag is very extensive at rice packaging industry application；But plastic bag (coated knitted bag) producing, in transportation owing to extruding mutually is easily generated electrostatic (negative pressure), thus causing that multiple sack is attached together, as supplied bag when mechanical system to production line, as horizontal piled by bag, then machinery can draw multiple sack because of adhesion between bag when bag taking, cause for bag failure and be difficult to automatic compensation, need to manually adjust, affect production efficiency, increase entreprise cost, as handbag vertically hangs, this problem can be improved, how design bag taking and the equipment for bag from the handbag heap vertically hung, be a research direction。
Summary of the invention
The utility model proposes a kind of bag supply machine structure hung from above, with the temporary handbag of the mode that hangs from above and to outside operation conveying, can greatly reduce bag taking for the bag adhesion phenomenon in bag process。
This utility model is by the following technical solutions。
A kind of bag supply machine structure hung from above, uses the temporary handbag of the mode that hangs from above and to outside operation conveying, and described bag supply machine structure includes PLC industry control, bag support, splitting mechanism, push pedal rotating mechanism, peg rotating mechanism, handbag peg and progressive bag pushing mechanism；Described bag support is provided with bag storage mechanism；Described handbag peg is connected with peg rotating mechanism, under the driving of peg rotating mechanism between bag storage mechanism and splitting mechanism reciprocating swing to carry out hanging from above the benefit bag of bag heap and to push away bag and position；Described push pedal rotating mechanism moves back and forth with splitting is inter-agency at peg rotating mechanism, and the handbag that handbag peg place is hung from above is pushed into place of splitting mechanism；Described splitting mechanism draws handbag peg with sucker and hangs the handbag in bag heap from above, and transmits to outside operation station；Described PLC industry control is connected to splitting mechanism, push pedal rotating mechanism, peg rotating mechanism and progressive bag pushing mechanism and it is controlled。
Described peg rotating mechanism includes transposition cylinder, peg fixed handle, main shaft, spindle crank and spindle bearing holder, described handbag peg is connected with peg fixed handle, described peg fixed handle is fixed on main shaft place, and main shaft is located on spindle bearing holder, and main shaft place is connected with spindle crank；The fixing end of described transposition cylinder is fixed on bag support, and movable end is hinged by flake joint and spindle crank；When splitting mechanism need to mend bag, transposition cylinder rotates through spindle crank drive shaft and makes handbag peg go to splitting mechanism, and when handbag peg need to be mended bag, transposition air cylinder driven main shaft makes handbag peg go to peg and mends bag position。
It is provided with progressive bag pushing mechanism between described peg rotating mechanism and splitting mechanism, described progressive bag pushing mechanism includes translating base, synchronous belt mechanism, slide block, pushes away a bag guide rail, power source and push pedal rotation seat, translating base is located on bag support, the described bag guide rail that pushes away is fixed on translating base place, push away bag guide rail to be connected with push pedal retainer by slide block, push pedal retainer place of institute is provided with push pedal rotating mechanism, and described slide block is connected with synchronous belt mechanism；Synchronous belt mechanism is driven by power source, and band movable slider makes push pedal rotating mechanism reciprocate along pushing away a bag guide rail direction, is pushed into splitting mechanism progressive for the handbag of vertical hanging on handbag peg。
Described push pedal retainer place is provided with and pushes away the linear guides pair that bag guide rail coordinates。
Described synchronous belt mechanism includes transmission band or driving chain。
Described push pedal rotating mechanism includes push pedal rotation seat, rotation cylinder, extension bar, push pedal crank and push pedal, the fixing end of described rotation cylinder is articulated with on push pedal rotation seat, movable end is hinged through the side movable end of extension bar Yu push pedal crank, the opposite side movable end of described push pedal crank connects push pedal, the fixing end of push pedal crank is articulated with on push pedal rotation seat, push pedal crank around pin joint reciprocally swinging, drives push pedal to reciprocate between bag position and idle position pushing away under the driving of rotation cylinder。
Described splitting mechanism includes guide rails assembling plate, splitting cylinder, splitting guide holder, splitting guide rail and sucker, described splitting guide holder is fixed on bag support, described sucker is fixed on guide rails assembling plate, the fixing end of described splitting cylinder is fixed on splitting guide holder, movable end is affixed with guide rails assembling plate, described guide rails assembling plate is sliding to be placed on splitting guide rail, splitting guide rail is arranged in the same direction with pushing away a bag guide rail, described guide rails assembling plate is provided with sucker, when described bag supply machine structure supplies bag to outside operation, splitting air cylinder driven guide rails assembling plate is pushing away the sliding round with outside operation station place of bag guide rail place handbag peg, hanging handbag from above and being sent to outside operation station on peg drawn by sucker。
Comprising the following steps successively for bag operation of described bag supply machine structure；
A1, peg rotating mechanism drive vacant handbag peg to go to the bag storage mechanism of bag support, and operator hang handbag heap from above on peg, carry out mending bag operation。
A2, peg rotating mechanism drive the peg hanging with handbag to go to and push away below bag guide rail。
A3, push pedal rotating mechanism push pedal go to handbag rear。
A4, progressive bag pushing mechanism drive push pedal rotating mechanism pushing away on bag guide rail to the sucker place sliding of splitting mechanism, with the push pedal of push pedal rotating mechanism, the handbag heap on peg are pushed to sucker direction。
A5, when handbag heap is pushed to the gettering site of splitting mechanism, splitting air cylinder driven guide rails assembling plate is mobile to handbag heap, and the sucker of splitting mechanism draws handbag from the handbag bag heap hung from above。
A6, splitting air cylinder driven guide rails assembling plate move to outside operation station, discharge after the handbag that sucker holds is sent to outside operation station。
A7, progressive bag pushing mechanism drive push pedal rotating mechanism pushing away to the sucker place continuation sliding of splitting mechanism on bag guide rail, and splitting mechanism continues transfer handbag to outside operation station, until the handbag on peg is taken。
A8, push pedal rotating mechanism push pedal be reset to level, progressive bag pushing mechanism drives push pedal rotating mechanism to be back to and push away a bag guide rail starting point, and peg rotating mechanism drives the bag storage mechanism that vacant handbag peg goes to bag support to carry out mending bag。
Preferably, described peg rotating mechanism with replace cylinder or motorized motions handbag peg between bag storage mechanism and splitting mechanism reciprocating swing to carry out hanging from above the benefit bag of bag heap and to push away bag and position。
Preferably, described handbag peg quantity is more than three, angled between peg is located at same level。
In this utility model, handbag heap is placed on handbag peg hanging mode from above, can be prevented effectively from electrostatic or negative pressure causes drawing the situation of multiple sack, improve the success rate for bag, improve the efficiency of whole production line。
In this utility model, handbag heap is placed on handbag peg hanging mode from above, the splitting guide rail of splitting mechanism is arranged in the same direction with pushing away a bag guide rail, the guide rails assembling plate that splitting guide rail slip up is put is provided with sucker, when described bag supply machine structure supplies bag to outside operation, splitting air cylinder driven guide rails assembling plate is pushing away the sliding round with outside operation station place of bag guide rail place handbag peg, hanging handbag from above and being sent to outside operation station on peg drawn by sucker, make the bag thickness of this device energy self adaptation different size sack, bag is wide, bag is high, it is not necessary to regulate。
Product described in the utility model is in splitting operation, when splitting air cylinder driven guide rails assembling plate moves to outside operation station, when discharging after the handbag held on sucker is sent to outside operation station, progressive bag pushing mechanism drives push pedal rotating mechanism pushing away on bag guide rail to the sucker place continuation sliding of splitting mechanism, splitting mechanism continues transfer handbag to outside operation station, until the handbag on peg is taken；This is progressive send a bag mode to ensure splitting cylinder full stroke works, it is to avoid cylinder is impaired, and compact conformation is convenient, safe and reliable, saves production cost。
In this utility model, described handbag peg quantity is more than three, angled between peg is located at same level；This design greatly improves the temporary ability of bag heap of this device, and when the handbag of a peg of device is pushed, other peg can continue to mend bag, improves the working performance of device。
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments to the further details of explanation of this utility model:
Accompanying drawing 1 is the schematic diagram of product described in the utility model；
Accompanying drawing 2 is the schematic diagram of peg rotating mechanism in product described in the utility model；
Accompanying drawing 3 is another schematic diagram of peg rotating mechanism in product described in the utility model；
Accompanying drawing 4 is the schematic diagram of progressive bag pushing mechanism in product described in the utility model；
Accompanying drawing 5 is the schematic diagram of product inner pushing plate rotating mechanism described in the utility model；
Accompanying drawing 6 is the schematic diagram of splitting mechanism in product described in the utility model；
In figure: 1-bag support；2-splitting mechanism；3-push pedal rotating mechanism；4-peg rotating mechanism；5-hangs with the peg of handbag；The progressive bag pushing mechanism of 6-；The splitting cylinder of 21-splitting mechanism；The sucker of 22-splitting mechanism；The guide rails assembling plate of 23-splitting mechanism；The splitting guide holder of 24-splitting mechanism；The splitting guide rail of 29-splitting mechanism；31-push pedal rotation seat；32-push pedal rotating mechanism rotation cylinder pin joint on push pedal rotation seat；The rotation cylinder of 33-push pedal rotating mechanism；The extension bar of 34-push pedal rotating mechanism；The no good crank of 35-push pedal rotating mechanism；The push pedal (pushing away bag position state) of 36-push pedal rotating mechanism；The peg fixed handle of 41-peg rotating mechanism；The spindle bearing holder of 42-peg rotating mechanism；The main shaft of 43-peg rotating mechanism；44-spindle crank；The flake joint of 45-peg rotating mechanism；The transposition cylinder of 46-peg rotating mechanism；47-peg；The power source of the progressive bag pushing mechanism of 61-；The mounting base of the progressive bag pushing mechanism of 62-；The power source drive of the progressive bag pushing mechanism of 63-；The synchronous belt mechanism of the progressive bag pushing mechanism of 64-；The progressive bag pushing mechanism of 65-push away a bag guide rail；The power source driven pulley of the progressive bag pushing mechanism of 66-；100-hangs on the handbag on peg；The push pedal (not busy SM set mode) of 101-push pedal rotating mechanism。
Detailed description of the invention
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, a kind of bag supply machine structure hung from above, use hangs the temporary handbag of mode from above and to outside operation conveying, and described bag supply machine structure includes PLC industry control, bag support 1, splitting mechanism 2, push pedal rotating mechanism 3, peg rotating mechanism 4, handbag peg 47 and progressive bag pushing mechanism 6；Described bag support 1 is provided with bag storage mechanism；Described handbag peg 47 is connected with peg rotating mechanism 4, under the driving of peg rotating mechanism 4 between bag storage mechanism and splitting mechanism 2 reciprocating swing to carry out hanging from above the benefit bag of bag heap and to push away bag and position；Described push pedal rotating mechanism 3 moves back and forth between peg rotating mechanism 4 and splitting mechanism 2, and the handbag that handbag peg 47 place is hung from above is pushed into place of splitting mechanism 2；Described splitting mechanism 2 draws handbag peg with sucker and hangs the handbag in bag heap from above, and transmits to outside operation station；Described PLC industry control is connected to splitting mechanism 2, push pedal rotating mechanism 3, peg rotating mechanism 4 and progressive bag pushing mechanism 6 and it is controlled。
Described peg rotating mechanism 4 includes transposition cylinder 46, peg fixed handle 41, main shaft 43, spindle crank 44 and spindle bearing holder 42, described handbag peg 47 is connected with peg fixed handle 41, described peg fixed handle 41 is fixed on main shaft 43 place, main shaft 43 is located on spindle bearing holder 42, and main shaft 43 place is connected with spindle crank 44；The fixing end of described transposition cylinder 46 is fixed on bag support 1, and movable end is hinged by flake joint 45 and spindle crank 44；When splitting mechanism 2 need to mend bag, transposition cylinder 46 rotates through spindle crank 44 drive shaft 43 and makes handbag peg 47 go to splitting mechanism, and when handbag peg 47 need to be mended bag, transposition cylinder 46 drive shaft 43 makes handbag peg 47 go to peg and mends bag position。
Progressive bag pushing mechanism 6 it is provided with between described peg rotating mechanism 4 and splitting mechanism 2, described progressive bag pushing mechanism 6 includes translating base, synchronous belt mechanism 64, slide block, pushes away bag guide rail 65, power source 63 and push pedal rotation seat 31, translating base is located on bag support 1, the described bag guide rail 65 that pushes away is fixed on translating base place, push away bag guide rail 65 to be connected with push pedal retainer 31 by slide block, push pedal retainer 31 place of institute is provided with push pedal rotating mechanism 3, and described slide block is connected with synchronous belt mechanism 64；Synchronous belt mechanism 64 is driven by power source 61, and band movable slider makes push pedal rotating mechanism 3 reciprocate along pushing away bag guide rail 65 direction, is pushed into splitting mechanism 2 the handbag of vertical hanging is progressive on handbag peg 47。
Described push pedal retainer 31 place is provided with and pushes away the linear guides pair that bag guide rail 65 coordinates。
Described synchronous belt mechanism 64 includes transmission band or driving chain。
Described push pedal rotating mechanism includes push pedal rotation seat 31, rotation cylinder 33, extension bar 34, push pedal crank 35 and push pedal 36, the fixing end of described rotation cylinder 33 is articulated with on push pedal rotation seat 31, movable end is hinged with the side movable end of push pedal crank 35 through extension bar 34, the opposite side movable end of described push pedal crank 35 connects push pedal 36, the fixing end of push pedal crank 35 is articulated with on push pedal rotation seat 31, push pedal crank 35 around pin joint reciprocally swinging, drives push pedal 36 to reciprocate between bag position and idle position pushing away under the driving of rotation cylinder 33。
Described splitting mechanism includes guide rails assembling plate 23, splitting cylinder 21, splitting guide holder 24, splitting guide rail 29 and sucker 22, described splitting guide holder 24 is fixed on bag support 1, described sucker 22 is fixed on guide rails assembling plate 23, the fixing end of described splitting cylinder 21 is fixed on splitting guide holder 24, movable end is affixed with guide rails assembling plate 23, described guide rails assembling plate 23 is sliding to be placed on splitting guide rail 29, splitting guide rail 29 is arranged in the same direction with pushing away bag guide rail 65, described guide rails assembling plate 23 is provided with sucker 22, when described bag supply machine structure supplies bag to outside operation, splitting cylinder 21 drives guide rails assembling plate 23 pushing away bag guide rail 65 place handbag peg 47 sliding round with outside operation station place, hanging handbag from above and being sent to outside operation station on peg drawn by sucker 22。
Comprising the following steps successively for bag operation of described bag supply machine structure；
A1, peg rotating mechanism 4 drive vacant handbag peg to go to the bag storage mechanism of bag support 1, and operator hang handbag heap from above on peg 47, carry out mending bag operation。
A2, peg rotating mechanism 1 drive the peg hanging with handbag to go to and push away below bag guide rail 65。
A3, push pedal rotating mechanism 3 push pedal 36 go to handbag rear。
A4, progressive bag pushing mechanism 6 drive push pedal rotating mechanism 3 pushing away to sucker 22 place's sliding of splitting mechanism 2 on bag guide rail 65, pile with the handbag on 36 pegs of push pedal of push pedal rotating mechanism and push sucker 22 direction to。
A5, when handbag heap is pushed to the gettering site of splitting mechanism 2, splitting air cylinder driven guide rails assembling plate is mobile to handbag heap, and the sucker 22 of splitting mechanism draws handbag from the handbag bag heap hung from above。
A6, splitting cylinder 21 drive guide rails assembling plate 23 to move to outside operation station, discharge after the handbag that sucker 22 holds is sent to outside operation station。
A7, progressive bag pushing mechanism 6 drive push pedal rotating mechanism 3 pushing away to the sucker 22 place continuation sliding of splitting mechanism on bag guide rail 65, and splitting mechanism 2 continues transfer handbag to outside operation station, until the handbag on peg 47 is taken。
A8, push pedal rotating mechanism push pedal 36 be reset to level, progressive bag pushing mechanism 6 drives push pedal rotating mechanism 3 to be back to and pushes away bag guide rail 65 starting point, and peg rotating mechanism drives vacant handbag peg to go to the bag storage mechanism of bag support to carry out mending bag。
Preferably, described peg rotating mechanism 4 with replace cylinder or motorized motions handbag peg 47 between bag storage mechanism and splitting mechanism 2 reciprocating swing to carry out hanging from above the benefit bag of bag heap and to push away bag and position。
Preferably, described handbag peg 47 quantity is more than three, angled between peg 47 is located at same level。
Claims (9)
1. the bag supply machine structure that a kind is hung from above, use is hung the temporary handbag of mode from above and carries to outside operation, it is characterised in that: described bag supply machine structure includes PLC industry control, bag support, splitting mechanism, push pedal rotating mechanism, peg rotating mechanism, handbag peg and progressive bag pushing mechanism；Described bag support is provided with bag storage mechanism；Described handbag peg is connected with peg rotating mechanism, under the driving of peg rotating mechanism between bag storage mechanism and splitting mechanism reciprocating swing to carry out hanging from above the benefit bag of bag heap and to push away bag and position；Described push pedal rotating mechanism moves back and forth with splitting is inter-agency at peg rotating mechanism, and the handbag that handbag peg place is hung from above is pushed into place of splitting mechanism；Described splitting mechanism draws handbag peg with sucker and hangs the handbag in bag heap from above, and transmits to outside operation station；Described PLC industry control is connected to splitting mechanism, push pedal rotating mechanism, peg rotating mechanism and progressive bag pushing mechanism and it is controlled。
2. a kind of bag supply machine structure hung from above according to claim 1, it is characterized in that: described peg rotating mechanism includes transposition cylinder, peg fixed handle, main shaft, spindle crank and spindle bearing holder, described handbag peg is connected with peg fixed handle, described peg fixed handle is fixed on main shaft place, main shaft is located on spindle bearing holder, and main shaft place is connected with spindle crank；The fixing end of described transposition cylinder is fixed on bag support, and movable end is hinged by flake joint and spindle crank；When splitting mechanism need to mend bag, transposition cylinder rotates through spindle crank drive shaft and makes handbag peg go to splitting mechanism, and when handbag peg need to be mended bag, transposition air cylinder driven main shaft makes handbag peg go to peg and mends bag position。
3. a kind of bag supply machine structure hung from above according to claim 2, it is characterized in that: between described peg rotating mechanism and splitting mechanism, be provided with progressive bag pushing mechanism, described progressive bag pushing mechanism includes translating base, synchronous belt mechanism, slide block, pushes away a bag guide rail, power source and push pedal rotation seat, translating base is located on bag support, the described bag guide rail that pushes away is fixed on translating base place, push away bag guide rail to be connected with push pedal retainer by slide block, push pedal retainer place of institute is provided with push pedal rotating mechanism, and described slide block is connected with synchronous belt mechanism；Synchronous belt mechanism is driven by power source, and band movable slider makes push pedal rotating mechanism reciprocate along pushing away a bag guide rail direction, is pushed into splitting mechanism progressive for the handbag of vertical hanging on handbag peg。
4. a kind of bag supply machine structure hung from above according to claim 3, it is characterised in that: described push pedal retainer place is provided with and pushes away the linear guides pair that bag guide rail coordinates。
5. a kind of bag supply machine structure hung from above according to claim 3, it is characterised in that: described synchronous belt mechanism includes transmission band or driving chain。
6. a kind of bag supply machine structure hung from above according to claim 3, it is characterized in that: described push pedal rotating mechanism includes push pedal rotation seat, rotation cylinder, extension bar, push pedal crank and push pedal, the fixing end of described rotation cylinder is articulated with on push pedal rotation seat, movable end is hinged through the side movable end of extension bar Yu push pedal crank, the opposite side movable end of described push pedal crank connects push pedal, the fixing end of push pedal crank is articulated with on push pedal rotation seat, push pedal crank around pin joint reciprocally swinging, drives push pedal to reciprocate between bag position and idle position pushing away under the driving of rotation cylinder。
7. a kind of bag supply machine structure hung from above according to claim 6, it is characterized in that: described splitting mechanism includes guide rails assembling plate, splitting cylinder, splitting guide holder, splitting guide rail and sucker, described splitting guide holder is fixed on bag support, described sucker is fixed on guide rails assembling plate, the fixing end of described splitting cylinder is fixed on splitting guide holder, movable end is affixed with guide rails assembling plate, described guide rails assembling plate is sliding to be placed on splitting guide rail, splitting guide rail is arranged in the same direction with pushing away a bag guide rail, described guide rails assembling plate is provided with sucker, when described bag supply machine structure supplies bag to outside operation, splitting air cylinder driven guide rails assembling plate is pushing away the sliding round with outside operation station place of bag guide rail place handbag peg, hanging handbag from above and being sent to outside operation station on peg drawn by sucker。
8. a kind of bag supply machine structure hung from above according to claim 1, it is characterised in that: described peg rotating mechanism with replace cylinder or motorized motions handbag peg between bag storage mechanism and splitting mechanism reciprocating swing to carry out hanging from above the benefit bag of bag heap and to push away bag and position。
9. a kind of bag supply machine structure hung from above according to claim 1, it is characterised in that: described handbag peg quantity is more than three, angled between peg is located at same level。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620063090.3U CN205327528U (en) | 2016-01-22 | 2016-01-22 | Confession bag mechanism that hangs from above |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620063090.3U CN205327528U (en) | 2016-01-22 | 2016-01-22 | Confession bag mechanism that hangs from above |
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| Publication Number | Publication Date |
|---|---|
| CN205327528U true CN205327528U (en) | 2016-06-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620063090.3U Active CN205327528U (en) | 2016-01-22 | 2016-01-22 | Confession bag mechanism that hangs from above |
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| CN (1) | CN205327528U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105539936A (en) * | 2016-01-22 | 2016-05-04 | 漳州佳龙科技股份有限公司 | Bag supply mechanism for taking bags from perpendicularly-hung bag stack |
| CN110589092A (en) * | 2019-09-30 | 2019-12-20 | 深圳市道元实业有限公司 | Bag separating mechanism and food packaging system |
-
2016
- 2016-01-22 CN CN201620063090.3U patent/CN205327528U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105539936A (en) * | 2016-01-22 | 2016-05-04 | 漳州佳龙科技股份有限公司 | Bag supply mechanism for taking bags from perpendicularly-hung bag stack |
| CN110589092A (en) * | 2019-09-30 | 2019-12-20 | 深圳市道元实业有限公司 | Bag separating mechanism and food packaging system |
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