CN103975971A - Full-automatic multifunctional pancake making machine - Google Patents
Full-automatic multifunctional pancake making machine Download PDFInfo
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- CN103975971A CN103975971A CN201410247911.4A CN201410247911A CN103975971A CN 103975971 A CN103975971 A CN 103975971A CN 201410247911 A CN201410247911 A CN 201410247911A CN 103975971 A CN103975971 A CN 103975971A
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Abstract
The invention belongs to the technical field of food processing equipment and particularly relates to a full-automatic multifunctional pancake making machine. The full-automatic multifunctional pancake making machine comprises a frame body, a heating device, a griddle, a feeding mechanism, a discharging mechanism, a control mechanism, a shoveling mechanism and a stacking mechanism. The full-automatic multifunctional pancake making machine has the advantages of being simple in structure, easy to operate, high in automation degree, small in size, free of pollution and convenient to use.
Description
Technical field
The invention belongs to food processing equipment technical field, be specifically related to a kind of full-automatic multi-functional pancake-baking machine.
Background technology
Existing full-automatic pancake machine, exist bulky, complex operation, fault rate is high, floor space is large, can not iron and put coarse cereals and stone mill thin pancake, function singleness; Intelligent degree is low, and cost is high, and noise is large, complex manufacturing, and telephone-moving needs professional person to charge or needs many people to assist to take time and effort.
Summary of the invention
The present invention, in order to make up the defect of prior art, provides a kind of simple in structure easy to operate, and automaticity is high, and volume is little, pollution-free, full-automatic multi-functional pancake-baking machine easy to use.
The present invention is achieved through the following technical solutions:
A kind of full-automatic multi-functional pancake-baking machine, comprise support body, heater, griddle, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism, described griddle is positioned on support body, support body is formed by steel-pipe welding, its four jiaos are equipped with respectively brake wheel, described heater is positioned at griddle bottom, and be fixed on support body, track is equipped with respectively in described support body both sides, synchronizing wheel is equipped with respectively at track two ends, two synchronizing wheels with one end are fixedly connected with driving shaft by bearing block, mobile motor is equipped with in described support body one end, mobile motor is connected with support body by bearing block, described mobile motor is connected with driving shaft by Timing Belt, between the synchronizing wheel at described track two ends, connect by Timing Belt, described track is made up of angle bar welding, on described support body, cutting agency is housed, cutting agency is connected with the track of support body both sides respectively by slide block, and by the Timing Belt transmission power on track, described cutting agency is positioned at a side of griddle on support body shovel laying mechanism is housed, an other side is equipped with controlling organization, stacking mechanism is equipped with in cutting agency upper end, stacking mechanism coordinates operation with shovel laying mechanism, feed mechanism is equipped with in described support body one side lower end, feed mechanism is connected with the cutting agency on support body with drag chain by drag chain angle bar.
Further, described heater comprises Electromagnetic Heating plate, electromagnetic wire coil, high-temperature ball valve delivery valve, high-temperature ball valve inlet valve, oil inlet pipe and oil return pipe, Electromagnetic Heating plate is positioned on the support body of griddle downside, Electromagnetic Heating plate is connected with electromagnetic wire coil, electromagnetic wire coil is spirally coiled in griddle, realize Electromagnetic Heating, in described griddle, be provided with spiral oil duct, on the support body of griddle bottom, high-temperature ball valve delivery valve and high-temperature ball valve inlet valve are housed, high-temperature ball valve delivery valve is connected with griddle with oil inlet pipe and flowline by four-way respectively with high-temperature ball valve inlet valve, oil inlet pipe is connected to the centre of spiral oil duct, the outermost oil duct of flowline and spiral oil duct is connected, high-temperature ball valve delivery valve is connected with boiler with high-temperature ball valve inlet valve, realize heat conducting oil type heat supply.
Further, described feed mechanism comprises taking out to be stuck with paste motor, take out magma pump, takes out and stick with paste pipe and enter to stick with paste pipe, take out stick with paste motor install with support body on, take out and stick with paste motor and take out magma pump and be connected, take out on magma pump, to be equipped with to take out and stick with paste pipe and enter to stick with paste pipe, enter to stick with paste pipe and be connected with cutting agency through drag chain by drag chain angle bar.
Further, described cutting agency comprises traversing carriage, slide block, cylinder and paste groove, traversing carriage two side bottoms are equipped with respectively slide block, cylinder is equipped with respectively in slide block both sides, cylinder is connected with the paste groove on traversing carriage, on the traversing carriage of paste groove downside, be equipped with and scrape paste positioning inductor, scrape the center line of sticking with paste positioning inductor and stick with paste groove on same vertical plane, slide block is connected to the guide rail of support body both sides, and drive and advance by Timing Belt and mobile motor, slide block is equipped with mobile limit induction device near one end of controlling organization, stick with paste centre in groove and have the paste hole corresponding with griddle, stick with paste in groove paste containing tank is housed, on paste containing tank, by screw connector, paste pipe is housed out, going out to stick with paste pipe both sides is connected with small slide block respectively, paste containing tank is connected with the paste guide rail of scraping of sticking with paste groove both sides by the small slide block that goes out to stick with paste pipe both sides, go out to stick with paste pipe and enter to stick with paste pipe and connect, enter to stick with paste and on pipe, have some holes that go out to stick with paste, stick with paste groove bilateral symmetry little synchronizing wheel is housed, little Timing Belt is housed between little synchronizing wheel, little synchronizing wheel is stuck with paste drive motors driving by sticking with paste scraping of groove one side, go out to stick with paste drive link is housed on pipe, drive link two ends by gear with go out stick with paste pipe be connected, gear is connected with screw connector, drive link by scrape stick with paste cylinder with scrape paste plate be connected, scrape paste plate and lay respectively at paste containing tank both sides.
Further, described shovel laying mechanism is positioned at the side of cutting agency near griddle, shovel laying mechanism comprises scoop motor, scoop driving shaft, bearing block, scoop and thin pancake inductor, scoop is connected with cutting agency with scoop driving shaft by bearing block, on the bearing block of scoop driving shaft one side, scoop motor is housed, scoop motor is connected with scoop driving shaft, scoop motor one side is equipped with water injector, described scoop is by L-type support arm, shovel head and strut welding are made, between two L-type support arms, two ends are welded with respectively shovel head, shovel head is made up of steel bar, shovel head becomes skewed being soldered between two L-type support arms, between two shovel heads, be longitudinally welded with many struts.
Further, described stacking mechanism is positioned at cutting agency upper end, and stacking mechanism is made up of scoop limit induction device and stacking platform, and stacking platform is equipped with scoop limit induction device near the position of scoop, and stacking platform is connected with traversing carriage.
Further, described controlling organization is positioned at cutting agency end, and controlling organization comprises switch board, and control panel is housed on switch board, switch board is PLC controller, and its heater, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism manipulate by PLC controller.
The invention has the beneficial effects as follows: a kind of full-automatic multi-functional pancake-baking machine of the present invention is simple in structure easy to operate, and automaticity is high, and volume is little, pollution-free, easy to use, failure rate is low.
Brief description of the drawings
Below in conjunction with accompanying drawing, the present invention is further illustrated.
Accompanying drawing 1 is structural representation of the present invention;
Accompanying drawing 2 is griddle internal structure schematic diagram of the present invention;
Accompanying drawing 3 is stuck with paste the structural representation of groove for the present invention;
The structural representation that accompanying drawing 4 is scoop of the present invention;
In figure, 1 support body, 2 griddles, 3 angle bar, 4 guide rails, 5 traversing carriages, 6 slide blocks, 7 cylinders, 8 stick with paste groove, 9 screw connectors, 10 scrape paste guide rail, 11 gears, 12 go out to stick with paste pipe, 13 scrape paste plate, 14 scrape paste cylinder, 15 scrape paste drive motors, 16 drive link, 17 bearing blocks, 18 Electromagnetic Heating plates, 19 little synchronizing wheels, 20 little Timing Belts, 21 driving shafts, 22 take out paste pipe, 23 Timing Belts, 24 mobile motors, 25 scoop motors, 26 scoop driving shafts, 27 scoops, 28 synchronizing wheels, 29 switch boards, 30 small slide blocks, 31 high-temperature ball valve delivery valves, 32 take out paste motor, 33 take out magma pump, 34 water injectors, 35 drag chains, 36 drag chain angle bar, 37 control panels, 38 move limit induction device, 39 scrape paste positioning inductor, 40 scoop limit induction devices, 41 thin pancake inductors, 42 high-temperature ball valve inlet valves, 43 oil inlet pipes, 44 oil return pipes, 45 stacking platforms, 46 electromagnetic wire coils, 47 enter to stick with paste pipe, 48 paste containing tanks, 49 paste holes, 50 four-ways, 51L type support arm, 52 shovel heads, 53 struts, 54 spiral oil ducts, 55 brake wheels.
Detailed description of the invention
Embodiment 1:
Accompanying drawing 1, Fig. 3, Fig. 4 are a kind of specific embodiment of the present invention.A kind of full-automatic multi-functional pancake-baking machine of this invention, comprise support body 1, heater, griddle 2, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism, described griddle 2 is positioned on support body 1, on support body 1, be equidistantly distributed with three griddles 2, support body 1 is formed by steel-pipe welding, its four jiaos are equipped with respectively brake wheel 55, described heater is positioned at griddle 2 bottoms, and be fixed on support body 1, track is equipped with respectively in described support body 1 both sides, synchronizing wheel 28 is equipped with respectively at track two ends, two synchronizing wheels 28 with one end are fixedly connected with driving shaft 21 by bearing block 17, mobile motor 24 is equipped with in described support body 1 one end, mobile motor 24 is connected with support body 1 by bearing block 17, described mobile motor 24 is connected with driving shaft 21 by Timing Belt 23, between the synchronizing wheel 28 at described track two ends, connect by Timing Belt 23, described track is made up of angle bar 3 welding, on described support body 1, cutting agency is housed, cutting agency is connected with the track of support body 1 both sides respectively by slide block 6, and transmit power by the Timing Belt 23 on track, described cutting agency is positioned at a side of griddle 2 on support body 1 shovel laying mechanism is housed, an other side is equipped with controlling organization, stacking mechanism is equipped with in cutting agency upper end, stacking mechanism coordinates operation with shovel laying mechanism, feed mechanism is equipped with in described support body 1 one side lower ends, feed mechanism is connected with the cutting agency on support body 1 with drag chain 35 by drag chain angle bar 36.
Referring to Fig. 1, described heater comprises Electromagnetic Heating plate 18, electromagnetic wire coil 46, and Electromagnetic Heating plate 18 is positioned on the support body 1 of griddle 2 downsides, and Electromagnetic Heating plate 18 is connected with electromagnetic wire coil 46, and electromagnetic wire coil 46 is spirally coiled in griddle 2, realizes Electromagnetic Heating.
Referring to Fig. 1, described feed mechanism comprises taking out to be stuck with paste motor 32, take out magma pump 33, takes out paste pipe 22 and enters to stick with paste pipe 47, take out and stick with paste on motor 32 installations and support body 1, take out and stick with paste motor 32 and take out magma pump 33 and be connected, take out on magma pump 33 and be equipped with and take out paste pipe 22 and enter to stick with paste pipe 47, enter paste pipe 47 and be connected with cutting agency through drag chain 35 by drag chain angle bar 36.
Referring to Fig. 1, Fig. 3, described cutting agency comprises traversing carriage 5, slide block 6, cylinder 7 and paste groove 8, 5 liang of side bottoms of traversing carriage are equipped with respectively slide block 6, cylinder 7 is equipped with respectively in slide block 6 both sides, cylinder 7 is connected with the paste groove 8 on traversing carriage 5, on the traversing carriage 5 of paste groove 8 downsides, be equipped with to scrape and stick with paste positioning inductor 39, scrape the center line of sticking with paste positioning inductor 39 and stick with paste groove 8 on same vertical plane, slide block 6 is connected to the guide rail 4 of support body 1 both sides, and drive and advance by Timing Belt 23 and mobile motor 24, slide block 6 is equipped with mobile limit induction device 38 near one end of controlling organization, stick with paste the interior centre of groove 8 and have the paste hole 49 corresponding with griddle 2, stick with paste in groove 8 paste containing tank 48 is housed, on paste containing tank 48, by screw connector 9, paste pipe 12 is housed out, going out to stick with paste pipe 12 both sides is connected with small slide block 30 respectively, paste containing tank 48 is connected with the paste guide rail 10 of scraping of sticking with paste groove 8 both sides by the small slide block 30 that goes out to stick with paste pipe 12 both sides, go out to stick with paste pipe 12 and enter to stick with paste pipe 47 and connect, enter to stick with paste on pipe 47 and have some holes that go out to stick with paste, stick with paste groove 8 bilateral symmetry little synchronizing wheel 19 is housed, little Timing Belt 20 is housed between little synchronizing wheel 19, little synchronizing wheel 19 drives by the paste drive motors 15 of scraping of sticking with paste groove 8 one sides, go out to stick with paste on pipe 12 drive link 16 is housed, drive link 16 two ends by gear 11 with go out to stick with paste pipe and 12 be connected, gear 11 is connected with screw connector 9, drive link 16 by scrape stick with paste cylinder 14 with scrape paste plate 13 be connected, scrape paste plate 13 and lay respectively at paste containing tank 48 both sides.
Referring to Fig. 1, Fig. 4, described shovel laying mechanism is positioned at the side of cutting agency near griddle 2, shovel laying mechanism comprises scoop motor 25, scoop driving shaft 26, bearing block 17, scoop 27 and thin pancake inductor 41, scoop 27 is connected with cutting agency with scoop driving shaft 26 by bearing block 17, on the bearing block 17 of scoop driving shaft 26 1 sides, scoop motor 25 is housed, scoop motor 25 is connected with scoop driving shaft 26, scoop motor 25 1 sides are equipped with water injector 34, described scoop 27 is by L-type support arm 51, shovel 52 and strut 53 welding are made, 51 of two L-type support arms, two ends are welded with respectively shovel 52, shovel 52 is made up of steel bar, shovel 52 one-tenth skewed being soldered between two L-type support arms 51, between two shovels 52, be longitudinally welded with many struts 53.
Referring to Fig. 1, described stacking mechanism is positioned at cutting agency upper end, and stacking mechanism is made up of scoop limit induction device 40 and stacking platform 45, and stacking platform 45 is equipped with scoop limit induction device 40 near the position of scoop 27, and stacking platform 45 is connected with traversing carriage 5.
Referring to Fig. 1, described controlling organization is positioned at cutting agency end, controlling organization comprises switch board 29, control panel 37 is housed on switch board 29, switch board 29 is PLC controller, and its heater, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism manipulate by PLC controller.
Embodiment 2:
Accompanying drawing 1, Fig. 2, Fig. 3, Fig. 4 are a kind of specific embodiment of the present invention.A kind of full-automatic multi-functional pancake-baking machine of this invention, comprise support body 1, heater, griddle 2, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism, described griddle 2 is positioned on support body 1, on support body 1, be equidistantly distributed with three griddles 2, support body 1 is formed by steel-pipe welding, its four jiaos are equipped with respectively brake wheel 55, described heater is positioned at griddle 2 bottoms, and be fixed on support body 1, track is equipped with respectively in described support body 1 both sides, synchronizing wheel 28 is equipped with respectively at track two ends, two synchronizing wheels 28 with one end are fixedly connected with driving shaft 21 by bearing block 17, mobile motor 24 is equipped with in described support body 1 one end, mobile motor 24 is connected with support body 1 by bearing block 17, described mobile motor 24 is connected with driving shaft 21 by Timing Belt 23, between the synchronizing wheel 28 at described track two ends, connect by Timing Belt 23, described track is made up of angle bar 3 welding, on described support body 1, cutting agency is housed, cutting agency is connected with the track of support body 1 both sides respectively by slide block 6, and transmit power by the Timing Belt 23 on track, described cutting agency is positioned at a side of griddle 2 on support body 1 shovel laying mechanism is housed, an other side is equipped with controlling organization, stacking mechanism is equipped with in cutting agency upper end, stacking mechanism coordinates operation with shovel laying mechanism, feed mechanism is equipped with in described support body 1 one side lower ends, feed mechanism is connected with the cutting agency on support body 1 with drag chain 35 by drag chain angle bar 36.
Referring to Fig. 1, Fig. 2, described heater comprises high-temperature ball valve delivery valve 31, high-temperature ball valve inlet valve 42, oil inlet pipe 43 and oil return pipe 44, in described griddle 2, be provided with spiral oil duct 54, high-temperature ball valve delivery valve 31 and high-temperature ball valve inlet valve 42 are housed on the support body 1 of griddle 2 bottoms, high-temperature ball valve delivery valve 31 is connected with griddle 2 with oil inlet pipe 43 and flowline by four-way 50 respectively with high-temperature ball valve inlet valve 42, oil inlet pipe 43 is connected to the centre of spiral oil duct 54, the outermost oil duct of flowline and spiral oil duct 54 is connected, high-temperature ball valve delivery valve 31 is connected with boiler with high-temperature ball valve inlet valve 42, realize heat conducting oil type heat supply.
Referring to Fig. 1, described feed mechanism comprises taking out to be stuck with paste motor 32, take out magma pump 33, takes out paste pipe 22 and enters to stick with paste pipe 47, take out and stick with paste on motor 32 installations and support body 1, take out and stick with paste motor 32 and take out magma pump 33 and be connected, take out on magma pump 33 and be equipped with and take out paste pipe 22 and enter to stick with paste pipe 47, enter paste pipe 47 and be connected with cutting agency through drag chain 35 by drag chain angle bar 36.
Referring to Fig. 1, Fig. 3, described cutting agency comprises traversing carriage 5, slide block 6, cylinder 7 and paste groove 8, 5 liang of side bottoms of traversing carriage are equipped with respectively slide block 6, cylinder 7 is equipped with respectively in slide block 6 both sides, cylinder 7 is connected with the paste groove 8 on traversing carriage 5, on the traversing carriage 5 of paste groove 8 downsides, be equipped with to scrape and stick with paste positioning inductor 39, scrape the center line of sticking with paste positioning inductor 39 and stick with paste groove 8 on same vertical plane, slide block 6 is connected to the guide rail 4 of support body 1 both sides, and drive and advance by Timing Belt 23 and mobile motor 24, slide block 6 is equipped with mobile limit induction device 38 near one end of controlling organization, stick with paste the interior centre of groove 8 and have the paste hole 49 corresponding with griddle 2, stick with paste in groove 8 paste containing tank 48 is housed, on paste containing tank 48, by screw connector 9, paste pipe 12 is housed out, going out to stick with paste pipe 12 both sides is connected with small slide block 30 respectively, paste containing tank 48 is connected with the paste guide rail 10 of scraping of sticking with paste groove 8 both sides by the small slide block 30 that goes out to stick with paste pipe 12 both sides, go out to stick with paste pipe 12 and enter to stick with paste pipe 47 and connect, enter to stick with paste on pipe 47 and have some holes that go out to stick with paste, stick with paste groove 8 bilateral symmetry little synchronizing wheel 19 is housed, little Timing Belt 20 is housed between little synchronizing wheel 19, little synchronizing wheel 19 drives by the paste drive motors 15 of scraping of sticking with paste groove 8 one sides, go out to stick with paste on pipe 12 drive link 16 is housed, drive link 16 two ends by gear 11 with go out to stick with paste pipe and 12 be connected, gear 11 is connected with screw connector 9, drive link 16 by scrape stick with paste cylinder 14 with scrape paste plate 13 be connected, scrape paste plate 13 and lay respectively at paste containing tank 48 both sides.
Referring to Fig. 1, Fig. 4, described shovel laying mechanism is positioned at the side of cutting agency near griddle 2, shovel laying mechanism comprises scoop motor 25, scoop driving shaft 26, bearing block 17, scoop 27 and thin pancake inductor 41, scoop 27 is connected with cutting agency with scoop driving shaft 26 by bearing block 17, on the bearing block 17 of scoop driving shaft 26 1 sides, scoop motor 25 is housed, scoop motor 25 is connected with scoop driving shaft 26, scoop motor 25 1 sides are equipped with water injector 34, described scoop 27 is by L-type support arm 51, shovel 52 and strut 53 welding are made, 51 of two L-type support arms, two ends are welded with respectively shovel 52, shovel 52 is made up of steel bar, shovel 52 one-tenth skewed being soldered between two L-type support arms 51, between two shovels 52, be longitudinally welded with many struts 53.
Referring to Fig. 1, described stacking mechanism is positioned at cutting agency upper end, and stacking mechanism is made up of scoop limit induction device 40 and stacking platform 45, and stacking platform 45 is equipped with scoop limit induction device 40 near the position of scoop 27, and stacking platform 45 is connected with traversing carriage 5.
Referring to Fig. 1, described controlling organization is positioned at cutting agency end, controlling organization comprises switch board 29, control panel 37 is housed on switch board 29, switch board 29 is PLC controller, and its heater, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism manipulate by PLC controller.
A kind of full-automatic multi-functional pancake-baking machine of the present invention, traversing carriage 5 when use on support body 1 drives driving shaft 21 by mobile motor 24, make synchronizing wheel 28 drive the Timing Belt 23 in guide rail 4 to turn round, make Timing Belt 23 drive traversing carriage 5 to move on support body 1 by guide rail 4, by manipulation control panel 37, making to take out magma pump 33 is evacuated to paste to stick with paste groove 8 by taking out to stick with paste pipe 22 and enter to stick with paste pipe 47, by going out to stick with paste pipe 12, paste is flowed in paste storage tank again, when swabbing, scrape and stick with paste positioning inductor 39 while detecting griddle 2, the cylinder 7 of slide block 6 both sides of traversing carriage 5 lower ends puts down paste groove 8, paste storage tank drives by little synchronizing wheel 19 and little Timing Belt 20, it is advanced on paste groove 8 by scraping paste guide rail 10, while advancing, scrape 14 drives of paste cylinder and scrape scumming, paste in paste storage tank was brushed on paste groove 8, have the paste hole 49 corresponding with griddle 2 because sticking with paste groove 8 positions, middle part, the paste of brushing is stayed on griddle 2 through paste hole 49, completing single brush sticks with paste after action, cylinder 7 lifts, cutting agency continues to advance, shovel laying mechanism is responded to the thin pancake on griddle 2 by thin pancake inductor 41, and drive scoop driving shaft 26 that L-type support arm 51 is turned down by scoop motor 25, drive scoop 27 by advancing of traversing carriage 5, make shovel 52 that the thin pancake on griddle 2 is scooped up and be rolled up, thin pancake is turned over to stacking platform 45, its heater, feed mechanism, cutting agency and shovel laying mechanism are controlled by PLC controller.
The present invention is not limited to above-mentioned embodiment, anyone should learn under enlightenment of the present invention, make there is identical or close technical scheme with the present invention, within all falling into protection scope of the present invention.
Technology, shape, structure part that the present invention does not describe in detail are known technology.
Claims (7)
1. a full-automatic multi-functional pancake-baking machine, it is characterized in that, comprise support body, heater, griddle, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism, described griddle is positioned on support body, described heater is positioned at griddle bottom, and be fixed on support body, track is equipped with respectively in described support body both sides, synchronizing wheel is equipped with respectively at track two ends, two synchronizing wheels with one end are fixedly connected with driving shaft by bearing block, mobile motor is equipped with in described support body one end, mobile motor is connected with support body by bearing block, described mobile motor is connected with driving shaft by Timing Belt, between the synchronizing wheel at described track two ends, connect by Timing Belt, described track is made up of angle bar welding, on described support body, cutting agency is housed, cutting agency is connected with the track of support body both sides respectively by slide block, and by the Timing Belt transmission power on track, described cutting agency is positioned at a side of griddle on support body shovel laying mechanism is housed, an other side is equipped with controlling organization, stacking mechanism is equipped with in cutting agency upper end, stacking mechanism coordinates operation with shovel laying mechanism, feed mechanism is equipped with in described support body one side lower end, feed mechanism is connected with the cutting agency on support body with drag chain by drag chain angle bar.
2. a kind of full-automatic multi-functional pancake-baking machine according to claim 1, it is characterized in that: described feed mechanism comprises taking out to be stuck with paste motor, take out magma pump, takes out paste pipe and enter to stick with paste pipe, take out and stick with paste on motor installation and support body, take out and stick with paste motor and take out magma pump and be connected, take out on magma pump, to be equipped with to take out and stick with paste pipe and enter to stick with paste pipe, enter to stick with paste pipe and be connected with cutting agency through drag chain by drag chain angle bar.
3. a kind of full-automatic multi-functional pancake-baking machine according to claim 1, it is characterized in that: described cutting agency comprises traversing carriage, slide block, cylinder and paste groove, traversing carriage two side bottoms are equipped with respectively slide block, cylinder is equipped with respectively in slide block both sides, cylinder is connected with the paste groove on traversing carriage, on the traversing carriage of paste groove downside, be equipped with and scrape paste positioning inductor, scrape the center line of sticking with paste positioning inductor and stick with paste groove on same vertical plane, slide block is connected to the guide rail of support body both sides, and drive and advance by Timing Belt and mobile motor, slide block is equipped with mobile limit induction device near one end of controlling organization, stick with paste centre in groove and have the paste hole corresponding with griddle, stick with paste in groove paste containing tank is housed, on paste containing tank, by screw connector, paste pipe is housed out, going out to stick with paste pipe both sides is connected with small slide block respectively, paste containing tank is connected with the paste guide rail of scraping of sticking with paste groove both sides by the small slide block that goes out to stick with paste pipe both sides, go out to stick with paste pipe and enter to stick with paste pipe and connect, enter to stick with paste and on pipe, have some holes that go out to stick with paste, stick with paste groove bilateral symmetry little synchronizing wheel is housed, little Timing Belt is housed between little synchronizing wheel, little synchronizing wheel is stuck with paste drive motors driving by sticking with paste scraping of groove one side, go out to stick with paste drive link is housed on pipe, drive link two ends by gear with go out stick with paste pipe be connected, gear is connected with screw connector, drive link by scrape stick with paste cylinder with scrape paste plate be connected, scrape paste plate and lay respectively at paste containing tank both sides.
4. a kind of full-automatic multi-functional pancake-baking machine according to claim 1, it is characterized in that: described shovel laying mechanism is positioned at the side of cutting agency near griddle, shovel laying mechanism comprises scoop motor, scoop driving shaft, bearing block, scoop and thin pancake inductor, scoop is connected with cutting agency with scoop driving shaft by bearing block, on the bearing block of scoop driving shaft one side, scoop motor is housed, scoop motor is connected with scoop driving shaft, and scoop motor one side is equipped with water injector.
5. according to a kind of full-automatic multi-functional pancake-baking machine described in claim 1 or 3, it is characterized in that: described stacking mechanism is positioned at cutting agency upper end, stacking mechanism is made up of scoop limit induction device and stacking platform, stacking platform is equipped with scoop limit induction device near the position of scoop, and stacking platform is connected with traversing carriage.
6. a kind of full-automatic multi-functional pancake-baking machine according to claim 1, it is characterized in that: described controlling organization is positioned at cutting agency end, controlling organization comprises switch board, control panel is housed on switch board, switch board is PLC controller, and its heater, feed mechanism, cutting agency, controlling organization, shovel laying mechanism and stacking mechanism manipulate by PLC controller.
7. a kind of full-automatic multi-functional pancake-baking machine according to claim 4, it is characterized in that: described scoop is made by L-type support arm, shovel head and strut welding, between two L-type support arms, two ends are welded with respectively shovel head, shovel head is made up of steel bar, shovel head becomes skewed being soldered between two L-type support arms, between two shovel heads, is longitudinally welded with many struts.
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| CN201410247911.4A CN103975971B (en) | 2014-06-06 | 2014-06-06 | A kind of full-automatic multi-functional pancake-baking machine |
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| CN201410247911.4A CN103975971B (en) | 2014-06-06 | 2014-06-06 | A kind of full-automatic multi-functional pancake-baking machine |
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| CN103975971A true CN103975971A (en) | 2014-08-13 |
| CN103975971B CN103975971B (en) | 2015-10-07 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105875688A (en) * | 2016-05-13 | 2016-08-24 | 贾继凯 | Flat spreading type automatic wrapper making device |
| CN106818961A (en) * | 2017-02-03 | 2017-06-13 | 徐国安 | Translation printing-type roast duck baker for cakes |
| CN109549513A (en) * | 2019-01-25 | 2019-04-02 | 河南工业大学 | A kind of automatic double-layer pancake-baking machine |
| CN109717218A (en) * | 2019-03-17 | 2019-05-07 | 韦素勤 | Automatic thin-pancake maker |
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| CN203388154U (en) * | 2013-08-12 | 2014-01-15 | 王熙宇 | Full-automatic multi-functional pancake machine |
| CN203590888U (en) * | 2013-11-04 | 2014-05-14 | 高明 | Automatic pancake machine free of manual operations |
| CN203884542U (en) * | 2014-06-06 | 2014-10-22 | 王熙宇 | Full-automatic multifunctional pancake machine |
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| CN106818961A (en) * | 2017-02-03 | 2017-06-13 | 徐国安 | Translation printing-type roast duck baker for cakes |
| CN106818961B (en) * | 2017-02-03 | 2019-06-21 | 徐国安 | Translate printing-type roast duck baker for cakes |
| CN109549513A (en) * | 2019-01-25 | 2019-04-02 | 河南工业大学 | A kind of automatic double-layer pancake-baking machine |
| CN109549513B (en) * | 2019-01-25 | 2024-01-19 | 河南工业大学 | Full-automatic double-layer pancake machine |
| CN109717218A (en) * | 2019-03-17 | 2019-05-07 | 韦素勤 | Automatic thin-pancake maker |
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| CN103975971B (en) | 2015-10-07 |
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