CN202476340U

CN202476340U - Noodle rolling machine

Info

Publication number: CN202476340U
Application number: CN2011205760737U
Authority: CN
Inventors: 罗宗彦
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-12-29
Filing date: 2011-12-29
Publication date: 2012-10-10
Anticipated expiration: 2021-12-29

Abstract

The utility model discloses a noodle rolling machine. One side of a rack of the noodle rolling machine is provided with an electric motor I and an electric sheave and is further hinged with a big swing arm. A connecting rod mechanism is arranged on the electric sheave. An upper end of the connecting rod mechanism is coaxially and fixedly connected with a lower end of the big swing arm. An upper end of a small swing arm is hinged on the upper end of the big swing arm, and a lower end of the small swing arm is levelly provided with a rolling barrel assembly. The other side of the rack is provided with a horizontal working table and an electric motor II, wherein the rolling barrel assembly is arranged above the horizontal working table, and the electric motor II drives the horizontal working table to rotate. The electric motor I drives the electric sheave, the electric sheave drives the big swing arm to swing back and forth through the connecting rod mechanism, the big swing arm drives the small swing arm to swing from left to right, back and forth, and therefore the rolling barrel assembly can move from left to right, back and forth. By imitating rolling movements of human beings, the noodle rolling machine can not only make noodles with a flavor of manual hand-rolling noodles, but also reduce labor intensity greatly, improve work efficiency by a large margin and realize industrialized manufacture of the manual hand-rolling noodles.

Description

Grinding machine

Technical field

The utility model belongs to the food machinery technical field, is specifically related to a kind of grinding machine.

Background technology

With the immediate prior art of the utility model be " pair roller type oodle maker ", though this machine pressure surface efficient is high, the sensory of noodles of manufacturing is not good.Mouthfeel is good but efficient is low though artificial hand is made noodles, and particularly labour intensity is big, is difficult to satisfy the demand that commercialization, adversary in enormous quantities are made noodles.

The utility model content

The technical problem that the utility model solves: a kind of grinding machine is provided,, to reach the local flavor that both keeps artificial hand to make dough, can reduces labour intensity again, the purpose of increasing work efficiency through the artificial action of making dough of mechanical action imitation.

The technical scheme that the utility model adopts: a kind of grinding machine; Comprise frame; One side of said frame is equipped with electric motor I, eccentric wheel and is hinged with big swing arm, is connected with linkage on the said eccentric wheel, the coaxial fixed connection in lower end of the upper end of linkage and big swing arm; The upper end of little swing arm is hinged on the upper end of big swing arm, and the lower end of little swing arm is horizontally installed with rolls an assembly; The opposite side of said frame is equipped with horizontal table and electric motor I I, saidly rolls the top that an assembly is positioned at horizontal table, and electric motor I I drives the horizontal table rotation; Said electric motor I drives eccentric wheel, and eccentric wheel drives big swing arm through linkage and up and down reciprocatingly swings, and big swing arm drives little swing arm left and right sides reciprocally swinging, makes to roll an assembly and about on the horizontal table, move back and forth.

The upper end of said little swing arm is hinged on the upper end of big swing arm through jointed shaft; And be set with pressure regulator on the jointed shaft; Said pressure regulator constitutes by deciding friction drum, dynamic friction hoof and adjusting bolt; Decide the friction drum suit and be fixed on the jointed shaft, the dynamic friction scalper is contained on the jointed shaft and is fixed in the big swing arm, regulates the frictional force of deciding friction drum and dynamic friction hoof through regulating bolt.

A said assembly of rolling constitutes by rubbing tube, calendering tube, connecting axle, support and station motor; Said connecting axle level is installed in the lower end of little swing arm; Support is fixed on the two ends of connecting axle, and it is rack-mount and be positioned at the both sides of connecting axle to rub tube and calendering tube level; Said station motor drives the connecting axle rotation and drives riding and make and rub tube and work independently or rub that tube is worked with the calendering tube simultaneously or the calendering tube works independently.

A said assembly of rolling is configured to by rubbing tube, calendering tube, tangent plane hobboing cutter, connecting axle and propping up; Said connecting axle level is installed in the lower end of little swing arm; Support is fixed on the two ends of connecting axle, and it is rack-mount and be distributed on the periphery of connecting axle to rub tube, calendering tube and tangent plane hobboing cutter average level; Said station motor drives the connecting axle rotation and drives riding and make and rub tube and work independently or rub that tube is worked with the calendering tube simultaneously or the calendering tube works independently or the tangent plane hobboing cutter works independently.

Be symmetrically installed with on the said support and spread the face tube, and two are spread the face tube and lay respectively at and rub the tube and the outside of calendering tube.

Said station motor makes the connecting axle rotation through the coaxial screw of leading screw drive installation above connecting axle that is connected on its main shaft.

Said station motor makes the connecting axle rotation through the worm gear that the coaxial worm drive suit that is connected on its main shaft is fixed on the connecting axle.

Said tangent plane hobboing cutter is made up of screw axis, adjustment nut, cylinder blade and butterfly spring, and said cylinder blade and butterfly spring spacer sleeve are contained on the screw axis, and the two ends that the adjustment nut is installed in screw axis are fitted in cylinder blade and butterfly spring on the screw axis.

The said face tube that spreads is made up of housing, vibrating motor and screen cloth, and screen cloth is fixed on the middle part of housing, and vibrating motor is installed on the screen cloth, and lower part of frame is funnel-form.

Advantage that the utility model compared with prior art has and effect:

1, the utility model is through the artificial action of making dough of mechanical action imitation; The local flavor that the noodles of manufacturing not only can keep artificial hand to make dough; And greatly reduce labour intensity; Increase substantially operating efficiency, realized the suitability for industrialized production of handmade noodle, can satisfy the demand that commercialization, adversary in enormous quantities are made noodles fully.

2, the utility model is provided with the friction-type pressure regulator, can regulate the downforce of rubbing tube and calendering tube according to the height of the soft or hard of dough, environment temperature, makes the mouthfeel of noodles reach optimum efficiency.

3, the utility model is rolled an assembly and had rubbing, rubbing calendering, calendering and four stations of tangent plane, and four stations can change according to control instruction automatically, and is reasonable in design, novel structure.

4, the utility model is rolled an assembly and is provided with and spreads the face tube automatically, has realized spreading face shop (spreading one deck dry flour) automation of motions, has improved operating efficiency greatly.

5, the utility model is rolled the tangent plane hobboing cutter that an assembly is provided with, and structure is unique, and the maintain and replace blade is convenient and swift.

Description of drawings

Fig. 1 is the utility model structural front view,

Fig. 2 is the utility model structure vertical view,

Fig. 3 is the utility model tangent plane hobboing cutter structural representation,

Fig. 4 spreads face barrel structure sketch map for the utility model,

Fig. 5 is that the utility model leading screw screw drives the connecting axle structural representation,

Fig. 6 drives the connecting axle structural representation for the utility model worm and gear.

The specific embodiment

First kind of embodiment of the utility model described below in conjunction with accompanying

drawing

1,2,3,4,5,6.

A kind of grinding machine comprises frame 1, and a side of said frame 1 is equipped with an electric motor I 2, two coaxial eccentric wheels 3, and is hinged with big swing arm 4, and eccentric wheel 3 is positioned at the below of electric motor I 2; The upper end that all is connected with 5, two linkages 5 of linkage on the said eccentric wheel 3 is fixedly connected with the lower end of big swing arm 4 is coaxial respectively, and the upper end of little swing arm 6 is hinged on the upper end of big swing arm 4, and the lower end of little swing arm 6 is horizontally installed with rolls an assembly 7; The opposite side of said frame 1 is equipped with circular horizontal table 8 and electric motor I I9; Saidly roll the top that an assembly 7 is positioned at horizontal table 8; The lower surface of circular horizontal table 8 is fixed with gear wheel 33; Be fixed with pinion 34 on the main shaft of decelerator II9, and decelerator II9 drives horizontal table 8 rotations through pinion 34 and gear wheel 33 engagements; Said electric motor I 2 drives eccentric wheel 3 rotations through reductor 35 and belt gear 36; Eccentric wheel 3 drives big swing arm 4 through linkage 5 and up and down reciprocatingly swings; Big swing arm 4 drives little swing arm 6 left and right sides reciprocally swingings, makes to roll an assembly 7 and about on the horizontal table 8, move back and forth.

The said assembly 7 of rolling constitutes by rubbing tube 10, calendering tube 11, tangent plane hobboing cutter 14, connecting axle 12 and support 13; Said connecting axle 12 levels are installed in the lower end of little swing arm 6; Support 13 is installed in the two ends of connecting axle 12, rubs the periphery that tube 10, calendering tube 11 and tangent plane hobboing cutter 14 average levels are installed on the support 13 and are distributed on connecting axle 12; Said station motor 16 is installed between the little swing arm 6; Drive the worm gear 20 that suits are fixed on the connecting axle 12 through the coaxial worm screw 19 that is connected on its main shaft and make connecting axle 12 rotations, drive support 13 rotations and tilt to make to rub tube 10 and work independently or rub that tube 10 is worked with calendering tube 11 simultaneously or calendering tube 11 works independently or tangent plane hobboing cutter 14 works independently.

Said tangent plane hobboing cutter 14 is made up of screw axis 21, adjustment nut 22, cylinder blade 23 and butterfly spring 24; Said cylinder blade 23 and butterfly spring 24 spacer sleeves are contained on the screw axis 21, and the two ends that adjustment nut 22 is installed in screw axis 21 are fitted in cylinder blade 23 and butterfly spring 24 on the screw axis 21.Need repairing when changing cylinder blade 23, only need unload adjustment nut 22 and get final product, convenient and swift.

The upper end of said little swing arm 6 is hinged on the upper end of big swing arm 4 through jointed shaft 28; And be set with pressure regulator 29 on the jointed shaft 28; Said pressure regulator 29 constitutes by deciding friction drum 30, dynamic friction hoof 31 and adjusting bolt 32, decides friction drum 30 and is fixed on the jointed shaft 28, and dynamic friction hoof 31 is sleeved on the jointed shaft 28 and is fixed in the big swing arm 4; Regulate the frictional force of deciding friction drum 30 and dynamic friction hoof 31 through adjusting bolt 32, reach the purpose that tube 10 and calendering tube 11 downforce are rubbed in adjustment.Because rub the mouthfeel that tube 10 and the downforce of calendering tube 11 directly influence noodles, regulate the downforce of rubbing tube 10 and calendering tube 11 according to the height of the soft or hard of dough, environment temperature through regulating bolt 32, make the mouthfeel of noodles reach optimum efficiency.Through regulating the also downforce of scalable tangent plane hobboing cutter 14 of bolt 32, to reach best tangent plane effect.

Be symmetrically installed with the face that spreads tube 15 free to rotate on the said support 13, and two are spread face tube 15 and lay respectively at and rub the tube 10 and the outside of calendering tube 11.The said face tube 15 that spreads is made up of housing 25, vibrating motor 26 and screen cloth 27, and screen cloth 27 is fixed on the middle part of housing 25, and vibrating motor 26 is installed on the screen cloth 27, and the bottom of housing 25 is funnel-form.Dry flour is added on the top of screen clothes 27 in the housing 25, spreads in the face tube 15 reciprocating motion processes after vibrating motor 26 starts, dry flour will evenly be sprinkling upon the surface of dough again through screen cloth 27 whereabouts through bell mouth.The said face tube 15 of spreading adds dry flours through seal cover 37, no matter and support 13 rotations where tilt to, spread face tube 15 and under the effect of deadweight, be in plumbness all the time, promptly its underpart funnel-form all the time down.

The course of work: at first actuating motor I2 and electric motor I I9 make and roll an assembly 7 and about on the horizontal table 8, move back and forth.Then dough is placed the central authorities of circular horizontal table 8; And drive connecting axles 12 rotations through station motor 16 and drive supports 13 and be rotated counterclockwise 30 degree and make and rub tube 10 30 degree that have a down dip; Calendering tube 11 updips 30 degree; Get into only crumple not calendering station and move back and forth 4 times after; Station motor 16 drives connecting axles 12 rotations and drives supports 13 30 degree that turn clockwise and make and rub tube 10 and be in level with calendering tube 11; After the bitubular was worked simultaneously and got into rubbing calendering station and move back and forth 4 times, station motor 16 drove connecting axles 12 rotations and drives supports 13 30 degree that turn clockwise and make and rub tube 10 updips 30 degree and do not work, and calendering tube 11 30 degree that have a down dip get into and do not crumple a calendering station and move back and forth 4 times.Meanwhile horizontal table 8 is followed the reciprocating motion of rolling an assembly 7 and is rotated synchronously; Stop behind horizontal table 8 rotations 30 degree when promptly move back and forth finishing each time, roll an assembly 7 and move back and forth and 12 times noodles are rolled 12 times 360 degree of back horizontal table 8 rotations and get back to original position.When rolling an assembly 7 entering rubbing states, spread vibrating motors 26 startups beginning the to spread face shop in the face tube 15.

This moment is tangent plane if desired; Station motor 16 driving connecting axles 12 rotation drive supports 13 are rotated counterclockwise 150 degree makes tangent plane hobboing cutter 14 entering tangent plane stations begin tangent plane; Station motor 16 drives are rolled an assembly 7 and are got back to original state after cutting, and wait for next course of work.

The utility model detects control through 38 pairs of strokes of Hall integrated circuit; The thickness of dough sheet adopts thickness transducer 39 to detect; Roll an assembly and come and go number of times employing optoelectronic switch 40 countings.

Second kind of embodiment basic structure of the utility model is identical with first kind of embodiment, and difference is that one is to roll an assembly 7 to have removed tangent plane hobboing cutter 14.Promptly rolling an assembly 7 constitutes by rubbing tube 10, calendering tube 11, connecting axle 12, support 13 and station motor 16; Said connecting axle 12 levels are installed in the lower end of little swing arm 6; Support 13 is installed in the two ends of connecting axle 12, rubs the both sides that tube 10 and calendering tube 11 levels are installed on the support 13 and are positioned at connecting axle 12; Said station motor 16 drives connecting axles 12 rotations and drives supports 13 and tilt to make to rub tube 10 and work independently or rub that tube 10 is worked with calendering tube 11 simultaneously or calendering tube 11 works independently.The 2nd, said station motor 16 makes connecting axle 12 rotations through the coaxial screw 18 of leading screw 17 drive installations above connecting axle 12 that is connected on its main shaft.The course of work of second kind of embodiment of the utility model and first kind of embodiment are basic identical, and difference does not just have the tangent plane operation.

The foregoing description, just the preferred embodiment of the utility model is not to be used for limiting the utility model practical range, so all equivalences of being done with the said content of the utility model claim change, all should be included within the utility model claim scope.

Claims

1. grinding machine; Comprise frame (1); It is characterized in that: a side of said frame (1) is equipped with electric motor I (2), eccentric wheel (3) and is hinged with big swing arm (4), is connected with linkage (5) on the said eccentric wheel (3), the coaxial fixed connection in lower end of the upper end of linkage (5) and big swing arm (4); The upper end of little swing arm (6) is hinged on the upper end of big swing arm (4), and the lower end of little swing arm (6) is horizontally installed with rolls an assembly (7); The opposite side of said frame (1) is equipped with horizontal table (8) and electric motor I I (9), saidly rolls the top that an assembly (7) is positioned at horizontal table (8), and electric motor I I (9) drives horizontal table (8) rotation; Said electric motor I (2) drives eccentric wheel (3), and eccentric wheel (3) drives big swing arm (4) through linkage (5) and up and down reciprocatingly swings, and big swing arm (4) drives little swing arm (6) left and right sides reciprocally swinging, makes to roll an assembly (7) reciprocating motion about horizontal table (8) is gone up.

2. grinding machine according to claim 1; It is characterized in that: the upper end of said little swing arm (6) is hinged on the upper end of big swing arm (4) through jointed shaft (28); And be set with pressure regulator (29) on the jointed shaft (28); Said pressure regulator (29) is by deciding friction drum (30), dynamic friction hoof (31) and regulating bolt (32) formation; Decide friction drum (30) suit and be fixed on the jointed shaft (28), dynamic friction hoof (31) is sleeved on jointed shaft (28) and goes up and be fixed in the big swing arm (4), regulates the frictional force of deciding friction drum (30) and dynamic friction hoof (31) through regulating bolt (32).

3. grinding machine according to claim 2; It is characterized in that: the said assembly (7) of rolling constitutes by rubbing tube (10), calendering tube (11), connecting axle (12), support (13) and station motor (16); Said connecting axle (12) level is installed in the lower end of little swing arm (6); Support (13) is fixed on the two ends of connecting axle (12), rubs tube (10) and calendering tube (11) level and is installed in the both sides that connecting axle (12) were gone up and be positioned to support (13); Said station motor (16) drives connecting axle (12) rotation and drives support (13) and tilt to make to rub tube (10) and work independently or rub that tube (10) is worked with calendering tube (11) simultaneously or calendering tube (11) works independently.

4. grinding machine according to claim 2; It is characterized in that: the said assembly (7) of rolling constitutes by rubbing tube (10), calendering tube (11), tangent plane hobboing cutter (14), connecting axle (12) and support (13); Said connecting axle (12) level is installed in the lower end of little swing arm (6); Support (13) is fixed on the two ends of connecting axle (12), rubs tube (10), calendering tube (11) and tangent plane hobboing cutter (14) average level and is installed in the periphery that connecting axle (12) were gone up and be distributed on to support (13); Said station motor (16) drives connecting axle (12) rotation and drives support (13) and tilt to make to rub tube (10) and work independently or rub that tube (10) is worked with calendering tube (11) simultaneously or calendering tube (11) works independently or tangent plane hobboing cutter (14) works independently.

5. according to claim 3 or 4 described grinding machines, it is characterized in that: be symmetrically installed with on the said support (13) and spread face tube (15), and two are spread face tube (15) and lay respectively at the outside of rubbing tube (10) and calendering tube (11).

6. according to claim 3 or 4 described grinding machines, it is characterized in that: said station motor (16) makes connecting axle (12) rotation through the coaxial screw (18) of leading screw (17) drive installation in connecting axle (12) top that is connected on its main shaft.

7. according to claim 3 or 4 described grinding machines, it is characterized in that: said station motor (16) makes connecting axle (12) rotation through the worm gear (20) that coaxial worm screw (19) the driving suit that is connected on its main shaft is fixed on the connecting axle (12).

8. grinding machine according to claim 4; It is characterized in that: said tangent plane hobboing cutter (14) is made up of screw axis (21), adjustment nut (22), cylinder blade (23) and butterfly spring (24); Said cylinder blade (23) and butterfly spring (24) spacer sleeve are contained on the screw axis (21), and the two ends that adjustment nut (22) is installed in screw axis (21) are fitted in cylinder blade (23) and butterfly spring (24) on the screw axis (21).

9. grinding machine according to claim 5; It is characterized in that: the said face tube (15) that spreads is made up of housing (25), vibrating motor (26) and screen cloth (27); Screen cloth (27) is fixed on the middle part of housing (25), and vibrating motor (26) is installed on the screen cloth (27), and the bottom of housing (25) is funnel-form.