CN204527804U - Bagging apparatus on vermicelli automatic packaging machine - Google Patents
Bagging apparatus on vermicelli automatic packaging machine Download PDFInfo
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- CN204527804U CN204527804U CN201520201377.3U CN201520201377U CN204527804U CN 204527804 U CN204527804 U CN 204527804U CN 201520201377 U CN201520201377 U CN 201520201377U CN 204527804 U CN204527804 U CN 204527804U
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- bag taking
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- clamping device
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Abstract
Bagging apparatus on a kind of vermicelli automatic packaging machine, comprises storage bag frame, bag taking mechanical arm and bag clamping device, and be provided with liftable suction cup carrier in the below of storage bag frame, the top of suction cup carrier is provided with multiple vacuum cup; Bag taking mechanical arm is arranged between bag clamping device and suction cup carrier, be provided with in the termination of bag taking mechanical arm can folding bag taking folder, in order to by packaging bag gripping on bag clamping device.Bagging apparatus on a kind of vermicelli automatic packaging machine that the utility model provides, by the combination of the storage bag frame that arranges, suction cup carrier, bag taking mechanical arm and bag clamping device, achieve the automatic bag feeding of packaging bag, and can according to different stations after upper bag, the openings of sizes of adjustment kit pack.In the scheme optimized, realize the structure of the bag clamping device comparatively simplified, to reduce the difficulty automatically controlled.
Description
Technical field
The utility model relates to the equipment in the automatic production field of vermicelli, particularly bagging apparatus on a kind of powder vermicelli automatic packaging machine.
Background technology
Vermicelli are after being produced into finished product, flexible, have certain flexibility, and are easily wound around mutually.In prior art, all adopt hand-filling, whole operating process comprises bag taking, weighs, has one's hair trimmed, seals and case, and in operating process, area occupied is large, inefficiency.At present, market is not also carried out the equipment of fully-automatic packaging for vermicelli.
The technical barrier wherein existed just is that vermicelli are easily wound around, and not easily slide mutually, and vermicelli have flexibility, in the easy warpage in the termination of vermicelli, automatic bagging is comparatively difficult.Enable packaging bag automatic bag feeding, and be suitable for packing vermicelli, also there is larger technical difficulty.
Summary of the invention
Technical problem to be solved in the utility model is to provide bagging apparatus on a kind of vermicelli automatic packaging machine, can realize the automatic bag feeding packaging of packaging bag, and be suitable for the packaging of vermicelli.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: bagging apparatus on a kind of vermicelli automatic packaging machine, comprise storage bag frame, bag taking mechanical arm and bag clamping device, be provided with liftable suction cup carrier in the below of storage bag frame, the top of suction cup carrier is provided with multiple vacuum cup;
Bag taking mechanical arm is arranged between bag clamping device and suction cup carrier, be provided with in the termination of bag taking mechanical arm can folding bag taking folder, in order to by packaging bag gripping on bag clamping device.
In described storage bag frame, the both sides of storage bag frame support are provided with the storage bag frame side plate of adjustable relative spacing, be provided with in space between storage bag frame side plate can before and after the storage bag frame shifting board that regulates, storage bag frame support is provided with the open surface passed through for packaging bag, and the width of described open surface is slightly less than the width of packaging bag.
Storage bag frame support is also provided with the shower nozzle to packaging bag blowing.
Described bag taking mechanical arm is connected with bag taking bearing by bag taking rotating shaft, and drives bag taking mechanical arm to swing between suction cup carrier and bag clamping device by bag taking rotating shaft;
In bag taking mechanical arm one end away from bag taking rotating shaft, upper bag taking folder and lower bag taking folder respectively with the pivot joint of bag taking mechanical arm, be connected with a joggle by gear cluster between the pivot of upper bag taking folder and lower bag taking folder, one end of the termination that upper bag taking folder or lower bag taking are pressed from both sides and bag taking gas enclosure cylinder is hinged, and the other end and the bag taking mechanical arm of bag taking gas enclosure cylinder are hinged.
Described bag clamping device is arranged on rotating disk, and along with turntable rotation, described bag clamping device is made up of two relative clamps, extension spring is provided with between clamp, clamp is provided with camming surface, also be provided with the fixing cam rail with cam surface, described cam rail and each station are provided with peripheral members and the interior section of enclosing accordingly, the diameter of the section of enclosing in the diameter of peripheral members is greater than.
Described station comprises bag taking station, support bag station, dress powder station, trembles neat station, cuts powder station and unloading station, and wherein the peripheral members of bag taking station and the corresponding cam rail of unloading station, leaves between two clamps and packaging bag is tightened;
Support bag station, dress powder station, tremble neat station and cut the section of enclosing in the corresponding cam rail of powder station, near making packaging bag relax between two clamps.
In described clamp, live splint and geometrical clamp sliding block joint, geometrical clamp is connected with cam chair by Connection Block, one end of cam chair and column spinner pivot joint, and the other end is free end, and a side of cam chair is provided with the camming surface contacted with cam rail.
Be connected by cylinder or o between live splint with geometrical clamp, between live splint and geometrical clamp, be also provided with guide rod.
Be connected by extension spring bar between live splint with geometrical clamp, also be provided with guide rod between live splint and geometrical clamp, under making normality, be in clamped condition between live splint and geometrical clamp, live splint is provided with push rod, also be provided with push and block device at part station, leave geometrical clamp to drive live splint.
In described push and block device, initiatively column is connected with pushing block by quadrangular mechanism, and pushing block contacts with the push rod of bag clamping device.
Bagging apparatus on a kind of vermicelli automatic packaging machine that the utility model provides, by the combination of the storage bag frame that arranges, suction cup carrier, bag taking mechanical arm and bag clamping device, achieve the automatic bag feeding of packaging bag, and can according to different stations after upper bag, the openings of sizes of adjustment kit pack.In the scheme optimized, realize the structure of the bag clamping device comparatively simplified, to reduce the difficulty automatically controlled.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail:
Fig. 1 is integral structure schematic perspective view of the present utility model.
Fig. 2 is integral structure schematic top plan view of the present utility model.
Fig. 3 is the elevational schematic view of opening when bag clamping device coordinates with push and block device in the utility model.
Fig. 4 be in the utility model the packaging bag of bag clamping device clamping and sack is opened time schematic top plan view.
Fig. 5 be in the utility model the packaging bag of bag clamping device clamping and make sack exceptionally straight time schematic top plan view.
Fig. 6 be in the utility model the packaging bag of bag clamping device clamping and sack is opened time schematic top plan view.
Structural representation when Fig. 7 is bag taking mechanical arm bag taking in the utility model.
Fig. 8 be in the utility model on bag taking mechanical arm bag to structural representation during bag clamping device.
Fig. 9 is the main TV structure schematic diagram of bag clamping device and push and block device in the utility model.
In figure: bag taking station 1, bag taking mechanical arm 101, bag taking bearing 1011, bag taking rotating shaft 1012, bag taking gas enclosure cylinder 1013, upper bag taking folder 1014, lower bag taking folder 1015, gear cluster 1016, chuck 1017, storage bag frame 102, storage bag frame side plate 1021, storage bag frame shifting board 1022, storage bag frame support 1023, suction cup carrier 103, vacuum cup 1031, sucker lift cylinder 1032, stamp station 2, support bag station 3, vacuum support bagging apparatus 31, dress powder station 4, feeder hopper 41, tremble neat station 5, shuttle board 51, retractor device 52, cut powder station 6, shutoff device 61, sealed station 7, closing device 71, unloading station 8, push and block device 81, quadrangular mechanism 811, initiatively column 812, push pedal 813, pushing block 814, rotating disk 9, bag clamping device 901, live splint 9011, geometrical clamp 9012, extension spring bar 9013, guide rod 9014, Connection Block 9015, cam chair 9016, column spinner 9017, camming surface 9018, push rod 9019, extension spring 9020, calibration actuating arm 902, auxiliary support sackholder 903, calibration pin 904, cam rail 10, packaging bag 11.
Detailed description of the invention
As in Fig. 1,2,7,8, bagging apparatus on a kind of vermicelli automatic packaging machine, comprise storage bag frame 102, bag taking mechanical arm 101 and bag clamping device 901, be provided with liftable suction cup carrier 103 in the below of storage bag frame 102, the top of suction cup carrier 103 is provided with multiple vacuum cup 1031;
Bag taking mechanical arm 101 is arranged between bag clamping device 901 and suction cup carrier 103, be provided with in the termination of bag taking mechanical arm 101 can folding bag taking folder, in order to by packaging bag 11 gripping on bag clamping device 901.Structure thus, realize automatically by the packaging bag gripping in storage bag frame 102 to bag clamping device 901, to pack bean vermicelli.
As in Fig. 2,7,8, in described storage bag frame 102, the both sides of storage bag frame support 1023 are provided with the storage bag frame side plate 1021 of adjustable relative spacing, to store up the spacing between bag frame side plate 1021 according to the width adjusting of packaging bag 11, normally on storage bag frame support 1023, be provided with grooved hole, the bolt of rear end plate of storage bag frame side plate 1021, through grooved hole, by the position of adjusting bolt in grooved hole, thus regulates the spacing between storage bag frame side plate 1021.Be provided with in space between storage bag frame side plate 1021 can before and after the storage bag frame shifting board 1022 that regulates, thus adapt to the length of different packaging bags 11.Storage bag frame support 1023 is provided with the open surface passed through for packaging bag 11, the width of described open surface is slightly less than the width of packaging bag 11, namely packaging bag 11 can be placed on storage bag frame support 1023, when suction cup carrier 103 rises absorption time, a undermost packaging bag 11 can pass open surface.Suction cup carrier 103 is driven by sucker lift cylinder 1032 and realizes lifting.
In preferred scheme, storage bag frame support 1023 is also provided with the shower nozzle of drying to packaging bag 11.Structure thus, is convenient to make to separate between the packaging bag 11 of each layer, avoids the situation drawing multiple packaging bag together.Shower nozzle is not shown in the drawings.
As in Fig. 7,8, described bag taking mechanical arm 101 is connected with bag taking bearing 1011 by bag taking rotating shaft 1012, and drives bag taking mechanical arm 101 to swing between suction cup carrier 103 and bag clamping device 901 by bag taking rotating shaft 1012; In this example, the swing of bag taking mechanical arm 101 is relevant to the rotation of rotating disk 9, is benchmark, arranges independently driven by servomotor, to simplify transmission device by the Cam splitter driving rotating disk 9 to rotate.
As Fig. 7, in 8, in bag taking mechanical arm 101 one end away from bag taking rotating shaft 1012, upper bag taking folder 1014 and lower bag taking folder 1015 respectively with bag taking mechanical arm 101 pivot joint, be connected with a joggle by gear cluster 1016 between the pivot of upper bag taking folder 1014 and lower bag taking folder 1015, synchronous with the folding making upper bag taking press from both sides between 1014 and lower bag taking folder 1015, it is hinged that 1014 or the termination of lower bag taking folder 1015 and one end of bag taking gas enclosure cylinder 1013 are pressed from both sides in upper bag taking, termination and one end of bag taking gas enclosure cylinder 1013 of in this example being lower bag taking folder 1015 are hinged, the other end and the bag taking mechanical arm 101 of bag taking gas enclosure cylinder 1013 are hinged.By the expanding-contracting action of bag taking gas enclosure cylinder 1013, lower bag taking folder 1015 is driven to rotate around pivot, the pivot of lower bag taking folder 1015 drives the pivot of upper bag taking folder 1014 to rotate by gear cluster 1016 again, thus drives the folding between upper bag taking folder 1014 and lower bag taking folder 1015.
As in Fig. 2 ~ 6, described bag clamping device 901 is arranged on rotating disk 9, and rotate along with rotating disk 9, described bag clamping device 901 is made up of two relative clamps, be provided with extension spring 9020 between clamp, clamp is provided with camming surface 9018, be also provided with the fixing cam rail 10 contacted with camming surface 9018, described cam rail 10 and each station are provided with peripheral members and the interior section of enclosing accordingly, the diameter of the section of enclosing in the diameter of peripheral members is greater than.
As shown in Figure 5, when packaging bag 11 sack is in exceptionally straight state, the camming surface 9018 on clamp contacts with the peripheral members of cam rail 10, and peripheral members makes to separate between two clamps.Concrete, when rotating disk 9 rotates, the camming surface 9018 on clamp contacts with the peripheral members of cam rail 10, and the cam chair 9016 in strap cam face 9018 is rotated around column spinner 9017, thus making two clamps separately, packaging bag 11 sack be clamped between two clamps is in exceptionally straight state.When the camming surface 9018 on clamp contacts with the section of enclosing in cam rail 10, under the effect of extension spring 9020, two clamps are adjacent to each other, thus make packaging bag 11 sack be in case of bending, are convenient to make sack open larger aperture, as shown in Figure 6.
As shown in Fig. 2,5,6, described station comprises bag taking station 1, support bag station 3, dress powder station 4, trembles neat station 5, cuts powder station 6 and unloading station 8, the wherein peripheral members of bag taking station 1 and the corresponding cam rail 10 of unloading station 8, leaves between two clamps and packaging bag 11 is tightened;
Support bag station 3, dress powder station 4, tremble neat station 5 and cut the section of enclosing in the corresponding cam rail 10 of powder station 6, near making packaging bag 11 relax between two clamps.
In described clamp, live splint 9011 and geometrical clamp 9012 sliding block joint, geometrical clamp 9012 is connected with cam chair 9016 by Connection Block 9015, one end of cam chair 9016 and column spinner 9017 pivot joint, the other end is free end, and a side of cam chair 9016 is provided with the camming surface 9018 contacted with cam rail 10.The rotation of rotating disk 9 makes camming surface 9018 and fixing cam rail 10 moving contact, drives cam chair 9016 to rotate around column spinner 9017 by camming surface 9018.To make between clamp separately or close.
In optional scheme, be connected by cylinder or o between live splint 9011 with geometrical clamp 9012, between live splint 9011 and geometrical clamp 9012, be also provided with guide rod 9014.
Another optional scheme is as shown in Fig. 3,4,9, be connected by extension spring bar 9013 between live splint 9011 with geometrical clamp 9012, guide rod 9014 is also provided with between live splint 9011 and geometrical clamp 9012, clamped condition is between live splint 9011 and geometrical clamp 9012 under making normality, live splint 9011 is provided with push rod 9019, also be provided with push and block device 81 at part station, leave geometrical clamp 9012 to drive live splint 9011.
In described push and block device 81, initiatively column 812 is connected with pushing block 814 by quadrangular mechanism 811, and pushing block 814 contacts with the push rod 9019 of bag clamping device 901.When active column 812 reciprocating rotary in an angle, such as, in the angle of 20 ~ 45 ° reciprocating rotary, drive the pushing block 814 on two other column to move forward and backward by quadrangular mechanism 811, pushing block 814 drives live splint 9011 to move by push rod 9019.
When bag taking mechanical arm 101 send packaging bag 11, push and block device 81 makes the live splint 9011 of bag clamping device 901 open, and is convenient to entering of packaging bag.Push pedal 813 on push and block device 81 is for leading to packaging bag.
As Fig. 1, in 2, rotatable rotating disk 9 is provided with multiple calibration pin 904, the quantity of calibration pin 904 is corresponding with station, calibration actuating arm 902 and index drive mechanism, such as Cam splitter and lift drive mechanism such as cylinder or slider-crank mechanism are connected, to drive calibration actuating arm 902 reciprocally swinging between support bag station 3 and a upper station of support bag station 3, calibration actuating arm 902 is driven to be elevated at dead-centre position by lift drive mechanism, calibration actuating arm 902 is provided with draw-in groove, block calibration pin 904 to decline when swinging toward a direction and drive rotating disk 9 to rotate, after arriving stop, calibration actuating arm 902 climbs away calibration pin 904, swing return.
For ease of understanding, brief description single unit system operating procedure of the present utility model:
As in Fig. 2, suction cup carrier 103 rises, fall after taking out a packaging bag 11, bag taking mechanical arm 101 swings to suction cup carrier 103, in swing process, the piston rod of bag taking gas enclosure cylinder 1013 stretches out, upper bag taking folder 1014 and lower bag taking folder 1015 open, after arriving the position of suction cup carrier 103, the piston rod of bag taking gas enclosure cylinder 1013 is retracted, packaging bag 11 clamps by upper bag taking folder 1014 and lower bag taking folder 1015, bag taking mechanical arm 101 swings to bag clamping device 901, before arriving bag clamping device 901, push and block device 81 makes the live splint 9011 of bag clamping device 901 open with geometrical clamp 9012, packaging bag 11 is sent between live splint 9011 and geometrical clamp 9012 by bag taking mechanical arm 101, push and block device 81 makes the live splint 9011 of bag clamping device 901 close with geometrical clamp 9012, upper bag taking folder 1014 and the lower bag taking folder 1015 of bag taking mechanical arm 101 open, then bag taking mechanical arm 101 starts to swing to suction cup carrier 103 direction, thus complete an automatic bag feeding operation.Push pedal 813 on push and block device 81 is for leading to packaging bag.
As in Fig. 2, be provided with stamp device at stamp station 2, not shown, for packaging bag 11 will be sprayed on the date manufactured.
As in Fig. 2, be provided with vacuum support bagging apparatus 31 at support bag station 3, calibration actuating arm 902 is provided with auxiliary support sackholder 903.Vacuum support bagging apparatus 31 is expressed as the vacuum cup slided perpendicular to packaging bag 11 being positioned at packaging bag 11 both sides in the drawings, coordinates bag clamping device 901, sack is opened by vacuum cup.Auxiliary support sackholder 903 on calibration actuating arm 902, when falling, is positioned at sack, and when rising, auxiliary support sackholder 903 opens, and sack is opened further.
As shown in Figure 2, at dress powder station 4, be provided with feeder hopper 41 above bag clamping device 901, the vermicelli cut enter in packaging bag 11 from feeder hopper 41, are provided with shuttle board 51 below bag clamping device 901; Described shuttle board 51 is arranged on retractor device 52, drives shuttle board about 51 to shake, and bounce the bottom of packaging bag 11 by retractor device 52, and the state of bouncing, see Fig. 7, becomes more neat to make the vermicelli dropped in packaging bag 11.The optional slider-crank mechanism of retractor device 52, cam mechanism or cylinder, cylinder is adopted in this example, shuttle board 51 of the present utility model coordinates bag clamping device 901 to make the charging of vermicelli more smooth and easy, and shuttle board 51 effectively can overcome winding and the problem not easily slided over each other between vermicelli.
For ease of observing in Fig. 2, have employed and feeder hopper 41, shuttle board 51, shutoff device 61 and closing device 71 are plotted in peripheral mode, in fact feeder hopper 41, shutoff device 61 and closing device 71 are positioned at the top of bag clamping device 901, and shuttle board 51 is positioned at the below of bag clamping device 901.
As in Fig. 2, tremble the next station that neat station 5 is positioned at dress powder station 4, tremble the below that neat station 5 is positioned at bag clamping device 901 and be provided with shuttle board 51.At this station, shuttle board 51 is with the shake of higher speed, and such as per minute 40-120 time, aligns further to make vermicelli.Tremble the buffeting speed of buffeting speed higher than the shuttle board of dress powder station 4 of the shuttle board 51 of neat station 5.
As in Fig. 2, at shutoff device 61, above bag clamping device 901, be provided with shutoff device 61, below bag clamping device 901, be provided with shuttle board 51.In shutoff device 61, the bottom of packaging bag 11 holds up by shuttle board 51, thus make the vermicelli in it increase, the irregular vermicelli termination of part enters in shutoff device 61, shutoff device 61 is two blades positioned opposite, and one of them blade is driven by retractor device, realizes shearing function, thus irregular termination is cut away, the bottom of packaging bag 11 is put down by shuttle board 51, thus makes vermicelli all drop into packaging bag 11, thinks that the sealing of next operation is ready.
In sealed station 7, the top of bag clamping device 901 is provided with closing device 71, the mode that the closing device 71 in this example seals for electro heat.
In unloading station 8, push and block device 81 action, bag clamping device 901 is unclamped, and packaging bag 11 is unloaded along push pedal 813, completes whole packaging process.
The above embodiments are only optimal technical scheme of the present utility model; and should not be considered as restriction of the present utility model; the technical scheme that protection domain of the present utility model should be recorded with claim, the equivalents comprising technical characteristic in the technical scheme of claim record is protection domain.Namely the equivalent replacement within the scope of this improves, also within protection domain of the present utility model.
Claims (10)
1. bagging apparatus on a vermicelli automatic packaging machine, it is characterized in that: comprise storage bag frame (102), bag taking mechanical arm (101) and bag clamping device (901), be provided with liftable suction cup carrier (103) in the below of storage bag frame (102), the top of suction cup carrier (103) is provided with multiple vacuum cup (1031);
Bag taking mechanical arm (101) is arranged between bag clamping device (901) and suction cup carrier (103), be provided with in the termination of bag taking mechanical arm (101) can folding bag taking folder, in order to by packaging bag (11) gripping on bag clamping device (901).
2. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 1, it is characterized in that: in described storage bag frame (102), the both sides of storage bag frame support (1023) are provided with storage bag frame side plate (1021) of adjustable relative spacing, be provided with in space between storage bag frame side plate (1021) can before and after storage bag frame shifting board (1022) that regulates, storage bag frame support (1023) is provided with the open surface passed through for packaging bag (11), and the width of described open surface is slightly less than the width of packaging bag (11).
3. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 2, is characterized in that: storage bag frame support (1023) is also provided with the shower nozzle of drying to packaging bag (11).
4. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 1, it is characterized in that: described bag taking mechanical arm (101) is connected with bag taking bearing (1011) by bag taking rotating shaft (1012), and drive bag taking mechanical arm (101) to swing between suction cup carrier (103) and bag clamping device (901) by bag taking rotating shaft (1012);
In bag taking mechanical arm (101) one end away from bag taking rotating shaft (1012), upper bag taking folder (1014) and lower bag taking press from both sides (1015) respectively with bag taking mechanical arm (101) pivot joint, be connected with a joggle by gear cluster (1016) between the pivot of upper bag taking folder (1014) and lower bag taking folder (1015), the termination of upper bag taking folder (1014) or lower bag taking folder (1015) and one end of bag taking gas enclosure cylinder (1013) hinged, the other end and the bag taking mechanical arm (101) of bag taking gas enclosure cylinder (1013) are hinged.
5. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 1, it is characterized in that: described bag clamping device (901) is arranged on rotating disk (9), and along with rotating disk (9) rotation, described bag clamping device (901) is made up of two relative clamps, extension spring (9020) is provided with between clamp, clamp is provided with camming surface (9018), also be provided with the fixing cam rail (10) contacted with camming surface (9018), described cam rail (10) is provided with peripheral members and the interior section of enclosing accordingly with each station, the diameter of the section of enclosing in the diameter of peripheral members is greater than.
6. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 5, it is characterized in that: described station comprises bag taking station (1), support bag station (3), dress powder station (4), trembles neat station (5), cuts powder station (6) and unloading station (8), the wherein peripheral members of bag taking station (1) and unloading station (8) corresponding cam rail (10), leaves between two clamps and packaging bag (11) is tightened;
Support bag station (3), dress powder station (4), tremble neat station (5) and cut the section of enclosing in powder station (6) corresponding cam rail (10), near making packaging bag (11) relax between two clamps.
7. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 5, it is characterized in that: in described clamp, live splint (9011) and geometrical clamp (9012) sliding block joint, geometrical clamp (9012) is connected with cam chair (9016) by Connection Block (9015), one end of cam chair (9016) and column spinner (9017) pivot joint, the other end is free end, and a side of cam chair (9016) is provided with the camming surface (9018) contacted with cam rail (10).
8. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 7, it is characterized in that: be connected by cylinder or o between live splint (9011) with geometrical clamp (9012), between live splint (9011) and geometrical clamp (9012), be also provided with guide rod (9014).
9. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 7, it is characterized in that: be connected by extension spring bar (9013) between live splint (9011) with geometrical clamp (9012), guide rod (9014) is also provided with between live splint (9011) and geometrical clamp (9012), clamped condition is between live splint (9011) and geometrical clamp (9012) under making normality, live splint (9011) is provided with push rod (9019), also be provided with push and block device (81) at part station, leave geometrical clamp (9012) to drive live splint (9011).
10. bagging apparatus on a kind of vermicelli automatic packaging machine according to claim 9, it is characterized in that: in described push and block device (81), initiatively column (812) is connected with pushing block (814) by quadrangular mechanism (811), and pushing block (814) contacts with the push rod (9019) of bag clamping device (901).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520201377.3U CN204527804U (en) | 2015-04-07 | 2015-04-07 | Bagging apparatus on vermicelli automatic packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520201377.3U CN204527804U (en) | 2015-04-07 | 2015-04-07 | Bagging apparatus on vermicelli automatic packaging machine |
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| Publication Number | Publication Date |
|---|---|
| CN204527804U true CN204527804U (en) | 2015-08-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520201377.3U Expired - Fee Related CN204527804U (en) | 2015-04-07 | 2015-04-07 | Bagging apparatus on vermicelli automatic packaging machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104787389A (en) * | 2015-04-07 | 2015-07-22 | 湖北任森农业科技发展有限公司 | Bagging device of automatic vermicelli packaging machine |
| CN107399460A (en) * | 2017-08-09 | 2017-11-28 | 青岛瑞德神运机电设备有限公司 | Knuckle bag automatic packaging unit |
| CN108849252A (en) * | 2018-09-11 | 2018-11-23 | 福清市火麒麟食用菌技术开发有限公司 | A kind of edible fungus culturing matrix pack transfer device |
| CN109229567A (en) * | 2018-07-19 | 2019-01-18 | 无锡新豪泰智能科技有限公司 | A kind of automatic bagging equipment |
| CN113650881A (en) * | 2021-08-17 | 2021-11-16 | 苏州婧娴婷智能科技有限公司 | Skin care micro-packaging instrument film coating structure and film coating system thereof |
-
2015
- 2015-04-07 CN CN201520201377.3U patent/CN204527804U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104787389A (en) * | 2015-04-07 | 2015-07-22 | 湖北任森农业科技发展有限公司 | Bagging device of automatic vermicelli packaging machine |
| CN107399460A (en) * | 2017-08-09 | 2017-11-28 | 青岛瑞德神运机电设备有限公司 | Knuckle bag automatic packaging unit |
| CN109229567A (en) * | 2018-07-19 | 2019-01-18 | 无锡新豪泰智能科技有限公司 | A kind of automatic bagging equipment |
| CN108849252A (en) * | 2018-09-11 | 2018-11-23 | 福清市火麒麟食用菌技术开发有限公司 | A kind of edible fungus culturing matrix pack transfer device |
| CN108849252B (en) * | 2018-09-11 | 2024-01-12 | 三恩(重庆)农业科技有限公司 | Edible fungus cultivation matrix bagging and transferring device |
| CN113650881A (en) * | 2021-08-17 | 2021-11-16 | 苏州婧娴婷智能科技有限公司 | Skin care micro-packaging instrument film coating structure and film coating system thereof |
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