CN1187938A - Fully automatic equipment for preparing fried dough twist - Google Patents
Fully automatic equipment for preparing fried dough twist Download PDFInfo
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- CN1187938A CN1187938A CN97122071A CN97122071A CN1187938A CN 1187938 A CN1187938 A CN 1187938A CN 97122071 A CN97122071 A CN 97122071A CN 97122071 A CN97122071 A CN 97122071A CN 1187938 A CN1187938 A CN 1187938A
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Abstract
The fully automatic equipment for preparing fried dough twist includes reduction box, extruding machine forming strengthening device fixed on the left end of upper board surface of the reduction box, twist forming device fixed on the right end, motor positioned at left side, pulley friction clutch placed on the input shaft positioned in middle of the board surface, the extruding machine pulley connected with motor pulley and input shaft pulley via belt, external protective shell, right output end connected with strengthening device, left-lower output end connected with twist forming device, rear output end connected with holding strip holder, front output end connected with deep fryer, receiving and feeding device fixed at left end of deep fryer, holding plate fixed at right end of deep fryer and distribution box connected with temp.-controller via wire.
Description
The present invention relates to a kind of fully automatic equipment for preparing fried dough twist, specifically make fried dough twist food with plant equipment.
As everyone knows, the making of fried dough twist food all is with manually finishing now, manufacturing process is as follows: at first be the big making of fiber crops, the flour that to become reconciled makes little, give on the bar and spread oil, bar is placed on the chopping board, with hand rubbing become one uniform little rectangular, with little rectangular from the centre altogether, the centre of catching on bar with the forefinger of a hand wherein, the another hand is rubbed with the hands along a direction in the middle of bar, the limit is rubbed two hands with the hands and is moved to a direction simultaneously, makes the uniform tangle up of bar, and the bar of rubbing with the hands with two handgrips takes up from two of bar then, on chopping board, fall, when falling, two hands are rubbed with the hands in the opposite direction at two of bar, make whole certain length is arranged, even thickness, when rubbing with the hands, on the bar epipodium strength, two of two portable bars becomes a bar into three bars, just become fried dough twist big, made a big time of fried dough twist to want 1 fen half.
Second step was that fried fried dough twist is big, rape oil is poured in the circular flat bottom oil cauldron, heated on the coal fired boiler, when oily temperature rises to 150 °-160 °, it is big to put into fried dough twist, when fried dough twist is big from oil, float after, the people respectively clamps two big statures of fried dough twist by a pair of chopsticks facing to oil cauldron with two hands, and to turn over fried dough twist big, makes that fried dough twist is big rolls about in oil, in order that the big colouring of fried dough twist is even, after fried ripe, with chopsticks ripe fried dough twist is pressed from both sides out from oil cauldron, a fried ripe fried dough twist needs 2 fens halfs.
The shortcoming that the people makes fried dough twist is, Production Time is long, and hand contact-making surface body is unhygienic, and during fried system, the people is facing to oil cauldron, and oil smoke is big to the harm of human body, because face body softness, machinery is difficult for making, thus now also nobody design suitable making apparatus.
The objective of the invention is to design a kind of plant equipment of using, the face body disposable that to become reconciled is shaped energetically, press from both sides by clamp bar, hand over the bar former, the face body of making becomes that fried dough twist is big to be sent in the mechanization oil cauldron fried system and by machinery fried dough twist is taken out fried dough twist is big by picking device again from oil cauldron, put into the finished product holding tray.
Another object of the present invention is to enhance productivity, and clean hygiene reduces the direct harm of end oil smoke to health.
Design of the present invention is: fully automatic equipment for preparing fried dough twist, by main envelope, controller switching equipment, motor, extruder be shaped energetically device, friction clutch, reductor, clamp bar folder, hand over the bar former, pick device, mechanization oil cauldron, holding tray etc. and form.Main envelope is made of plate face and reducer shell, extruder is fixed on the left end of plate face, head is connected with device energetically, the right-hand member of plate is fixed with hands over the bar former, the envelope left side is provided with clutch pulley, the below is fixed with motor, left end extruder belt pulley is connected with clutch pulley with motor pulley respectively by belt, envelope back output is connected with the clamp bar folder, envelope right side output is connected with handing over the bar former, and the positive lower left of envelope is provided with the distribution railway carriage or compartment and is connected with temperature controller through lead, and middle output is connected with oil cauldron, pick the left end that device is fixed on oil cauldron, holding tray is fixed on the right-hand member of oil cauldron.
The extruder device energetically that is shaped, constitute by extruder and device energetically, extruder is by flour entering bucket 6, housing 7, spiral propeller 65, extruder head 8, belt pulley 63,64, formations such as bearing, housing 7 is fixed on the plate face by screw mandrel, flour entering bucket 6 is fixed on by screw mandrel on the noodle feeder of housing 7, and the left end of spiral propeller 65 is assemblied in the inwall of housing 7 by bearing, is middlely separated by dividing plate, left side output is furnished with the shaft-cup (not shown), the axle input is fixed with belt pulley 63,64, is connected with belt pulley 61,62 respectively through belt.Belt pulley outside is provided with guard shield 5, and guard shield 5 is fixed on the left side of envelope 2 by screw mandrel, and extruder head 8 is fixed on the extruder machine mouth by screw mandrel, extruder head 8 inwalls are the conical funnel formula, column part prolongs axis and stretches out to the right, and outer wall is that step is cylindrical, and cylindrical outer wall is provided with the ring washer groove.Be shaped device energetically by belt pulley 66, protective case 9, diplopore head 10, copper sheathing, the shelves ring, the axle ring washer, the press strip plate, supporting plate, support 67, stage clip, the little roller of taper, compositions such as small rack (not shown), belt pulley 66, right-hand member is " recessed " shape, the inwall tight fit has copper sheathing, be slidingly fitted on the extruder head 8, the right of copper sheathing is furnished with the shelves ring, the right of shelves ring is provided with the axle ring washer, ring washer is stuck in the ring washer groove of extruder head 8 outer walls, the right-hand member of belt pulley is fixed with diplopore head 10 with screw mandrel, the part that diplopore head 10 outer walls are corresponding with diplopore is taper, the conical surface is provided with the little roller of band tapering, and two ends are fixed on the conical surface by the small rack (not shown), and little roller and small rack are for being slidingly matched, small rack is set on the head, fix with screw mandrel, the inwall left end tight fit of diplopore head 10 has copper sheathing, and the copper sheathing inwall is slidingly fitted on the right-hand member outer wall of cross-head 9, the middle place that joins with cross-head 9 outlets is the semicircle sphere, and the right-hand member diplopore is positioned on the sphere of semicircle sphere.
Reductor is by envelope 2, worm shaft 105, worm-wheel shaft 104, formations such as gear shaft 101,108, angular wheel shaft 51, worm screw, worm gear 103, partial gear 102,106, intermittent gear 100,110 bevel gears 109,107, bearing, bearing cap, the two ends that worm-wheel shaft is 104 are cooperated the middle that is fixed on the envelope front and rear panel by bearing.Be fixed with partial gear 106 on the axle, worm gear 103, partial gear 102, worm shaft 105 be positioned at worm gear 103 directly over, intersect vertical with the axis of worm-wheel shaft 104, cooperate the two ends, the left and right sides that are fixed on envelope by bearing, worm screw is meshing in worm gear 103, and worm shaft 105 inputs are combined with belt pulley 61 friction clutches 60, and output is fixed with belt pulley 97, axle 101 is fixed on the plate face of back by the bearing cooperation, be positioned at the front-right of worm shaft 105, output is fixed with godet 99, is fixed with intermittent gear 100 on the axle in the envelope, meshing with partial gear 106, axle 108 be positioned at worm-wheel shaft under, cooperate by bearing to be fixed on the front and rear panel face, it is meshing with partial gear 102 to be fixed with intermittent gear 110 on the axle, be fixed on the bevel gear 109 on the axle, meshing with bevel gear 107, the front output is fixed with sprocket wheel 30, and angular wheel shaft 51 is fixed on the right panel face of envelope by the bearing cooperation, with the axis normal of gear shaft 108, left end is fixed with bevel gear 107 right-hand member outputs and is fixed with godet 51.
The clamp bar folder is made of godet 99, connecting rod 94, axle bed 91, axle 90, slide rail 92, slide block 93, push rod 88, extension spring, link stopper, slip ring bar 95, fork 52, lever 15, slip pipe 16, support 53, extension spring 18, sliding bar 17, support 96, spacing screw mandrel, supporting plate, bow, ball etc.Axle bed 91 is fixed on the clamp bar folder base lower face of envelope right side by screw mandrel, axle 90 is matched with axle bed 91 inwalls by bearing, axle 90 front outputs are fixed with fork 52, the back output is fixed with slip ring bar 95, slide rail 92 by screw mandrel be fixed on clamp bar folder base above, slide block 93 is positioned at the left end of slide rail 92, the slide block front is provided with slide bar, be connected with the slide bar that godet 99 is provided with by connecting rod 94, the slide bar of slide block rear end is engaged in the slip ring of slip ring bar 95, slip ring bar 95 is 23 ° with the axial angle of rocking bar 52, the slide block right-hand member is welded with the plate face, the plate face is provided with push rod 88, little axle (not shown) is for being slidingly matched on push rod 88 and the plate, push rod upper end left is provided with link stopper, the lower end is connected the right-hand member of plate by extension spring, the push rod upper end is leaned against on the link stopper, the top of fork 52 is welded with slip pipe 16, the inwall of slip pipe 16 is square, the left side, slip pipe top is welded with bow, be provided with the supporting plate (not shown) in the middle of the bow, the bar head is provided with eave tile, slip pipe the right is welded with supporting plate, sliding bar 17 is square, be slidingly fitted in the inwall of slip pipe 16, the top of sliding bar 17 is for falling " 7 " font with parallel above the supporting plate that is welded in slip pipe the right, the lower end of sliding bar 17 is fixed with ball, the top contact of ball bottom surface and lever 15 right-hand members, sliding bar 17 right sides are fixed with the extension spring bar, the outer wall that the bar right-hand member the stretches out slip pipe 16 extension spring bar right-hand with being fixed on fork 52 is connected by extension spring 18, lever 15 is " L " shape, above lever 15 right-hand members below sliding bar 17 lower end balls, the bottom surface contact is in the upper end of support 53 jackscrews, intermediate support and support 53 tops are for being slidingly matched, lever 15 left ends are provided with ball, ball is positioned at the left side of touching lever lower end on the support 96, support 53 is welded on the left side of fork 52, and jackscrew is positioned at the centre of support, is welded with pull bar in the middle of the fork 52.
Hand over the bar former by godet 50, connecting rod 89, slide block 49, slide rail 48, sliding pole axis 42, base 45, axle 43, axle bed 46, pin 44, two slip ring push rods 47, pull out bar bar 78, support 13, protective case 12, screw mandrel plate 14, cushion block 69, slide rail 71, tooth bar 68, gag lever post 111, push rod 74,75,122, panel seat 76, lever 73,72,79, bearing plate washer 119, the gear railway carriage or compartment, push rod 115, arc folder 114, two slip ring bars 113, touching lever 112, two slip ring push rods 120, " eight " word folder 121, backplate 124, cambered plate, pull out bar bar 125, support 123, spring, compositions such as collision block, bearing block 46 roughly is cuboid, lower face is fixed on the base 45 by screw mandrel, slide rail 48 is fixed on the upper face of bearing block 46 by screw mandrel, the lower end of two slip ring bars 47 is fixed on the two ends of axle 43 by pin 44, axle 43 is a tight fit in the inwall of bearing block 46 by bearing, slide block 49 is positioned at the front of slide rail, with connecting rod for being slidingly matched, be fixed on sliding pole axis 42 two ends on the slide block 49 and be engaged in the inwall of two slip ring bar 47 lower end slip rings, the top of two slip ring push rods 47, be combined with the slide bar that is welded in two ends, envelope 77 left and right sides, gear railway carriage or compartment in the slip ring, with slip ring for being slidingly matched, " n " font support 13 (from handing over the right flank of bar former) is fixed on the two ends, the left and right sides of envelope 2 by screw mandrel, tooth bar 68 by screw mandrel be fixed on support 13 upper faces left end, slide rail 71 is fixed together with screw mandrel by the lower face of cushion block 69 with support 13, " n " shape backplate 12 is fixed on the plate face of support 13 left and right sides by screw mandrel, plate is provided with oil-feed " bowl ", oil-feed " bowl " is vertical up and down with the oil-feed " bowl " on the press strip plate, oil pipe 11 is through oil-feed " bowl ", the lower end is positioned at the top of diplopore head 10, the rear end face left of slide rail is fixed with collision block (not shown) gear railway carriage or compartment by gear shaft 70 by screw mandrel, bevel gear 118,117, hollow shaft 116, bearing, envelope 77 formations such as grade, envelope 77 is vertical shape cuboid, under slide rail, envelope 77 left and right sides are welded on the slide block bar, slide block is engaged in the slide rail, positive center is provided with the axis hole of input gear shaft 70 above the envelope, is furnished with the bearing cap (not shown), gear shaft 70 usefulness bearings are matched with the envelope inwall, the meshing left end of gear shaft 70 upper end spur gears at tooth bar 68, gear shaft 70 lower ends are fixed with bevel gear 118, meshing with bevel gear 117, the centre is separated by dividing plate, bevel gear 117 is fixed on the right-hand of hollow shaft 116, hollow shaft 116 is assemblied in the left and right sides of casing by the bearing level, by the fixing (not shown) of bearing cap, push rod 115 is slidingly fitted in hollow shaft 116 inwalls, left side output is with stage clip, bearing baffle 119 right sides contact with stage clip, contact with gag lever post 111 on the left side, bearing plate washer 119 usefulness screw mandrels are fixed on the push rod 115, screw mandrel plate 14 is vertically fixed on the support 13 left plate faces by the silk cap, the right panel face contacts with push rod 116 left ends, and hollow shaft 116 right outputs are fixed with arc and press from both sides 114 pedestals.The pedestal upper end is welded with touching lever 112 supports, touching lever 112 lower ends are welded with " △ " collision block, fulcrum is slidingly matched and is fixed on the support, touching lever 112 tops are connected with the support left side by extension spring, support the right is welded with collision block, touching lever 112 leans against on the collision block, the pedestal lower end is welded with two slip ring bar 113 supports, cantilever tip is connected with two slip ring bar 113 fulcrums, two slip ring bars 113 upper ends are fixed with arc folder 114, arc presss from both sides on 114 cambered surfaces and is welded with collision block, is positioned at the left end of touching lever 112 lower ends " △ " collision block, and arc folder 114 presss from both sides mouth under the effect of spring (not shown) we closes.Two slip ring bar 113 lower end slip rings are combined with the two ends that are vertically welded in to fall on the push rod 115 " T " font radial push rod." T " font push rod upper end is " U " shape, is positioned at the both sides of arc folder 114.Casing is welded with gag lever post 111 supports in the middle of the left side, gag lever post 111 roughly is serpentine, the upper end bar is positioned at the outside, slide rail 71 back, in the middle of the gag lever post 111 is that two semi-rings fixedly are slidingly fitted on the support by screw mandrel, be welded with " 7 " font pin on the right-hand support of two semi-rings, pin is provided with extension spring, gag lever post 111 upper ends are leaned against on the pin, the left bracket end of two semi-rings is welded with " F " shape pin, the below is provided with extension spring, two semi-rings lower end is combined with motion bar, the lower end of motion bar contacts with the left side of bearing plate washer 119, middle leaning against under tension spring tension on " F " shape pin.The right side of casing 77 is connected by push rod 74 with the left side of panel seat 76, and push rod 74 is down " T " font, 1 centimetre in upper end inner distance slide rail 71 fronts.Panel seat 76 upper ends are welded with slide block, and the slide block (not shown) is engaged in the slide rail 71, and the centre is welded with the support of lever 73, and support stretches out positive 4 centimetres of slide rail.Cantilever tip is the fulcrum of lever, and support is provided with block, is positioned at the back of lever 73 tops, is provided with extension spring in the middle of the top, leans against on the block above lever under the pulling force of spring, and lever 73 tops are for falling " 7 " font bar.The lower end is welded with two " n " shape bars, is engaged in the both sides of " T " font push rod 75 axial handle in two " n " shape bar.On the panel seat 76 lower end interior plate faces, the right side is provided with the support 123 of " eight " word folder 121, " eight " word folder 121 is fixed on the top of support 123, pass through in the push rod 75 slave plate faces, with plate hole for being slidingly matched, push rod 75 overhead weldings have push rod 122, push rod 122 ends are L-shaped, and the top is arranged in the folder of " eight " word folder 121, and intermediate vertical is welded with slide bar, the slide bar two ends are engaged in the slip ring of two slip ring push rods 120, and two slip ring push rod 120 bottom supports are welded on the left of push rod 75.With the cantilever tip fulcrum for being slidingly matched, the top of two slip ring push rods 120 is contacted with the both sides that " eight " word presss from both sides 121 roots outside, and the folder mouth of " eight " word folder 121 is opened.Panel seat 75 lower ends roughly are provided with backplate 124 around the semicircular in shape, and backplate 124 right sides have blade (not shown) " eight " word folder 121 folder mouths to stretch out the inwall of backplate 124 by minor leading screw (not showing) vertical fixing." eight " word folder 121 is positioned at the left side of machine mouth, with machine mouth distance be 3 centimetres, pull out bar bar 78 and be " eight " font lever, front end is " L " shape, fulcrum is fixed by support, support fixes on the envelope, be positioned at the left side of press strip plate exit, with press strip plate exit distance be 2 millimeters, cantilever tip with pull out bar bar 78 fulcrums for being slidingly matched, be welded with block on the support, block is positioned at the inboard of pulling out bar bar 78, the below is provided with extension spring, under the extension spring effect, make and pull out bar bar 78 right sides and lean against on the block, clamp bar folder folder mouth vertically is positioned at the centre of pulling out bar bar 78 and panel seat 76, the right-hand lever 125 that is provided with of panel seat 76, lever 125 is " 7 " font, shoe length is 1/5 of total circular arc panel length, the right-hand member of cambered plate is welded in " 7 " font lever 125 lower ends, and cambered plate is positioned at the right side of press strip plate exit, and " 7 " font lever 125 fulcrums are slidingly fitted on support 13 lower faces by screw mandrel, the fulcrum left front is provided with the block (not shown), 3 centimetres of slide rails are stretched out in the lever front, and bar portion is provided with extension spring and is connected with support 13, makes the front stretch out lever and leans against on the block.On the right side of support 13, " 7 " font lever 72 is slidingly matched by screw mandrel and is fixed on plate face top, the left end of lever 72 " 7 " font bars is welded with " n " shape bar, inwall cooperates with " 7 " the font bar that falls on lever 73 tops, fit clearance is 5 millimeters, lever 72 fulcrums below is provided with block, is positioned at the dead ahead of lever 72, and lever 72 is provided with the below that extension spring is positioned at block, be connected with plate face extension spring ring (not shown), the below of lever 72 is leaned against on the block.Lever 72 bottom bar are listed in the back of lever 79 top bar plate faces, lever 79 by screw mandrel be slidingly matched be fixed on the plate face under, fulcrum is vertical with lever 72 fulcrums, the dead ahead, upper end of lever 79 fulcrums is provided with block, lean against on the block under the pressure of lever 72 bottom bar, lever 72 lower ends are perpendicular to the dead ahead of touching lever 88 upper ends on the slide block 93.
Automatically the fried big oil cauldron of fried dough twist: by shelf 38, temperature controller 40, lead 39, backplate 37, oil cauldron 34, electric hot plate 83, heat-insulation layer 84, support 36, holding tray 35, ingoing silver plate 41, go out batten 33, two ingoing silver wheel 24, promote net 81, two shaping wheel 32, extension spring 82, hyperbolic axle 87, axle 86,85, sprocket wheel 25,26,27,28,29,30, chain, compositions such as chain guard 54,31, axle bed, extension spring " recessed " wheel 80.
Pick device, by double bracket 20, " trident " bar 21, support 23, slip ring lever 22, extension spring, formations such as ball: double bracket 20 is fixed on the left end of oil cauldron by screw mandrel, double bracket 20 tops are welded with slip pipe, " trident " bar 21 left ends are arranged in slip pipe, with slip pipe for being slidingly matched, right-hand member is positioned at the slip ring of slip ring lever 22, be positioned at the lower end of slip ring, " trident " bar of left end is positioned at the both sides of pulling out bar bar 19, slip ring lever 22 lower ends are fixed with ball, the fulcrum of slip ring lever 22 is positioned at 1/3 place of lever, and fulcrum is fixing by support 23, with support 23 for being slidingly matched, support 23 is fixed on the shelf 38 upper strata frameworks by screw mandrel, be positioned at the left of hyperbolic axle 87 axle beds, slip ring lever 22 fulcrums top is connected with double bracket 20 by extension spring, and slip ring lever 22 lower end balls are contacted with on the outer wall of " recessed " wheel 80.
The machine work mode is as follows:
Insert the lead energising by panel switches input 3, motor 59 spindle pulleys 62 rotate, through belt transmission belt pulley 63,64 rotate spiral propeller 65, the face body is sent in the extruder by hopper 6, through spiral propeller 65 face body slave mouth 8 is released, entered diplopore head 10, by exporting in the diplopore, enter the press strip plate, belt pulley 64 is through belt transmission belt pulley 61, and the friction clutch handle 4 that closes drives screw shaft 105 and rotates, make belt pulley 97 through belt transmission head belt pulley 66, head 10 rotates, and face body two bars under the pressure of press strip plate of exporting in the diplopore are handed over together, and press strip plate pressure is controlled by the set screw on the supporting plate, little roller contacts with the press strip plate on diplopore head 10 outer walls, the press strip plate opens, and separates, and the press strip plate is return under stage clip pressure, rail 11 refuels, through the outlet that oilhole makes oil enter diplopore head 10, add on the bar and oil, make between the bar of forging a good relationship and the bar sticking, the bar outside is lubricated, and can export from the press strip plate smoothly.
When the clamp bar folder is swung left, (handing over the bar device to start working), partial gear 102 meshing intermittent gears 110, gearratio is 1: 1, driving bevel gear 109 through axle 108 rotates, meshing umbrella wheel 107 drives godet 50 through axle 51 and rotates, godet 50 through connecting rod 89 (illustrate see to hand over the bar former) pulling slide block 49 from Fig. 2 right side through axle 42, the two slip ring bars 47 of pulling, two slip ring bar 47 upper end slip rings promote gear-box envelope 77, move right, promote panel seat 76 through push rod 74, " eight " word folder 121 on the panel seat is moved right, simultaneously, the bar that " eight " font is pulled out 78 for the picking-ups of bar bar is enclosed within the right-hand member that " eight " word presss from both sides 121 clips, the bar of drive machine mouth output bars on the clamp bar folder moves right, simultaneously, the gear mesh of gear shaft 70 upper ends is on tooth bar 68, gear rotates through gear shaft 70 and drives bevel gear 118 meshing umbrella wheels 117, making axle 116 drive arc folder 114 rotates, when arc folder 114 moves to apart from 3 centimetres of press strip plate delivery outlets, push rod 74 upper end bars promote lever 125, lever 125 lower end cambered plate swings are outwards stirred the bar of press strip plate delivery outlet, when arc folder 114 moves to apart from 1 centimetre in machine mouth, lever 125 lower end cambered plates are extracted 3 centimetres with bar, lever 125 swings stop, cambered plate arc end and head axis normal, the collision block of end in contact slide rail back on the gag lever post 111 makes 111 times end in contact of gag lever post swing forward at the motion bar of bearing plate washer 119 left panels.When arc folder 114 moves to 23 centimetres, (the clamp bar folder is got back to original position), intermittent gear 100 beginnings intermittently, the clamp bar folder is withdrawn into bar the below of press strip plate delivery outlet output bars, bar " eight " the word folder 121 of press strip plate output bars and clamp bar folder is synthesized two bars simultaneously, gag lever post 111 lower end motion bars are shown bearing plate washer 119 left panels simultaneously, under stage clip pressure, push rod 115 slides left, arc folder 114 cross press strip plate output bars above, cambered plate inboard from lever 125 lower ends, arc folder 114 folder mouths are clipped on the bar on clamp bar folder the right, in the clamp bar process, push rod 115 drives two slip ring bar 113 tops and swings to the right, collision block contacts with touching lever 112 lower ends " △ " collision block on the arc folder 114, with the clip mouth separately, when the clip mouth is clipped in clamp bar folder right-hand member bar both sides, collision block leaves " △ " collision block on the arc folder 114, arc is clipped under the spring pressure us and closes bar is clamped, when arc presss from both sides 114 to left movement, arc folder 114 drives three bars simultaneously to left movement, arc folder 114 rotation under hollow shaft 116 drives during motion, with three bars around together.
When envelope 77 moves to when bumping 3 centimetres in 14 right panel faces of dish push rod 115 left ends contact striking plate 14 right sides.
Oil cauldron moves simultaneously with handing over the bar former, by sprocket wheel 30 through chain drive sprocket wheel 29,28, sprocket wheel 28 is through chain drive sprocket wheel 26,27, sprocket wheel 27 is through chain drive sprocket wheel 25, the two ingoing silver wheels 24 of oil cauldron, two shaping wheels 32 rotate counterclockwise simultaneously, when hyperbolic axle 87 rotates, " recessed " wheel 80 that drives on the output shaft of rear end rotates, when push rod 116 left ends during apart from 6 centimetres in striking plate 14 right panel faces, and the concave surface contact slip ring lever 22 lower end rollers of " recessed " wheel 80, roller enters in " recessed " face, under tension spring tension, the upper end slip ring of slip ring lever 22 presses the right-hand member of " trident " bar 21, and " trident " bar of slip ring bar 21 left ends is moved to the left through slip pipe, when dish 14 right sides were bumped in the contact of push rod 115 left ends, " trident " bar of " trident " bar 21 left ends entered the lower end of handing over the bar former fully.
When arc presss from both sides 114 returns, striking plate 14 presses push rod 115 and slides to the right, be welded in " U " shape bar on the push rod, three bars of forging a good relationship are released to the right, arc folder 114 swing is left simultaneously all sent three bars, and three bars of left end are placed on " trident " bar of " trident " bar 21 left ends, under the effect of extension spring, gag lever post 111 lower end motion bars contact again on the first member plate face of bearing baffle 119 simultaneously.Hand over the stop motion of bar device, the swing once more of clamp bar folder, clamp bar folder mouth opens, be stuck in the both sides up and down of being taken to left side press strip plate output bars by arc folder 114, when the clamp bar folder is swung 3 centimetres, the folder mouth closes, the bar of clamping machine mouth output simultaneously, simultaneously, the bar on the left side is sent into " eight " word press from both sides in the 121 clip mouths, when clamp bar folder continuation swing, touching lever 88 upper ends on the slide block promote lever 79, lever 79 upper ends press lever 72, " n " shape bar of left ends above the lever 72 presses the T-bar that falls of lever 73 upper ends, makes two " n " shape bars in lever 73 lower ends press the motion of push rod 75 " T " font axial handle, push rod 75 promotes two slide bar 120 swings, the root of " eight " word folder 121 is left on two slip ring bars 120 tops, " eight " word folder 121 under spring pressure the clip mouth we close and clamp bar, when 3 centimetres of clamp bar folder swings, the small blade on output bars contact backplate 124 the right, bar is cut off when the clamp bar folder is swung 5 centimetres.Push rod 75 continues to promote, two slide bar 120 swings, the top will press from both sides the bar release in 121 outsides around " eight " word, by push rod 122 bar is all released from " eight " word folder 121 at last, dropped on the right-hand member of " trident " bar 21 left ends " trident " bar, big having made of fried dough twist, when the clamp bar folder continues swing, touching lever 88 leaves lever 79, and " eight " word presss from both sides 121 under the pulling force of extension spring, return.
When handing over the bar former to move once more, oil cauldron " recessed " wheel 80 rotates, press slip ring lever 22, the right-hand member of slip ring 22 upper end slip ring pulling " trident " bars 21 is moved right, when mobile, pull out bar bar 19 and extract " trident " bar with fried dough twist is big, fried dough twist is big to slip into oil cauldron from connecing batten 41 inwalls, contact is on the semicircle wheel face of two ingoing silver wheels 24, two ingoing silver wheels 24 rotate counterclockwise, (add oil in the oil cauldron, heat by electric hot plate 83, oil temperature controller 40 with oily temperature control at 160 °-170 °) fried dough twist big in oil cauldron two ingoing silvers take turns pre-heat setting on the 24 semicircle wheel faces, when two ingoing silvers are taken turns after 24 semicircles wheels turns over 180 °, the big lower end along ingoing silver plate 41 of fried dough twist enters the oil cauldron bottom, when two ingoing silver wheels 24 rotate a circle, by the semicircle wheel of two ingoing silvers wheel 24 with fried dough twist big send into promote net 81 below, under the rotation of hyperbolic axle 87 double-cranks, double-crank drives promotion net 81 and does swing, promote at the bottom of the grid of net 81 the big the place ahead of pushing to of fried dough twist, under the promotion of grid, the big rolling in oil of fried dough twist advanced, when the ripe left side that network access 81 is shifted shaping wheel 32 onto that is pushed is exploded in fried dough twist in oil cauldron, the inclined-plane is floated in ripe fried dough twist from oil, shaping wheel 32 rotates counterclockwise, and ripe fried dough twist is sent by the inwall that goes out batten 33, and it is online oily excessively that ripe fried dough twist enters holding tray 35 inclined-planes.The machinery commentaries on classics of not stopping transport, it is big to be covered with fried dough twist in the oil cauldron, and machinery per hour can be made 900 to 1200 of ripe fried dough twists.
The present invention compared with prior art, multiple functional, easy to use, clean hygiene, production efficiency height are a kind of comparatively desirable fried dough twist machine for preparing foods.
Fig. 1 is the front front view of fully automatic equipment for preparing fried dough twist of the present invention.
Fig. 2 is an equipment for preparing fried dough twist shown in Fig. 1, the transmission system schematic diagram, and device front front view pulls out bar bar front view energetically, and clamp bar folder front view is handed over bar device side view.
Fig. 3 is shown in Fig. 1, and the oil cauldron master looks generalized section, oil cauldron transmission schematic diagram.
Fig. 4 hands over bar device master to look schematic diagram shown in Fig. 2, pull out bar bar, clamp bar folder, press strip plate exit, with friendship bar device position view.
Fig. 5 is a push rod side-looking cut away view among Fig. 1.
Fig. 6 hands over bar former A-A to dissect schematic top plan view among Fig. 4.
Embodiment: get final product by prior art processing with reference to specification the 5th part and accompanying drawing 1,2,3,4,5,6.
Claims (7)
1. fully automatic equipment for preparing fried dough twist, it is characterized in that by main envelope, controller switching equipment, motor, extruder be shaped energetically device, friction clutch, reductor, clamp bar folder, hand over the bar former, pick device, mechanization oil cauldron, holding tray etc. and form.Main envelope is made of plate face and reducer shell, extruder is fixed on the left end of plate face, head is connected with device energetically, the right-hand member of plate is fixed with hands over the bar former, the envelope left side is provided with clutch pulley, the below is fixed with motor, left end extruder belt pulley is connected with clutch pulley with motor pulley respectively by belt, envelope back output is connected with the clamp bar folder, envelope right side output is connected with handing over the bar former, and the positive lower left of envelope is provided with the distribution railway carriage or compartment and is connected with temperature controller through lead, and middle output is connected with oil cauldron, pick the left end that device is fixed on oil cauldron, holding tray is fixed on the right-hand member of oil cauldron;
2. the equipment of doing that makes is made in full-automatic fried dough twist according to claim 1, it is characterized in that: main envelope (2) comprises by " sweet " font plate face axial and that radially extend and welds formation above the reducer shell, be fixed with side by side from left to right on " sweet " font plate face, extruder housing (7), device belt pulley protective case (9) energetically, device press strip board mount (67) energetically, pull out the bar shaft bar, hand over bar former support (13), the envelope front is provided with the worm-wheel shaft outlet, cooperate by bearing cap (55), bearing cap (55) is fixed on the middle of plate face by screw mandrel, plate face top is provided with the gear import, cooperate by rectangle backplate (56), backplate is fixed on the plate face by screw mandrel, be provided with the outlet of output shaft (108) axle under the bearing cap, be furnished with bearing cap output axle head and be fixed with sprocket wheel (30), the sprocket wheel outside is provided with chain guard (54), chain guard is fixed on the plate face by screw mandrel, the upper left side of bearing cap is provided with arcuate socket, clutch handle (4) is by stretching out in the hole, the lower left is provided with distribution railway carriage or compartment (1), distribution railway carriage or compartment (1) is fixed on the plate face by screw mandrel, the right wire of output terminal in distribution railway carriage or compartment (1) (58) is fixed on plate face below by snap ring (57), and connect with the input of oily temperature controller (40), the bottom surface of envelope is provided with oil outlet, be fixed with motor on the left end extension plate of bottom surface, be fixed with belt pulley (62) on the motor left end shaft, the back plate face middle of envelope, be provided with the worm-wheel shaft outlet, is furnished with bearing cap in the outlet, the right-hand plate face of worm-wheel shaft is provided with portalling of output shaft (101), the axle head of being furnished with bearing cap output shaft (101) on the hole is fixed with godet (99), the left side of envelope, the top of middle is provided with the outlet of input axle (105), is furnished with bearing cap on the hole, input shaft end is equipped with belt pulley (61), friction clutch (60), clutch handle pole be positioned at clutch directly over, pole is welded on the envelope, motor (59) be positioned at power shaft (105) under, the right side of envelope, be provided with the output of axle (105), be equipped with bearing cap, the output axle head is fixed with belt pulley (97), directly over be provided with touching lever support (96), be fixed on the plate face by screw mandrel, the support right-hand member is provided with touching lever, and the left side, upper end of touching lever is welded with block, by extension spring the touching lever upper end is leaned against on the link stopper.The rectangle clamp bar presss from both sides the lower right that base is vertically welded on the plate face, is positioned at belt pulley (97), the lower left of plate face be provided with output shaft (51) axis hole, be furnished with bearing cap, axle head is fixed with godet (50), fork base (45) is semi-convex shape cuboid, is vertically welded in the lower left corner of plate face; Reductor is by envelope (2), worm shaft (105), worm-wheel shaft (104), gear shaft (101), (108), angular wheel shaft (51), worm screw, worm gear (103), partial gear (102), (106), intermittent gear (100), (110) bevel gear (109), (107), bearing, formations such as bearing cap, the two ends of worm-wheel shaft (104) axle are cooperated the middle that is fixed on the envelope front and rear panel by bearing, be fixed with partial gear (106) on the axle, worm gear (103), partial gear (102), worm shaft (105) be positioned at worm gear (103) directly over, intersect vertical with the axis of worm-wheel shaft (104), cooperate the two ends, the left and right sides that are fixed on envelope by bearing, worm screw is meshing in worm gear (103), worm shaft (105) input is combined with belt pulley (61) friction clutch (60), output is fixed with belt pulley (97), axle (101) is fixed on the plate face of back by the bearing cooperation, be positioned at the front-right of worm shaft (105), output is fixed with godet (99), be fixed with intermittent gear (100) on the axle in the envelope, meshing with partial gear (106), the axle (108) be positioned at worm-wheel shaft under, be fixed on the front and rear panel face by the bearing cooperation, it is meshing with partial gear (102) to be fixed with intermittent gear (110) on the axle, be fixed on the bevel gear (109) on the axle, meshing with bevel gear (107), the front output is fixed with sprocket wheel (30), angular wheel shaft (51) is fixed on the right panel face of envelope by the bearing cooperation, with the axis normal of gear shaft (108), left end is fixed with bevel gear (107) right-hand member output and is fixed with godet (51);
3. according to claim 1, fully automatic equipment for preparing fried dough twist is characterized in that: the extruder device energetically that is shaped, constitute by extruder and device energetically, extruder is by flour entering bucket (6), housing (7), spiral propeller (65), extruder head (8), belt pulley (63), (64), formations such as bearing, housing (7) is fixed on the plate face by screw mandrel, and flour entering bucket (6) is fixed on the noodle feeder of housing (7) by screw mandrel, the left end of spiral propeller (65) is assemblied in the inwall of housing (7) by bearing, the centre is separated by dividing plate, and left output is furnished with shaft-cup, the axle input is fixed with belt pulley (63), (64), through belt respectively with belt pulley (61), (62) connect.The belt pulley outside is provided with guard shield (5), guard shield (5) is fixed on the left side of envelope (2) by screw mandrel, extruder head (8) is fixed on the extruder machine mouth by screw mandrel, extruder head (8) inwall is the conical funnel formula, column part prolongs axis and stretches out to the right, outer wall is that step is cylindrical, and cylindrical outer wall is provided with the ring washer groove.Be shaped device energetically by belt pulley (66), protective case (9), diplopore head (10), copper sheathing, the shelves ring, the axle ring washer, the press strip plate, supporting plate, support (67), stage clip, the little roller of taper, compositions such as small rack, belt pulley (66), right-hand member is " recessed " shape, the inwall tight fit has copper sheathing, be slidingly fitted on the extruder head (8), the right of copper sheathing is furnished with the shelves ring, the right of shelves ring is provided with the axle ring washer, ring washer is stuck in the ring washer groove of extruder head (8) outer wall, the right-hand member of belt pulley is fixed with diplopore head (10) with screw mandrel, the part that diplopore head (10) outer wall is corresponding with diplopore is taper, the conical surface is provided with the little roller of band tapering, two ends are fixed on the conical surface by small rack, little roller and small rack are for being slidingly matched, small rack is set on the head, fix with screw mandrel, the inwall left end tight fit of diplopore head (10) has copper sheathing, the copper sheathing inwall is slidingly fitted on the right-hand member outer wall of cross-head (9), the middle place that joins with cross-head (9) outlet is the semicircle sphere, the right-hand member diplopore is positioned on the sphere of semicircle sphere, belt pulley (66) is connected with belt pulley (97) through belt, belt pulley (66) outside is provided with guard shield (9), guard shield (9) is fixed on the envelope by screw mandrel, the press strip plate divides upper plate and lower plate, upper and lower plates is a symmetric figure along axis roughly, harden to close by 1/3 conical arc plate and 1/2 cylindrical arc and constitute, the awl end is welded with annulus and support (67) is gone up radial axle for being slidingly matched, be welded with screw mandrel in the middle of the cylindrical arc plate outer wall, be furnished with on the screw mandrel and adjust the silk cap holder and be provided with the outside that mounting plate and bottom plate are positioned at the press strip plate, the left end of supporting plate is welded on the support (67) for " recessed " shape, support (67) is an annular, bracket base is fixed on the envelope, mounting plate is provided with fuel feed hole and screw hole, bottom plate is provided with screw hole, screw mandrel on the cylindrical arc plate passes through from the supporting plate screw hole, be with stage clip on the screw mandrel, between supporting plate and cylindrical arc plate, adjustment silk cap on the screw mandrel lays respectively at the upper face of supporting plate, ceiling molding plate middle is welded with taper oil-feed " bowl ", connect with the outlet of diplopore head, " bowl " mouth is vertical with the fuel feed hole of mounting plate, and the conical surface of the conical arc plate inwall of press strip plate and the outer wall of diplopore head (10) is overlapping.
4. according to claim 1, fully automatic equipment for preparing fried dough twist is characterized in that: clamp bar presss from both sides by godet (99), connecting rod (94), axle bed (91), axle (90), slide rail (92), slide block (93), push rod (88), extension spring, link stopper, slip ring bar (95), fork (52), lever (15), slip pipe (16), support (53), extension spring (18), sliding bar (17), support (96), spacing screw mandrel, supporting plate, bow, formations such as ball, axle bed (91) is fixed on the clamp bar folder base lower face of envelope right side by screw mandrel, axle (90) is matched with axle bed (91) inwall by bearing, axle (90) front output is fixed with fork (52), the back output is fixed with slip ring bar (95), slide rail (92) by screw mandrel be fixed on clamp bar folder base above, slide block (93) is positioned at the left end of slide rail (92), the slide block front is provided with slide bar, be connected with the slide bar that godet (99) is provided with by connecting rod (94), the slide bar of slide block rear end is engaged in the slip ring of slip ring bar (95), slip ring bar (95) is 23 ° with the axial angle of rocking bar (52), the slide block right-hand member is welded with the plate face, the plate face is provided with push rod (88), little axle is for being slidingly matched on push rod (88) and the plate, push rod upper end left is provided with link stopper, the lower end is connected the right-hand member of plate by extension spring, the push rod upper end is leaned against on the link stopper, the top of fork (52) is welded with slip pipe (16), the inwall of slip pipe (16) is square, the left side, slip pipe top is welded with bow, be provided with supporting plate in the middle of the bow, the bar head is provided with eave tile, slip pipe the right is welded with supporting plate, sliding bar (17) is square, be slidingly fitted in the inwall of slip pipe (16), the top of sliding bar (17) is for falling " 7 " font with parallel above the supporting plate that is welded in slip pipe the right, the lower end of sliding bar (17) is fixed with ball, the top contact of ball bottom surface and lever (15) right-hand member, sliding bar (17) right side is fixed with the extension spring bar, the outer wall extension spring bar right-hand with being fixed on fork (52) that the bar right-hand member stretches out slip pipe (16) is connected by extension spring (18), lever (15) is " L " shape, lever (15) above the right-hand member below the ball of sliding bar (17) lower end, the bottom surface contact is in the upper end of support (53) jackscrew, intermediate support and support (53) top is for being slidingly matched, lever (15) left end is provided with ball, ball is positioned at the left side that support (96) is gone up the touching lever lower end, support (53) is welded on the left side of fork (52), jackscrew is positioned at the centre of support, is welded with pull bar in the middle of the fork (52).
5. according to claim 1, fully automatic equipment for preparing fried dough twist is characterized in that: hand over the bar former by godet (50), connecting rod (89), slide block (49), slide rail (48), sliding pole axis (42), base (45), axle (43), axle bed (46), pin (44), two slip ring push rods (47), pull out bar bar (78), support (13), protective case (12), screw mandrel plate (14), cushion block (69), slide rail (71), tooth bar (68), gag lever post (111), push rod (74), (75), (122), panel seat (76), lever (73), (72), (79), bearing plate washer (119), the gear railway carriage or compartment, push rod (115), arc folder (114), two slip ring bars (113), touching lever (112), two slip ring push rods (120), " eight " word folder (121), backplate (124), cambered plate, pull out bar bar (125), support (123), spring, compositions such as collision block, bearing block (46) roughly is cuboid, lower face is fixed on the base (45) by screw mandrel, slide rail (48) is fixed on the upper face of bearing block (46) by screw mandrel, the lower end of two slip ring bars (47) is fixed on the two ends of axle (43) by pin (44), axle (43) is a tight fit in the inwall of bearing block (46) by bearing, slide block (49) is positioned at the front of slide rail, with connecting rod for being slidingly matched, sliding pole axis (42) two ends that are fixed on the slide block (49) are engaged in pair inwall of slip ring bar (47) lower ends slip ring, the top of two slip ring push rods (47), be combined with the slide bar that is welded in gear railway carriage or compartment envelope (77) two ends, the left and right sides in the slip ring, with slip ring for being slidingly matched, " n " font support (13) is fixed on the two ends, the left and right sides of envelope (2) by screw mandrel, tooth bar (68) by screw mandrel be fixed on support (13) upper face left end, slide rail (71) is fixed together with screw mandrel by the lower face of cushion block (69) with support (13), " n " shape backplate (12) is fixed on the plate face of support (13) left and right sides by screw mandrel, plate is provided with oil-feed " bowl ", oil-feed " bowl " is vertical up and down with the oil-feed " bowl " on the press strip plate, oil pipe (11) is through oil-feed " bowl ", the lower end is positioned at the top of diplopore head (10), the rear end face left of slide rail is fixed with collision block gear railway carriage or compartment by gear shaft (70) by screw mandrel, bevel gear (118), (117), hollow shaft (116), bearing, envelope formations such as (77), envelope (77) is vertical shape cuboid, under slide rail, envelope (77) left and right sides is welded on the slide block bar, slide block is engaged in the slide rail, positive center is provided with the axis hole of input gear shaft (70) above the envelope, is furnished with bearing cap, gear shaft (70) is matched with the envelope inwall with bearing, the meshing left end of gear shaft (70) upper end spur gear in tooth bar (68), gear shaft (70) lower end is fixed with bevel gear (118), and is meshing with bevel gear (117), the centre is separated by dividing plate, bevel gear (117) is fixed on the right-hand of hollow shaft (116), and hollow shaft (116) is assemblied in the left and right sides of casing by the bearing level, is fixed by bearing cap, push rod (115) is slidingly fitted in hollow shaft (116) inwall, left side output is with stage clip, and bearing baffle (119) right side contacts with stage clip, contacts with gag lever post (111) on the left side, bearing plate washer (119) is fixed on the push rod (115) with screw mandrel, screw mandrel plate (14) is vertically fixed on the left plate face of support (13) by the silk cap, and the right panel face contacts with push rod (116) left end, and the right output of hollow shaft (116) is fixed with arc folder (114) pedestal, the pedestal upper end is welded with touching lever (112) support, touching lever (112) lower end is welded with " △ " collision block, and fulcrum is slidingly matched and is fixed on the support, and touching lever (112) top is connected with the support left side by extension spring, support the right is welded with collision block, touching lever (112) leans against on the collision block, and the pedestal lower end is welded with two slip ring bar (113) supports, and cantilever tip is connected with two slip ring bar (113) fulcrums, two slip ring bars (113) upper end is fixed with arc folder (114), be welded with collision block on arc folder (114) cambered surface, be positioned at the left end of touching lever (112) lower end " △ " collision block, we closes arc folder (114) folder mouth, two slip ring bars (113) lower end slip ring is combined with and is vertically welded in the two ends that push rod (115) goes up " T " font radial push rod, " T " font push rod upper end is " U " shape, is positioned at the both sides of arc folder (114), and casing is welded with gag lever post (111) support in the middle of the left side, gag lever post (111) roughly is serpentine, the upper end bar is positioned at the outside, slide rail (71) back, is that two semi-rings fixedly are slidingly fitted on the support by screw mandrel in the middle of the gag lever post (111), is welded with " 7 " font pin on the right-hand support of two semi-rings, pin is provided with extension spring, gag lever post (111) upper end leans against on the pin, the left bracket end of two semi-rings is welded with " F " shape pin, and the below is provided with extension spring, and two semi-rings lower end is combined with motion bar, the lower end of motion bar contacts with the left side of bearing plate washer (119), middle leaning against under tension spring tension on " F " shape pin.The right side of casing (77) is connected by push rod (74) with the left side of panel seat (76), push rod (74) is down " T " font, positive 1 centimetre of upper end inner distance slide rail (71), panel seat (76) upper end is welded with slide block, slide block is engaged in the slide rail (71), the centre is welded with the support of lever (73), and support stretches out positive 4 centimetres of slide rail.Cantilever tip is the fulcrum of lever, support is provided with block, be positioned at the back of lever (73) top, be provided with extension spring in the middle of the top, above lever under the pulling force of spring, lean against on the block, lever (73) top is for falling " 7 " font bar, the lower end is welded with two " n " shape bars, be engaged in the both sides of " T " font push rod (75) axial handle in two " n " shape bar, on the interior plate face of panel seat (76) lower end, the right side is provided with the support (123) of " eight " word folder (121), " eight " word folder (121) is fixed on the top of support (123), pass through in push rod (75) the slave plate face, with plate hole for being slidingly matched, push rod (75) overhead welding has push rod (122), push rod (122) end is L-shaped, the top is arranged in the folder of " eight " word folder (121), intermediate vertical is welded with slide bar, the slide bar two ends are engaged in the slip ring of two slip ring push rods (120), two slip ring push rods (120) bottom support is welded on the left of push rod (75), with the cantilever tip fulcrum for being slidingly matched, the top of two slip ring push rods (120) is contacted with the both sides of " eight " word folder (121) root outside, the folder mouth of " eight " word folder (121) is opened, panel seat (75) lower end roughly is provided with backplate (124) around the semicircular in shape, backplate (124) right side has blade " eight " word folder (121) folder mouth to stretch out the inwall of backplate (124) by minor leading screw (not showing) vertical fixing, " eight " word folder (121) is positioned at the left side of machine mouth, with machine mouth distance be 3 centimetres, pulling out bar bar (78) is " eight " font lever, front end is " L " shape, fulcrum is fixed by support, support fixes on the envelope, be positioned at the left side of press strip plate exit, with press strip plate exit distance be 2 millimeters, cantilever tip with pull out bar bar (78) fulcrum for being slidingly matched, be welded with block on the support, block is positioned at the inboard of pulling out bar bar (78), the below is provided with extension spring, pulling out bar bar (78) right side leans against on the block, clamp bar folder folder mouth vertically is positioned at the centre of pulling out bar bar (78) and panel seat (76), the right-hand lever (125) that is provided with of panel seat (76), lever (125) is " 7 " font, shoe length is 1/5 of total circular arc panel length, and the right-hand member of cambered plate is welded in " 7 " font lever (125) lower end, and cambered plate is positioned at the right side of press strip plate exit, " 7 " font lever (125) fulcrum is slidingly fitted on support (13) lower face by screw mandrel, the fulcrum left front is provided with block, and 3 centimetres of slide rails are stretched out in the lever front, and bar portion is provided with extension spring and is connected with support (13), the front is stretched out lever and is leaned against on the block, on the right side of support (13), " 7 " font lever (72) is slidingly matched by screw mandrel and is fixed on plate face top, and the left end of lever (72) " 7 " font bar is welded with " n " shape bar, inwall cooperates with " 7 " the font bar that falls on lever (73) top, fit clearance is 5 millimeters, lever (72) fulcrum below is provided with block, is positioned at the dead ahead of lever (72), and lever (72) is provided with the below that extension spring is positioned at block, be connected with plate face extension spring ring, the below of lever (72) leans against on the block, and lever (72) bottom bar is listed in the back of lever (79) top bar plate face, lever (79) by screw mandrel be slidingly matched be fixed on the plate face under, fulcrum is vertical with lever (72) fulcrum, the dead ahead, upper end of lever (79) fulcrum is provided with block, and lever (79) upper end leans against on the block, and the dead ahead of touching lever (88) upper end is gone up in lever (72) lower end perpendicular to slide block (93).
6. according to claim 1, fully automatic equipment for preparing fried dough twist is characterized in that: the fried automatically big oil cauldron of fried dough twist: by shelf (38), temperature controller (40), lead (39), backplate (37), oil cauldron (34), electric hot plate (83), heat-insulation layer (84), support (36), holding tray (35), ingoing silver plate (41), go out batten (33), two ingoing silver wheels (24), promote net (81), two shaping wheels (32), extension spring (82), hyperbolic axle (87), axle (86), (85), sprocket wheel (25), (26), (27), (28), (29), (30), chain, chain guard (54), (31), axle bed, extension spring " recessed " wheel compositions such as (80).Shelf (38) is welded by angle steel, on the branch, in, following three layers, shelf is rectangle, the lower floor left side is fixed with temperature controller (40), the middle level is that the framework oil cauldron of oil cauldron (34) pot body is welded into down " eight " font cuboid by stainless steel, be fixed in the framework by screw mandrel, the oil cauldron bottom surface is lined with electric hot plate (83), heat-insulation layer (84) is arranged in the interlayer of oil cauldron and framework, the framework outer wall is wrapped with iron sheet, iron sheet is fixed on the framework by screw mandrel, temperature controller (40) the right output is connected by lead (39) and electric hot plate (83) electrode, framework front, middle level is provided with the electric hot plate import, cooperate by backplate (37), backplate (37) is fixed on the outer iron sheet by screw mandrel, the shelf upper strata is fixed with hyperbolic axle (87) by axle bed from left to right, axle (86), (85), axle and axle bed are for being slidingly matched, " 7 " font circle ring rack is fixed on the shelf upper strata by screw mandrel, be positioned at axle (86), (85) centre of axle bed, jackshaft (86) front output is fixed with sprocket wheel (26), (27), left side hyperbolic axle (87) front output is fixed with sprocket wheel (28), (29), the back output is fixed with " recessed " wheel (80), axle (87) middle double crank is positioned at the inboard of oil cauldron side plate, two ingoing silver wheels (24), be welded in the inboard of double-crank respectively, right axis (85) front output is fixed with sprocket wheel (25), two shaping wheels (32) are welded in respectively on the trisection point of axle (85) oil cauldron inner shafts, sprocket wheel is connected by chain, sprocket wheel (25) chain linking wheel (27), sprocket wheel (26) chain linking wheel (28), sprocket wheel (29) chain linking wheel (30), promote net (81) in the oil cauldron, roughly be " U " shape, the bottom surface be shaped form and above the bottom of a pan distance be 4 centimetres, the double-crank of left end and hyperbolic axle (87) is connected to and is slidingly matched, right-hand member and cradling piece, connect through " U " shape bar, for activity cooperates, the centre is connected on the axle (86) by spring (82), with axle (86) for being slidingly matched, left side ingoing silver plate (41), the lower end is " trident " shape, be " slideway " shape above, the top of top side plate is welded with " 7 " font and pulls out bar bar (19), be positioned at the side of handing over the bar former, the centre is welded with fixed head, be fixed on the shelf upper strata by screw mandrel, the below that two ingoing silver wheels (24) are tiltedly stretched in lower end " trident " contacts with the oil cauldron bottom surface, go out batten (33) and be positioned at the oil cauldron right-hand member, left end contacts with the oil cauldron bottom surface for the below that " trident " shape is tiltedly stretched in shaping wheel (32), right-hand member is that cambered surface " slideway " puts in the holding tray (35), cambered surface " slideway " is fixing on the top of the shelf by screw mandrel, holding tray (35) is weldingly fixed on the shelf right-hand member with support (36), is placed with the inclined-plane net in the dish.
7. according to claim 1, fully automatic equipment for preparing fried dough twist is characterized in that: pick device, by double bracket (20), " trident " bar (21), support (23), slip ring lever (22), extension spring, formations such as ball: double bracket (20) is fixed on the left end of oil cauldron by screw mandrel, double bracket (20) top is welded with slip pipe, " trident " bar (21) left end is arranged in slip pipe, with slip pipe for being slidingly matched, right-hand member is positioned at the slip ring of slip ring lever (22), be positioned at the lower end of slip ring, " trident " bar of left end is positioned at the both sides of pulling out bar bar (19), slip ring lever (22) lower end is fixed with ball, the fulcrum of slip ring lever (22) is positioned at 1/3 place of lever, fulcrum is fixing by support (23), with support (23) for being slidingly matched, support (23) is fixed on the framework of shelf (38) upper strata by screw mandrel, is positioned at the left of hyperbolic axle (87) axle bed, slip ring lever (22) fulcrum top is connected with double bracket (20) by extension spring, and slip ring lever (22) lower end ball is contacted with on the outer wall of " recessed " wheel (80).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97122071A CN1187938A (en) | 1997-12-22 | 1997-12-22 | Fully automatic equipment for preparing fried dough twist |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97122071A CN1187938A (en) | 1997-12-22 | 1997-12-22 | Fully automatic equipment for preparing fried dough twist |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1187938A true CN1187938A (en) | 1998-07-22 |
Family
ID=5176661
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN97122071A Pending CN1187938A (en) | 1997-12-22 | 1997-12-22 | Fully automatic equipment for preparing fried dough twist |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1187938A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101433243B (en) * | 2007-11-13 | 2010-12-08 | 方福德 | Full-automatic machine for rubbing fried dough twist |
| CN111919866A (en) * | 2020-07-06 | 2020-11-13 | 姚淑贞 | Rotary forming and cutting device for making fried dough twists |
-
1997
- 1997-12-22 CN CN97122071A patent/CN1187938A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101433243B (en) * | 2007-11-13 | 2010-12-08 | 方福德 | Full-automatic machine for rubbing fried dough twist |
| CN111919866A (en) * | 2020-07-06 | 2020-11-13 | 姚淑贞 | Rotary forming and cutting device for making fried dough twists |
| CN111919866B (en) * | 2020-07-06 | 2022-09-20 | 安徽汉韵生物科技有限公司 | Rotary forming and cutting device for making fried dough twists |
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