CN203233956U - Manual fried dough twist imitated forming machine - Google Patents
Manual fried dough twist imitated forming machine Download PDFInfo
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- CN203233956U CN203233956U CN 201320295147 CN201320295147U CN203233956U CN 203233956 U CN203233956 U CN 203233956U CN 201320295147 CN201320295147 CN 201320295147 CN 201320295147 U CN201320295147 U CN 201320295147U CN 203233956 U CN203233956 U CN 203233956U
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Abstract
The utility model provides a manual fried dough twist imitated forming machine. The forming machine comprises a rack, a tabletting device, a cutter device, a pushing device, a forming device, an oil brushing device, an automatic tray arranging device and a power device, wherein the rack is used for fixing the other components, the tabletting device, the cutter device, the pushing device, the forming device, the oil brushing device and the automatic tray arranging device are connected sequentially, the power device is used for respectively driving the tabletting device, the cutter device, the pushing device, the forming device and the tray arranging device through a transmission device, the oil brushing device comprises an oil box, an oil dripping tube and an oil brushing roller which are connected sequentially, and the power device comprises a first motor, a second motor and a frequency changer of the second motor, which are arranged in the rack. The manual fried dough twist imitated forming machine provided by the utility model is flexible and can be used for forming fried dough twists in different sizes and thicknesses.
Description
Technical field
The utility model relates to the food processing machinery technical field, is specifically related to a kind of imitative manual twist molding machine.
Background technology
Fried dough twist mouthfeel crisp-fried is crisp, is the common food that a kind of people like, and sales volume is very large.The processing of at present fried dough twist is to twist by craft mostly, and the fried dough twist quality that twists by hand is crisp, but health is difficult to ensure card, profile disunity, efficient is low, labour intensity is large.Unified attractive in appearance, the high productivity of the fried dough twist profile of machining, cost are low.CN2689705Y disclosed a kind of " Multifunction fried dough twist machine " and CN201821854 disclosed a kind of " Novel Chinese doughnut machine ", its principle is that the dough that utilizes screw rod rotation to become reconciled is conveyed into the fried dough twist shaped device from containing the extruding of fabric case, kinks out fried dough twist through the fried dough twist shaped device of planetary gear construction.Screw rod is constantly sheared, is pushed dough in the process.The institutional framework of dough is subject to heavy damage, and the fried dough twist of making is hard, mouthfeel is poor.
CN202819450U disclosed " a kind of imitative hand rubbing twist drills machine " comprises frame, motor, transmission mechanism, compressing tablet conveying mechanism, oil supply mechanism, cutting agency, separating mechanism, delivery device and shaping mechanism.Dough compressing tablet, slitting, the separation that to become reconciled during work also is washed into ∧ shape, twists into fried dough twist through shaping mechanism.The complete imitate manual of the fried dough twist that twists, the fried dough twist mouthfeel is good.But its motor is one, and the distance between compressing tablet conveying mechanism barrel velocity and the pressure roller can not be regulated, and can only twist the identical fried dough twist of big or small thickness, the machine underaction.
The utility model content
The technical problem that the utility model solves is to provide a kind of imitative manual twist molding machine, the problems such as machine underaction.
The utility model discloses a kind of imitative manual twist molding machine, comprise frame, preforming device, cutter, pusher, shaped device, brush oily device, automatically row is coiled device, power set, frame is used for fixing other parts, preforming device, cutter, pusher, shaped device, brush oily device, automatically row is coiled the device sequence connection, power set drive respectively preforming device by transmission device, cutter, pusher, shaped device, row is coiled device, the oily device of described brush comprises the oil box that connects successively, oil dripping tube, oil brushing roller, described power set comprise the first motor that places frame, the frequency converter of the second motor and the second motor.
The utility model is compared institute and had following beneficial effect with prior art: machine is flexible, can twist the not identical fried dough twist of big or small thickness.
Description of drawings
When considered in conjunction with the accompanying drawings, by the following detailed description of reference, can more completely understand better the utility model and easily learn wherein many advantages of following, accompanying drawing described herein is used to provide further understanding of the present utility model, consist of a part of the present utility model, illustrative examples of the present utility model and explanation thereof are used for explaining the utility model, do not consist of to improper restriction of the present utility model, wherein:
Fig. 1 is the utility model embodiment complete machine structure schematic diagram front view.
Fig. 2 is the utility model embodiment complete machine structure A-A cutaway view.
Fig. 3 is the utility model embodiment complete machine structure schematic diagram left view.
Fig. 4 is the utility model embodiment shaped device schematic diagram top view.
Fig. 5 is the utility model embodiment shaped device B-B cutaway view.
Fig. 6 is the utility model embodiment shaped device C-C cutaway view.
Fig. 7 is the utility model embodiment pusher structural representation.
Fig. 8 is the utility model embodiment transmission shaft structure schematic diagram.
Fig. 9 is the quiet washboard schematic diagram of the utility model embodiment.
The specific embodiment
Describe referring to Fig. 1-9 couple of embodiment of the present utility model.
For above-mentioned purpose, feature and advantage can be become apparent more, below in conjunction with the drawings and specific embodiments the utility model is described in further detail.
As shown in Figure 1, a kind of imitative manual twist molding machine, comprise frame 1, preforming device 2, cutter 3, pusher 4, shaped device 5, brush oily device 6, automatically row is coiled device 7, power set 8, frame 1 is used for fixing other parts, preforming device 2, cutter 3, pusher 4, shaped device 5, brush oily device 6, automatic row is coiled device 7 and is linked in sequence, power set 8 drive respectively preforming device 2 by transmission device, cutter 3, pusher 4, shaped device 5, row is coiled device 7, the oily device of described brush (6) comprises the oil box that connects successively, oil dripping tube 6.1, oil brushing roller 6.2, described power set comprise the first motor 8.1 that places frame, the frequency converter of the second motor 8.2 and the second motor 8.2.
Shown in Fig. 2-3, described preforming device comprises pressure surface roller group assembly 2.1, advance face carriage 2.2, chances of losing games conveyer belt 2.3, pressure surface roller group the first bracing frame 2.4 and the second bracing frame 2.5, pressure surface roller group assembly 2.1 is fixed on the first bracing frame 2.4 and the second bracing frame 2.5, the first bracing frame 2.4 and the second bracing frame 2.5 are fixed on the frame 1, advance face carriage 2.2 and comprise supporting leg (2.21), support body 2.22, PE roller 2.23, two are entered face carriage 2.2 two ends and are articulated in respectively pressure surface roller group assembly 2.1 two ends, described pressure surface roller group assembly (2.1) comprises gripper shoe 2.11, active pressure surface roller 2.12, driven pressure surface roller 2.13, slider shaft holder 2.14, the first gear 2.15, the second gear 2.16, tooth sprocket 2.17, middle transition gear 2.18, baffle plate 2.19, two active pressure surface rollers, 2.12 bearings at both ends are directly installed in the gripper shoe 2.11, two driven pressure surface roller 2.13 bearings at both ends are installed in the slider shaft holder 2.14, slider shaft holder 2.14 places the chute of two gripper shoes 2.11 and can move at chute, can regulate two groups of pressure surface rolling surface gaps by adjusting bolt, the second motor 8.2 is by motor sprocket 8.4, initiatively pressure surface roller right gear sprocket wheel 2.17 drives an initiatively pressure surface roller 2.12, this active pressure surface roller drives another initiatively pressure surface roller by intermeshing tooth sprocket 2.17 and the first gear 2.15, initiatively in the middle of the second gear 2.16 of pressure surface roller 2.12 left ends and the driven pressure surface roller 2.13 left end gears 2.16 two middle transition gears 2.18 and successively engagement are arranged, the rotation of two active pressure surface rollers 2.12 is rotated with the direction that initiatively the pressure surface roller is opposite by gear driven two driven pressure surface rollers 2.13, the second motor 8.2 is by Frequency Converter Control, can change its rotating speed, described chances of losing games conveyer belt 2.3 comprises conveyer belt 2.31, drive roll 2.32, driven voller 2.33, drive roll 2.31 is fixed on the pressure surface roller group bracing frame 2.4 by bearing block, driven voller 2.33 is fixed on the cutter gripper shoe 3.1, is installed in from the sprocket wheel 2.20 of dynamic pressure roller 2.13 left ends and drives the sprocket wheel 2.35 drive chances of losing games conveyer belts 2.31 forward operations that are installed in conveyer belt drive roll 2.32 left sides.
As shown in Figure 4, described cutter comprises left-and-right supporting plate 3.1, power transmission shaft 3.2, camshaft 3.3, cam 3.4, sprocket wheel 3.5, slide block slide rail 3.6, cutting knife installing plate 3.7, cutting knife 3.8, lower fixed cutting tool 3.9, extension spring 3.10, hairbrush 3.11, two gripper shoes 3.1 are fixed on the frame 1, cam 3.4 is connected to camshaft 3.3 two ends by key, about two slide block slide rails 3.6 are fixed on two gripper shoes 3.1, cutting knife installing plate 3.7 is fixed on the slide block 3.6, cam bawl 3.12 is threaded on the cutting knife installing plate 3.7, cutting knife 3.8 two ends are installed on the cutting knife installing plate 3.7, power transmission shaft 3.2, camshaft 3.3, hairbrush 3.11 left sides are fixed with respectively sprocket wheel 3.5 in correspondence with each other, and connect with chain, the first motor 8.1 is by sprocket wheel 8.3, power transmission shaft 3.2 upper sprocket wheels 3.13 transmissions drive power transmission shaft 3.2 and rotate, the camshaft 3.3 that power transmission shaft 3.2 upper sprocket wheels 3.5 drive by same chain drive, hairbrush 3.11 rotates, camshaft rotates, cam 3.4 rotates to pressing down slide block slide rail 3.6 and drives the descending tangent plane of cutting knife, slide block slide rail 3.6 drives horizontal reset by extension spring 3.10 when cam 3.4 backhaul, the realization cutting knife pumps, it is lower that hairbrush 3.11 rotates the noodles brush that cutting knife is downcut, cutter work.
As shown in Figure 5, described pusher comprises eccentric disc 4.1, connecting rod 4.2, ∧ type pushing plate (4.3), ∧ type pushing plate support plate (4.4), slide block slide rail 4.5, connecting rod 4.2 1 ends and eccentric disc 4.1 are hinged, the other end and ∧ type pushing plate 4.3 are hinged, ∧ type pushing plate 4.3 front ends are the ∧ shape, ∧ type pushing plate height is a little more than strip dough sheet thickness, ∧ type pushing plate bottom is fixed on the slide block slide rail 4.5, slide block slide rail 4.5 is installed in the frame 1, power transmission shaft 3.2 is by being fixed on power transmission shaft left side sprocket wheel 4.6, being fixed on eccentric disc 4.1 axle head sprocket wheels 4.7 transmissions drive eccentric disc 4.1 rotates synchronously, the rotation of eccentric disc 4.1 drives with the hinged ∧ type pushing plate 4.3 of connecting rod 4.2 along frame 1 top shoe slide rail 4.5 front-rear reciprocation movements by connecting rod 4.2, the dough sheet that hairbrush 3.11 brushes are fallen on the ∧ type pushing plate support plate (4.4) pushes forward, its anterior one-tenth ∧ shape of ∧ type pushing plate support plate (4.4), when ∧ type pushing plate (4.3) ∧ type head is crossed ∧ type pushing plate support plate (4.4) ∧ head, the strip dough sheet that the propelling movement process becomes the ∧ type drops on the shaped device, pusher 4 work.
As shown in Figure 6, shaped device comprises washboard conveyer belt 5.1, drive roll 5.2, ∧ type head voltage stabilizing band 5.3, voltage stabilizing wheel 5.4, quiet washboard (5.5), washboard support 5.6, driven roller 5.7, auxiliary conveyer belt 5.8, auxiliary roller of conveyer belt 5.9, cutter assembly 5.10, sprocket wheel 5.11, sprocket wheel 5.12, bevel gear 5.13, conveying substrate 5.14, described washboard conveyer belt 5.1 its surfaces are spiculation.Two ∧ type head voltage stabilizing bands 5.3 are enclosed within two pairs of voltage stabilizing wheels upper 5.4, two pairs of voltage stabilizings wheel 5.4 is fixed on the frame by bearing plate, two ∧ type head voltage stabilizing bands 5.3 are parallel to each other and are parallel with washboard conveyer belt 5.1, its spacing is approximately the height of the dough sheet of processing, and its voltage stabilizing wheel side and conveying substrate 5.14 sidewalls are fitted, bottom ∧ type head voltage stabilizing band 5.3 upper surfaces are a little more than washboard conveyer belt plane, quiet washboard 5.5 is bolted on the washboard support 5.6, washboard support 5.6 is fixedly mounted on the frame 1, make quiet washboard 5.5 parallel being on the washboard conveyer belt 5.1, and its working surface is relative with the washboard conveyer belt, described quiet washboard 5.5 is divided into two plane domains that difference in height is arranged---regional I and regional II, I surface, zone exceeds regional II surface, zone I working face is slightly less than strip dough sheet height from washboard conveyer belt 5.1 upper surfaces distance, quiet washboard 5.1 working surfaces are zigzag, described auxiliary roller of conveyer belt 5.9 is parallel with driven cylinder 5.7, one end is installed in conveying substrate 5.14 sidewalls, the other end is installed in voltage stabilizing and takes turns on 5.4 bearing plates, and by adjustment screw adjusting tensioning, auxiliary conveyer belt 5.8 is enclosed within on driven cylinder 5.7 and the auxiliary roller of conveyer belt 5.9, auxiliary conveyer belt 5.8 and the alignment of washboard conveyer belt 5.1 sides, washboard conveyer belt 5.1 tops, quiet washboard 5.5 rear portion are equipped with for the cutter assembly 5.10 that cuts off the fried dough twist afterbody, guarantee that fried dough twist length is consistent, power transmission shaft 3.2 rotates by the conveyer belt drive roll 5.2 that bevel gear 5.13 transmissions fixing on bevel gear (5.13) on it and the drive roll 5.2 drive shaping mechanism, drive roll drives washboard conveyer belt 5.1 and moves to frame one end, and drive driven roller 5.7 and rotate, 5.8 operations of driven cylinder 5.7 band dynamic auxiliary conveyer belts, drive roll 5.2 drives voltage stabilizing wheel 5.4 by sprocket wheel 5.11 and sprocket wheel 5.12 transmissions and rotates.The voltage stabilizing wheel is by intermeshing two gear drives up and down, and two groups of ∧ type head voltage stabilizing bands rotate in opposite directions, and ∧ type head voltage stabilizing band linear velocity is 1/2 of washboard conveyer belt linear velocity.
As shown in Figure 7, described quiet washboard is comprised of washboard gripper shoe, washboard substrate, washboard, and washboard is pasted by the PU band of two great friction coefficients and formed, and forms two zones that difference in height is slightly less than the strip-shaped surface tape thickness along an oblique line.Washboard is pasted on the washboard substrate, is fixed with 3 screw mandrels on the washboard substrate, and is fixed on the washboard support 5.6 by spring and wing nut.
Shown in Fig. 8-9, described voltage stabilizing wheel 5.4 is grooved belt pulleys, ∧ type head voltage stabilizing band 5.3 is band dentation belts, the plane up, two pairs of voltage stabilizing wheel consistencies from top to bottom, two ∧ type head voltage stabilizing band 5.3 synchronized, opposite direction rotatings, parallel with washboard conveyer belt 5.1, its linear velocity is 1/2 of washboard conveyer belt 5.1.
Below be that the course of work is described:
1, adjusts on the pressure surface roller group between two baffle plates 2.19 width to suitable size, will from wearing of suppressing of oodle maker be divided into two parts be placed on before and after on the two charging carriages 2.2 and introduce the pressure surface roller group, wear the dough sheet that is pressed into required width by pressure surface roller 2.12,2.13.Drop on the conveyer belt 2.31 of pressure surface roller group 2.1 belows with identical speed and be fed forward, open oil spreading device 6, in the position that the front and back dough sheet is not fitted, between the two sides band of front and back, evenly smear edible oil, make two unlikely a slices that are bonded to.Conveyer belt 2.31 is to send overlapping dough sheet into cutting agency with the identical speed of dough sheet compacting.
2, cam 3.4 rotarily drives cutting knife (3.8) and pumps, the shape of when cutting knife is descending double-deck dough sheet being cut into inch strips, when cutting knife was up, hairbrush 3.11 rotates to cut knife-edge part with under the strip dough sheet brush that downcuts, and falls above the ∧ type pushing plate support plate (4.4).
3, the gyration of eccentric disc 4.1 drives ∧ type push pedal 4.3 front-rear reciprocation movements by connecting rod 4.2, when hairbrush 3.11 was fallen strip dough sheet brush on the ∧ type pushing plate support plate (4.4), eccentric disc 4.1 drove ∧ type pushing plates (4.3) and moves forward near position, strip dough sheet whereabouts.Eccentric disc 4.1 continues rotation, and the anterior ∧ type of ∧ type pushing plate (4.3) position promotion strip dough sheet pushes forward then, makes the strip dough sheet push into the ∧ shape.When being pushed to the ∧ shape head of gripper shoe front portion, on the washboard conveyer belt 5.1 of the shaped device 5 below dropping down onto.∧ type pushing plate begins to return, and returns in the way cutting knife 3.8 beginning descending, and when ∧ type pushing plate retreated into position, strip dough sheet whereabouts, cutting knife downcut dough sheet, and by hairbrush 3.11 that its brush is lower.So always periodic duty.
4, the strip-shaped surface sheet is fallen on the washboard conveyer belt 5.1 of shaped device, move to the shaped device afterbody with conveyer belt, its course of work is as follows: the tip of ∧ shape dough sheet enters up and down between the ∧ shape head voltage stabilizing band 5.3, two tail ends enter between quiet washboard 5.5 and the washboard conveyer belt 5.1, ∧ type head voltage stabilizing band 5.3 is being pressed the same direction operation of ∧ profile bar tip and washboard conveyer belt, speed is 1/2 of washboard conveyer belt 5.1.Washboard is the most advanced and sophisticated bottom of pressed surface bar still then, the washboard conveyer belt of operation and quiet washboard produce rolling to two noodles of centre forward, so its speed also is 1/2 of washboard conveyer belt, face section between ∧ type head voltage stabilizing band and quiet washboard is just reversed always, when running to forward the compacting of the most advanced and sophisticated ∧ of disengaging of ∧ profile sheet type head voltage stabilizing band with conveyer belt, the dough sheet tip is without any constraint, most advanced and sophisticated to the two bursts of rapid twistings of double-deck dough sheet in ground of washboard section together, be twisted into fried dough twist.Then the head of fried dough twist enters position between washboard and the auxiliary conveyer belt, and is in the regional II position of quiet washboard, and rotates with conveyer belt, and this moment, twisting fried dough twist afterbody did not together rotate between washboard conveyer belt and quiet washboard zone I.Quiet washboard zone II is oblique line along the conveyer belt direction of motion and broadens.The not stall of fried dough twist afterbody is moving, and the rotation of fried dough twist head is then twisted together with two strands of dough sheets, and constantly advances increase length twisted together to the fried dough twist afterbody.When two dough sheets of fried dough twist afterbody were in the broad gap fully, fried dough twist twists to be finished, and falls down from conveyer belt.
5, finished product box is made by plank, and from the slit of bottom, finished product box storehouse by tape transport out, fried dough twist drops on the finished product box from the shaped device conveyer belt, and marshalling.
As mentioned above, embodiment of the present utility model is explained, but as long as not breaking away from fact inventive point of the present utility model and effect can have a lot of distortion, this will be readily apparent to persons skilled in the art.Therefore, such variation also all is included within the protection domain of the present utility model.
Claims (7)
1. imitate manual twist molding machine for one kind, it is characterized in that: comprise frame (1), preforming device (2), cutter (3), pusher (4), shaped device (5), brush oily device (6), automatically row is coiled device (7), power set (8), frame (1) is used for fixing other parts, preforming device (2), cutter (3), pusher (4), shaped device (5), brush oily device (6), automatic row is coiled device (7) and is linked in sequence, power set (8) drive respectively preforming device (2) by transmission device, cutter (3), pusher (4), shaped device (5), automatically row is coiled device (7), the oily device of described brush (6) comprises the oil box that connects successively, oil dripping tube (6.1), oil brushing roller (6.2), described power set (8) comprise the first motor (8.1) that places frame, the frequency converter of the second motor (8.2) and the second motor (8.2).
2. described imitative manual twist molding machine according to claim 1, it is characterized in that, described preforming device (2) comprises pressure surface roller group assembly (2.1), advance face carriage (2.2), chances of losing games conveyer belt (2.3), pressure surface roller group the first bracing frame (2.4) and the second bracing frame (2.5), pressure surface roller group assembly (2.1) is fixed on the first bracing frame (2.4) and the second bracing frame (2.5), the first bracing frame (2.4) and the second bracing frame (2.5) are fixed on the frame (1), advance face carriage (2.2) and comprise supporting leg (2.21), support body (2.22), PE roller (2.23), two are entered face carriage (2.2) two ends and are articulated in respectively pressure surface roller group assembly (2.1) two ends, described pressure surface roller group assembly (2.1) comprises gripper shoe (2.11), active pressure surface roller (2.12), driven pressure surface roller (2.13), slider shaft holder (2.14), the first gear (2.15), the second gear (2.16), tooth sprocket (2.17), middle transition gear (2.18), baffle plate (2.19), two active pressure surface roller (2.12) bearings at both ends are directly installed in the gripper shoe (2.11), two driven pressure surface roller (2.13) bearings at both ends are installed in the slider shaft holder (2.14), slider shaft holder (2.14) places the chute of two gripper shoes (2.11) and can move at chute, can regulate two groups of pressure surface rolling surface gaps by adjusting bolt, the second motor (8.2) is by motor sprocket (8.4), initiatively pressure surface roller right gear sprocket wheel (2.17) drives an initiatively pressure surface roller (2.12), this active pressure surface roller drives another initiatively pressure surface roller by intermeshing tooth sprocket (2.17) and the first gear (2.15), two middle transition gears (2.18) and successively engagement are initiatively arranged in the middle of second gear (2.16) of pressure surface roller (2.12) left end and driven pressure surface roller (2.13) the left end gear (2.16), the rotation of two active pressure surface rollers (2.12) is rotated with the direction that initiatively the pressure surface roller is opposite by gear driven two driven pressure surface rollers (2.13), the second motor (8.2) is by Frequency Converter Control, can change its rotating speed, described chances of losing games conveyer belt (2.3) comprises conveyer belt (2.31), drive roll (2.32), driven voller (2.33), drive roll (2.31) is fixed on the pressure surface roller group bracing frame (2.4) by bearing block, driven voller (2.33) is fixed on the cutter gripper shoe (3.1), is installed in to drive the sprocket wheel (2.35) that is installed in conveyer belt drive roll (2.32) left side from the sprocket wheel (2.20) of dynamic pressure roller (2.13) left end and drive chances of losing games conveyer belt (2.31) and move forward.
3. imitative manual twist molding machine according to claim 1, it is characterized in that, described cutter (3) comprises left-and-right supporting plate (3.1), power transmission shaft (3.2), camshaft (3.3), cam (3.4), sprocket wheel (3.5), slide block slide rail (3.6), cutting knife installing plate (3.7), cutting knife (3.8), lower fixed cutting tool (3.9), extension spring (3.10), hairbrush (3.11), two gripper shoes (3.1) are fixed on the frame (1), cam (3.4) is connected to camshaft (3.3) two ends by key, about two slide block slide rails (3.6) are fixed on two gripper shoes (3.1), cutting knife installing plate (3.7) is fixed on the slide block (3.6), cam bawl (3.12) is threaded on the cutting knife installing plate (3.7), cutting knife (3.8) two ends are installed on the cutting knife installing plate (3.7), power transmission shaft (3.2), camshaft (3.3), hairbrush (3.11) left side is fixed with respectively sprocket wheel (3.5) in correspondence with each other, and connect with chain, the first motor (8.1) is by sprocket wheel (8.3), power transmission shaft (3.2) upper sprocket wheel (3.13) transmission drives power transmission shaft (3.2) and rotates, power transmission shaft (3.2) upper sprocket wheel (3.5) drives the camshaft (3.3) by same chain drive, hairbrush (3.11) rotates, camshaft rotates, cam (3.4) rotates to pressing down slide block slide rail (3.6) and drives the descending tangent plane of cutting knife, when cam (3.4) backhaul slide block slide rail (3.6) by extension spring (3.10) drive on horizontal reset, the realization cutting knife pumps, it is lower that hairbrush (3.11) rotates the noodles brush that cutting knife is downcut, cutter work.
4. described imitative manual twist molding machine according to claim 1, it is characterized in that, described pusher (4) comprises eccentric disc (4.1), connecting rod (4.2), ∧ type pushing plate (4.3), ∧ type pushing plate support plate (4.4), slide block slide rail (4.5), connecting rod (4.2) one ends and eccentric disc (4.1) are hinged, the other end and ∧ type pushing plate (4.3) are hinged, ∧ type pushing plate (4.3) front end is the ∧ shape, ∧ type pushing plate height is a little more than strip dough sheet thickness, ∧ type pushing plate bottom is fixed on the slide block slide rail (4.5), slide block slide rail (4.5) is installed in the frame (1), power transmission shaft (3.2) is by being fixed on power transmission shaft left side sprocket wheel (4.6), be fixed on eccentric disc (4.1) axle head sprocket wheel (4.7) transmission and drive synchronously rotation of eccentric disc (4.1), the rotation of eccentric disc (4.1) drives with the hinged ∧ type pushing plate (4.3) of connecting rod (4.2) along frame (1) top shoe slide rail (4.5) front-rear reciprocation movement by connecting rod (4.2), the dough sheet that hairbrush (3.11) brush is fallen on the ∧ type pushing plate support plate (4.4) pushes forward, its anterior one-tenth ∧ shape of ∧ type pushing plate support plate (4.4), when ∧ type pushing plate (4.3) ∧ type head is crossed ∧ type pushing plate support plate (4.4) ∧ head, the strip dough sheet that the propelling movement process becomes the ∧ type drops on the shaped device, pusher (4) work.
5. imitative manual twist molding machine according to claim 1, it is characterized in that, shaped device (5) comprises washboard conveyer belt (5.1), drive roll (5.2), ∧ type head voltage stabilizing band (5.3), voltage stabilizing wheel (5.4), quiet washboard (5.5), washboard support (5.6), driven roller (5.7), auxiliary conveyer belt (5.8), auxiliary roller of conveyer belt (5.9), cutter assembly (5.10), sprocket wheel (5.11), sprocket wheel (5.12), bevel gear (5.13), conveying substrate (5.14), its surface of described washboard conveyer belt (5.1) is spiculation; Two ∧ type head voltage stabilizing bands (5.3) are enclosed within two pairs of voltage stabilizing wheels upper (5.4), two pairs of voltage stabilizing wheels (5.4) are fixed on the frame by bearing plate, two ∧ type head voltage stabilizing bands (5.3) are parallel to each other and are parallel with washboard conveyer belt (5.1), its spacing is approximately the height of the dough sheet of processing, and its voltage stabilizing wheel side and conveying substrate (5.14) sidewall are fitted, bottom ∧ type head voltage stabilizing band (5.3) upper surface is a little more than washboard conveyer belt plane, quiet washboard (5.5) is bolted on the washboard support (5.6), washboard support (5.6) is fixedly mounted on the frame (1), make that quiet washboard (5.5) is parallel to be on the washboard conveyer belt (5.1), and its working surface is relative with the washboard conveyer belt, described quiet washboard (5.5) is divided into two plane domains that difference in height is arranged---regional I and regional II, I surface, zone exceeds regional II surface, zone I working face is slightly less than strip dough sheet height from washboard conveyer belt (5.1) upper surface distance, quiet washboard (5.1) working surface is zigzag, described auxiliary roller of conveyer belt (5.9) is parallel with driven cylinder (5.7), one end is installed in conveying substrate (5.14) sidewall, the other end is installed on voltage stabilizing wheel (5.4) bearing plate, and by adjustment screw adjusting tensioning, auxiliary conveyer belt (5.8) is enclosed within on driven cylinder (5.7) and the auxiliary roller of conveyer belt (5.9), auxiliary conveyer belt (5.8) and the alignment of washboard conveyer belt (5.1) side, quiet washboard (5.5) rear portion washboard conveyer belt (5.1) top is equipped with for the cutter assembly (5.10) that cuts off the fried dough twist afterbody, guarantee that fried dough twist length is consistent, power transmission shaft (3.2) rotates by the conveyer belt drive roll (5.2) that bevel gear (5.13) on it and upper fixing bevel gear (5.13) transmission of drive roll (5.2) drive shaping mechanism, drive roll drives washboard conveyer belt (5.1) and moves to frame one end, and drive driven roller (5.7) and rotate, driven cylinder (5.7) band dynamic auxiliary conveyer belt (5.8) operation, drive roll (5.2) drives voltage stabilizing wheel (5.4) by sprocket wheel (5.11) and sprocket wheel (5.12) transmission and rotates; The voltage stabilizing wheel is by intermeshing two gear drives up and down, and two groups of ∧ type head voltage stabilizing bands rotate in opposite directions, and ∧ type head voltage stabilizing band linear velocity is 1/2 of washboard conveyer belt linear velocity.
6. imitative manual twist molding machine according to claim 5, it is characterized in that, described quiet washboard (5.5) is comprised of washboard gripper shoe, washboard substrate, washboard, washboard is pasted by the PU band of two great friction coefficients and is formed, form two zones that difference in height is slightly less than the strip-shaped surface tape thickness along an oblique line, washboard is pasted on the washboard substrate, is fixed with 3 screw mandrels on the washboard substrate, and is fixed on the washboard support (5.6) by spring and wing nut.
7. imitative manual twist molding machine according to claim 5, it is characterized in that, described voltage stabilizing wheel (5.4) is the grooved belt pulley, ∧ type head voltage stabilizing band (5.3) is band dentation belt, the plane up, two pairs of voltage stabilizings wheel consistencies from top to bottom, two ∧ type head voltage stabilizing bands (5.3) are synchronized, opposite direction rotating, parallel with washboard conveyer belt (5.1), its linear velocity is 1/2 of washboard conveyer belt (5.1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320295147 CN203233956U (en) | 2013-05-28 | 2013-05-28 | Manual fried dough twist imitated forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN 201320295147 CN203233956U (en) | 2013-05-28 | 2013-05-28 | Manual fried dough twist imitated forming machine |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103766425A (en) * | 2014-01-26 | 2014-05-07 | 韩学珍 | Static-pressure large fried dough twist machine |
| CN105394116A (en) * | 2015-12-20 | 2016-03-16 | 邹桂平 | Twisting forming device of bangbangmo |
| CN105851857A (en) * | 2016-04-27 | 2016-08-17 | 绵阳仙特米业有限公司 | Noodles suitable for middle-aged and aged people and processing method of noodles |
| CN109077083A (en) * | 2018-06-28 | 2018-12-25 | 九江辅创知识产权运营有限公司 | A kind of hollow noodle shaper |
| CN109263391A (en) * | 2018-11-01 | 2019-01-25 | 长沙鑫元科技有限公司 | It is a kind of to roll cake device for clay sculpture |
| CN112314655A (en) * | 2020-11-26 | 2021-02-05 | 倪海利 | Conveyer belt, conveyor and shaping collating unit of fried dough twist production usefulness |
| CN112471195A (en) * | 2020-11-26 | 2021-03-12 | 倪海利 | Rotary cutter, ending device, forming device and method for fried dough twist production |
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2013
- 2013-05-28 CN CN 201320295147 patent/CN203233956U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103766425A (en) * | 2014-01-26 | 2014-05-07 | 韩学珍 | Static-pressure large fried dough twist machine |
| CN103766425B (en) * | 2014-01-26 | 2016-03-09 | 韩学珍 | Static pressure cannabis machine |
| CN105394116A (en) * | 2015-12-20 | 2016-03-16 | 邹桂平 | Twisting forming device of bangbangmo |
| CN105851857A (en) * | 2016-04-27 | 2016-08-17 | 绵阳仙特米业有限公司 | Noodles suitable for middle-aged and aged people and processing method of noodles |
| CN109077083A (en) * | 2018-06-28 | 2018-12-25 | 九江辅创知识产权运营有限公司 | A kind of hollow noodle shaper |
| CN109263391A (en) * | 2018-11-01 | 2019-01-25 | 长沙鑫元科技有限公司 | It is a kind of to roll cake device for clay sculpture |
| CN112314655A (en) * | 2020-11-26 | 2021-02-05 | 倪海利 | Conveyer belt, conveyor and shaping collating unit of fried dough twist production usefulness |
| CN112471195A (en) * | 2020-11-26 | 2021-03-12 | 倪海利 | Rotary cutter, ending device, forming device and method for fried dough twist production |
| CN112314655B (en) * | 2020-11-26 | 2024-04-19 | 倪海利 | Conveying belt, conveying device and forming and arranging device for fried dough twist production |
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