CN213695500U - Novel automatic noodle pressing equipment - Google Patents
Novel automatic noodle pressing equipment Download PDFInfo
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- CN213695500U CN213695500U CN202022409224.1U CN202022409224U CN213695500U CN 213695500 U CN213695500 U CN 213695500U CN 202022409224 U CN202022409224 U CN 202022409224U CN 213695500 U CN213695500 U CN 213695500U
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Abstract
The utility model provides a novel automatic flour pressing device, including frame, pressure face part, go up conveying part, lower conveying part, pulley part, tangent plane part, automatic play face part and fold the face part. The utility model discloses a horizontal folding of face skin is accomplished in the differential cooperation of upper and lower conveyer belt to realize the two-way calendering of face skin, more be favorable to the formation of dough gluten network, improve the quality of wheaten food product. The utility model discloses both can the unit use, also can cooperate the line with other equipment, satisfy different users' demand, have good market prospect and sales space, can play positive impetus to the development of surface texture processing trade.
Description
Technical Field
The utility model relates to a novel automatic noodle pressing equipment belongs to cooking machine technical field.
Background
The automatic noodle pressing equipment is one of the main equipment of the wheaten food processing machinery, the function of the noodle pressing machine produced in the domestic and foreign markets is single, and the two ends of a roller can extrude the noodles when pressing the noodles, and the noodle pressing machine can not be used with a production line and can only be used with a single machine. In recent years, the wheaten food processing industry develops rapidly, the small wheaten food processing can not meet the market demand, a large number of large and medium wheaten food processing flow lines are provided, the noodle pressing machine in the market can not be used for the flow line, an automatic noodle pressing device is required to be designed and produced for the flow line independently, the production cost is improved, the profit is reduced, and the automatic noodle pressing device which has high automation degree, is multifunctional, can be used by a single machine, can be used by the flow line and the like is urgently needed in the market so as to meet the demands of people on the aspects of multifunction, automation, safety, sanitation, environmental protection and the like.
Disclosure of Invention
The utility model aims to solve the technical problem that to the defect that prior art exists, a novel automatic noodle pressing equipment is provided.
In order to solve the technical problem, the utility model provides a novel automatic noodle pressing device, which comprises a frame, a noodle pressing part, an upper conveying part, a lower conveying part, a pulley part, a noodle cutting part, an automatic noodle discharging part and a noodle stacking part, wherein the noodle pressing part and the noodle stacking part are arranged on the upper part of the frame; the other end of the transmission shaft is provided with a transmission chain wheel, the transmission chain wheel, a chain six and a large chain wheel arranged at one end of the fixed roller two drive the fixed roller two to rotate; the other end of the fixed roller II is provided with a fixed roller II chain wheel, one end of the laminated roller shaft is provided with a laminated roller transmission chain wheel, one end of the fixed roller III is provided with a fixed roller III chain wheel, one end of the fixed roller I is provided with a fixed roller transmission chain wheel, and the fixed roller II chain wheel drives the laminated roller shaft, the fixed roller III chain wheel and the fixed roller I to rotate through a chain IV, the laminated roller transmission chain wheel, the fixed roller III chain wheel and the fixed roller I transmission chain wheel.
The other end of the first fixed roller is provided with an upper conveying transmission chain wheel, and the first fixed roller drives the upper conveying driving roller to rotate through the upper conveying transmission chain wheel, an upper conveying chain wheel arranged at one end of the upper conveying driving roller and a chain III; and the other end of the first fixed roller is provided with a lower conveying transmission chain wheel, and the first fixed roller drives the lower conveying driving roller to rotate through the lower conveying transmission chain wheel, the lower conveying chain wheel arranged at one end of the lower conveying driving roller and the second chain.
The upper conveying part comprises an upper conveying chain wheel, an upper conveying driving roller, an upper conveying driven roller and an upper conveying belt, the upper conveying driving roller rotates to drive the upper conveying driven roller and the upper conveying belt to rotate, so that the upper conveying part operates, and the function of conveying the surface is realized; the lower conveying part comprises a lower conveying chain wheel, a lower conveying driving roller, a lower conveying driven roller and a lower conveying belt, the lower conveying driving roller rotates to drive the lower conveying driven roller and the lower conveying belt to rotate, the lower conveying part operates to realize the function of conveying dough, and the upper conveying belt and the lower conveying belt are matched in a differential mode to complete transverse folding of dough sheets, so that bidirectional rolling of the dough sheets is realized.
The surface pressing part comprises an adjustable roller I, a fixed roller I, a lower roller, a surface pressing grid plate, a bearing seat I, a fixed roller I transmission chain wheel, a lower roller chain wheel and a lower conveying transmission chain wheel, the surface pressing grid plate is fixed on the rack, and the two ends of the adjustable roller I, the fixed roller I and the lower roller are fixed on the surface pressing grid plate through the bearing seat I; the first fixed roller drives the first adjustable roller and the lower roller to rotate through the first fixed roller transmission chain wheel, the lower roller chain wheel, the lower conveying transmission chain wheel, the first chain and the second chain, and a noodle pressing function is achieved.
The laminated part comprises a laminated grid plate, a fixed roller III, an adjustable roller III, a laminated roller, a forming roller, a flour pressing roller, a laminated roller shaft, a flour pressing roller shaft, a forming roller shaft, a fixed roller II, an adjustable roller II and a bearing seat II, wherein the laminated grid plate is installed on the rack through bolts, the two ends of the fixed roller III, the adjustable roller III, the laminated roller shaft, the flour pressing roller shaft, the forming roller shaft, the fixed roller II and the adjustable roller II are installed on the laminated grid plate through the bearing seat II, the laminated roller, the forming roller and the flour pressing roller are respectively fixed on the laminated roller shaft, the forming roller shaft and the flour pressing roller shaft through jackscrews to form a longitudinal folding mechanism, jackscrews are adjusted, gaps among the laminated roller, the forming roller and the flour pressing roller can be adjusted, and the adjustment of the longitudinal folding size is realized.
The overlapped part also comprises a large chain wheel, a fixed roller three chain wheel, a fixed roller chain wheel, an adjustable roller chain wheel, an overlapped roller transmission chain wheel and an overlapped roller chain wheel, and the fixed roller two chain wheel and the adjustable roller three chain wheel transmit power to the fixed roller three and the adjustable roller three through a chain four and a chain five so as to realize rolling of the overlapped front leather; the large chain wheel and the overlapped surface roller chain wheel transmit power to the fixed roller II and the adjustable roller II through the chain six and the chain five, so that rolling of the overlapped surface back leather is realized; the flour folding roller transmission chain wheel and the flour folding roller chain wheel transmit power to the flour folding roller, the forming roller and the flour pressing roller through five chains, and therefore longitudinal folding of flour wrappers is achieved.
The automatic noodle outlet part comprises a small speed reducer, a speed reducer fixing plate, a rotary scraper shaft and a rotary scraper, the rotary scraper is fixed on the rotary scraper shaft through a screw, the small speed reducer is directly connected with the rotary scraper shaft, two ends of the rotary scraper shaft are fixed on the speed reducer fixing plate through a bearing seat III, and the rotary scraper shaft rotates to drive the rotary scraper to rotate, so that automatic noodle outlet is realized.
The pulley part comprises a pulley rotating shaft, a pulley inner sleeve, a pulley and a pulley inner shaft, the pulley rotating shaft is fixed on the surface pressing grid plate through nuts, the pulley inner sleeve is arranged at two ends of the pulley, and the pulley inner shaft penetrates through the center of the pulley inner sleeve to form unpowered rotation so that the surface can pass through smoothly.
The noodle cutting part comprises a small speed reducer, a cutter shaft and a cutter, the cutter is fixed on the cutter shaft through a fixing sleeve, two ends of the cutter shaft are fixed on the noodle pressing grid plate through a bearing seat III, the small speed reducer is directly connected with the cutter shaft, and the cutter shaft rotates to drive the cutter to rotate, so that the noodle cutting function is realized.
Has the advantages that: the utility model discloses a horizontal folding of face skin is accomplished in the differential cooperation of upper and lower conveyer belt to realize the two-way calendering of face skin, more be favorable to the formation of dough gluten network, improve the quality of wheaten food product. The utility model discloses both can the unit use, also can cooperate the line with other equipment. The requirements of different users are met, the market prospect and the sales space are good, and the development of the noodle processing industry can be actively promoted.
Drawings
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of the structure of the pressing surface part B-B of the present invention;
FIG. 3 is a schematic structural view of the A-A laminated surface of the present invention;
FIG. 4 is a schematic structural view of the transmission part of the present invention;
FIG. 5 is a schematic structural view of the automatic noodle discharging part of the present invention;
FIG. 6 is a schematic structural view of a D-D section of the present invention;
fig. 7 is a schematic structural view of the E-E pulley portion of the present invention.
In the figure: 1 rack, 2 motors, 3 motor wheels, 4V belts, 5 large grooved wheels, 6 bolts, 7 dough pressing parts, 8 chains I, 9 pulley parts, 10 tangent plane parts, 11 chains II, 12 automatic dough outlet parts, 13 chains III, 14 upper conveying parts, 15 chains IV, 16 chains V, 17 dough folding parts, 18 chains VI, 19 lower conveying parts, 20 lower conveying driven rollers, 21 lower conveying belts, 22 lower conveying chain wheels, 23 lower conveying driving rollers, 24 lower roller chain wheels, 25 lower rollers, 26 adjustable rollers I, 27 bearing seats I, 28 lower conveying driving chain wheels, 29 upper conveying driving chain wheels, 30 fixed rollers I, 31 upper conveying chain wheels, 32 upper conveying driven rollers, 33 upper conveying belts, 34 upper conveying driving rollers, 35 fixed rollers I driving chain wheels, 36 dough pressing grid plates, 37 dough folding roller chain wheels, 38 adjustable rollers II, 39 large chain wheels, 40 fixed rollers II, 41 pressure face roll shafts, 42 lamination roll shafts, 43 lamination grid plates, 44 fixed roll three, 45 bearing block two, 46 adjustable roll three chain wheels, 47 adjustable roll three, 48 fixed roll two chain wheels, 49 forming rolls, 50 lamination roll transmission chain wheels, 51 lamination roll, 52 jackscrew, 53 pressure face roll, 54 transmission shaft, 55 transmission chain wheel, 56 bearing block three, 57 speed reducer fixing plates, 58 small speed reducer, 59 rotating scraper shaft, 60 screw, 61 rotating scraper, 62 fixing sleeve, 63 cutter, 64 cutter shaft, 65 pulley rotating shaft, 66 nut, 67 pulley inner sleeve, 68 pulley, 69 pulley inner shaft, 70 forming roll shaft and 71 fixed roll three chain wheel.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings and examples.
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of the structure of the pressing surface part B-B of the present invention;
FIG. 3 is a schematic structural view of the A-A laminated surface of the present invention;
FIG. 4 is a schematic structural view of the transmission part of the present invention;
the utility model provides a novel automatic noodle pressing device, which comprises a frame 1, a noodle pressing part 7, an upper conveying part 14, a lower conveying part 19, a pulley part 9, a noodle cutting part 10, an automatic noodle discharging part 12 and a noodle stacking part 17, wherein the noodle pressing part 7 and the noodle stacking part 17 are arranged on the upper part of the frame 1, the pulley part 9 and the noodle cutting part 10 are arranged inside the noodle pressing part 7, the automatic noodle discharging part 12 is arranged on the upper end of the noodle pressing part 7, a motor 2 is arranged inside the frame 1, and the motor 2 drives a transmission shaft 54 to rotate through a motor wheel 3, a big sheave 5 arranged at one end of the transmission shaft 54 and a triangular belt 4; the other end of the transmission shaft 54 is provided with a transmission chain wheel 55, the transmission chain wheel 55, a chain six 18 and a large chain wheel 39 arranged at one end of the fixed roller two 40 drive the fixed roller two 40 to rotate; the other end of the second fixed roller 40 is provided with a second fixed roller chain wheel 48, one end of the first laminated roller shaft 42 is provided with a first laminated roller transmission chain wheel 50, one end of the third fixed roller 44 is provided with a third fixed roller chain wheel 71, one end of the first fixed roller 30 is provided with a first fixed roller transmission chain wheel 35, and the second fixed roller chain wheel 48 drives the first laminated roller shaft 42, the third fixed roller 44 and the first fixed roller 30 to rotate through a fourth chain 15, the first laminated roller transmission chain wheel 50, the third fixed roller chain wheel 71 and the first fixed roller transmission chain wheel 35.
The other end of the first fixed roller 30 is provided with an upper conveying transmission chain wheel 29, and the first fixed roller 30 drives the upper conveying driving roller 34 to rotate through the upper conveying transmission chain wheel 29, an upper conveying chain wheel 31 arranged at one end of the upper conveying driving roller 34 and a third chain 13; the other end of the first fixed roller 30 is provided with a lower conveying transmission chain wheel 28, and the first fixed roller 30 is driven by the lower conveying transmission chain wheel 28, the lower conveying chain wheel 22 arranged at one end of the lower conveying driving roller 23 and the second chain 11 to drive the lower conveying driving roller 23 to rotate.
The upper conveying part 14 comprises an upper conveying chain wheel 31, an upper conveying driving roller 34, an upper conveying driven roller 32 and an upper conveying belt 33, wherein the upper conveying driving roller 34 rotates to drive the upper conveying driven roller 32 and the upper conveying belt 33 to rotate, so that the upper conveying part operates to realize the function of conveying surfaces; the lower conveying part 19 comprises a lower conveying chain wheel 22, a lower conveying driving roller 23, a lower conveying driven roller 20 and a lower conveying belt 21, the lower conveying driving roller 23 rotates to drive the lower conveying driven roller 20 and the lower conveying belt 21 to rotate, so that the lower conveying part runs to realize the function of conveying dough, and the upper conveying belt 33 is matched with the lower conveying belt 21 in a differential manner to complete transverse folding of dough sheets, so that bidirectional rolling of the dough sheets is realized.
The dough pressing part 7 comprises a first adjustable roller 26, a first fixed roller 30, a lower roller 25, a dough pressing grid plate 36, a first bearing block 27, a first fixed roller transmission chain wheel 35, a lower roller chain wheel 24 and a lower conveying transmission chain wheel 28, wherein the dough pressing grid plate 36 is fixed on the rack 1, and two ends of the first adjustable roller 26, the first fixed roller 30 and the lower roller 25 are fixed on the dough pressing grid plate 36 through the first bearing block 27; the first fixed roller 30 drives the first adjustable roller 26 and the lower roller 25 to rotate through the first fixed roller transmission chain wheel 35, the lower roller chain wheel 24, the lower conveying transmission chain wheel 28, the first chain 8 and the second chain 11, so that the function of pressing the surface is realized.
The laminated part 17 comprises a laminated grid plate 43, a fixed roller III 44, an adjustable roller III 47, a laminated roller 51, a forming roller 49, a flour pressing roller 53, a laminated roller shaft 42, a flour pressing roller shaft 41, a forming roller shaft 70, a fixed roller II 40, an adjustable roller II 38 and a bearing block II 45, wherein the laminated grid plate 43 is arranged on the frame 1 through a bolt 6, the two ends of the fixed roller III 44, the adjustable roller III 47, the laminated roller shaft 42, the flour pressing roller shaft 41, the forming roller shaft 70, the fixed roller II 40 and the adjustable roller II 38 are arranged on the laminated grid plate 43 through the bearing block II 45, the dough laminating roller 51, the forming roller 49 and the dough pressing roller 53 respectively form a longitudinal folding mechanism by fixing a top thread 52 on a dough laminating roller shaft 42, a forming roller shaft 70 and a dough pressing roller shaft 41, the top thread 52 is adjusted, the gap between the dough laminating roller 51, the forming roller 49 and the dough pressing roller 53 can be adjusted to realize the adjustment of the longitudinal folding dimension.
The overlapped part 17 further comprises a large chain wheel 39, a fixed roller three chain wheel 71, a fixed roller two chain wheel 48, an adjustable roller three chain wheel 46, an overlapped roller transmission chain wheel 50 and an overlapped roller chain wheel 37, and the fixed roller two chain wheel 48 and the adjustable roller three chain wheel 46 transmit power to a fixed roller three 44 and an adjustable roller three 47 through a chain four 15 and a chain five 16 to realize rolling of the overlapped front leather; the large chain wheel 39 and the overlapped surface roller chain wheel 37 transmit power to the fixed roller II 40 and the adjustable roller II 38 through the chain six 18 and the chain five 16 to realize rolling of the overlapped surface back leather; the dough folding roller transmission chain wheel 50 and the dough folding roller chain wheel 37 transmit power to the dough folding roller 51, the forming roller 49 and the dough pressing roller 53 through the chain five 16, and longitudinal folding of dough sheets is achieved.
FIG. 5 is a schematic structural view of the automatic noodle discharging part of the present invention;
the automatic noodle outlet part 12 comprises a small speed reducer 58, a speed reducer fixing plate 57, a rotary scraper shaft 59 and rotary scrapers 61, the rotary scrapers 61 are fixed on the rotary scraper shaft 59 through screws 60, the small speed reducer 58 is directly connected with the rotary scraper shaft 59, two ends of the rotary scraper shaft 59 are fixed on the speed reducer fixing plate 57 through bearing blocks 56, and the rotary scraper shaft 59 rotates to drive the rotary scrapers 61 to rotate, so that automatic noodle outlet is realized.
Fig. 7 is a schematic structural view of the E-E pulley portion of the present invention.
The pulley part 9 comprises a pulley rotating shaft 65, a pulley inner sleeve 67, a pulley 68 and a pulley inner shaft 69, wherein the pulley rotating shaft 65 is fixed on the surface grid plate 36 through a nut 66, the pulley inner sleeve 67 is installed at two ends of the pulley 68, and the pulley inner shaft 69 penetrates through the center of the pulley inner sleeve 67 to form unpowered rotation so that the surface can pass through smoothly.
FIG. 6 is a schematic structural view of a D-D section of the present invention;
the section part 10 comprises a small speed reducer 58, a cutter shaft 64 and a cutter 63, the cutter 63 is fixed on the cutter shaft 64 through a fixing sleeve 62, two ends of the cutter shaft 64 are fixed on the face pressing grid plate 36 through a bearing seat III 56, the small speed reducer 58 is directly connected with the cutter shaft 64, and the cutter shaft 64 rotates to drive the cutter 63 to rotate, so that the section function is realized.
When in use: starting the machine, firstly putting the dough on the lower conveyer belt 21, the lower conveyer belt 21 carries the dough into three groups of rollers of a fixed roller one 30, an adjustable roller one 26 and a lower roller 25, after rolling by the three groups of rollers, the dough sheet is input into a fixed roller three 44 and an adjustable roller three 47 by the upper conveyer belt 33 to enter rolling before stacking, the rolled dough sheet automatically falls into three groups of rollers of a dough stacking roller 51, a forming roller 49 and a dough pressing roller 53 to complete longitudinal folding of the dough sheet, the dough sheet automatically falls into a fixed roller two 40 and an adjustable roller two 38 after folding, rolling after folding is carried out, the rolled dough sheet finally falls onto the lower conveyer belt 21, the circulation is carried out, the set number of times of dough rolling is reached, the rotating scraper 61 in the automatic dough outlet part 12 automatically rotates to the fixed roller one 30, (under the conventional condition, the rotating scraper is tightly attached to the adjustable roller one 26), the dough sheet automatically enters the pulley part 9, after the dough sheet part 10, the dough sheet is divided into two dough sheets with the same width, and the divided dough sheets enter the next processing device of the production line for continuous processing.
The utility model discloses have and roll the face number of times and set for, automatic functions such as play face, through vertical folding mechanism, realize the vertical folding of face skin, reduced the transverse pressure of dough, can solve the phenomenon of the crowded face in roll both ends. The transverse folding of the dough sheet is completed through the differential matching of the upper conveying belt and the lower conveying belt, so that the bidirectional rolling of the dough sheet is realized, the formation of a dough gluten network is facilitated, and the quality of a cooked wheaten food product is improved. The device can be used alone or matched with other equipment to form a line. The method meets the requirements of different users, has wide application, good market prospect and good sale space, and can play a positive role in promoting the development of the noodle processing industry.
The above embodiments of the present invention are merely examples, not the only ones, and all changes within the scope of the present invention or the same range of the present invention are all surrounded by the present invention.
Claims (8)
1. The utility model provides a novel automatic flour pressing equipment which characterized in that: the noodle pressing and stacking machine comprises a rack (1), a noodle pressing part (7), an upper conveying part (14), a lower conveying part (19), a pulley part (9), a noodle cutting part (10), an automatic noodle discharging part (12) and a noodle stacking part (17), wherein the noodle pressing part (7) and the noodle stacking part (17) are arranged on the upper part of the rack (1), the pulley part (9) and the noodle cutting part (10) are arranged inside the noodle pressing part (7), the automatic noodle discharging part (12) is arranged at the upper end of the noodle pressing part (7), a motor (2) is arranged inside the rack (1), and the motor (2) drives a transmission shaft (54) to rotate through a motor wheel (3), a large grooved pulley (5) arranged at one end of the transmission shaft (54) and a triangular belt (4); the other end of the transmission shaft (54) is provided with a transmission chain wheel (55), the transmission chain wheel (55), a chain six (18) and a large chain wheel (39) arranged at one end of the fixed roller two (40) drive the fixed roller two (40) to rotate; a fixed roller second chain wheel (48) is installed at the other end of the fixed roller second (40), a laminated roller transmission chain wheel (50) is installed at one end of the laminated roller shaft (42), a fixed roller third chain wheel (71) is installed at one end of the fixed roller third (44), a fixed roller first transmission chain wheel (35) is installed at one end of the fixed roller first (30), and the fixed roller second chain wheel (48) drives the laminated roller shaft (42), the fixed roller third (44) and the fixed roller first (30) to rotate through a chain fourth (15), the laminated roller transmission chain wheel (50), the fixed roller third chain wheel (71) and the fixed roller first transmission chain wheel (35); an upper conveying transmission chain wheel (29) is installed at the other end of the first fixed roller (30), and the first fixed roller (30) drives the upper conveying driving roller (34) to rotate through the upper conveying transmission chain wheel (29), an upper conveying chain wheel (31) arranged at one end of the upper conveying driving roller (34) and a chain III (13); the other end of the first fixed roller (30) is provided with a lower conveying transmission chain wheel (28), and the first fixed roller (30) is driven by the lower conveying transmission chain wheel (28), a lower conveying chain wheel (22) arranged at one end of the lower conveying driving roller (23) and a second chain (11) to rotate the lower conveying driving roller (23).
2. The novel automatic noodle pressing device according to claim 1, characterized in that: the upper conveying part (14) comprises an upper conveying chain wheel (31), an upper conveying driving roller (34), an upper conveying driven roller (32) and an upper conveying belt (33), wherein the upper conveying driving roller (34) rotates to drive the upper conveying driven roller (32) and the upper conveying belt (33) to rotate, so that the upper conveying part operates to realize the function of conveying surfaces; the lower conveying part (19) comprises a lower conveying chain wheel (22), a lower conveying driving roller (23), a lower conveying driven roller (20) and a lower conveying belt (21), the lower conveying driving roller (23) rotates to drive the lower conveying driven roller (20) and the lower conveying belt (21) to rotate, the lower conveying part runs to realize the function of conveying the dough, and the upper conveying belt (33) and the lower conveying belt (21) are matched with each other in a differential mode to complete transverse folding of the dough sheet, so that bidirectional rolling of the dough sheet is realized.
3. The novel automatic noodle pressing device according to claim 1, characterized in that: the face pressing part (7) comprises an adjustable roller I (26), a fixed roller I (30), a lower roller (25), a face pressing grid plate (36), a bearing block I (27), a fixed roller I transmission chain wheel (35), a lower roller chain wheel (24) and a lower conveying transmission chain wheel (28), the face pressing grid plate (36) is fixed on the rack (1), and two ends of the adjustable roller I (26), the fixed roller I (30) and the lower roller (25) are fixed on the face pressing grid plate (36) through the bearing block I (27); the first fixed roller (30) drives the first adjustable roller (26) and the lower roller (25) to rotate through the first fixed roller transmission chain wheel (35), the lower roller chain wheel (24), the lower conveying transmission chain wheel (28), the first chain (8) and the second chain (11), and the function of pressing the surface is achieved.
4. The novel automatic noodle pressing device according to claim 1, characterized in that: the pulley part (9) comprises a pulley rotating shaft (65), a pulley inner sleeve (67), a pulley (68) and a pulley inner shaft (69), the pulley rotating shaft (65) is fixed on the face pressing grid plate (36) through a nut (66), the pulley inner sleeve (67) is installed at two ends of the pulley (68), and the pulley inner shaft (69) penetrates through the center of the pulley inner sleeve (67) to form unpowered rotation so that the face can pass through smoothly.
5. The novel automatic noodle pressing device according to claim 1, characterized in that: the laminated part (17) comprises a laminated grid plate (43), a fixed roller III (44), an adjustable roller III (47), a laminated roller (51), a forming roller (49), a flour pressing roller (53), a laminated roller shaft (42), a flour pressing roller shaft (41), a forming roller shaft (70), a fixed roller II (40), an adjustable roller II (38) and a bearing seat II (45), wherein the laminated grid plate (43) is installed on the rack (1) through bolts (6), the fixed roller III (44), the adjustable roller III (47), the laminated roller shaft (42), the flour pressing roller shaft (41), the forming roller shaft (70), the fixed roller II (40) and the adjustable roller II (38) are installed on the laminated grid plate (43) through the bearing seat II (45), and the laminated roller (51), the forming roller (49) and the flour pressing roller (53) are respectively fixed on the laminated grid plate (42) through top threads (52), The forming roll shaft (70) and the dough pressing roll shaft (41) form a longitudinal folding mechanism, the jackscrew (52) is adjusted, and the gaps among the dough laminating roll (51), the forming roll (49) and the dough pressing roll (53) can be adjusted to realize the adjustment of the longitudinal folding size.
6. The novel automatic noodle pressing device according to claim 4, wherein: the surface folding part (17) further comprises a large chain wheel (39), a fixed roller three chain wheel (71), a fixed roller two chain wheel (48), an adjustable roller three chain wheel (46), a surface folding roller transmission chain wheel (50) and a surface folding roller chain wheel (37), and the fixed roller two chain wheel (48) and the adjustable roller three chain wheel (46) transmit power to a fixed roller three (44) and an adjustable roller three (47) through a chain four (15) and a chain five (16) to realize rolling of the front surface skin of the surface folding; the large chain wheel (39) and the overlapped surface roller chain wheel (37) transmit power to the fixed roller II (40) and the adjustable roller II (38) through the chain six (18) and the chain five (16) to realize rolling of the overlapped surface back leather; the dough folding roller transmission chain wheel (50) and the dough folding roller chain wheel (37) transmit power to the dough folding roller (51), the forming roller (49) and the dough pressing roller (53) through the chain five (16) to realize longitudinal folding of dough sheets.
7. The novel automatic noodle pressing device according to claim 1, characterized in that: automatic dough outlet part (12) is including small-size speed reducer (58), speed reducer fixed plate (57), rotatory scraper shaft (59), rotatory scraper blade (61) is fixed on rotatory scraper shaft (59) through screw (60), and small-size speed reducer (58) directly links rotatory scraper shaft (59), and rotatory scraper shaft (59) both ends are fixed on speed reducer fixed plate (57) by bearing frame three (56), and rotatory scraper shaft (59) rotate and drive rotatory scraper blade (61) rotatory, realize automatic dough outlet.
8. The novel automatic noodle pressing device according to any one of claims 1 to 7, characterized in that: the section part (10) comprises a small speed reducer (58), a cutter shaft (64) and a cutter (63), the cutter (63) is fixed on the cutter shaft (64) through a fixing sleeve (62), two ends of the cutter shaft (64) are fixed on the face pressing grid plate (36) through a bearing seat III (56), the small speed reducer (58) is directly connected with the cutter shaft (64), and the cutter shaft (64) rotates to drive the cutter (63) to rotate, so that the function of cutting the section is realized.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022409224.1U CN213695500U (en) | 2020-10-27 | 2020-10-27 | Novel automatic noodle pressing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022409224.1U CN213695500U (en) | 2020-10-27 | 2020-10-27 | Novel automatic noodle pressing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN213695500U true CN213695500U (en) | 2021-07-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202022409224.1U Active CN213695500U (en) | 2020-10-27 | 2020-10-27 | Novel automatic noodle pressing equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN213695500U (en) |
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2020
- 2020-10-27 CN CN202022409224.1U patent/CN213695500U/en active Active
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