CN201004962Y

CN201004962Y - Machine for making cutting noodles

Info

Publication number: CN201004962Y
Application number: CNU2007200836625U
Authority: CN
Inventors: 王国会
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-27
Filing date: 2007-02-27
Publication date: 2008-01-16
Anticipated expiration: 2017-02-27

Abstract

The name of the utility model is noodle-cutting and noodle-processing machine. The utility model relates to a noodle cutting machine, in particular relates to a noodle cutting machine for replacing noodle cutting by hands. The machine resolves the problems of high labor strength and low working efficiency which are caused by manual operation of the noodle-cutting and noodle-processing machine. The technical project of the utility model includes that a motor is connected with a decelerator via a belt actuating mechanism, and a sheave of the decelerator coaxially connected with the decelerator is connected with a knife rack by a guide square slot, the knife rack is connected with a speed-adjusting gear through a lever, and the speed-adjusting gear is connected with a cut noodles block via drive connection. As the utility model is capable of replacing noodle cutting by hands, the frequency of cutting noodles is 90-120 times/ minute and percent of pass is 100%, thereby reducing the labor strength of workers who process hand noodles and improving the working efficiency. The utility model can be operated and utilized conveniently, cut noodles in three different specifications including fine, middle and thick according to the needs of customers, and further adjust a specification to cut noodles with homogeneous thickness.

Description

Cutter tangent plane processing flour stranding machine

Technical field

The utility model relates to a kind of noodle machine, relates to a kind of noodle cutter that replaces manual cut noodles specifically.

Background technology

Because manual noodle is better than the sensory of noodles that machine pressure surface bar processes, therefore manual noodle is subjected to people's favor, on the market, a lot of manual noodles have appearred in hotel, restaurant, unit dining room etc., but manual processing noodles will lean on manually-operated, so labour intensity is big, inefficiency, especially restaurant or unit dining room, the people who has dinner is many, has more increased staff's workload.

Summary of the invention

The purpose of this utility model is at above-mentioned deficiency, and provide a kind of stable and reliable for performance, manipulate easy to maintenance, safety and sanitation, pollution-free, be applicable to catering industry and family, can reduce labor intensity, improve work efficiency, replace manually-operated cutter cut noodles processing machine.

The technical solution of the utility model is: motor is connected with decelerator by belt gear, be connected with knife rest by the guiding square groove with the coaxial decelerator eccentric disc that is connected of decelerator, knife rest is connected with speed adjusting gear by lever, and speed adjusting gear and tangent plane chopping block are in transmission connection.

Said guiding square groove is dynamically connected with the cylinder that is fixed on the decelerator eccentric disc in the technical solutions of the utility model.

The two ends of said knife rest are connected with lever in the technical solutions of the utility model, and the other end axle of lever is fastened on the main frame body.

Said speed adjusting gear comprises pawl-and-gearing in the technical solutions of the utility model, and speed changing transmission gear and tooth bar, and ratchet is connected with the speed changing transmission gear axle, and speed changing transmission gear and tooth bar are connected with a joggle.

Said lever is connected by the housing of bearing with fixed pawl and ratchet in the technical solutions of the utility model, and tooth bar is connected with a joggle with the leading block that is fixed on below the tangent plane chopping block.

Said pawl-and-gearing is provided with three groups in the technical solutions of the utility model.

The utility model is owing to can replace artificial cut noodles, and its tangent plane frequency reaches 90～120 times/minute, and qualification rate 100% so alleviated processing manual noodle personnel's labour intensity widely, has improved operating efficiency; The utility model stable work in work, safe and reliable, easy for operation, also can cut out carefully according to client's needs, in, the noodles of thick three kinds of different sizes, and the noodles even thickness of transferring what a specification to cut out.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the left view of Fig. 1;

Fig. 3 is the vertical view of Fig. 2.

The specific embodiment

As shown in Figure 1, 2, 3, on main frame body 13, be fixed with motor 1 and decelerator 2, motor 1 is connected with decelerator 2 by belt gear 15, belt gear 15 comprises belt and belt pulley, with be fixed with a cylinder 4 on the decelerator 2 coaxial decelerator eccentric discs 3 that are connected, guiding square groove 5 is contained on this cylinder 4, cylinder 4 is dynamically connected with guiding square groove 5, when cylinder 4 was made circular motion with decelerator eccentric disc 3, guiding square groove 5 was done linear reciprocating motion under the drive of cylinder 4; Guiding square groove 5 is fixed on the knife rest 6, be fixed with the cutting knife 7 of tangent plane on the knife rest 6, the two ends of knife rest 6 are fixedly connected with lever 8 and 16 by axle, lever 8 and 16 other end axle are fastened on the main frame body 14, when guiding square groove 5 does reciprocating linear motion under the drive of decelerator eccentric disc 3, drive knife rest 6 by guiding square groove 5 and do the parallel mobile of upper and lower, left and right around its fixed pivot with lever 8,16, thereby drive the cutting knife 7 upper and lower motions that are fixed on the knife rest 6, promptly make the tangent plane state; Lever 8 is connected with tangent plane chopping block 9 by a cover speed adjusting gear, speed adjusting gear comprises ratchet 17 and ratchet 18, and transfer motion speed changing gear 12 and tooth bar 13, lever 8 is connected with the housing 11 of fixed pawl 17 and ratchet 18 by bearing 10, bearing 10 is fixed on the lever 8, the frame fixation of bearing 10 is on housing 11, when knife rest 6 and lever 8 motions, drive on the bearing 10, following motion, on bearing 10, following motion drives on the housing 11, following motion, drive on the ratchet 17 that is fixed on the housing 11 simultaneously, following motion, ratchet 17 and ratchet 18 are dynamically connected, on the ratchet 17, under when moving, stir corresponding ratchet 18 and rotate, ratchet 17 and ratchet 18 are provided with three groups, three gears are promptly arranged, as shown in Figure 3, regulate ratchet 17 and ratchet 18, stir the thick of correspondence by ratchet 17, in, thin ratchet 18 can be realized cutting slightly, in, thin three kinds of noodles; Speed changing transmission gear 12 is connected with 18 on ratchet, and tooth bar 13 is connected with a joggle with speed changing transmission gear 12, and by rotation drive speed changing transmission gear 12 rotations of ratchet 18, speed changing transmission gear 12 drives tooth bars 13 moving linearlies; Tooth bar 13 is connected with a joggle with the leading block 19 that is fixed on below the tangent plane chopping block 9, when tooth bar 13 moving linearlies, drive leading block 19 moving linearlies, drive tangent plane chopping block 9 moving linearlies that are fixed on above the leading block 19 simultaneously, musculus cutaneus on the cutting knife 7 tangential chopping blocks 9 once, tangent plane chopping block 9 promptly moves a segment distance at the drive lower edge of tooth bar 13 straight line, that is the width of noodles.

Operation principle: motor 1 drives decelerator 2 by belt gear 15 and rotates, decelerator 2 drives decelerator eccentric disc 3 and rotates, the cylinder 4 drive guiding square grooves 5 that are fixed on the decelerator eccentric disc 3 are done linear reciprocating motion, drive on knife rest 6 and lever 8 and 16 works by guiding square groove 5, down, a left side, right parallel moving, thereby drive on the cutting knife 7 that is fixed on the knife rest 6, following motion, make the tangent plane state, on the lever 8, in the time of following moving, drive on the ratchet 17 that is fixed on the housing 11 by bearing 10, following motion, stirring corresponding ratchet 18 rotates, drive speed changing transmission gear 12 by ratchet 18 and drive tooth bar 13 moving linearlies, tooth bar 13 drives leading block 19, and the moving linearly together of the tangent plane chopping block 9 above the leading block 19, musculus cutaneus on the cutting knife 7 tangential chopping blocks 9 once, be that tangent plane chopping block 9 moves a segment distance under the drive of tooth bar 13, that is the width of noodles, needs according to the client are adjusted corresponding ratchet 17 and ratchet 18, can cut out thin, in, the noodles of thick three kinds of different sizes.

Claims

1. a cutter tangent plane is processed flour stranding machine, it is characterized in that motor (1) is connected with decelerator (2) by belt gear (15), be connected with knife rest (6) by guiding square groove (5) with the coaxial decelerator eccentric disc (3) that is connected of decelerator (2), knife rest (6) is connected with speed adjusting gear by lever (8), and speed adjusting gear and tangent plane chopping block (9) are in transmission connection.

2. cutter tangent plane processing flour stranding machine according to claim 1 is characterized in that said guiding square groove (5) and the cylinder (4) that is fixed on the decelerator eccentric disc (3) are dynamically connected.

3. cutter tangent plane processing flour stranding machine according to claim 1 is characterized in that the two ends of said knife rest (6) are connected with lever (8) and (16), and the other end axle of lever (8) and (16) is fastened on the main frame body (14).

4. cutter tangent plane processing flour stranding machine according to claim 1, it is characterized in that said speed adjusting gear comprises ratchet (17) and ratchet (18), and speed changing transmission gear (12) and tooth bar (13), ratchet (18) is connected with speed changing transmission gear (12) axle, and speed changing transmission gear (12) and tooth bar (13) are connected with a joggle.

5. according to claim 1 or 4 described cutter tangent plane processing flour stranding machines, it is characterized in that said lever (8) is connected with the housing (11) of fixed pawl (17) and ratchet (18) by bearing (10), tooth bar (13) leading block (19) following with being fixed on tangent plane chopping block (9) is connected with a joggle.

6. according to claim 1 or 4 described cutter tangent plane processing flour stranding machines, it is characterized in that said ratchet (17) and ratchet (18) are provided with three groups.