CN209300251U - Round instant noodles production definition device - Google Patents
Round instant noodles production definition device Download PDFInfo
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- CN209300251U CN209300251U CN201821297891.1U CN201821297891U CN209300251U CN 209300251 U CN209300251 U CN 209300251U CN 201821297891 U CN201821297891 U CN 201821297891U CN 209300251 U CN209300251 U CN 209300251U
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- shaper
- shell
- agitator arm
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Abstract
The utility model relates to food processing apparatus technical fields, especially a kind of round instant noodles production definition device, noodles cannot be entirely fallen in mold existing instant noodles in process of production, because of a kind of round instant noodles production definition device of the invention, including shaper, wherein, the shaper is fixed in transmission belt, reciprocal walking structure is equipped with above the transmission belt, the reciprocal walking structure is connected with connector, the lower end of the connector is fixed with adjustment device, the adjustment device includes shell, first agitating device and the second agitating device, first agitating device and the second agitating device inside the shell and are arranged in a mutually vertical manner, the both ends of first agitating device and the second agitating device are respectively fixed with the first agitator arm and the second agitator arm extended in shaper, the utility model is realized to noodles Agitation, entirely fall in noodles in mold, have a wide range of applications in food processing apparatus technical field.
Description
Technical field
The utility model relates to food processing apparatus technical field, especially a kind of round instant noodles production definition device.
Background technique
Instant noodles need that the noodles cut are gathered together with shaper in process of production, are convenient for following process,
Existing instant noodles process units when the noodles cut are transported in the shaper in another transmission belt with transmission belt, by
In transmission when there are errors, cause noodles that cannot entirely fall in shaper so that noodles can fall in shaper on hold
The fact that mouthful edge, influences following process, usual needs manually to carry out agitation adjustment noodles, and noodles is made to entirely fall in mold
In, therefore to increase artificial, increase production cost.
Utility model content
It cannot be entirely fallen in shaper to solve noodles in existing instant noodles production process, need manually to be stirred
The problem of adjustment, increase production cost, invents a kind of round instant noodles production definition device.
The technical solution of the utility model is, including shaper, wherein the shaper is fixed in transmission belt,
Reciprocal walking structure is equipped with above the transmission belt, the reciprocal walking structure is connected with connector, the connector
Lower end is fixed with adjustment device, and the adjustment device includes shell, the first agitating device and the second agitating device, the shell
The first upper hopper chute and the first gliding groove, sliding in first upper hopper chute and the first gliding groove are offered in inner tip and bottom end
The first agitating device is connected, is fixed with upper protruding block and lower protruding block in the inner tip of the shell and bottom end, on the upper protruding block
The second upper hopper chute is offered, the second gliding groove, second upper hopper chute and the second gliding groove and are offered on the lower protruding block
One upper hopper chute and the first gliding groove are perpendicular, and be slidably connected the second agitating device in second upper hopper chute and the second gliding groove,
The both ends of first agitating device and the second agitating device are connected separately with the first agitator arm and the second agitator arm, and described first
The lower end of agitator arm and the second agitator arm extends in shaper.
Preferably, the reciprocal walking structure includes reciprocating motor, driving wheel, driven wheel, belt and connecting column, described past
The shaft of compound machine is fixedly connected with driving wheel, and the belt connection driving wheel and driven wheel, the connecting column are fixedly connected on skin
On the outer surface of band, the outboard end of the connecting column exceeds the edge of belt, and the outboard end of the connecting column offers pin hole, institute
State the pin rod for being equipped in pin hole and carrying out pin resistance.
Preferably, the shaper is in a row fixed in transmission belt, between the driving wheel and driven wheel outermost end
Distance is the one third of the distance between adjacent described shaper of two rows, and first agitator arm and the second agitator arm are most
In the same plane, length of first agitator arm in shaper is fixed when first agitator arm is in shaper for bottom end
The half of type die depth.
Preferably, the connector includes connecting plate and connecting rod, and connecting hole, the connection are offered on the connecting plate
Plate is flexibly connected by connecting hole with connecting column, and the lower end of the connecting plate is fixedly connected with the connecting rod, under the connecting rod
End is fixedly connected on the top end face center of shell.
Preferably, first agitating device includes the first slide plate, first gear, first bevel gear and the first connection sheet,
The upper and lower ends of first slide plate are slidably connected in the first upper hopper chute and the first gliding groove, and first slide plate is opened for centre
Reeded rectangular slab, the groove top and bottom on first slide plate offer several first gear teeth, the first round
Tooth is meshed with first gear, and the first gear is semi-circle gear, and the tooth in the first gear is distributed only over first gear
The half region at edge, the first gear are fixedly connected with first bevel gear, the lateral surface axle center of the first gear
Be fixed with stirring motor outside the side wall of corresponding shell, the shaft on the stirring motor extend in shell and with the first tooth
Wheel is fixedly connected, and first connection sheet is L-type, and the first sliding groove that connection runs through shell is offered in first gliding groove,
For the width of the first sliding groove less than the width of the first gliding groove, the both ends of first slide plate are fixedly connected to two first
Wherein one end of connection sheet, the other end of first connection sheet through first sliding groove extend to shell it is outer and with the first agitator arm
It is fixedly connected.
Preferably, second agitating device includes the second slide plate, second gear, second bevel gear and the second connection sheet,
The upper and lower ends of second slide plate are slidably connected in the second upper hopper chute and the second gliding groove, and second slide plate is opened for centre
Reeded rectangular slab, the groove top and bottom on second slide plate offer several second gear teeth, second wheel
Tooth is meshed with the second gear, and the second gear is semi-circle gear, and the tooth in the second gear is distributed only over second gear
The half region at edge, the second gear are fixedly connected with second bevel gear, the second bevel gear and the first cone tooth
Wheel is meshed and second bevel gear intersects with the axle center of first bevel gear and vertical, the outboard end rotation connection of the second gear
There is a support rod, the support rod is L-type, and the other end of the support rod is fixedly connected in the inner bottom of shell, described the
Two connection sheets are L-type, and the second sliding slot that connection runs through lower protruding block and shell is offered in second gliding groove, and described second is sliding
For the width of slot less than the width of the second gliding groove, the both ends of second slide plate are fixedly connected to its of two the second connection sheets
The other end of middle one end, second connection sheet is extended to outside shell through second sliding slot and is fixedly connected with the second agitator arm.
Preferably, the upper protruding block and lower protruding block offered respectively at the first upper hopper chute and the first gliding groove upper fracture and
The width of the top end face of same size and being greater than the first slide plate of lower fracture, the upper fracture and lower fracture, first slide plate
Interior the distance between first gear teeth up and down are greater than the width of the second slide plate, outside another side wall of the opposite shell of the stirring motor
It is fixed with the clump weight convenient for shell gravity balance.
First agitating device can use using the technical solution of the utility model and the second agitating device drives first to stir
Lever and the second agitator arm move reciprocatingly, and then the noodles at the upper opening edge for falling in shaper are dragged to shaper
In, while being transported convenient for the first agitating device and the second agitating device with the movement of shaper using reciprocal walking structure
It is dynamic, and then the noodles in shaper are adjusted by row, instead of artificial work, time saving and energy saving and reduction production cost, this is practical
It is novel to have a wide range of applications in food processing apparatus technical field.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model circle instant noodles production definition device.
Fig. 2 is the side view of the utility model circle instant noodles production definition device.
Fig. 3 is a-quadrant enlarged drawing in Fig. 1.
Fig. 4 is B area enlarged drawing in Fig. 2.
Wherein, 1, reciprocal walking structure, 101, driving wheel, 102, driven wheel, 103, belt, 104, connecting column, 105, pin
Hole, 106, pin rod, 2, connector, 201, connecting plate, 202, connecting rod, 3, adjustment device, 301, shell are sliding on 302, first
Slot, the 303, first gliding groove, 304, first sliding groove, 305, upper protruding block, the 306, second upper hopper chute, 307, lower protruding block, 308, second
Gliding groove, 309, second sliding slot, 310, upper fracture, 311, lower fracture, the 4, first agitating device, the 401, first slide plate, 402,
One gear teeth, 403, first gear, 404, first bevel gear, the 405, first connection sheet, the 5, second agitating device, 501, second is sliding
Plate, 502, second gear teeth, 503, second gear, 504, second bevel gear, the 505, second connection sheet, 6, shaft, 7, stirring motor,
8, clump weight, 9, support rod, the 10, first agitator arm, the 11, second agitator arm, 12, shaper.
Specific embodiment
It will be recognized by those of ordinary skill in the art that " top ", " lower section ", " upward ", " downward ", " top ", " bottom
The terms such as portion " are to be not offered as the limitation to the scope of the utility model being defined by the appended claims for describing attached drawing.
Round instant noodles production definition device as shown in Figs. 1-2, including shaper 12, wherein shaper 12 is in a row
It is fixed in transmission belt, can be moved with transmission belt convenient for shaper 12, while can once accept more portions of noodles, increase
Production efficiency.Reciprocal walking structure 1 is equipped with above transmission belt, reciprocal walking structure 1 is fixed on above transmission belt by support frame,
Adjustment device 3 is able to drive in specific period as shaper 12 moves together convenient for reciprocal walking structure 1.Reciprocal walking
Structure 1 includes reciprocating motor, driving wheel 101, driven wheel 102, belt 103 and connecting column 104, and the shaft of reciprocating motor is fixed to be connected
Driving wheel 101 is connect, the operation for reciprocal walking structure 1 provides power.Belt 103 connects driving wheel 101 and driven wheel, is convenient for skin
With 103 rotation.Driving wheel 101 be located at the end of 103 direction of travel of belt and clockwise operating, guarantee driving wheel 101 and from
Driving wheel 102 drives belt 103 to rotate, while making the lower end direction of motion of belt 103 consistent with transmission tape motion direction.Belt
103 can be replaced with chain belt, as long as can rotate under the drive of driving wheel 101 and driven wheel 102.Connecting column 104 is logical
Rivet is crossed to be fixedly connected on the outer surface of belt 103, so that connecting column 104 and belt 103 form an entirety, so that
Connecting column 104 can be rotated with the rotation of belt 103.The length of connecting column 104 is greater than the width of belt 103, and connects
Wherein one end of column 104 and the edge of belt 103 are flush, and the other end exceeds the edge of belt 103, and beyond belt 103
The one end at edge and reciprocating motor can preferably be fixed on belt 103 convenient for connecting column 104, make simultaneously not in the same side
Connecting column 104 is obtained convenient for connection other structures, moreover it is possible to not influence reciprocating motor and driving wheel 101 is driven to operate.Outside connecting column 104
Side offers pin hole 105, is equipped with the pin rod 106 for carrying out pin resistance in pin hole 105, convenient for connecting column 104 in connection other structures
Pin resistance can be carried out from the end of connecting column 104 afterwards, the structure being connected on connecting column 104 is prevented to be detached from.Reciprocal walking structure 1
It is connected with connector 2, the lower end of connector 2 is fixed with adjustment device 3, convenient for connection adjustment device 3 and reciprocal walking knot
Structure 1 enables adjustment device 3 to rotate with the rotation of connecting column 104 and remain the vertical state of nature.Belt
The speed of 103 rotations is equal to the speed that shaper 12 moves in transmission belt, when so that belt 103 and shaper 12 being run
Speed is consistent, i.e. shaper 12 and 103 lower end of belt is in relative static conditions, while to adjust device 3 in skin
With 103 lower end motion when can keep identical movement rate with shaper 12, be conveniently adjusted the face in shaper 12
Item.The distance between driving wheel 101 and 102 outermost end of driven wheel are the three of the distance between described shaper 12 of adjacent two rows
/ mono-, so that adjustment device 3 still moves to after with one circle of the operation of belt 103 in the upper of next row shaper 12
Side.Connector 2 includes connecting plate 201 and connecting rod 202, offers connecting hole on connecting plate 201, connecting plate 201 passes through pin hole
Be flexibly connected with connecting column 104, convenient for the connection between connector 2 and reciprocal walking structure 1, while make connector 2 with
Connecting column 104 move when be also able to maintain the vertical state of nature.The lower end of connecting plate 201 and connecting rod 202 are welded to connect, even
The lower end of extension bar 202 is welded to connect at the top end face center of adjustment device 3, so that 2 uniform force of connector, prevents because of stress not
Deviation occurs, influences to adjust adjustment of the device 3 to noodles in shaper 12.
Round instant noodles production definition device as shown in Figs 1-4, adjustment device 3 include shell 301, the first agitating device
4 and second agitating device 5, the first agitating device 4 and the second agitating device 5 be slidably connected in shell 301, convenient for protection first
Agitating device 4 and the second agitating device 5, preventing the first agitating device 4 and the second agitating device 5 from falling into dust influences operation.Outside
The first upper hopper chute 302 and the first gliding groove 303, the first upper hopper chute 302 and first are offered in the inner tip of shell 301 and bottom end
Be slidably connected the first agitating device 4 in gliding groove 303, convenient for the first agitating device 4 in the first upper hopper chute 302 and the first gliding groove
It is slided between 303.First agitating device 4 includes the first slide plate 401, first gear 403, first bevel gear 404 and the first connection
Piece 405, the upper and lower ends of the first slide plate 401 are slidably connected in the first upper hopper chute 302 and the first gliding groove 303, the first slide plate
401 open reeded rectangular slab for centre, convenient for the movement of the first slide plate 401, while being also convenient for connection other structures.First
Groove top and bottom on slide plate 401 offer several first gear teeth 402, and first gear teeth 402 are nibbled with 403 phase of first gear
It closes, in addition the axle center of first gear 403 is located at the middle position above and below in the first slide plate 401 between first gear teeth 402, the first tooth
Wheel 403 is semi-circle gear, and the tooth in first gear 403 is distributed only over the half region at 403 edge of first gear, so that the
One gear 403 is able to drive the first slide plate 401 and moves reciprocatingly, and then the face in shaper 12 is stirred from both direction
Item, convenient for stirring the noodles at the upper opening edge of shaper 12 into shaper 12.The lateral surface axis of first gear 403
Pass through screw outside the side wall of shell 301 corresponding to the heart and be fixedly connected with stirring motor 7, the shaft 6 on stirring motor 7 extends to
It is welded to connect in shell 301 and with first gear 403 and forms an entirety, drive first gear 403 to carry out convenient for stirring motor 7
Rotation, and then the first slide plate 401 is driven to move reciprocatingly in the first upper hopper chute 302 and the first gliding groove 303.Stirring motor 7
Pass through screw outside another side wall of opposite shell 301 to be fixed with convenient for the clump weight 8 of 301 gravity balance of shell, so that connection
Stress equalization after 2 connected with outer casing 301 of part prevents deviation from influencing the stirring effect of the first agitating device 4 and the second agitating device 5.
First connection sheet 405 is L-type, and the both ends of the first slide plate 401 are welded to connect wherein one end there are two the first connection sheet 405,
Offer the first sliding groove 304 that connection runs through shell 301 in first gliding groove 303, the other end of the first connection sheet 405 is through the
One sliding slot 304 is extended to outside shell 301 and is welded to connect with the first agitator arm 10, is connected to first convenient for the first connection sheet 405
The both ends of slide plate 401, at the same be also convenient for the first connection sheet 405 connect the first agitator arm 10, enable the first agitator arm 10 with
The first slide plate 401 move reciprocatingly, and then convenient for the first agitator arm 10 in shaper 12 left and right agitation noodles so that fixed
The noodles at the upper opening edge of pattern tool 12 are dragged in shaper 12.The width of first sliding groove 304 glides less than first
The width of slot 303 meets the first connection sheet 405 and slides in first sliding groove 304, while not influencing the first slide plate 401 first
Sliding in gliding groove 303.
Round instant noodles production definition device as shown in Figs 1-4 is welded on the inner tip of shell and bottom end
Upper protruding block 305 and lower protruding block 307 offer the second upper hopper chute 306 on upper protruding block 305, offer the second downslide on lower protruding block 307
Slot 308, the second upper hopper chute 306 and the second gliding groove 308 and the first upper hopper chute 302 and the first gliding groove 303 are perpendicular, on second
Be slidably connected the second agitating device 5 in sliding slot 306 and the second gliding groove 308, convenient for the second agitating device 5 in the second upper hopper chute
306 and second sliding in gliding groove 308.Upper protruding block 305 and lower protruding block 307 are at the first upper hopper chute 302 and the first gliding groove 303
It offers fracture 310 and lower fracture 311 respectively, and upper fracture 310 and lower fracture 311 of same size and is greater than the first slide plate
The width of 401 top end face avoids influence of first agitating device 4 when moving by upper protruding block 305 and lower protruding block 307.Second
Agitating device 5 includes the second slide plate 501, second gear 503, second bevel gear 504 and the second connection sheet 505, the second slide plate 501
Upper and lower ends be slidably connected in the second upper hopper chute 306 and the second gliding groove 308, and in the first slide plate 401 up and down the first round
The distance between tooth 402 is greater than the width of the second slide plate 501, and the first slide plate 401 and the second slide plate 501 are moved simultaneously
And it does not influence each other.Second slide plate 501 is that reeded rectangular slab is opened in centre, and the groove upper end on the second slide plate 501 is under
End offers several second gear teeth 502, and second gear teeth 502 are meshed with second gear 503, in addition the axis of second gear 503
The heart is located at the middle position above and below in the second slide plate 501 between second gear teeth 502, and second gear 503 is semi-circle gear, the second tooth
Tooth on wheel 503 is distributed only over the half region at 503 edge of second gear, so that second gear 503 is able to drive second
Slide plate 501 moves reciprocatingly, and then the noodles from front-rear direction in agitation shaper 12 are convenient for the upper of shaper 12
The noodles on opening edge edge are stirred into shaper 12.Second gear 503 and second bevel gear 504 are welded to connect, first gear
403 are welded and fixed with first bevel gear 404 and connect, and second bevel gear 504 is meshed with first bevel gear 404 and second bevel gear
504 intersect and vertical with the axle center of first bevel gear 404, and first bevel gear 404 is sequentially connected second bevel gear
505, so that second gear 503 drives the second slide plate 501 to do the reciprocal fortune perpendicular with 401 direction of motion of the first slide plate
It is dynamic.The outboard end of second gear 503 is rotatably connected to support rod 9, and support rod 9 is L-type, and the other end of support rod 9 is welded and fixed
It is connected in the inner bottom of shell 301, convenient for second gear 503 is fixed on specific position rotation, so that second gear 503
It can guarantee that the second slide plate 501 reciprocatingly slides in the second upper hopper chute 306 and the second gliding groove 308.Second connection sheet 505 is L
Type, connection is welded and fixed in the both ends of the second slide plate 501, and there are two wherein one end of the second connection sheet 505, the second gliding grooves 308
The second sliding slot 309 that connection runs through lower protruding block 307 and shell 301 is inside offered, the other end of the second connection sheet 505 runs through second
It is outer and be welded and fixed and connect with the second agitator arm 11 that sliding slot 509 extends to shell 301, is connected to the convenient for the second connection sheet 505
The both ends of two slide plates 501, while being also convenient for the second connection sheet 505 and connecting the second agitator arm 11, enable the second agitator arm 11
As the second slide plate 501 moves reciprocatingly, and then convenient for the second agitator arm 11, front and back stirs noodles in shaper 12, so that
The noodles at the upper opening edge of shaper 12 are dragged in shaper 12.Under the width of second sliding slot 309 is less than second
The width of sliding slot 308 meets the second connection sheet 505 and slides in second sliding slot 309, while not influencing the second slide plate 501 the
Sliding in two gliding grooves 308.
Round instant noodles production definition device as shown in Figs. 1-2, the most bottom of the first agitator arm 10 and the second agitator arm 11
End in the same plane, and the first agitator arm 10 in shaper 12 smooth motion constantly the first agitator arm 10 in shaper
Length in 12 is the half of 12 depth of shaper, and driving wheel 101 is identical as the diameter of driven wheel 102 and is greater than calmly
The half of the depth of pattern tool 12, so that the first agitator arm 10 and the second agitator arm 11 can either stir in shaper 12
Noodles, while shaper 12 will not be damaged when being withdrawn out of shaper 12, and withdraw rear connecting column 104
In 103 upper end antikinesis of belt, the bottom end of the first agitator arm and the second agitator arm is far from the upper opening of shaper 12.Two
The distance between first agitator arm of root 10 be shaper 12 diameter one third, the first agitator arm 10 do exercises away from
It is moved from the distance between 3/4ths of the diameter for shaper 12, two second agitator arms 11 and the second agitator arm 11
Distance it is identical as the first agitator arm 10, guaranteeing that the first agitator arm 10 and the second agitator arm 11 can rationally stir noodles, making
The upper opening noodles for obtaining shaper 12 can be dragged in shaper 12, while but also the first agitator arm 10 and the second agitation
Bar 11 does not touch shaper 12 and damages, and influences the agitation to noodles in shaper 12.
Be embodied principle: when the raw material noodles of instant noodles are transmitted in shaper 12, shaper 12 with
Transmission belt continues to move to, and the reciprocal walking structure 1 above simultaneous transmission band remains operational state, and driving wheel 101 operates clockwise
It drives belt 103 and driven wheel 102 to operate clockwise, so that the lower end of belt 103 is consistent with transmission tape motion direction, and then makes
Device 3 must be adjusted as belt 103 moves reciprocatingly, moved when the connecting column 104 on belt 103 from the top of driven wheel
When the lowermost end of driven wheel 102, the first agitator arm 10 and the second agitator arm 11 just fall into the middle position of shaper 12, skin
Band 103 and transmission belt continue to move, and shaper 12 and about 3 device of adjustment keep relative static conditions at this time, and adjust dress
It sets the stirring motor 7 in 3 and remains operational state, stirring motor 7 drives first gear 403 to rotate by shaft 6, with the first tooth
Wheel 403 is meshed with first gear teeth 402 on the first slide plate 401, and then drives the first slide plate 401 in 302 He of the first upper hopper chute
Sliding in first gliding groove 303, when the tooth in first gear 403 moves to the right side from the left end for first gear teeth 402 being located above
When end, the completion of the first slide plate 401 is moved right, and first gear 403 is nibbled with underlying first gear teeth, 402 phase at the same time
It closes, when first gear 403 moves to left end from the right end of underlying first gear teeth 402, the first slide plate 401 is completed to the left
The movement in direction, as the first slide plate of rotation 401 of first gear 403 moves reciprocatingly, and then the first slide plate 401 drives first
Connecting plate 405 moves reciprocatingly in first sliding groove 304, and then drives the left and right agitation in shaper 12 of the first agitator arm 10
Noodles are dragged into the noodles of the upper opening positioned at shaper 12 in shaper 12, while the rotation of first gear 403 drives
First bevel gear 404 rotates, and first bevel gear 404 drives second bevel gear 504 to rotate, and then second gear 503 is driven to rotate,
Similarly second gear 503 drives the second slide plate 501 to reciprocatingly slide in the second upper hopper chute 306 and the second gliding groove 308, Jin Er
Two agitator arms 11 agitation noodles in left and right in shaper 12, the first agitator arm 10 and the second operation simultaneously of agitator arm 11 can fill
Divide and effectively the noodles for being located at upper opening are dragged in shaper 12, when connecting column 104 as belt 103 runs to driving wheel
Behind 101 bottom, continue to move with belt 103, adjustment device 3 is lifted upwards, until completely from shaper 12
Interior disengaging, when connecting column 104 runs to the top of driving wheel 101, adjustment device 3 reaches maximum height, and with belt
103 rotation reverse movement completes a period of motion to the top of driven wheel 102, continues to move 10 He of the first agitator arm
Second agitator arm 11 can fall into next row shaper 12 adjustment carried out to noodles.
First agitating device can use using the technical solution of the utility model and the second agitating device drives first to stir
Lever and the second agitator arm move reciprocatingly, and then the noodles for falling in shaper upper opening edge are dragged to shaper
In, while being transported convenient for the first agitating device and the second agitating device with the movement of shaper using reciprocal walking structure
It is dynamic, and then the noodles in shaper are adjusted by row, instead of artificial work, time saving and energy saving and reduction production cost, this is practical
It is novel to have a wide range of applications in food processing apparatus technical field.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (7)
1. round instant noodles production definition device, including shaper (12), which is characterized in that the shaper (12) is fixed
In transmission belt, it is equipped with reciprocal walking structure (1) above the transmission belt, reciprocal walking structure (1) company of being connected with
Fitting (2), the lower end of the connector (2) are fixed with adjustment device (3), and the adjustment device (3) includes shell (301), the
One agitating device (4) and the second agitating device (5) offer in the inner tip of the shell (301) and bottom end sliding on first
It is slidably connected in slot (302) and the first gliding groove (303), first upper hopper chute (302) and the first gliding groove (303) and first stirs
It moves device (4), is fixed with upper protruding block (305) and lower protruding block (307) in the inner tip of the shell (301) and bottom end, it is described
It is offered on upper protruding block (305) the second upper hopper chute (306), offers the second gliding groove (308), institute on the lower protruding block (307)
It states the second upper hopper chute (306) and the second gliding groove (308) and the first upper hopper chute (302) and the first gliding groove (303) is perpendicular, institute
It states and is slidably connected the second agitating device (5) in the second upper hopper chute (306) and the second gliding groove (308), first agitating device
(4) and the both ends of the second agitating device (5) are connected separately with the first agitator arm (10) and the second agitator arm (11), and described first stirs
The lower end of lever (10) and the second agitator arm (11) extends in shaper.
2. circle instant noodles production definition device according to claim 1, which is characterized in that the reciprocal walking structure
It (1) include reciprocating motor, driving wheel (101), driven wheel (102), belt (103) and connecting column (104), the reciprocating motor
Shaft is fixedly connected driving wheel (101), belt (103) connection driving wheel (101) and driven wheel (102), the connecting column
(104) it is fixedly connected on the outer surface of belt (103), the outboard end of the connecting column (104) exceeds the side of belt (103)
The outboard end on edge, the connecting column (104) offers pin hole (105), and the pin rod for carrying out pin resistance is equipped in the pin hole (105)
(106).
3. circle instant noodles production definition device according to claim 2, which is characterized in that the shaper (12) at
Row is fixed in transmission belt, and the distance between the driving wheel (101) and driven wheel (102) outermost end are that adjacent two rows are described fixed
Pattern has an one third of the distance between (12), and the lowermost end of first agitator arm (10) and the second agitator arm (11) is same
In one plane, first agitator arm (10) when shaper (12) is interior first agitator arm (10) in shaper (12)
Length is the half of shaper (12) depth.
4. circle instant noodles production definition device according to claim 2, which is characterized in that the connector (2) includes
Connecting plate (201) and connecting rod (202) offer connecting hole on the connecting plate (201), and the connecting plate (201) passes through company
It connects hole to be flexibly connected with connecting column (104), the lower end of the connecting plate (201) is fixedly connected with connecting rod (202), the connection
The lower end of bar (202) is fixedly connected on the top end face center of shell (301).
5. circle instant noodles production definition device according to claim 1, which is characterized in that first agitating device
It (4) include the first slide plate (401), first gear (403), first bevel gear (404) and the first connection sheet (405), described first
The upper and lower ends of slide plate (401) are slidably connected in the first upper hopper chute (302) and the first gliding groove (303), first slide plate
(401) reeded rectangular slab is opened for centre, the groove top and bottom on first slide plate (401) offer several the
One gear teeth (402), first gear teeth (402) are meshed with first gear (403), and the first gear (403) is half knuckle-tooth
It takes turns, the tooth on the first gear (403) is distributed only over the half region at first gear (403) edge, first tooth
Wheel (403) is fixedly connected with first bevel gear (404), shell corresponding to the lateral surface axle center of the first gear (403)
(301) it is fixed with stirring motor (7) outside side wall, the shaft (6) on the stirring motor (7) extends in shell (301) simultaneously
It is fixedly connected with first gear (403), first connection sheet (405) is L-type, is offered in first gliding groove (303)
Connection runs through the first sliding groove (304) of shell (301), and the width of the first sliding groove (304) is less than the first gliding groove (303)
Width, the both ends of first slide plate (401) are fixedly connected to wherein one end of two the first connection sheets (405), and described
The other end of a connecting piece (405) extends to shell (301) outside through first sliding groove (304) and fixes with the first agitator arm (10)
Connection.
6. circle instant noodles production definition device according to claim 5, which is characterized in that second agitating device
It (5) include the second slide plate (501), second gear (503), second bevel gear (504) and the second connection sheet (505), described second
The upper and lower ends of slide plate (501) are slidably connected in the second upper hopper chute (306) and the second gliding groove (308), second slide plate
(501) reeded rectangular slab is opened for centre, the groove top and bottom on second slide plate (501) offer several the
Two gear teeth (502), second gear teeth (502) are meshed with second gear (503), and the second gear (503) is half knuckle-tooth
It takes turns, the tooth on the second gear (503) is distributed only over the half region at second gear (503) edge, second tooth
Wheel (503) be fixedly connected with second bevel gear (504), the second bevel gear (504) be meshed with first bevel gear (404) and
Second bevel gear (504) intersects with the axle center of first bevel gear (404) and vertical, the outboard end turn of the second gear (503)
Dynamic to be connected with support rod (9), the support rod (9) is L-type, and the other end of the support rod (9) is fixedly connected on shell (301)
Inner bottom on, second connection sheet (505) is L-type, is offered in second gliding groove (308) convex under connection runs through
The second sliding slot (309) of block (307) and shell (301), the width of the second sliding slot (309) is less than the second gliding groove (308)
Width, the both ends of second slide plate (501) are fixedly connected to wherein one end of two the second connection sheets (505), described
The other end of second connection sheet (505) extends to shell (301) outside through second sliding slot (309) and consolidates with the second agitator arm (11)
Fixed connection.
7. circle instant noodles production definition device according to claim 5 or 6, which is characterized in that the upper protruding block (305)
Offer upper fracture (310) and lower disconnected respectively at the first upper hopper chute (302) and the first gliding groove (303) with lower protruding block (307)
The width of the top end face of same size and being greater than the first slide plate (401) of mouth (311), the upper fracture (310) and lower fracture (311)
It spends, the distance between first gear teeth (402) are greater than the width of the second slide plate (501) up and down in first slide plate (401), described
It is fixed with outside another side wall of the opposite shell (301) of stirring motor (7) convenient for the clump weight (8) of shell (301) gravity balance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821297891.1U CN209300251U (en) | 2018-08-13 | 2018-08-13 | Round instant noodles production definition device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821297891.1U CN209300251U (en) | 2018-08-13 | 2018-08-13 | Round instant noodles production definition device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209300251U true CN209300251U (en) | 2019-08-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821297891.1U Expired - Fee Related CN209300251U (en) | 2018-08-13 | 2018-08-13 | Round instant noodles production definition device |
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| Country | Link |
|---|---|
| CN (1) | CN209300251U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111802579A (en) * | 2020-06-01 | 2020-10-23 | 安徽德旺食品科技有限责任公司 | Shaping device for producing non-fried instant noodles |
-
2018
- 2018-08-13 CN CN201821297891.1U patent/CN209300251U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111802579A (en) * | 2020-06-01 | 2020-10-23 | 安徽德旺食品科技有限责任公司 | Shaping device for producing non-fried instant noodles |
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Granted publication date: 20190827 Termination date: 20210813 |