CN206525445U - Full-automatic heavy oil bread forming production line - Google Patents
Full-automatic heavy oil bread forming production line Download PDFInfo
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- CN206525445U CN206525445U CN201720093743.7U CN201720093743U CN206525445U CN 206525445 U CN206525445 U CN 206525445U CN 201720093743 U CN201720093743 U CN 201720093743U CN 206525445 U CN206525445 U CN 206525445U
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- conveyer belt
- machine
- musculus cutaneus
- frame
- grinding machines
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 28
- 235000008429 bread Nutrition 0.000 title claims abstract description 17
- 239000000295 fuel oil Substances 0.000 title claims abstract description 16
- 238000000227 grinding Methods 0.000 claims abstract description 63
- 238000007493 shaping process Methods 0.000 claims abstract description 45
- 239000003921 oil Substances 0.000 claims abstract description 38
- 238000003892 spreading Methods 0.000 claims description 40
- 239000000843 powder Substances 0.000 claims description 33
- 238000005520 cutting process Methods 0.000 claims description 15
- 238000006073 displacement reaction Methods 0.000 claims description 12
- 230000005540 biological transmission Effects 0.000 claims description 11
- 238000010410 dusting Methods 0.000 claims description 11
- 239000003208 petroleum Substances 0.000 claims description 10
- 235000012054 meals Nutrition 0.000 claims description 8
- 210000003491 Skin Anatomy 0.000 claims description 7
- 230000001360 synchronised Effects 0.000 claims description 7
- 230000001939 inductive effect Effects 0.000 claims description 6
- 238000009434 installation Methods 0.000 claims description 6
- 230000015572 biosynthetic process Effects 0.000 claims description 5
- 238000005755 formation reaction Methods 0.000 claims description 5
- 238000007599 discharging Methods 0.000 claims description 4
- 238000005096 rolling process Methods 0.000 claims description 4
- 230000005611 electricity Effects 0.000 claims description 2
- 238000010923 batch production Methods 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 12
- 239000000463 material Substances 0.000 description 6
- 235000013312 flour Nutrition 0.000 description 5
- 238000000034 method Methods 0.000 description 3
- 235000014121 butter Nutrition 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 235000013305 food Nutrition 0.000 description 2
- 210000000887 Face Anatomy 0.000 description 1
- 210000003128 Head Anatomy 0.000 description 1
- 240000005158 Phaseolus vulgaris Species 0.000 description 1
- 235000010627 Phaseolus vulgaris Nutrition 0.000 description 1
- 240000003670 Sesamum indicum Species 0.000 description 1
- 235000003434 Sesamum indicum Nutrition 0.000 description 1
- 240000006365 Vitis vinifera Species 0.000 description 1
- 235000014787 Vitis vinifera Nutrition 0.000 description 1
- 230000000875 corresponding Effects 0.000 description 1
- 239000006071 cream Substances 0.000 description 1
- 238000002224 dissection Methods 0.000 description 1
- 238000001125 extrusion Methods 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 230000001681 protective Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 230000001629 suppression Effects 0.000 description 1
Abstract
The utility model discloses full-automatic heavy oil bread forming production line, its input shaper machine for including sequentially connecting by transition belt, dough batch, one grinding machine, two road grinding machines, three road grinding machines, four road grinding machines, one folding machine, five road grinding machines, six road grinding machines, two road folding machines, seven road grinding machines, eight road grinding machines, nine road grinding machines, output shaping machine set and musculus cutaneus shunt machine, and the output end of musculus cutaneus shunting machine is also sequentially provided with volume face machine, Qie Tai and dishing distributor；The pan feeding side of input shaper machine, which is provided with feeding conveyer belt, the transition conveyer belt between two road grinding machines and three road grinding machines, is sequentially provided with oil outlet and turn-over mechanism, and the feed end of oil outlet is connected to crowded oil machine；Export and spreader and musculus cutaneus banding machine are sequentially provided with the transition conveyer belt between shaping machine set and musculus cutaneus shunting machine；The utility model greatly reduces hand labor by force, is effectively improved production efficiency, realizes batch production.
Description
Technical field
The utility model is related to food processing equipment field, especially full-automatic heavy oil bread forming production line.
Background technology
In food production, all it is to carry out production in enormous quantities packaging generally for single product, is flowed for making
The better simply production technology of journey, can be by the way of the making of artificial flow, but for complex in order to cost-effective
Production process, it is unpractical to depend artificial progress alone, it will produce great amount of cost budget and longer production cycle.
In bread production process, it is necessary to it is carried out shaping, make dough, oil, musculus cutaneus turn-over, dough cover slitting, musculus cutaneus
The a series of operations such as shunting conveying, musculus cutaneus volume bar, stripping and slicing, balance, manually need substantial amounts of manpower and time, work is strong entirely
Degree is big, and low production efficiency, quality is unstable, and quality cannot be guaranteed.
The content of the invention
The purpose of this utility model is to provide that a kind of hand labor intensity is low, the efficient full-automatic heavy oil bread of production into
Type streamline.
To achieve these goals, the utility model uses following technical scheme：
Full-automatic heavy oil bread forming production line, it includes passing through the input shaper machine that transition conveyer belt sequentially connects, beaten
Face machine, one grinding machine, two road grinding machines, three road grinding machines, four road grinding machines, one folding machine, five road grinding machines, six roads are rolled
Face machine, two road folding machines, seven road grinding machines, eight road grinding machines, nine road grinding machines, output shaping machine set and musculus cutaneus shunting machine, institute
The output end for stating musculus cutaneus shunting machine is also sequentially provided with volume face machine, Qie Tai and dishing distributor；
The pan feeding side of the input shaper machine is provided with feeding conveyer belt, between two road grinding machine and three road grinding machines
Oil outlet and turn-over mechanism are sequentially provided with transition conveyer belt, the feed end of oil outlet is connected to crowded oil machine；
The output shaping machine set sequentially includes ten road grinding machines and output Shaping machine；
The input shaper machine and output Shaping machine include being rotatably connected to shaping roller in shaping frame, shaping frame
With lower shaping roller, the gap that musculus cutaneus is passed through is formed between upper shaping roller and lower shaping roller, the lower shaping roller is set respectively at two ends
There is the limiting plate for being in gap two ends；
The dough batch includes dough batch frame, along the flow direction of musculus cutaneus sequentially provided with the of more than one group on dough batch frame
One pressure surface roller group and one group of second pressure surface roller group, the first pressure surface roller group include six faces of two synchronous rotaries in opposite direction
Arcwall face is provided with roller, six face rollers between two adjacent planes；The second pressure surface roller group is same in opposite direction including two
Walk the round roller of rotation；
The crowded oil machine includes squeezing oil pocket, and the oil-out for squeezing oil pocket is connected to oil outlet, the crowded oil pocket by petroleum pipeline
Interior be provided with squeezes oily twin-screw, and the crowded oil pocket is provided with supplies into the force feed of petroleum pipeline vertically on one end of petroleum pipeline
Twin-screw；
The turn-over mechanism includes two inclined-plane conveyer belts being obliquely installed, and two inclined-plane conveyer belts are sequentially disposed on
The both sides of transition conveyer belt between two road grinding machines and three road grinding machines, two inclined-plane conveyer belts are respectively equipped with opposite both sides
Cambered surface turn-over plate for being oriented to turn-over skin, during two inclined-plane conveyer belts conveying musculus cutaneus both sides, cambered surface turn-over plate is by musculus cutaneus both sides
Inside turn-over folds layer structure；
One of folding machine and two road folding machines include folding frame and swing span, and the top of swing span rotates connection
On folding frame, swing span is driven by oscillating motor and swung；The swing span is provided with two row's guide rollers, two row's guide rollers
The feeding mouth of musculus cutaneus is formed on top, and the discharging opening of musculus cutaneus is formed on the bottom of two row's guide rollers；The output shaping machine set and musculus cutaneus
Spreader and musculus cutaneus banding machine are sequentially provided with transition conveyer belt between shunting machine；
The spreader includes spreading frame, and spreading frame is provided with spreading conveyer belt, spreading frame and defeated in spreading
The top with input is sent to be provided with spreading bucket, the top of spreading bucket is charging aperture, and the bottom of spreading bucket is spreading mouthful；Spreading frame
At least one nip rolls above and in the top of spreading conveyer belt output end is provided with, the nip rolls is driven by spreading motor to be rotated, institute
The periphery for stating nip rolls is provided with the flexible board of multiple circumferentially spaced settings, and each flexible board is along the axial direction of nip rolls
Set；
The musculus cutaneus banding machine includes support, and support, which is provided with support bar, the support bar to rotate, is socketed with least one pendulum
Chopper is rotatably connected on arm, the free end of swing arm；
The musculus cutaneus shunting machine includes shunting platform, and the two ends of shunting platform are rotatably connected to rotating bar respectively, and one of them turns
Lever is driven by shunting motor to be rotated；In two rotating bars spaced pulley groove, the band of two rotating bars are equipped with along its axial direction
Conveyer belt group more than two is arranged with race, and conveyer belt group is issued for shunting along musculus cutaneus conveying direction in divergent shape
Convey musculus cutaneus；
Volume face machine includes volume face conveyer belt, and the top of volume face conveyer belt, which is set up, runner frame, is provided with below runner frame
Several reels of axis and volume face conveying tape feeding direction formation angle, reel is by rolling up face motor-driven rotation for from face
Musculus cutaneus is tiltedly laterally rolled into round strip by skin；
It is described to cut platform including tangent plane conveyer belt, the cutting knife being located above tangent plane conveyer belt and connection and drive cutting knife to do
Under reciprocating tangent plane motor；The musculus cutaneus for being rolled into strip through volume face machine is cut into the musculus cutaneus of bulk by cutting knife after cutting platform；
Above-mentioned block musculus cutaneus is discharged into baking tray by the dishing distributor automatically.
The input of the feeding conveyer belt is provided with oodle maker, and dough is pressed into the musculus cutaneus of sheet by the oodle maker.
Being set up in the top of at least one transition conveyer belt has dusting mechanism, and the dusting mechanism includes support frame, support
Frame is provided with loose powder storehouse, and the bottom in loose powder storehouse is provided with meal outlet, and the meal outlet is provided with the loose powder that rotation is driven by dusting motor
Roller, the periphery of loose powder roller is provided with multiple spaced grooves, and each groove is along the axially arranged of loose powder roller；It is described go out powder
The side wall of mouth is provided with along the axially arranged hairbrush of loose powder roller；The top in the loose powder storehouse is provided with axially arranged along loose powder roller
Two dividing plates are slidably connected on slide bar, slide bar.
Axial spacing between two six face rollers is adjustable, and slide is connected in the two axial ends of one of them six face roller,
Slide is slidably connected on the horizontal concrete chute of dough batch frame and drives slide to be moved on horizontal concrete chute by governor motion, the regulation
Mechanism includes passing through one end of bevel gear pair and two drive screws respectively in a rotating shaft and two drive screws, the rotating shaft
Drive connection, the other end of two drive screws is connected with the screwed hole on two slides respectively.
The dishing distributor includes dishing distributor frame, the first conveying mechanism for conveying baking tray, for conveying block musculus cutaneus
Second conveyor structure and the controller electrically connected respectively with the first conveying mechanism and second conveyor structure, first conveying mechanism
It is used to drive what the first transmission belt was rotated including the first conveyer belt located at dishing distributor frame upper end and below first conveyer belt
First driving motor, the first conveyer belt input has the upper disc mechanism for transmitting baking tray, the second conveyor
Structure output end is crossed on above the output end of first conveyer belt, and the second conveyor structure includes the second conveyer belt, level and slided
The balladeur train of the second conveyer belt output end is arranged on, first conveyer belt output end top is crossed on and translated provided with slide rail for balladeur train
Support frame, drive carriage move horizontally translation motor, be used on dishing distributor frame driving the second conveyer belt to rotate the
Two live-rollers and coordinate with balladeur train the telescoping mechanism for driving the second conveyer belt to be stretched along conveying direction on dishing distributor frame,
Second conveyer belt is bypassed via balladeur train upper surface, and is wrapped successively with the telescoping mechanism below balladeur train, the second live-roller, when
When balladeur train moves to slide rail setting position by translation motor driving, translation motor break-off, and pull second by telescoping mechanism
The block musculus cutaneus that conveyer belt makes balladeur train be drawn back into initial position, the second conveyer belt output end falls into roasting in first conveyer belt
In disk.
The telescoping mechanism includes three fixed guide axles, two slide-and-guides below the second conveyer belt transmission face
Axle and it is used for the guide groove that slides vertically of slide-and-guide axle on dishing distributor frame and is glided for driving on slide-and-guide axle
Dynamic driver, the driver is electrically connected with the controller, and the fixed guide is located in guide groove and the conveying of the second conveyer belt
Between end face, described two slide-and-guide axles are arranged in guide groove parallel, and are synchronized and slided up and down by driver driving.
The upper disc mechanism includes threeth conveyer belt of a pair of opposing in first conveyer belt input both sides, described the
Three conveyer belts drive by motor and rotated, the supporting plate on the 3rd conveyer belt equidistantly provided with support baking tray, described
Supporting plate support of the baking tray side on one of them the 3rd conveyer belt, supporting plate of the opposite side on another the 3rd conveyer belt
Support, and synchronously driving progress moves down transmission by motor, first conveying mechanism is provided with baking tray induction installation, institute
Baking tray induction installation is stated to be electrically connected with the controller.
The sliding shoe for being provided with and being fixedly connected with driver is slided on the guide groove, described two slide-and-guide axles are solid
It is scheduled on sliding shoe, drives slide-and-guide axle to be slided up and down by driver driving sliding shoe.
Equidistantly being provided with the first conveyer belt prevents baking tray with respect to the plate washer of first conveyer belt displacement.
The streamline also includes note and falls into machine, and the swallow that goes out that note falls into machine is located above the conveyer belt of volume face and positioned at the defeated of reel
Enter end, and it is identical with the quantity that musculus cutaneus is cut into strip musculus cutaneus by musculus cutaneus banding machine to go out the quantity of swallow.
The utility model uses above technical scheme, realizes the musculus cutaneus shaping of automation, makes dough, oils, musculus cutaneus turn-over, cutting
The a series of operations such as musculus cutaneus slitting, musculus cutaneus shunting conveying, musculus cutaneus volume bar, stripping and slicing, balance, greatly reduce hand labor by force,
Production efficiency is effectively improved, batch production is realized.In addition, one of folding machine and two road folding machines are respectively provided at two turnings
Place so that whole piece streamline is in roundabout Zigzag type, structure is compacter.
Brief description of the drawings
The utility model is further elaborated with reference to the accompanying drawings and detailed description：
Fig. 1 is the overall top view of the utility model；
Fig. 2 is the schematic diagram of input shaper machine；
Fig. 3 is the schematic diagram of dough batch；
Fig. 4 is the schematic diagram of governor motion；
Fig. 5 is the schematic diagram for squeezing oil machine
Fig. 6 is the schematic diagram of turn-over mechanism；
Fig. 7 is the top view that turn-over mechanism carries out turn-over turn-over；
Fig. 8 is the schematic diagram of one of folding machine；
Fig. 9 is the schematic diagram of spreader；
Figure 10 is the schematic diagram of musculus cutaneus banding machine；
Figure 11 is the schematic diagram that musculus cutaneus shunts machine；
Figure 12 is the schematic diagram of volume face machine；
Figure 13 is the schematic diagram for cutting platform；
Figure 14 is the stereogram of loose powder mechanism；
Figure 15 is the upward view of loose powder mechanism；
Figure 16 is the front view of dishing distributor；
Figure 17 is the top view of dishing distributor；
Figure 18 is structural representation when dishing distributor removes the second conveyer belt；
Figure 19 is the enlarged diagram at A in Figure 18；
Figure 20 is that dishing distributor removes the structural representation after second conveyor structure.
Embodiment
Shown in one of Fig. 1-2 0, input shaper machine 2 that the utility model includes sequentially connecting by transition conveyer belt 4, beat
Face machine 3, one grinding machine 5, two road grinding machines 6, three road grinding machines 7, four road grinding machines 8, one folding machine 9, five road grinding machines
10th, six road grinding machines 11, two road folding machines 12, seven road grinding machines 13, eight road grinding machines 14, nine road grinding machines 15, output shaping
Unit 16 and musculus cutaneus shunting machine 17, the output end of musculus cutaneus shunting machine 17 are also sequentially provided with volume face machine 18, cut platform 19 and dishing distributor 28；
The pan feeding side of input shaper machine 2 is provided with feeding conveyer belt 20, the mistake between two road grinding machines 6 and three road grinding machines 7
Cross and oil outlet 21 and turn-over mechanism 22 are sequentially provided with conveyer belt, the feed end of oil outlet 21 is connected to crowded oil machine 23；
The input of feeding conveyer belt 20 is provided with oodle maker 1, and dough is pressed into the musculus cutaneus of sheet by the oodle maker 1.
Exporting shaping machine set 16 sequentially includes ten road grinding machines and output Shaping machine；
Input shaper machine 2 includes being rotatably connected to shaping roller 22 and lower shaping roller in shaping frame 21, shaping frame 21
23, the gap that musculus cutaneus is passed through is formed between upper shaping roller 22 and lower shaping roller 23, lower shaping roller 23 is respectively equipped with two ends to be in
The limiting plate 24 at gap two ends；The structure of output Shaping machine is identical with input shaper machine 2, does not do repeated description.
Dough batch 3 is included on dough batch frame 31, dough batch frame 31 along the flow direction of musculus cutaneus sequentially provided with more than one group
First pressure surface roller group and one group of second pressure surface roller group, the first pressure surface roller group include six face rollers of two synchronous rotaries in opposite direction
32, arcwall face is provided with six face rollers 32 between two adjacent planes；Second pressure surface roller group includes two in opposite direction synchronously
The round roller 33 of rotation；Axial spacing between two six face rollers 32 is adjustable, connects respectively in the two axial ends of one of them six face roller 32
Slide 34 is connected to, slide 34 is slidably connected on the horizontal concrete chute of dough batch frame 31 and drives slide 34 in horizontal stroke by governor motion 35
Moved on to chute, the governor motion 35 is included in a rotating shaft 351 and two drive screws 352, rotating shaft 351 respectively by cone
One end of gear pair 353 and two drive screws 352 is connected, the other ends of two drive screws 352 respectively with two slides
Screwed hole drive connection on 34.By the rotating shaft 351 of handle 354, rotating shaft 351 drives two the by bevel gear pair 353
One drive screw 352 is rotated, so as to drive slide 34 to be moved on corresponding chute, is realized between two six face rollers 32 between axial direction
Away from fine setting, to adapt to different production requirements.In addition, the distance between two round rollers 33 can also be adjusted, adjustment knot
Structure is identical with the structure that the spacing of six face roller 32 is adjusted.
Squeezing oil machine 23 includes squeezing oil pocket 231, and the oil-out for squeezing oil pocket 231 is connected to oil outlet 21 by petroleum pipeline 232, squeezes
Provided with oily twin-screw 233 is squeezed in oil pocket 231, squeeze oil pocket 231 and enter vertically provided with supplies on one end of petroleum pipeline 232
The force feed twin-screw 234 of petroleum pipeline 232；
Turn-over mechanism 22 includes two inclined-plane conveyer belts 221 being obliquely installed, and two inclined-plane conveyer belts 221 are sequentially spaced and set
The both sides of transition conveyer belt between the road grinding machines 6 of Zhi bis- and three road grinding machines 7, the opposite both sides of two inclined-plane conveyer belts 221
On be respectively provided with the cambered surface turn-over plate 222 for being oriented to turn-over skin, during two inclined-plane conveyer belts 221 conveying musculus cutaneus both sides, cambered surface
The inside turn-over in musculus cutaneus both sides is folded layer structure by turn-over plate 222；When musculus cutaneus is delivered at turn-over mechanism 22, wherein an inclined-plane is defeated
Band 221 is sent to dig musculus cutaneus side obliquely, while in the presence of cambered surface turn-over plate 222, the inside turn-over in musculus cutaneus side is folded
It is covered on the middle part of musculus cutaneus, forms double-layer structure；Then, the side musculus cutaneus that turn-over has been folded continues to be fed forward, another
In the presence of one inclined-plane conveyer belt 221 and cambered surface turn-over plate 222, the inside turn-over of musculus cutaneus opposite side is folded in the middle part of musculus cutaneus
Musculus cutaneus side on, formed three-decker.
One of folding machine 9 includes folding frame 91 and swing span 92, and the top of swing span 92 is rotatably connected on folding frame
On 91, swing span 92 is driven by oscillating motor and swung；Swing span 92 is provided with two row's guide rollers 93, the top of two row's guide rollers 93
The feeding mouth of musculus cutaneus is formed, the discharging opening of musculus cutaneus is formed on the bottom of two row's guide rollers 93；Banding musculus cutaneus is by two row's guide rollers 93
Feeding mouth is inputted, and from discharging opening output, in musculus cutaneus output procedure, swing span 92 drives musculus cutaneus to swing, so that from going out
The musculus cutaneus that material mouth comes out swings back and forth and then folded and drops on transition conveyer belt 4；Two road folding machines 12 folding machine 9 together with
Structure is identical, does not do repeated description.
Export and be sequentially provided with spreader 24 and musculus cutaneus on the transition conveyer belt between shaping machine set 16 and musculus cutaneus shunting machine 17
Banding machine 25；
Spreader 24 includes spreading frame 241, and spreading frame 241 is provided with spreading conveyer belt 242, spreading frame 241
And spreading bucket 243 is provided with the top of the input of spreading conveyer belt 242, the top of spreading bucket 243 is charging aperture, spreading bucket 243
Bottom be spreading mouthful；At least one nip rolls is provided with spreading frame 241 and in the top of the output end of spreading conveyer belt 242
244, the nip rolls 244 is driven by spreading motor to be rotated, and the periphery of nip rolls 244 circumferentially spaced is set provided with multiple
The flexible board 2441 put, each flexible board 2441 is along the axially arranged of nip rolls 244；Auxiliary material（Such as sesame, raisins）From spreading
Hopper 243 drops on spreading conveyer belt 242, and spreading conveyer belt 242 drives auxiliary material to be sent at nip rolls 244, nip rolls 244
Rotate and carry out auxiliary material to flatten and applied, last auxiliary material departs from from spreading conveyer belt 242 and equably scattered on musculus cutaneus surface
On；
Musculus cutaneus banding machine 25 includes support 251, and support 251 is provided with to rotate on support bar 252, the support bar 252 and is socketed with
Chopper 254 is rotatably connected at least one swing arm 253, the free end of swing arm 253；The musculus cutaneus of banding is transported to chopper
During 254 position, under the dissection of chopper 254, realize that musculus cutaneus is cut；
Musculus cutaneus shunting machine 17 includes shunting platform 171, and the two ends of shunting platform 171 are rotatably connected to rotating bar 172 respectively, wherein
One rotating bar 172 is driven by shunting motor to be rotated；Spaced pulley groove is equipped with along its axial direction in two rotating bars 172,
It is arranged with conveyer belt group 173 more than two on the upper belt-wheel groove of two rotating bar 172, and conveyer belt group 173 is along musculus cutaneus conveying direction
In divergent shape issue for shunting conveying musculus cutaneus；Musculus cutaneus is cut into the quantity of strip musculus cutaneus according to preceding road musculus cutaneus banding machine 25
To install the quantity of conveyer belt group 173 needed for adjusting, and the musculus cutaneus shunting after slitting is sent to using some groups of conveyer belt groups 173
In last volume face machine 18；
Volume face machine 18 includes volume face conveyer belt 181, and the top of volume face conveyer belt 181, which is set up, runner frame 182, runner frame
Several reels 183 of 182 lower sections provided with axis with volume face conveyer belt 181 conveying direction formation angle, reel 183 is by rolling up face electricity
Machine driving rotates that musculus cutaneus laterally tiltedly is rolled into round strip from musculus cutaneus；The quantity of reel 183 will with musculus cutaneus banding machine 25
The quantity that musculus cutaneus cuts into strip musculus cutaneus is identical；
Platform 19 is cut including tangent plane conveyer belt 191, the cutting knife 192 being located above tangent plane conveyer belt 191 and connects and drives
Cutting knife 192 cooks the tangent plane motor pumped；The musculus cutaneus of strip is rolled into after cutting platform 19 through rolling up face machine 18, by cutting knife
192 are cut into the musculus cutaneus of bulk.
Above-mentioned block musculus cutaneus is discharged into baking tray by dishing distributor 28 automatically.
Being set up in the top of at least one transition conveyer belt 4 has dusting mechanism 26, and dusting mechanism 26 includes support frame 261,
Support frame 261 is provided with loose powder storehouse 262, and the bottom in loose powder storehouse 262 is provided with meal outlet, and the meal outlet is provided with and driven by dusting motor
The loose powder roller 263 of dynamic rotation, the periphery of loose powder roller 263 is provided with multiple spaced grooves, and each groove is along loose powder roller
263 it is axially arranged；The side wall of meal outlet is provided with along the axially arranged hairbrush 264 of loose powder roller 263；Loose powder storehouse 262 it is upper
Portion is provided with along the axially arranged slide bar 266 of loose powder roller 263, and two dividing plates 265 are slidably connected on slide bar 266.Flour, which is added, to be dissipated
In powder cabin 262, dusting motor drives loose powder roller 263 to rotate, and flour is filled up in each groove on loose powder roller 263, when loose powder roller 263
On each groove when turning to 264 position of hairbrush respectively, the flour in groove is swept and fallen by hairbrush 264；Said process is realized
Mechanical automation dusting, greatly reduces labor intensity, improves production efficiency, and musculus cutaneus equably can be spread
Powder.In addition, overregulating the relative position of two dividing plates 265, position and the width of loose powder can be adjusted, so that flour is scattered
On effective position, it is to avoid flour is wasted.
Dishing distributor 28 includes dishing distributor frame 281, the first conveying mechanism 282 for conveying baking tray, for conveying block face
The second conveyor structure 283 of skin and the controller electrically connected respectively with the first conveying mechanism 282 and second conveyor structure 283, the
One conveying mechanism 282 is included located at the first conveyer belt 2821 of the upper end of dishing distributor frame 281 and located at the lower section of first conveyer belt 2821
For the first driving motor for driving the first transmission belt to rotate, the input of first conveyer belt 2821 is had for transmitting baking tray
Upper disc mechanism 284, the output end of second conveyor structure 283 is crossed on above the output end of first conveyer belt 2821, second conveyor
Structure 283 includes that the second conveyer belt 2831, level are slidably arranged in the balladeur train 2832 of the second conveyer belt output end, to be crossed on first defeated
Sending above the output end of band 2821 and provided with slide rail 28331 is used for stand 2833, the level of drive carriage 2832 that balladeur train 2832 is translated
Mobile translation motor, it is used on dishing distributor frame 281 and of the second live-roller 2834 that drives the second conveyer belt 2831 to rotate
Coordinate on dishing distributor frame 281 with balladeur train 2832 for driving the second conveyer belt 2831 along the flexible telescopic machine of conveying direction
Structure, the second conveyer belt 2831 is bypassed via the upper surface of balladeur train 2832, and is passed successively with the telescoping mechanism below balladeur train 2832, second
Dynamic roller 2834 is wrapped, when balladeur train 2832 moves to slide rail setting position by translation motor driving, translation motor break-off, and
The conveyer belt of the second conveyer belt 2831 is pulled balladeur train 2832 is drawn back into initial position by telescoping mechanism, the second conveyer belt 2831 is defeated
The block musculus cutaneus gone out on end is fallen into the baking tray in first conveyer belt 2821.
The first displacement is provided with order to improve to slide on the cooperation accuracy of telescoping mechanism and translation motor, slide rail 28331
The first displacement transducer 28332 of correspondence is provided with matched second displacement sensor on sensor 28332, balladeur train 2832
28321, the first displacement transducer 28332 and second displacement sensor 28321 are electrically connected with the controller, by sliding first
Displacement sensor 28332 is fixed in required displacement stroke position, then controls translation motor drive carriage by controller
2832 slide on slide rail 28331, after the signal of 28321 and first displacement transducer of second displacement sensor 28332 is connected, will
It feeds back to controller, and now controller is controllable translation motor break-off, and controls telescoping mechanism to carry out pulling second
Conveyer belt 2831, makes the output end stress of the second conveyer belt 2831 bounce back.
Telescoping mechanism can be used sets three fixed guide axles 2835, two slips below the second conveyer belt transmission face
The axis of guide 2836 and it is used for the guide groove 2837 that slides vertically of slide-and-guide axle 2836 on dishing distributor frame 281 and for driving
The driver that dynamic slide-and-guide axle 2836 is slided up and down, driver is electrically connected with the controller, and fixed guide axle 2835 is located at guiding
Between the conveyer belt 2831 of groove 2837 and second conveying end face, two slide-and-guide axles 2836 are arranged in guide groove 2837 parallel,
And synchronized and slided up and down by driver driving, further, on guide groove 2837 slide to be provided with and is fixedly connected with driver
Sliding shoe 2838, two slide-and-guide axles 2836 are each attached on sliding shoe 2838, and the band of sliding shoe 2838 is driven by driver
Dynamic slide-and-guide axle 2836 is slided up and down, it is preferred that driver can be cylinder or oil cylinder.
Upper disc mechanism 284 includes threeth conveyer belt of a pair of opposing in the input both sides of first conveyer belt 2821
2841, the 3rd conveyer belt 2841 drives by motor and rotated, equidistantly provided with support baking tray on the 3rd conveyer belt 2841
Supporting plate 28411, supporting plate 28411 of the baking tray side on one of them the 3rd conveyer belt 2841 is supported, and opposite side is by another
Supporting plate 28411 on individual 3rd conveyer belt 2841 is supported, and synchronously driving progress moves down transmission by motor, and first is defeated
Mechanism 282 is sent to be provided with baking tray induction installation, baking tray induction installation is electrically connected with the controller, further, first conveyer belt 2821
It can be constituted for the tank chain of a pair of parallel setting, be conveyed, be able to must be output to baking tray is steady by using tank chain
The output end of first conveyer belt 2821, can also be equidistantly provided with first conveyer belt 2821 prevents relative first conveying of baking tray
Plate washer 28211 with displacement, when the transporting velocity of first conveyer belt 2821 is very fast, baking tray can by plate washer 28211 it is spacing without
First conveyer belt 2821 is skidded off, the transmission reliability of baking tray is fully ensured that.
Further, dishing distributor frame 281 is provided with protective cover 2811 positioned at the position of the input of first conveyer belt 2821, by anti-
Shield 2811 avoids operator's body from directly occurring touching with first conveyer belt 2821 and cause production accident, can also be in row
The corner of the lower surface of disk frame 281 is provided with the universal wheel 2812 that auxiliary equipment is moved.
In addition, streamline, which also includes note, falls into machine 27, the swallow that goes out that note falls into machine 27 is located at the top of volume face conveyer belt 181 and is located at
The input of reel 183, and it is identical with the quantity that musculus cutaneus is cut into strip musculus cutaneus by musculus cutaneus banding machine 25 to go out the quantity of swallow.Note
Falling into machine 27 can be by fillings（Sweetened bean paste, cream etc.）It is cast on musculus cutaneus, wherein note falls into the structure of machine 27 and the structure of crowded oil machine 23
It is similar, all by the way of twin-screw extrusion.
Each grinding machine in the utility model is prior art, refers to a kind of multiple roll grinding machine of Chinese patent（Application
Number be 201610785353.6）
The course of work of the present utility model：
Step 1）, oodle maker 1 dough is pressed into the musculus cutaneus of sheet, by manually the musculus cutaneus head and the tail of two panels above sheet are superimposed
Enter afterwards from feeding conveyer belt 20 in input shaper machine 2, in the presence of upper shaping roller 22 and lower shaping roller 23, two panels dough sheet pressure
Into continuous and form the Dough Sheet Strip of one fixed width；
Step 2）, continuous band-shaped dough sheet enter in dough batch 3, after the compacting of at least one set of six face roller 32, then from two
Through final outflow dough batch 3 between individual round roller 33, in said process, after musculus cutaneus is suppressed through six face rollers 32, the thickness meeting of musculus cutaneus
It is more uniform, surface more smooth；
Step 3）, from dough batch 3 come out after musculus cutaneus sequentially by one road grinding machine 6 of grinding machine 5 and two roll pressure after
The musculus cutaneus of certain thinness is formed, oil machine 23 is then squeezed and butter is exported and extruded after being transmitted through petroleum pipeline 232 from oil outlet 21, go out
The butter that oil nozzle 21 is extruded continuously and uniformly is layered on the middle part on musculus cutaneus surface；Then musculus cutaneus is delivered at turn-over mechanism 22, is turned over
Face forms three-decker；
Step 4）, the above-mentioned musculus cutaneus after turn-over again sequentially by three road grinding machines 7 and four road grinding machines 8 roll pressure after shape
Into the musculus cutaneus of certain thinness；Then above-mentioned musculus cutaneus enters in one of folding machine 9, and the musculus cutaneus after coming out, which is folded, to drop in transition conveying
Take；
Step 5）, the above-mentioned musculus cutaneus through folding again sequentially by five road grinding machines 10 and six road grinding machines 11 roll pressure after shape
Into the musculus cutaneus of certain thinness；Then above-mentioned musculus cutaneus enters in two road folding machines 12, and the musculus cutaneus folding after coming out is dropped defeated in transition
Send and take；
Step 6）, the above-mentioned musculus cutaneus through folding again sequentially pass through seven road grinding machines 13, eight road grinding machines 14, nine road grinding machines
15 and ten road grinding machine roll formed after pressure it is final needed for thinness musculus cutaneus, then musculus cutaneus enter output Shaping machine carry out it is last
Shaping；
Step 7）, the above-mentioned musculus cutaneus after last shaping conveying toward musculus cutaneus shunting machine 17 during, spreader 24 general
Auxiliary material is equably scattered on musculus cutaneus surface, and the then whole cutting of musculus cutaneus quilt cover skin banding machine 25 forms predetermined quantity and mutually only
Vertical musculus cutaneus；
Step 8）, resected formation each musculus cutaneus musculus cutaneus shunt machine 17 conveying under enter volume face machine 18 in, roll up face machine
Each musculus cutaneus is rolled into round strip by the reel 183 in 18；
Step 9）, circle strip each musculus cutaneus enter and cut in platform 19, be cut into the musculus cutaneus of bulk, then block musculus cutaneus quilt
Send into dishing distributor 28, each block musculus cutaneus is discharged into baking tray by dishing distributor 28 automatically.
In addition, in step 8）In, each musculus cutaneus is before volume face machine 18 is entered, and note falls into machine 27 and fillings is cast in into cleaved formation
Each musculus cutaneus on.
Claims (10)
1. full-automatic heavy oil bread forming production line, it is characterised in that：It includes the input sequentially connected by transition conveyer belt
Trimmer, dough batch, one grinding machine, two road grinding machines, three road grinding machines, four road grinding machines, one folding machine, five roads are made dough
Machine, six road grinding machines, two road folding machines, seven road grinding machines, eight road grinding machines, nine road grinding machines, output shaping machine set and musculus cutaneus
Shunting machine, the output end of the musculus cutaneus shunting machine is also sequentially provided with volume face machine, Qie Tai and dishing distributor；
The pan feeding side of the input shaper machine is provided with feeding conveyer belt, the transition between two road grinding machine and three road grinding machines
Oil outlet and turn-over mechanism are sequentially provided with conveyer belt, the feed end of oil outlet is connected to crowded oil machine；
The output shaping machine set sequentially includes ten road grinding machines and output Shaping machine；
The input shaper machine and output Shaping machine include being rotatably connected to shaping roller in shaping frame, shaping frame with
Shaping roller, forms the gap that musculus cutaneus is passed through between upper shaping roller and lower shaping roller, the lower shaping roller is respectively equipped with place at two ends
Limiting plate at gap two ends；
The dough batch is included on dough batch frame, dough batch frame along the flow direction of musculus cutaneus sequentially provided with the first of more than one group the pressure
Face roller group and one group of second pressure surface roller group, the first pressure surface roller group include six face rollers of two synchronous rotaries in opposite direction,
Arcwall face is provided with six face rollers between two adjacent planes；The second pressure surface roller group includes two rotations synchronous in opposite direction
The round roller turned；
The crowded oil machine includes squeezing oil pocket, and the oil-out of crowded oil pocket is connected in oil outlet, the crowded oil pocket by petroleum pipeline to be set
Have and squeeze oily twin-screw, the crowded oil pocket vertical double spiral shells of force feed for entering petroleum pipeline provided with supplies on one end of petroleum pipeline
Bar；
The turn-over mechanism includes two inclined-plane conveyer belts being obliquely installed, and two inclined-plane conveyer belts are sequentially disposed on two roads
The both sides of transition conveyer belt between grinding machine and three road grinding machines, two inclined-plane conveyer belts are respectively provided with opposite both sides
The cambered surface turn-over plate of turn-over skin is oriented to, during two inclined-plane conveyer belt conveying musculus cutaneus both sides, cambered surface turn-over plate is inside by musculus cutaneus both sides
Turn-over folds layer structure；
One of folding machine and two road folding machines include folding frame and swing span, and the top of swing span is rotatably connected on folding
In folded frame, swing span is driven by oscillating motor and swung；The swing span is provided with two row's guide rollers, the top of two row's guide rollers
The feeding mouth of musculus cutaneus is formed, the discharging opening of musculus cutaneus is formed on the bottom of two row's guide rollers；
Spreader and musculus cutaneus banding machine are sequentially provided with transition conveyer belt between the output shaping machine set and musculus cutaneus shunting machine；
The spreader includes spreading frame, and spreading frame is provided with spreading conveyer belt, spreading frame and in spreading conveyer belt
The top of input is provided with spreading bucket, and the top of spreading bucket is charging aperture, and the bottom of spreading bucket is spreading mouthful；In spreading frame and
At least one nip rolls is provided with the top of spreading conveyer belt output end, the nip rolls is driven by spreading motor to be rotated, the pressure
Expect that the periphery of roller is provided with the flexible board of multiple circumferentially spaced settings, each flexible board is set along the axial direction of nip rolls
Put；
The musculus cutaneus banding machine includes support, and support, which is provided with to rotate on support bar, the support bar, is socketed with least one swing arm, puts
Chopper is rotatably connected on the free end of arm；
The musculus cutaneus shunting machine includes shunting platform, and the two ends of shunting platform are rotatably connected to rotating bar, one of rotating bar respectively
Driven and rotated by shunting motor；In two rotating bars spaced pulley groove, the pulley groove of two rotating bars are equipped with along its axial direction
On be arranged with conveyer belt group more than two, and conveyer belt group is issued in divergent shape along musculus cutaneus conveying direction and conveyed for shunting
Musculus cutaneus；
Volume face machine includes volume face conveyer belt, and the top of volume face conveyer belt, which is set up, runner frame, and axis is provided with below runner frame
With several reels of volume face conveying tape feeding direction formation angle, reel is by rolling up face motor-driven rotation for oblique from musculus cutaneus
Musculus cutaneus is laterally rolled into round strip；
It is described to cut platform including tangent plane conveyer belt, the cutting knife that is located above tangent plane conveyer belt and connection and to drive cutting knife to do past up and down
The tangent plane motor moved again；The musculus cutaneus for being rolled into strip through volume face machine is cut into the musculus cutaneus of bulk by cutting knife after cutting platform；
Above-mentioned block musculus cutaneus is discharged into baking tray by the dishing distributor automatically.
2. full-automatic heavy oil bread forming production line according to claim 1, it is characterised in that：The feeding conveyer belt it is defeated
Enter end and be provided with oodle maker, dough is pressed into the musculus cutaneus of sheet by the oodle maker.
3. full-automatic heavy oil bread forming production line according to claim 1, it is characterised in that：In at least one transition conveying
The top of band, which is set up, dusting mechanism, and the dusting mechanism includes support frame, and support frame is provided with loose powder storehouse, the bottom in loose powder storehouse
Provided with meal outlet, the meal outlet is provided with the loose powder roller that rotation is driven by dusting motor, and the periphery of loose powder roller is provided with multiple
Spaced groove, each groove is along the axially arranged of loose powder roller；The side wall of the meal outlet is provided with along loose powder roll shaft
To the hairbrush of setting；The top in the loose powder storehouse is provided with along the axially arranged slide bar of loose powder roller, and two are slidably connected on slide bar
Dividing plate.
4. full-automatic heavy oil bread forming production line according to claim 1, it is characterised in that：Axle between two six face rollers
It is adjustable to spacing, slide is connected in the two axial ends of one of them six face roller, slide is slidably connected at the horizontal stroke of dough batch frame
Slide is driven to be moved on horizontal concrete chute on to chute and by governor motion, the governor motion includes a rotating shaft and two transmissions
One end in screw rod, the rotating shaft respectively by bevel gear pair and two drive screws is connected, two drive screws it is another
One end is connected with the screwed hole on two slides respectively.
5. full-automatic heavy oil bread forming production line according to claim 1, it is characterised in that：The dishing distributor includes row's disk
Frame, the first conveying mechanism for conveying baking tray, the second conveyor structure for conveying block musculus cutaneus and defeated with first respectively
The controller for sending mechanism and second conveyor structure to electrically connect, first conveying mechanism includes first located at dishing distributor frame upper end
Conveyer belt and the first driving motor for being used for driving the first transmission belt rotation below first conveyer belt, the first conveyer belt
Input has the upper disc mechanism for transmitting baking tray, and the second conveyor structure output end is crossed on the defeated of first conveyer belt
Go out end top, the second conveyor structure include the second conveyer belt, level be slidably arranged in the second conveyer belt output end balladeur train,
Be crossed on above first conveyer belt output end and provided with slide rail be used for that the support frame, drive carriage that balladeur train translates to move horizontally it is flat
Move motor, on dishing distributor frame be used for drive the second conveyer belt rotate the second live-roller and on dishing distributor frame with balladeur train
Coordinate for drive the second conveyer belt along conveying direction stretch telescoping mechanism, second conveyer belt via balladeur train upper surface around
Cross, and wrapped successively with the telescoping mechanism below balladeur train, the second live-roller, set when balladeur train moves to slide rail by translation motor driving
When positioning is put, translation motor break-off, and pull the second conveyer belt balladeur train is drawn back into initial position by telescoping mechanism, the
Block musculus cutaneus in two conveyer belt output ends is fallen into the baking tray in first conveyer belt.
6. full-automatic heavy oil bread forming production line according to claim 5, it is characterised in that：The telescoping mechanism includes setting
Three fixed guide axles, two slide-and-guide axles below the second conveyer belt transmission face and it is used to slide on dishing distributor frame
The guide groove that the axis of guide is slided vertically and the driver for driving slide-and-guide axle to slide up and down, the driver and control
Device is electrically connected, and the fixed guide is located between guide groove and the second conveyer belt conveying end face, described two slide-and-guide axles
It is arranged on parallel in guide groove, and is synchronized and slided up and down by driver driving.
7. full-automatic heavy oil bread forming production line according to claim 5, it is characterised in that：The upper disc mechanism includes one
The 3rd conveyer belt to being oppositely arranged on first conveyer belt input both sides, the 3rd conveyer belt turns by motor driving
It is dynamic, the supporting plate on the 3rd conveyer belt equidistantly provided with support baking tray, the baking tray side is by one of them the 3rd conveying
The supporting plate support taken, supporting plate support of the opposite side on another the 3rd conveyer belt, and synchronously driven by motor
Dynamic progress moves down transmission, and first conveying mechanism is provided with baking tray induction installation, the baking tray induction installation and controller electricity
Connection.
8. full-automatic heavy oil bread forming production line according to claim 5, it is characterised in that：Slide and set on the guide groove
The sliding shoe being fixedly connected with driver is equipped with, described two slide-and-guide axles are each attached on sliding shoe, driven by driver
Sliding shoe drives slide-and-guide axle to be slided up and down.
9. full-automatic heavy oil bread forming production line according to claim 5, it is characterised in that：The first conveyer belt is first-class
Spacing, which is provided with, prevents baking tray with respect to the plate washer of first conveyer belt displacement.
10. full-automatic heavy oil bread forming production line according to claim 1, it is characterised in that：The streamline also includes
Note falls into machine, and the swallow that goes out that note falls into machine is located above the conveyer belt of volume face and positioned at the input of reel, and goes out quantity and the face of swallow
The quantity that musculus cutaneus is cut into strip musculus cutaneus by skin banding machine is identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720093743.7U CN206525445U (en) | 2017-01-22 | 2017-01-22 | Full-automatic heavy oil bread forming production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720093743.7U CN206525445U (en) | 2017-01-22 | 2017-01-22 | Full-automatic heavy oil bread forming production line |
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| Publication Number | Publication Date |
|---|---|
| CN206525445U true CN206525445U (en) | 2017-09-29 |
Family
ID=59920553
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| CN201720093743.7U Active CN206525445U (en) | 2017-01-22 | 2017-01-22 | Full-automatic heavy oil bread forming production line |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106720000A (en) * | 2017-01-22 | 2017-05-31 | 龙海市安得马富机械有限公司 | Full-automatic heavy oil bread forming production line |
| CN111742947A (en) * | 2020-07-20 | 2020-10-09 | 福建省新麦食品有限公司 | High-efficient one holds in palm four crisp automatic production lines of yolk |
| CN111887274A (en) * | 2020-07-31 | 2020-11-06 | 上海四和食品有限公司 | Danish bread production facility |
-
2017
- 2017-01-22 CN CN201720093743.7U patent/CN206525445U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106720000A (en) * | 2017-01-22 | 2017-05-31 | 龙海市安得马富机械有限公司 | Full-automatic heavy oil bread forming production line |
| CN111742947A (en) * | 2020-07-20 | 2020-10-09 | 福建省新麦食品有限公司 | High-efficient one holds in palm four crisp automatic production lines of yolk |
| CN111887274A (en) * | 2020-07-31 | 2020-11-06 | 上海四和食品有限公司 | Danish bread production facility |
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