CN105480687B - A kind of vermicelli change a device and vermicelli pipeline - Google Patents
A kind of vermicelli change a device and vermicelli pipeline Download PDFInfo
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- CN105480687B CN105480687B CN201610026036.6A CN201610026036A CN105480687B CN 105480687 B CN105480687 B CN 105480687B CN 201610026036 A CN201610026036 A CN 201610026036A CN 105480687 B CN105480687 B CN 105480687B
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- vermicelli
- junction slot
- discharge end
- conveying device
- feed
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/22—Devices influencing the relative position or the attitude of articles during transit by conveyors
- B65G47/24—Devices influencing the relative position or the attitude of articles during transit by conveyors orientating the articles
Abstract
The present invention provides a kind of vermicelli to change a device and vermicelli pipeline, vermicelli pipeline includes upstream conveying device and downstream conveying device, between upstream and downstream conveying device a device transmission connection is changed by vermicelli, the vermicelli change a device and include rack, rack is equipped with the feed end connected with the transmission of upstream conveying device, the discharge end connected with the transmission of downstream conveying device, and between feed end and discharge end, the material guide structure or guide channel or droping space that the left and right ends of holding vermicelli are not turned when conveying vermicelli, feed end and discharge end are arranged up and down, vermicelli conveying direction on feed end is opposite with the vermicelli conveying direction on discharge end.The pipeline changes a device by vermicelli can realize that vermicelli change head in transmission process automatically, very convenient to use.
Description
Technical field
The present invention relates to a kind of vermicelli to change a device and vermicelli pipeline.
Background technology
Continuously improving and develop with food processing machinery and equipment, the production of vermicelli is also constantly towards automatic assembly line
The mode of production draw close.In existing producing technology for fine dried noodles, vermicelli are defeated by longitudinally fed line after noodle cutter slitting
It send, and manually the vermicelli on longitudinally fed line is transported in packing machine and are packed.Due to the vermicelli cut out from noodle cutter
When being sent on longitudinally fed line, vermicelli stub end is located at the left side of direction of travel, and needs vermicelli when packing machine is packed
Stub end is located at the right side of direction of travel, also needed to during manually vermicelli are transported in packing machine in this way to vermicelli into
Row changes head, it is easy to mistake the direction of concentric reducer because worker neglects, influence the packaging of vermicelli, while it is artificial change head but also
The amount of labour of worker is very big, extremely influences packaging efficiency.
Invention content
It can be applied to make vermicelli automatic in transmission process on vermicelli pipeline the purpose of the present invention is to provide one kind
The vermicelli for changing head change a device, solve the problems, such as to need manually to change head and cause that labor intensity is big, low production efficiency；This
Outside, the present invention also provides a kind of vermicelli pipelines that a device is changed using the vermicelli.
In order to solve the above-mentioned technical problem, vermicelli of the invention change a device and adopt the following technical scheme that：A kind of vermicelli change
Head device, including rack, rack is equipped with to transmit the feed end connected with upstream conveying device, fill for conveying with downstream
Put transmission connection discharge end and between feed end and discharge end, when convey vermicelli holding vermicelli left and right two
The material guide structure do not turned or guide channel or droping space are held, feed end and discharge end are arranged up and down, the vermicelli on feed end
Conveying direction is opposite with the vermicelli conveying direction on discharge end.
The material guide structure includes being set at feed end back outlet position, inclined sliding surface gradually downward from front to back
Plate further includes and receives the vermicelli slid on sliding surface plate and vermicelli are sent to the feed mechanism on discharge end.
The feed mechanism includes opening up junction slot and drives the front and rear reciprocal of junction slot front-rear reciprocation movement
Driving mechanism, the rear side cell wall height of junction slot are more than front side cell wall, the junction slot front side upper end of cell wall and feed end downside
Between space vermicelli is made to shake out the junction slot fallen on discharge end from junction slot when being formed in junction slot front-rear reciprocation movement
Outlet.
Face plate also is equipped in the arranged on left and right sides of junction slot in rack, the face plate of arranged on left and right sides is defeated by being sequentially connected
Go out left and right directions linear reciprocating motion left and right reciprocating drive mechanism realize opposite and opposite direction linear reciprocating motion with
The vermicelli left and right ends fallen to junction slot are clapped neat.
The vermicelli pipeline of the present invention adopts the following technical scheme that：A kind of vermicelli pipeline, including upstream conveying device and
Downstream conveying device, changes a device transmission connection between upstream and downstream conveying device by vermicelli, and the vermicelli change a device and include
Rack, rack are equipped with the feed end connected with the transmission of upstream conveying device, the discharge end connected with the transmission of downstream conveying device,
And between feed end and discharge end, the material guide structure do not turned of left and right ends that keeps when conveying vermicelli vermicelli or
Guide channel or droping space, feed end and discharge end are arranged up and down, on the vermicelli conveying direction and discharge end on feed end
Vermicelli conveying direction is opposite.
The material guide structure includes being set at feed end back outlet position, inclined sliding surface gradually downward from front to back
Plate further includes and receives the vermicelli slid on sliding surface plate and vermicelli are pushed to the feed mechanism on discharge end.
The feed mechanism includes opening up junction slot and drives the front and rear reciprocal of junction slot front-rear reciprocation movement
Driving mechanism, the rear side cell wall height of junction slot are more than front side cell wall, the junction slot front side upper end of cell wall and feed end downside
Between space vermicelli is made to shake out the junction slot fallen on discharge end from junction slot when being formed in junction slot front-rear reciprocation movement
Outlet.
Face plate also is equipped in the arranged on left and right sides of junction slot in rack, the face plate of arranged on left and right sides is defeated by being sequentially connected
Go out left and right directions linear reciprocating motion left and right reciprocating drive mechanism realize opposite and opposite direction linear reciprocating motion with
The vermicelli left and right ends fallen to junction slot are clapped neat.
The vermicelli pipeline further includes the upstream processing unit (plant) being connect with upstream conveying device and is conveyed with downstream and filled
The downstream process units of connection are put, the stub end for the vermicelli that the upstream processing unit (plant) is sent out is located at the advance of upstream conveying device
The left or right side in direction, the stub end for the vermicelli that the downstream process units receive are located at the direction of advance of downstream conveying device
Right side or left side.
The upstream processing unit (plant) is noodle cutter, and the downstream process units are packing machine.
The vermicelli of the present invention change the vermicelli of a device when advancing in upstream conveying device and feed end, stub end position
In left side, when vermicelli are sent to by material guide structure or guide channel or droping space on discharge end, the left and right ends of vermicelli are not sent out
Life is turned, but discharge end and downstream conveying device convey vermicelli to the direction opposite with feed end, and such vermicelli advance
Direction changes, and then the stub end of vermicelli is made just to turn right side on the basis of direction of advance, realizes stub end and small
Head end is turned, the packaging of convenient packing machine below.
Description of the drawings
Fig. 1 is the front view that the vermicelli of the present invention change the embodiment one of a device；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the principle schematic that the vermicelli of the present invention change the embodiment two of a device；
Fig. 4 is the principle schematic that the vermicelli of the present invention change the embodiment three of a device；
Fig. 5 is the principle schematic that the vermicelli of the present invention change the example IV of a device.
Specific embodiment
The embodiment one of the vermicelli pipeline of the present invention：Upstream including connecting upstream processing unit (plant), that is, noodle cutter conveys dress
Put and connect the downstream conveying device of the i.e. packing machine of downstream process units, it is defeated that the stub ends of the vermicelli that noodle cutter is sent out is located at upstream
The left side of the direction of advance of device is sent, the stub end for the vermicelli that packing machine receives is located at the right side of the direction of advance of downstream conveying device
Side, upstream conveying device and downstream conveying device are changed a device transmission by vermicelli and are connected.
Vermicelli change the structure of a device as shown in Figs. 1-2, and including rack 1, rack 1 is equipped with feed end 10, feed end 10
For the vermicelli that upstream conveying device is sent to be docked and received with upstream conveying device；Discharge end 11 is additionally provided in rack, is discharged
End 11 is used to dock with downstream conveying device and the vermicelli received from upstream conveying device are sent to downstream conveying device；Into
It is additionally provided between material end 10 and discharge end 11 and the left and right ends of vermicelli is kept not send out when vermicelli are sent to discharge end by feed end
The raw material guide structure turned.Wherein, feed end 10 is located at 11 upside of discharge end, and the vermicelli conveying direction on feed end 10 is with going out
Expect that the vermicelli conveying direction on end 11 is opposite.
For the ease of following explanation, the conveying direction for setting vermicelli is always front, i.e. before the outlet of feed end 10 is located at
Side, the import of discharge end 11 are located behind.
Material guide structure includes the sliding surface plate 100 at the front end exit position of feed end 10, and sliding surface plate 100 is from back to front
It is obliquely installed gradually downward, further includes to receive the vermicelli slided from sliding surface plate 100 and vermicelli are sent to discharge end 11
Feed mechanism.Specifically, before and after the feed mechanism in the present embodiment is including opening up junction slot and driving junction slot
The front and rear reciprocating drive mechanism moved back and forth.Junction slot is set on the lower position of the front end exit of feed end 10, sliding surface plate 100
Lower end is stretched into junction slot, and junction slot is made of front side cell wall 103, rear side cell wall 101 and slot bottom.Wherein, after junction slot
Side channel wall 101 is located at the rear of sliding surface plate 100, and front side cell wall 103 is located at the entrance location of discharge end 11；Cell wall on rear side of junction slot
101 height is more than the height of front side cell wall 103, and rear side cell wall 101 can keep off the vermicelli slid from sliding surface plate 100
Only, vermicelli is avoided to fall on outside junction slot；Front side cell wall 103 since height is relatively low, thereon end face and the downside of feed end 10 it
Between there is certain space, this segment space forms an opening, this opening is to make it in junction slot front-rear reciprocation movement
In vermicelli shaked out from junction slot fall on discharge end 11 junction slot outlet.Behind the lower end of sliding surface plate 100 and junction slot
The distance between side channel wall 101 and inclined plate 102 are all smaller and are not more than the length of vermicelli, pass through sliding surface plate 100 in vermicelli in this way
There is no enough spaces that the both ends of vermicelli is allowed to turn during falling into junction slot.
Front and rear reciprocating drive mechanism includes the output of driving motor 2 and drive connection driving motor 2 being set in rack
End and the slider-crank mechanism of junction slot, the output terminal of slider-crank mechanism output tandem movement are connected to junction slot
On slot bottom.As shown in Fig. 2, the output terminal bias of driving motor 2 is hinged with connecting rod 105, the other end of connecting rod 105 is hinged with slip
Axle clamp 106 slides 106 guiding movement of axle clamp and is assemblied on the front and rear slideway 107 extended.The slot bottom of junction slot includes being connected to one
The inclined plate 102 and level board 104 risen, the rear end of inclined plate 102 are connected to the lower end of rear side cell wall 101, and the front end of inclined plate 102 is downward
It tilts and connects level board 104, the front end connection front side cell wall 103 of level board 104, the upper end for sliding axle clamp 106 is connected to water
On the downside of tablet 104.
When junction slot is moved forward and backward reciprocating movement under the driving effect of front and rear reciprocating drive mechanism, 101 energy of rear side cell wall
Enough push and block repeatedly are located at the vermicelli in junction slot, and vermicelli can be made gradually vertical with conveying direction right during push and block repeatedly
Together, while by continuous front and rear push and block vermicelli can be made to be shaked out forward from the outlet of junction slot, is trembled from the outlet of junction slot in this way
It drops out the vermicelli taken just to have fallen on discharge end 11, and the downstream conveying device for being transmitted by discharge end 11 connection is seen off.
The operation principle that the vermicelli of the present invention change a device is as follows：On the basis of the direction of advance for defining vermicelli first, vermicelli
When advancing in upstream conveying device and feed end, stub end is located at left side；Vermicelli fall into junction slot by sliding surface plate 100
And be inversely pushed on discharge end 11 by junction slot, discharge end 11 and downstream conveying device are by vermicelli to opposite with feed end
Direction convey, at this time direction of advance variation and the both ends of vermicelli are not turned, then the stub end of vermicelli just turn with
Right side on the basis of direction of advance, realization stub end and small head end are turned, the packaging of convenient packing machine below.
It is filled together in addition, the vermicelli of the present invention change to be additionally provided on a device for carrying out clapping neat bat to the left and right ends of vermicelli
It puts.As shown in Figure 1, clapping neat device includes the face plate 126 for being set on junction slot arranged on left and right sides, the face plate of arranged on left and right sides passes through
The left and right reciprocating drive mechanism realization for exporting left and right directions linear reciprocating motion be sequentially connected opposite and opposite direction reciprocal
Linear motion, in this way during vermicelli are fallen from sliding surface plate 100 to junction slot, two face plates 126 are opposite and opposite past
Multiple movement can constantly pat the left and right ends of vermicelli so that vermicelli both ends are aligned, and further improves the neat effect of vermicelli,
Improve the packaging quality of vermicelli.
Left and right reciprocating drive mechanism includes power plant and the transmission mechanism of connecting power device and face plate.This implementation
In example, in order to save manufacture cost, power plant is driving motor 2, i.e. face plate and junction slot shares a power plant.It passes
Motivation structure includes two sets times of two face plates 126 of main transmission roller bearing 1201 and drive connection main transmission roller bearing 1201 and left and right
Transmission mechanism, main transmission roller bearing 1201 are equipped with drive 120, and drive 120 and the output terminal of driving motor 2 pass through transmission belt
It is sequentially connected.The correspondence both sides of junction slot are stretched out in the left and right ends of main transmission roller bearing 1201, and two sets times transmission mechanism passes respectively
It moves the both ends for being connected to main transmission roller bearing 1201 and is symmetrical arranged.Secondary transmission mechanism includes the transition wheel being set on roller bearing 1201
1200, bias is hinged with screw 121 on transition wheel 1200, and the upper end ball-joint of screw 121 is on cam 122, and cam 122 is around preceding
The pivot axis extended afterwards is assemblied in rack 1；The upside of cam 122 is equipped with the U-type groove 1220 of front and rear extension, U-type groove
The front and rear axis pin 123 extended is fitted in 1220, the guide rod 125 of left and right extension is additionally provided in rack 1, axis pin 123 is in left and right
Direction coordinates with 125 guiding movement of guide rod.When driving motor 2 drives 1201 rotation of main transmission roller bearing, screw 121 is around transition wheel
1200 axis rotates and the axis pin 123 with moving cam 122 in its axis oscillating, the U-type groove 1220 of cam 122 is just with cam
122 swing is along 125 or so reciprocating movement of guide rod.123 upper end of axis pin is connected with linking arm 124,124 or so extension of linking arm
And be fixedly connected close to junction slot one end with corresponding face plate 126, axial 123 reciprocating motion just drives face plate 126
It moves back and forth.
As shown in Fig. 2, also block pannel 110, block pannel 110 and junction are being equipped in the front side of junction slot outlet in rack 1
103 time interval of the front side cell wall setting of slot, and spacing distance is setpoint distance.By set the setpoint distance can control from
The amount of vermicelli shaked out in the outlet of junction slot, i.e., the vermicelli amount shaked out from junction slot in the unit interval is fills up block pannel 110
The amount of vermicelli between front side cell wall 103 realizes uniformly conveying.The lower end of block pannel 110 is the arcuate structure of forward fold,
The extension that can will be flowed out in the space between block pannel 110 and front side cell wall 103 on discharge end 11 by the arcuate structure
Face upper end smooth out, when discharge end 11 and downstream conveying device on vermicelli high uniformity.Preferably, in order to avoid some time
Lead to junction slot outlet obstruction in the space that a large amount of vermicelli enter between block pannel 110 and front side cell wall 102 in section, block pannel
110 upper end is hinged on by the axis that hinged block 111 extends in left-right direction in rack 1, is also associated with carrying on hinged block 111
The tension spring 112 of block pannel 110 towards junction slot export direction i.e. rotationally clockwise is supplied, is additionally provided with to limit in rack 1
Block pannel 110 processed can only turn to the Stop structure of vertical position when being rotated to junction slot export direction.It largely hangs in this way
When entering in the space between block pannel 110 and front side cell wall 102 in the short time of face, block pannel 110 can be overworked promotion and inverse
Hour hands rotate, and play certain cushioning effect.
It is simple that vermicelli in the vermicelli pipeline of the present invention change an apparatus structure, easy to use, by being conveyed to vermicelli
Carry out once falling the transmission process turned back in the process so that concentric reducer be transposed to not homonymy on the basis of direction of advance
On, the achieving automatic head replacement of vermicelli is easily realized, overcomes and manually changes the problem of labor intensity is big, and packaging quality is poor.In addition,
The vermicelli change on a device and also vermicelli clap together during vermicelli change head by alignment means, further improve packaging
Quality.
In above-described embodiment, material guide structure includes sliding surface plate and feed mechanism, and in other embodiment, material guide structure can be only
Including sliding surface plate, the extended distance of the rear end of discharge end backward is beyond sliding surface plate at this time, in this way in the extension slid from sliding surface plate
Face can be fallen directly on discharge end；Or sliding surface plate can be replaced by U-shaped sliding slot, the both sides cell wall of U-shaped sliding slot is used to make extension
Face both ends are aligned and vermicelli or so are avoided to turn；Or material guide structure can include sliding surface plate and on the downside of sliding surface plate with sliding
The opposite junction plate of panel inclined direction, the vermicelli under being slid from sliding surface plate can be lived by junction plate support, and the side that court turns back
To being slipped on discharge end；Or material guide structure can include two U-shaped guiding grooves that left and right is oppositely arranged, guiding groove is in length
Arc extends on direction, and the left and right sides that the upper end of two guiding grooves exports respectively with feed end is connect, under two guiding grooves
The left and right sides respectively with discharge end import is held to connect, the notch of two guiding grooves is opposite, and such vermicelli are exported from feed end
During into guiding groove, the left and right ends of vermicelli can be slipped into two U-shaped guiding grooves of both sides and with the arc groove of guiding groove
For wall to slipping down on discharge end, the cell wall of U-shaped guiding groove keeps the left and right ends of vermicelli not turn.
In above-described embodiment, vermicelli are fallen on from feed end on discharge end by its own gravity, in other embodiments, guide
Structure can be the conveying device being inclined between feed end and discharge end, before the upper end of conveying device is located at feed end
Side a distance position, can accept the vermicelli that feed end outlet is dished out, and the lower end of conveying device connects simultaneously with discharge end transmission
Vermicelli can be sent on discharge end.
In above-described embodiment, sliding surface plate is tablet, and sliding surface plate may be arc panel in other embodiments.
In above-described embodiment, material guide structure includes sliding surface plate and feed mechanism, in other embodiments, can only setting slide
Panel only sets feed mechanism.
In above-described embodiment, feed mechanism includes junction slot and drives the front and rear front and rear reciprocal driving moved back and forth of junction slot
Mechanism, in other embodiments, feed mechanism can include the horizontal splicing groove of fixed setting and in horizontal splicing grooves
The front and rear push plate for moving back and forth setting, push plate are driven by cylinder or cam follower mechanism, the front end of horizontal splicing groove and discharging
End docking, is slipped to from sliding surface plate in horizontal splicing groove, push plate can shift vermicelli on discharge end onto in vermicelli；Or feeding
Mechanism can be the conveying device being obliquely installed, and the upper end of conveying device is docked with feed end, and lower end is located at one above discharge end
At set a distance position, vermicelli are directly slipped to from conveying device on the discharge end of lower section.
In above-described embodiment, front and rear reciprocating drive mechanism includes driving motor and slider-crank mechanism, in other implementations
In example, the output rack and pinion mechanism of front-rear direction straight reciprocating or cam follower machine may be used in crank block slider structure
Structure replaces；Or front and rear reciprocating drive mechanism may be used driving cylinder and replace.
In above-described embodiment, left and right reciprocating drive mechanism include the driving motor that is shared with front and rear reciprocating drive mechanism and
Secondary transmission mechanism, in other embodiments, left and right reciprocating drive mechanism can include auxiliary drive motor set in addition, auxiliary
Driving motor is by exporting left and right directions linear reciprocating motion slider-crank mechanism either rack and pinion mechanism or cam follower
Mechanism driving face plate moves back and forth；Or left and right reciprocating drive mechanism can be the cylinder of two or so extensions, face plate connects
It is connected on the output terminal of cylinder.
In above-described embodiment, upstream conveying device is noodle cutter, and downstream conveying device is packing machine, in other thing embodiments
In, upstream conveying device and downstream conveying device can be the equipment of other processing vermicelli, will not enumerate herein.
The above embodiments mainly provide to be equipped between feed end and discharge end keeps vermicelli when conveying vermicelli
The embodiment of material guide structure do not turned of left and right ends, i.e., upstream conveying device A as shown in Figure 3 and downstream conveying device
Guide is realized by changing the material guide structure C in a device, material guide structure C is not closed for surrounding in the horizontal direction between B
Structure；Differently, in the embodiment two of vermicelli pipeline, vermicelli change a device and are equipped between feed end and discharge end
The guide channel that the left and right ends of vermicelli is kept not turn when conveying vermicelli, as shown in figure 4, the guide channel is primarily referred to as in water
Square upwards all round closure channel, such as between feed end and discharge end connection c-type square tube, the upper end opening of c-type square tube
It is docked with feed end, lower end outlet is docked with discharge end, and vermicelli are slipped to discharging out of c-type square tube along the arc-shaped inner surface of square tube
On end, the tube wall of c-type square tube is for keeping the left and right ends of vermicelli not turn, and the endoporus of c-type square tube is it is also assumed that be at this time
Guide channel described herein or when carrying out splicing using receiving hopper D as shown in Figure 3, during the side wall of receiving hopper D surrounds
Portion space is guide channel；Have again differently, in the embodiment three of vermicelli pipeline, vermicelli change a device in feed end and
The droping space for the left and right ends of vermicelli being kept not turn when conveying vermicelli is equipped between discharge end, as shown in figure 5, the whereabouts
Space is primarily referred to as open space, that is, the space of falling for vermicelli free falling formed between feed end and discharge end
E, vermicelli inertially dish out forward under the carrying capacity effect of upstream conveying device A and downstream are fallen under the action of dead weight and convey
On device B.
In above-described embodiment, the stub end for the vermicelli that upstream processing unit (plant) is sent out is located at the direction of advance of upstream conveying device
Left side, downstream process units receive vermicelli stub end be located at downstream conveying device direction of advance right side, exist certainly
In other embodiment, the stub end for the vermicelli that upstream processing unit (plant) is sent out is located at the right side of the direction of advance of upstream conveying device,
Downstream process units receive vermicelli stub end be located at downstream conveying device direction of advance left side, herein left and right two
Side is opposite.
In above-described embodiment, the feed end that vermicelli change a device is respectively positioned on the upside of discharge end, and vermicelli are downward by gravity
Fall, in other embodiments, feed end can be located at discharging section downside, as feed end from the bottom up tilt extension and into
Material end exit position is equipped with the collection material space that vermicelli accumulation can be made temporary, scraper plate is set to be promoted between feed end and discharge end
Machine will simultaneously collect the vermicelli kept in material space and be lifted up on discharging section, but this structure is more complicated, manufacture cost compared with
It is high.
The vermicelli of the present invention change the embodiment of a device：Its concrete structure and the extension in the embodiment of above-mentioned vermicelli pipeline
Face changes that an apparatus structure is identical, and details are not described herein again.
Claims (10)
1. a kind of vermicelli change a device, which is characterized in that including rack, rack is equipped with to be connected for being transmitted with upstream conveying device
Logical feed end, for the discharge end that is connected with the transmission of downstream conveying device and between feed end and discharge end,
The material guide structure or guide channel or droping space, feed end and discharging that the left and right ends of holding vermicelli are not turned when conveying vermicelli
End arranges that the vermicelli conveying direction on feed end is opposite with the vermicelli conveying direction on discharge end so that vermicelli are by hanging up and down
Face is changed the stub end of vermicelli and small head end after a device and is turned relative to conveying direction.
2. vermicelli according to claim 1 change a device, which is characterized in that the material guide structure is included after being set on feed end
Exit position, from front to back inclined sliding surface plate gradually downward are held, is further included and is received the vermicelli slid on sliding surface plate and will hang
Face is sent to the feed mechanism on discharge end.
3. vermicelli according to claim 2 change a device, which is characterized in that the feed mechanism includes opening up connect
Face slot and the front and rear reciprocating drive mechanism for driving junction slot front-rear reciprocation movement, the rear side cell wall height of junction slot are more than front side
Cell wall, the space between the junction slot front side upper end of cell wall and feed end downside make when being formed in junction slot front-rear reciprocation movement
Vermicelli shake out the junction slot outlet fallen on discharge end from junction slot.
4. vermicelli according to claim 3 change a device, which is characterized in that also in the arranged on left and right sides of junction slot in rack
Equipped with face plate, the face plate of arranged on left and right sides is back and forth driven by the left and right of drive connection output left and right directions linear reciprocating motion
Motivation structure is realized to be clapped together in opposite and opposite direction linear reciprocating motion with the vermicelli left and right ends that will be fallen to junction slot.
5. a kind of vermicelli pipeline, which is characterized in that including upstream conveying device and downstream conveying device, upstream and downstream conveying device
Between by vermicelli change the transmission connection of device, the vermicelli change a device and include rack, and rack is equipped with and upstream conveying fills
Put the feed end for transmitting connection, the discharge end connected with the transmission of downstream conveying device and between feed end and discharge end
, the material guide structure do not turned of left and right ends for keeping when conveying vermicelli vermicelli or guide channel or droping space, feed end
It is arranged up and down with discharge end, the vermicelli conveying direction on feed end is opposite with the vermicelli conveying direction on discharge end so that vermicelli exist
The stub end of vermicelli and small head end are turned relative to conveying direction after vermicelli change a device.
6. vermicelli pipeline according to claim 5, which is characterized in that the material guide structure includes being set on feed end rear end
Exit position, from front to back inclined sliding surface plate gradually downward further include and receive the vermicelli that are slid on sliding surface plate and by vermicelli
The feed mechanism being pushed on discharge end.
7. vermicelli pipeline according to claim 6, which is characterized in that the feed mechanism includes opening up junction
Slot and the front and rear reciprocating drive mechanism for driving junction slot front-rear reciprocation movement, the rear side cell wall height of junction slot are more than front side slot
Wall, the space between the junction slot front side upper end of cell wall and feed end downside make extension when being formed in junction slot front-rear reciprocation movement
Face shakes out the junction slot outlet fallen on discharge end from junction slot.
8. vermicelli pipeline according to claim 7, which is characterized in that also set in rack in the arranged on left and right sides of junction slot
There is face plate, the face plate of arranged on left and right sides is back and forth driven by the left and right of drive connection output left and right directions linear reciprocating motion
Mechanism is realized is clapped together in opposite and opposite direction linear reciprocating motion with the vermicelli left and right ends that will be fallen to junction slot.
9. according to the vermicelli pipeline described in claim 5-8 any one, which is characterized in that the vermicelli pipeline further includes
The upstream processing unit (plant) being connect with upstream conveying device and the downstream process units being connect with downstream conveying device, the upstream
The stub end for the vermicelli that processing unit (plant) is sent out is located at the left or right side of the direction of advance of upstream conveying device, the Downstream processing
The stub end for the vermicelli that device receives is located at the right side or left side of the direction of advance of downstream conveying device.
10. vermicelli pipeline according to claim 9, which is characterized in that the upstream processing unit (plant) is noodle cutter, described
Downstream process units are packing machine.
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| CN201610026036.6A CN105480687B (en) | 2016-01-15 | 2016-01-15 | A kind of vermicelli change a device and vermicelli pipeline |
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| CN201610026036.6A CN105480687B (en) | 2016-01-15 | 2016-01-15 | A kind of vermicelli change a device and vermicelli pipeline |
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| CN106927077B (en) * | 2017-05-02 | 2022-06-10 | 青岛海科佳智能装备科技有限公司 | Double-crank material pulling mechanism |
| CN109455533B (en) * | 2018-11-30 | 2024-02-23 | 登封市启明轩程控设备有限公司 | Discharge device and transversely moving discharge mechanism comprising same |
Family Cites Families (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2008092897A (en) * | 2006-10-13 | 2008-04-24 | Azuma Boeki Kk | Apparatus for making noodles |
| CN102870837A (en) * | 2012-10-09 | 2013-01-16 | 刘峰 | Flatbread baking machine |
| CN203186652U (en) * | 2013-04-18 | 2013-09-11 | 刘军雷 | Fine dried noodle pillow-shaped packaging servo managing machine |
| CN203461488U (en) * | 2013-09-05 | 2014-03-05 | 南京中钞长城金融设备有限公司 | Non-pressure coin overturning device |
| CN204399595U (en) * | 2014-08-06 | 2015-06-17 | 刘旺 | U-shaped fork lifting type vermicelli automatic arranging depiler |
| CN204096114U (en) * | 2014-09-12 | 2015-01-14 | 张庆彬 | The crawl of automatic packager of noodle, displacement and neat device |
| CN104670556B (en) * | 2015-02-10 | 2017-03-22 | 广东水利电力职业技术学院 | Automatic iron nail packing machine |
| CN204660679U (en) * | 2015-05-27 | 2015-09-23 | 浙江天盛双金科技有限公司 | A kind of grooved material shaking machine |
| CN105000215A (en) * | 2015-07-21 | 2015-10-28 | 登封市启明轩程控设备有限公司 | Submachine distributing device of dried noodle packaging machine |
| CN205471410U (en) * | 2016-01-15 | 2016-08-17 | 登封市启明轩程控设备有限公司 | Vermicelli trade first device and vermicelli transfer chain |
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2016
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