CN205381444U - Vermicelli alignment device and vermicelli conveyor and packagine machine extension material feeding unit - Google Patents
Vermicelli alignment device and vermicelli conveyor and packagine machine extension material feeding unit Download PDFInfo
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- CN205381444U CN205381444U CN201620029665.XU CN201620029665U CN205381444U CN 205381444 U CN205381444 U CN 205381444U CN 201620029665 U CN201620029665 U CN 201620029665U CN 205381444 U CN205381444 U CN 205381444U
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Abstract
The utility model provides a vermicelli alignment device and vermicelli conveyor and packagine machine extension material feeding unit, vermicelli alignment device include the at least a set of face structure that sets up along vermicelli direction of delivery, and every group face structure includes the face board that two relative intervals of the left and right sides set up, form the alignment passageway that is used for supplying vermicelli in the past to pass through backward on the same group between two face boards of face structure, the neat actuating mechanism of vermicelli both ends bat that the alignment passageway passes through still will be followed with carrying on the back reciprocating motion mutually including two the face boards of the left and right sides that are arranged in separately -driven face structure relatively to vermicelli alignment device. Can effectually clap vermicelli together through vermicelli alignment device, use convenient effectively.
Description
Technical field
This utility model relates to a kind of fine dried noodles alignment means and fine dried noodles conveyer device and packer extension set pay-off.
Background technology
Along with the demand in market, the manufacture of fine dried noodles changes to production line balance gradually from traditional craft processing.In line flow procedure, fine dried noodles are to deliver in packer after cutting to pack from hobbing noodles cutter, then form finished product and sell.Automatic packager of noodle needs when fine dried noodles are packed to align about fine dried noodles, if fine dried noodles one end is different in size, not only affects packaging quality, is also easy to cause fine dried noodles to fracture.Therefore, before packer is packed fine dried noodles are alignd and directly decide the production quality of fine dried noodles.
Traditional method for sorting is generally by workman's manual alignment, being put in packer by Justified fine dried noodles.But this manual manipulation method work efficiency is relatively low, the labor intensity of workman is relatively big, and finishing effect is unstable, substantially increases production cost.
Utility model content
The purpose of this utility model is in that to provide a kind of fine dried noodles alignment means, in order to the problem solving to adopt the manual inefficiency that aligns, labor intensity is big；Meanwhile, this utility model additionally provides a kind of fine dried noodles conveyer device using this fine dried noodles alignment means；This utility model additionally provides a kind of packer extension set pay-off using this fine dried noodles conveyer device.
In order to solve above-mentioned technical problem, fine dried noodles alignment means of the present utility model adopts the following technical scheme that a kind of fine dried noodles alignment means, including the least one set face structure arranged along fine dried noodles conveying direction, often group face structure includes the face plate that about two relative spacings are arranged, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, described fine dried noodles alignment means also includes for driving two, the left and right relative and opposing reciprocating motion of face plate of face structure that the fine dried noodles two ends passed through from alignment channel are clapped neat driving mechanism respectively.
Described fine dried noodles alignment means includes the fixed mount for fixed drive mechanism, and described fixed mount is downward opening C-shaped channel structure, and described driving mechanism is located in C-shaped channel.
Driving mechanism is the driving cylinder of connection corresponding to each face plate.
Cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right is driven with two corresponding to two face plates that organize face structure.
To opposing lopsidedness and pre-large post-small flaring structure is formed with two the face front edge of board organizing face structure.
Packer extension set pay-off of the present utility model adopts the following technical scheme that a kind of fine dried noodles conveyer device, including fine dried noodles delivery track, described fine dried noodles delivery track is provided with fine dried noodles alignment means, described fine dried noodles alignment means includes the least one set face structure arranged along fine dried noodles conveying direction, often group face structure includes the face plate that about two relative spacings are arranged, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, described fine dried noodles alignment means also includes for driving two, the left and right relative and opposing reciprocating motion of face plate of face structure that the fine dried noodles two ends passed through from alignment channel are clapped neat driving mechanism respectively.
Described fine dried noodles alignment means includes the fixed mount for fixed drive mechanism, and described fixed mount is downward opening C-shaped channel structure, and described driving mechanism is located in C-shaped channel.
Driving mechanism is the driving cylinder of connection corresponding to each face plate.
Cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right is driven with two corresponding to two face plates that organize face structure.
To opposing lopsidedness and pre-large post-small flaring structure is formed with two the face front edge of board organizing face structure.
Packer extension set pay-off of the present utility model adopts the following technical scheme that a kind of packer extension set pay-off, including fine dried noodles alignment means, described fine dried noodles alignment means includes the least one set face structure arranged along fine dried noodles conveying direction, often group face structure includes the face plate that about two relative spacings are arranged, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, described fine dried noodles alignment means also includes for driving two, the left and right relative and opposing reciprocating motion of face plate of face structure that the fine dried noodles two ends passed through from alignment channel are clapped neat driving mechanism respectively.
This device also includes main conveyor line and branch's pipeline, main conveyor line includes the switching supply unit sequentially arranged before and after several, branch's pipeline includes several fork conveyer devices with each switching supply unit Corresponding matching installation settings, for the packer extension set feeding that is correspondingly arranged to side, and afterbody of each switching supply unit has a switch terminal that can swing up and down；In two adjacent switching supply units, the switch terminal being positioned at upstream therein can transmit UNICOM with the switching supply unit of corresponding fork conveyer device and downstream respectively by swinging up and down.
Described fine dried noodles alignment means is located on main conveyor line and/or branch's pipeline.
Described fine dried noodles alignment means includes the fixed mount for fixed drive mechanism, and described fixed mount is downward opening C-shaped channel structure, and described driving mechanism is located in C-shaped channel.
Driving mechanism is the driving cylinder of connection corresponding to each face plate.
Cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right is driven with two corresponding to two face plates that organize face structure.
To opposing lopsidedness and pre-large post-small flaring structure is formed with two the face front edge of board organizing face structure.
Automatic packager of noodle extension set pay-off of the present utility model is provided with fine dried noodles alignment means, including the least one set face structure arranged along fine dried noodles conveying direction, often two face plate left and right relative spacings in group face structure, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, the face plate of the left and right sides is relative and opposing reciprocating motion under the drive of driving mechanism, when fine dried noodles pass through the alignment channel between the face plate of the left and right sides, the two ends of fine dried noodles can be clapped neat by the face plate of the left and right sides, thus it is big to solve artificial alignment fine dried noodles labor intensity, ineffective problem, automatic packager of noodle extension set pay-off arranges multiple alignment means and can effectively fine dried noodles be clapped neat, it is easy to use effectively.
Further, driving mechanism is fixed on fixed mount, and fixed mount is downward opening C-shaped channel structure, and driving mechanism is located in C-shaped channel, so by the upside bottom land of C-shaped channel, driving mechanism cover is got up, it is to avoid the action of driving mechanism is produced to interfere by staff or other structures.
Further, driving mechanism is the driving cylinder of connection corresponding to each face plate, drive cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right with two corresponding to two face plates that organize face structure, the opposing setting of outfan that two drive cylinder is reduced the width of fixed mount.
Further, to opposing lopsidedness and forming pre-large post-small flaring structure with two the face front edge of board organizing face structure, flaring structure facilitates fine dried noodles to enter with organizing the alignment channel formed between two face plates of face structure.
Accompanying drawing explanation
Fig. 1 is the structural representation of automatic packager of noodle extension set pay-off embodiment one of the present utility model；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the structural representation of alignment means in Fig. 1；
Fig. 4 is the top view of Fig. 3；
Fig. 5 is the sectional view at A-A place in Fig. 4.
Detailed description of the invention
The embodiment one of automatic packager of noodle extension set pay-off of the present utility model: as shown in Figure 1-2, including the mainframe 10 that front and back extend, also include main conveyor line and branch's pipeline, main conveyor line includes the switching supply unit sequentially arranged three front and back, branch's pipeline includes and each switching supply unit Corresponding matching installation settings, packaging three of extension set 91 feeding fork conveyer devices for being correspondingly arranged to side, and afterbody of each switching supply unit has a switch terminal that can swing up and down；In two adjacent switching supply units, the switch terminal being positioned at upstream therein can transmit UNICOM with the switching supply unit of corresponding fork conveyer device and downstream respectively by swinging up and down.Certainly, size and work efficiency according to place can arrange the specific number switching supply unit accordingly, as arrange two switching supply units, two fork conveyer devices or arrange more than four switch supply unit, more than four switch supply unit, be not specifically limited herein.
Each switching supply unit includes the fixing transportation section 12 of front portion and the switching transportation section 11 of the tail end being hinged on fixing transportation section 12, and the tail end of switching transportation section 11 is the switch terminal that can swing up and down.Wherein, in two adjacent switching supply units, the switch terminal of the switching supply unit being positioned at upstream can transmit UNICOM with the switching supply unit of corresponding fork conveyer device and downstream respectively by swinging up and down.Certainly, in other embodiments, switching supply unit can be not provided with fixing transportation section and only include switching transportation section, and now, adjacent two switching supply units are directly docked with the switching transportation section in downstream by the switching transportation section of upstream.
Fork conveyer device has the arc transportation section of a section and the corresponding switching tangent setting of supply unit.As described in Figure 2, arc transportation section 92 and the switching tangent setting in transportation section 11, when switching transportation section 11 and docking with corresponding arc transportation section 92, it is possible to make the fine dried noodles smooth delivery of power of switching transportation section 11 and be admitted in corresponding packaging extension set 91 to arc transportation section 92.The central angle of arc transportation section is 90 degree, and the packaging extension set 91 being so connected to arc conveyer device 92 end keeps vertical arrangement with main conveyor line so that whole pay-off spatial arrangement is reasonable, reduces floor space.
The driving mechanism for driving switching transportation section up and down reciprocatingly to swing it is provided with between mainframe 10 and switching transportation section 11.In the present embodiment, driving mechanism is cylinder 101, certainly, in other embodiments, driving mechanism can be the pinion and rack of the rectilinear motion of output above-below direction, or the cam follower mechanism of output above-below direction rectilinear motion, or the slider-crank mechanism for output above-below direction rectilinear motion.
In the present embodiment, arc transportation section 92 is located at below the rear side of the switch terminal of switching transportation section 11, can dock with corresponding arc transportation section 92 when driving mechanism drives switching transportation section 11 swung downward, drive the fixing transportation section 12 switching supply unit that switching transportation section 11 can be adjacent with downstream when being swung up to dock at driving mechanism.So switch the rear side that the pin joint of transportation section 11 is positioned at the front end of arc transportation section 92 in the projection of above-below direction, interference will not be caused in arc transportation section 92 when switching transportation section 11 swung downward.Certainly, in other embodiments, the back side top of the switch terminal of switching transportation section 11 can be located in arc transportation section 92, is swung up by driving mechanisms control switching transportation section 11 and docks with arc transportation section 92.
Switching transportation section swings up and down to be docked with the conveyer device that diverges and is transported to by fine dried noodles thereon on fork conveyer device, in the process, on switching transportation section, the angle of pendulum or the bottom is within limits, so that the fine dried noodles switched on transportation section when angle of inclination is maximum will not be subject to the downward landing of action of gravity.
So that fine dried noodles keep straight in course of conveying on the direction being transversely to the conveying direction, fine dried noodles conveyer device is additionally provided with the Justified alignment means for making noodles be transversely to the conveying direction in course of conveying.In the present embodiment, as it is shown in figure 1, alignment means is located on the fixing transportation section 12 of first, upstream switching supply unit of main conveyor line.The concrete structure of alignment means is as in Figure 3-5, including fixed mount 1, fixed mount 1 is downward opening C-shaped channel structure, the lower ending opening both sides of fixed mount 1 be respectively used to the both sides of the width with fine dried noodles conveyer device and the left and right sides fixing connection and across on the upside of fine dried noodles conveyer device.Fixed mount 1 is provided with one group of face structure, and face structure includes the face plate 3 that about two relative spacings are arranged, and face plate 3 vertically extends.When fixed mount 1 is fixedly mounted on fine dried noodles conveyer device, two face plates 3 lay respectively at the position, the close left and right sides of the delivery track of fine dried noodles conveyer device, and form the alignment channel for passing through from front to back under the effect of fine dried noodles conveyer device for fine dried noodles between two face plates 3.
Being additionally provided with two the face plates 3 reciprocating driving mechanism on relative and opposing direction for driving face structure on fixed mount 1, driving mechanism is located at and is protected by C-shaped channel in C-shaped channel, it is to avoid the output action of driving mechanism is caused interference by other equipment.In the present embodiment, driving mechanism is the driving cylinder 2 being connected respectively with two face plates 3, cylinder about 2 is driven to extend, face plate 3 is connected on the outfan driving cylinder 2, two drive cylinder 2 upside bottom position in the groove being located at C-shaped channel between left and right, and two outfans driving cylinder 2 are arranged towards opposing direction, two such drives cylinder to take the distance between two face plates and has been reduced by the width of C-shaped channel.
Additionally, the front end of the two of face structure face plates is all to opposing lopsidedness, the front end of two such face plate forms pre-large post-small flaring structure, facilitates fine dried noodles to enter under the conveying effect of conveyer device in the alignment space that two face plates are formed.
Being additionally provided with on mainframe 10 for driving switching supply unit and fork conveyer device to carry out the drive motor of conveying action, fine dried noodles conveyer device also includes the auxiliary conveying appliance 13 for connecting noodle cutter 90 being located at the upstream of main conveyor line.
Noodles packing machine extension set pay-off of the present utility model is in use, the fine dried noodles machined from noodle cutter are switched the main conveyor line that supply unit is constituted by assisting delivery track to be transported to by each, the switching transportation section of the first switching supply unit being positioned at upstream switches the fork conveyer device docking that supply unit is corresponding with first, with the first packaging extension set feeding corresponding to switching supply unit with first；After feeding completes, the switching transportation section of the first switching supply unit swings and docks with the second centrally located switching supply unit, the switching transportation section of the second switching supply unit swings and docks with the second fork conveyer device switching supply unit, with the second packaging extension set feeding corresponding to switching supply unit with second；After feeding completes, step as described above, stop switching the second packaging extension set feeding of supply unit with second and starting to be pointed to the 3rd last switching supply unit feeding；After the second package extension set feeding switched corresponding to supply unit to the 3rd completes, the first packaging extension set just completes packing work, now, switches supply unit by first and again the first packaging extension set is carried out feeding.So three packer extension sets can be circulated continuous feeding successively by this noodles packing machine extension set pay-off, substantially increase packaging efficiency, very convenient to use, reduce production cost.
In above-described embodiment, face structure only has one group, and in other embodiments, face structure can have two groups or more than three groups；In above-described embodiment, driving mechanism is the driving cylinder of connection corresponding to each face plate, and in other embodiments, driving mechanism can be the output slider-crank mechanism of left and right directions linear reciprocating motion or cam follower mechanism or gear & rack structure；In above-described embodiment, each face plate is a corresponding driving cylinder each, in other embodiments, two face plates in one group of face structure can pass through a driving mechanism and drive, the oval cam rotated around the axis vertically extended such as is set between two face plates, two face plates all with the outer peripheral face top press contacts of cam, two face plates are also associated be supplied to two face plates spring to the elastic force in direction close to each other, two face plates are assemblied on fixed mount at left and right directions guiding movement, when such oval cam rotates two face plates can simultaneously near and simultaneously away from reciprocating motion；Or two driving mechanisms in left and right can be only set, the driving mechanism in left side is positioned at each bat panel movement in left side for driving in each group of face structure, the driving mechanism on right side is positioned at each bat panel movement on right side for driving in each group of face structure, now needing all face plates being positioned at left side in each group of face structure to be in transmission connection, all face plates being positioned at right side are in transmission connection.
In above-described embodiment, fixed mount is C-shaped channel structure, and fixed mount can include left and right two parts that split is arranged in other embodiments, and left and right two parts are respectively used to be fixedly mounted on the left and right sides of fine dried noodles conveyer device；Such as fixed mount is the fixed board being fixed on the fine dried noodles conveyer device left and right sides.
In above-described embodiment, alignment means is located on the fixing transportation section of switching supply unit, and in other embodiments, alignment means can be located on the arc transportation section of fork conveyer device；Or switching supply unit and fork conveyer device are equipped with alignment means.
In above-described embodiment, switching transportation section is hinged on the rear end of fixing transportation section, and in other embodiments, switching transportation section can be hinged on mainframe.
In above-described embodiment, only it is provided with packer extension set in the side of main conveyor line, in other embodiments, it is possible to be respectively provided with packer extension set in the both sides of main conveyor line.
In above-described embodiment, the fixing transportation section that the switch terminal of upstream switching supply unit switches supply unit with downstream is directly docked, in other embodiments, the transition platform transmission that can pass through not have transmitting power between switch terminal and the fixing transportation section of downstream switching supply unit of upstream switching supply unit couples, or is coupled by the conveyer device transmission additionally arranged.
In above-described embodiment, switch terminal is directly directly docked with the arc transportation section of fork conveyer device by swung downward, and in other embodiments, the transition platform that can also pass through not have transmitting power between switch terminal and arc transportation section couples；Or other conveyer devices with transmitting power can be set between switch terminal and arc transportation section and realize transmission connection.
In above-described embodiment, switching transportation section is hinged on the rear end of fixing transportation section, and in other embodiments, switching transportation section can be hinged in frame.
Automatic packager of noodle extension set pay-off of the present utility model can will be alignd by the fine dried noodles on pipeline easily and effectively by arranging neat device, it is ensured that the packaging quality of fine dried noodles, reduces production cost.
The embodiment of fine dried noodles alignment means of the present utility model: as in Figure 3-5, its concrete structure is identical with the fine dried noodles alignment means structure in the embodiment of above-mentioned packer extension set pay-off, repeats no more herein.
The embodiment of fine dried noodles conveyer device of the present utility model: fine dried noodles conveyer device includes switching supply unit, fine dried noodles alignment means is located on the delivery track of the fixing transportation section of switching supply unit, wherein switching supply unit is identical with the structure of the switch unit in the embodiment of above-mentioned automatic packager of noodle extension set pay-off and fine dried noodles alignment means with the structure of fine dried noodles alignment means, repeats no more herein.
In other embodiments, fine dried noodles conveyer device can include fork supply unit, fine dried noodles alignment means is located on the delivery track of fork supply unit, fork supply unit is identical with the structure of the fork supply unit in the embodiment of above-mentioned automatic packager of noodle extension set pay-off and fine dried noodles alignment means with the structure of fine dried noodles alignment means, repeats no more herein；Or fine dried noodles conveyer device can include fork conveyer device and switching supply unit, both delivery tracks are equipped with fine dried noodles alignment means, the concrete structure of fork conveyer device, switching supply unit and fine dried noodles alignment means is identical with the structure of the switching supply unit in the embodiment of above-mentioned automatic packager of noodle extension set pay-off, fork supply unit and fine dried noodles alignment means, repeats no more herein.
Claims (17)
1. a fine dried noodles alignment means, it is characterized in that, including the least one set face structure arranged along fine dried noodles conveying direction, often group face structure includes the face plate that about two relative spacings are arranged, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, described fine dried noodles alignment means also includes for driving two, the left and right relative and opposing reciprocating motion of face plate of face structure that the fine dried noodles two ends passed through from alignment channel are clapped neat driving mechanism respectively.
2. fine dried noodles alignment means according to claim 1, it is characterised in that described fine dried noodles alignment means includes the fixed mount for fixed drive mechanism, described fixed mount is downward opening C-shaped channel structure, and described driving mechanism is located in C-shaped channel.
3. fine dried noodles alignment means according to claim 2, it is characterised in that driving mechanism is the driving cylinder of connection corresponding to each face plate.
4. fine dried noodles alignment means according to claim 3, it is characterised in that drive cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right with two corresponding to two face plates that organize face structure.
5. the fine dried noodles alignment means according to claim 1-4 any one, it is characterised in that to opposing lopsidedness and form pre-large post-small flaring structure with two the face front edge of board organizing face structure.
6. a fine dried noodles conveyer device, it is characterized in that, including delivery track, described delivery track is provided with fine dried noodles alignment means, described fine dried noodles alignment means includes the least one set face structure arranged along fine dried noodles conveying direction, often group face structure includes the face plate that about two relative spacings are arranged, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, described fine dried noodles alignment means also includes for driving two, the left and right relative and opposing reciprocating motion of face plate of face structure that the fine dried noodles two ends passed through from alignment channel are clapped neat driving mechanism respectively.
7. fine dried noodles conveyer device according to claim 6, it is characterised in that described fine dried noodles alignment means includes the fixed mount for fixed drive mechanism, described fixed mount is downward opening C-shaped channel structure, and described driving mechanism is located in C-shaped channel.
8. fine dried noodles conveyer device according to claim 7, it is characterised in that driving mechanism is the driving cylinder of connection corresponding to each face plate.
9. fine dried noodles conveyer device according to claim 8, it is characterised in that drive cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right with two corresponding to two face plates that organize face structure.
10. the fine dried noodles conveyer device according to claim 6-9 any one, it is characterised in that to opposing lopsidedness and form pre-large post-small flaring structure with two the face front edge of board organizing face structure.
11. a packer extension set pay-off, it is characterized in that, including fine dried noodles alignment means, described fine dried noodles alignment means includes the least one set face structure arranged along fine dried noodles conveying direction, often group face structure includes the face plate that about two relative spacings are arranged, with the alignment channel formed between two face plates of group face structure for passing through from front to back for fine dried noodles, described fine dried noodles alignment means also includes for driving two, the left and right relative and opposing reciprocating motion of face plate of face structure that the fine dried noodles two ends passed through from alignment channel are clapped neat driving mechanism respectively.
12. packer extension set pay-off according to claim 11, it is characterized in that, this device also includes main conveyor line and branch's pipeline, main conveyor line includes the switching supply unit sequentially arranged before and after several, branch's pipeline includes several fork conveyer devices with each switching supply unit Corresponding matching installation settings, for the packer extension set feeding that is correspondingly arranged to side, and afterbody of each switching supply unit has a switch terminal that can swing up and down；In two adjacent switching supply units, the switch terminal being positioned at upstream therein can transmit UNICOM with the switching supply unit of corresponding fork conveyer device and downstream respectively by swinging up and down.
13. packer extension set pay-off according to claim 12, it is characterised in that described fine dried noodles alignment means is located on main conveyor line and/or branch's pipeline.
14. the packer extension set pay-off according to claim 11-13 any one, it is characterized in that, described fine dried noodles alignment means includes the fixed mount for fixed drive mechanism, and described fixed mount is downward opening C-shaped channel structure, and described driving mechanism is located in C-shaped channel.
15. packer extension set pay-off according to claim 14, it is characterised in that driving mechanism is the driving cylinder of connection corresponding to each face plate.
16. packer extension set pay-off according to claim 15, it is characterised in that drive cylinder upside bottom position and the opposing setting of outfan in the groove being located at C-shaped channel between left and right with two corresponding to two face plates that organize face structure.
17. packer extension set pay-off according to claim 16, it is characterised in that to opposing lopsidedness and form pre-large post-small flaring structure with two the face front edge of board organizing face structure.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620029665.XU CN205381444U (en) | 2016-01-13 | 2016-01-13 | Vermicelli alignment device and vermicelli conveyor and packagine machine extension material feeding unit |
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| CN201620029665.XU CN205381444U (en) | 2016-01-13 | 2016-01-13 | Vermicelli alignment device and vermicelli conveyor and packagine machine extension material feeding unit |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105644848A (en) * | 2016-01-13 | 2016-06-08 | 登封市启明轩程控设备有限公司 | Fine dried noodle aligning device, fine dried noodle conveying device and distributing and feeding device for packaging machine |
| CN113306778A (en) * | 2021-06-16 | 2021-08-27 | 广州一佳洗碗机有限公司 | Tableware combination device |
-
2016
- 2016-01-13 CN CN201620029665.XU patent/CN205381444U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105644848A (en) * | 2016-01-13 | 2016-06-08 | 登封市启明轩程控设备有限公司 | Fine dried noodle aligning device, fine dried noodle conveying device and distributing and feeding device for packaging machine |
| CN113306778A (en) * | 2021-06-16 | 2021-08-27 | 广州一佳洗碗机有限公司 | Tableware combination device |
| CN113306778B (en) * | 2021-06-16 | 2022-09-20 | 广州一佳洗碗机有限公司 | Tableware combination device |
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