CN103518792A - Noodle processing machine - Google Patents

Abstract

The invention discloses a noodle processing machine. The noodle processing machine comprises a shell (1), wherein a driving device (2) capable of rotating forward and reversely is arranged in the shell (1); the shell (1) comprises an outer shell (1-1) in which the driving device (2) is arranged and a stirring chamber (1-2) for mixing noodles; a stirring and extruding device (3) which is connected with the driving device (2) and used for stirring the mixed noodles and extruding the mixed paste is arranged in the stirring chamber (1-2); a blade assembly (4) is arranged at the front end of the stirring chamber (1-2); a holder (5) is arranged in the outer shell (1-1) and at one end of the outer shell (1-1), opposite to the blade assembly (4), and comprises a fixing plate (5-1) for fixing the driving device (2); a group of tensioning bolts (5-2) are arranged between the fixing plate (5-1) and the blade assembly (4).

Description

A kind of processing noodles machine

[technical field]

The present invention designs noodle processing machine.

[background technology]

Existing noodles process equipment is to be all arranged with the processing minute of face and noodles, first and face process the face of becoming reconciled is put into noodle processing machine, operate very inconvenient, and equipment to take place many more, inconvenience for the little user of general family.

[summary of the invention]

In order to solve deficiency of the prior art, provide a kind of and add machine with face and the noodles that processing noodles integrate, the technical solution adopted in the present invention is:

A kind of processing noodles machine, include housing, in described housing, be provided with the drive unit of energy rotating, described housing includes installs the shell of described drive unit and for the teeter chamber with face, in described teeter chamber, be provided with described drive unit connection of rotating and be used for stirring and face and extrude the stirring extrusion device of the dough of becoming reconciled, at described teeter chamber's front end, be provided with cutter head assembly, in described shell, be provided with fixed mount, described fixed mount is established relative with cutter head assembly in the enclosure one end, described fixed mount includes the fixed head of fixed drive device, at described fixed head and described passing, between cutter head assembly, be provided with the turnbuckle of a group.

Described cutter head assembly includes the extruding pipe that holds the dough of becoming reconciled, at described extruding pipe, by teeter chamber's one side, be provided with U-shaped plate, described U-shaped plate stretches in teeter chamber and U-shaped mouth makes progress, described U-shaped plate comprises blank plate and the plate that connects material, described blank plate hight goes out extruding pipe highest point edge, and the described plate that connects material arranges semicircular in shape along extruding pipe edge.

Described fixed head comprises the first fixed head and the second fixed head, in the middle of described the first fixed head and the second fixed head are fixed on by described turnbuckle.

Described drive unit includes motor.

Described drive unit also includes by described motor-driven gear.

Described stirring extrusion device includes the central rotating shaft being connected with described drive unit, on described central rotating shaft, be provided with some by being stirred by described central rotating shaft driven rotary and the mixing arm of face, in described central rotating shaft end, be provided with and be placed in extruding pipe and U-shaped plate with central rotating shaft rotation the threaded extrusion of establishing from extruding in extruding pipe by dough, on described central rotating shaft, be provided with when described central rotating shaft rotation and blank plate is tangent and can cut off the feeding arm of dough pair thereon.

Described feeding arm is L-type, comprises the canned paragraph that is fixed on central rotating shaft and for the feeding section of feeding, and the medial surface forming during described feeding section rotation is just in time tangent with described blank plate top surface.

Described cutter head assembly also includes the cutterhead being fixed on extruding pipe, is provided with some apertures that dough becomes noodles that make to extrude on described cutterhead.

A kind of processing noodles machine according toclaim 4, is characterized in that: also include and be located in described shell for fixing the gear-box of described gear.

Described drive unit includes gear-box, and described gear is fixed in gear-box, and described motor is located at described outer casing bottom, at described turnbuckle, is provided with the fixedly threaded knob of cutter head assembly.

Adopt the flour stranding machine of technique scheme, volume is little and integrate the use of easy to operate applicable family with face and noodles processing, when with face blank plate can effectively stop with face process in the face of not becoming reconciled fall in extruding pipe, and blank plate is as much as possible when extruding noodle, the face of becoming reconciled is put into extruding pipe, efficiency is high like this, and blank plate can bear larger power; Fixed mount makes cutter head assembly and drive unit to center, have a tractive force, can when extrude dough, can not be subject to the reaction force of dough and drive unit is moved backward because of stirring extrusion device like this, makes to extrude effect to follow, and extruded velocity is faster.

[accompanying drawing explanation]

Fig. 1 is overall structure view of the present invention.

Fig. 2 is explosive view of the present invention.

Fig. 3 is internal structure view of the present invention.

Fig. 4 is cutter head assembly topology view of the present invention.

Fig. 5 is that the present invention stirs extrusion device topology view.

Fig. 6 is starting drive topology view of the present invention.

Fig. 7 is cutter head structure view of the present invention.

[specific embodiment]

Be flour stranding machine of the present invention as illustrated in fig. 1 and 2, include thehousing 1 that forms fuselage, concrete structure as shown in Figure 2,housing 1 includeshell 1 ?1 andteeter chamber 1 ?2,shell 1 ?1 and 1 ?2 of teeter chamber separately arrange in order to guarantee the sealing of 1 ?2 of teeter chamber in the drawings, and the material that can adopt safer Durable sanitaryguarantee teeter chamber 1 ?2 reliable, safety, can certainly 1 ?2 of teeter chamber andshell 1 ?1 be established as a whole, no longer in figure, represent in detail,teeter chamber 1 ?2 be provided with cover plate 7.Housing 1 interior setting bedrive unit 2,drive unit 2 provides power source for flour stranding machine, because this flour stranding machine has and face and two kinds of duties of extruding noodle, think the concrete structure (in the back will do concrete detailed explanation) of realizing this two states and this flour stranding machine,drive unit 2 has rotating two states, during forward, carry out and face, and carry out the processing of extruding noodle in when reversion, the forward and backward arriving mentioned herein is prescribed direction not, must judge with concrete structure the direction of rotating.

As shown in Figure 7drive unit 2 includemotor 2 ?1 and gear, also can be anindependent motor 2 ?1, but for reduced volume, bymotor 2 ?1 vertically place, by gear transmission power drive flour stranding machine, work,motor 2 ?1 output shaft be turbine, for guarantee gear andmotor 2 ?the turbine engagement of 1 output shaft stable, gear andmotor 2 ?1 output shaft be all located at a gear-box 2 ?in 2.Inteeter chamber 1 ?be provided with in 2 andstir extrusion device 3, stirringextrusion device 3 is connected withdrive unit 2, bydrive unit 2, drive the processing of stirringextrusion device 3 rotation realizations and face and extruding noodle, stirringextrusion device 3 can directly be installed and be fixed ondrive unit 2, also can adopt a connector to be connected with drive unit, connector is set can be for convenience detach, and connecting portion is easily impaired owing to being often subject to friction, connector is set can be in impaired rear replacing, do not need like this change to stirextrusion device 3 and be the cost-saving oodle maker service life of extending again.

Stir as shown in Figure 5extrusion device 3 and comprise two parts: mixing part and crimping section, these two parts are made as one in this embodiment, also can divide and be arranged, separately set be in: convenient install and change.Mixing part include central rotatingshaft 3 ?1, central rotatingshaft 3 ?1 be connected withdrive unit 2, central rotatingshaft 3 ?be provided with on 1 somemixing arm 3 ?2, when centralrotating shaft 3 ?1 rotate underdrive unit 2 drives, thereby mixingarm 3 ?2 will fully stir formation dough by flour and water in 1 ?2 of teeter chamber along with central rotatingshaft 3 ?1rotations.Mixing arm 3 ?2 for sheet and be provided with certain angle, makemixing arm 3 ?2 in rotary course can byteeter chamber 1 ?2 doughs below push ahead.Crimping section is for establishing threadedextrusion 3 ?4, because screw thread has conveying function, so before dough attached to it can being pushed to when rotated, according to the direction of rotation of screw thread, set the rotating ofdrive unit 2, if during forward, beextrusion 3 ?4 can not extrude dough and mixingarm 3 ?2 normal operations carry out and face, and mixingarm 3 ?2 are provided with the face aqueous mixtures that certain angle will need in teeter chamber stirs and push and stir backward, benefit be not when stirring, the face aqueous mixtures of not becoming reconciled to be pushed to teeter chamber's discharge end in case be dumped into extrudingpipe 4 ?1, duringreversion extrusion 3 ?4 extrusions extrude dough, now mixingarm 3 ?2 due to be provided with certain angle the dough after teeter chamber can be shifted onto conveniently send into above extrudingpipe 4 ?1.Central rotatingshaft 3 ?be also provided with on 1 vitals befeeding arm 3 ?3,feeding arm 3 ?3 be divided into cannedparagraph 3 ?31 andfeeding section 3 ?32, both are L-shaped, cannedparagraph 3 ?31 be fixed on central rotatingshaft 3 ?on 1,feeding section 3 ?32 be positioned at cannedparagraph 3 ?31 one end that are located at away from central rotating shaft.Coordinate feeding arm 3 ?3 oncutter head assembly 4, be provided with special device, will illustrate below and how realize feeding.

As shown in Figure 4 inteeter chamber 1 ?2 front ends be provided withcutter head assembly 4,cutter head assembly 4 both sides be provided with two throughholes 4 ?4, inshell 1 ?1, be provided withfixed mount 5,fixed mount 5 be as shown in Figures 2 and 3 located atouter shell 1 ?1 rear side (one end relative with cutter head assembly), fixed mount comprisefixed head 5 ?1,fixed head 5 ?1 have two be respectively the firstfixed head 5 ?the 11 and secondfixed head 5 ?12, the firstfixed head 5 ?the 11 and second fixedhead 5 ?12drive unit 2 is fixed in the middle of, the first fixedhead 5 ?be also provided with screw hole on 11, gear-box 2 ?2 by screw hole can be fixed on the first fixedhead 5 ?on 11, can guarantee like this gear and stirringextrusion device 3 centerings ofdrive unit 2, be convenient to install, the second fixedhead 5 ?12 be provided with draw-in groove can admittedly fix gear-box 2 ?2 afterbody, can better fixdrive unit 2 like this, on fixedmount 5, be also provided with a pair oflonger bolt 5 ?2, this tobolt 5 ?2 be used for fixing the first fixedhead 5 ?the 11 and second fixedhead 5 ?12, and this to bolt 5 ?2 pass always through hole on cutter head assembly 44 ?4, by screwedknob 6, fixcutter head assembly 4 afterwards, between cutter head assembly and driveunit 2, will be subject to like this this tractive force to bolt 5 ?2 Yi Gexiang centers, when extruding dough, when stirringextrusion device 3 is subject to the reaction force of dough, just can not make to stirextrusion device 3 like this moves backward, thereby it is enough to guarantee to extrude power, make to extrude dough quicker, and it is too much and impaired to protect drive unit not to be subject to stirring the extruding force ofextrusion device 3, increase service life of equipment.Cutter head assembly 4 as shown in Figure 4 include extrudingpipe 4 ?1, described extrudingpipe 4 ?1 byteeter chamber 1 ?2 one sides be provided withU-shaped plate 4 ?2, described U-shapedplate 4 ?2 stretch intoteeter chamber 1 ?in 2 and U-shaped mouth upwards, described U-shapedplate 4 ?2 compriseblank plate 4 ?21 and connectmaterial plate 4 ?22, describedblank plate 4 ?21 exceed extrudingpipe 4 ?1 highest point edge, described connectmaterial plate 4 ?22 along extrudingpipe 4 ?1 edge semicircular in shape is set, extrudingpipe 4 ?1 be placed in outside end be provided withcutterhead 4 ?3, as shown in Figure 6cutterhead 4 ?3 be provided with someextrusion cavities 4 ?31, dough forms noodles throughextrusion cavities 4 ?31 oncutterhead 4 ?3 from extrudingpipe 4 ?1 extrude.Blank plate 4 ?21 with feeding arm above-mentioned 3 ?3 match,blank plate 4 ?21 be located at extrudingpipe 4 ?1 edge one side (a described side is a side parallel with extruding pipe plumb cut),blank plate 4 ?21 be provided in a side of oncutter head assembly 4 on one side, byblank plate 4 ?21 ratio extruding pipes of establishing 4 ?1 highest point edge height be for fear of when stirring, have the dough of not becoming reconciled enter extrudingpipe 4 ?1, becauseblank plate 4 ?21 be completely fixed on cutter head assembly on one side, so just make fixing more firm, in feeding process not can because of be subject to feedingarm 3 ?dough on 3 toblank plate 4 ?21 extruding force excessive and makeblank plate 4 ?21 break.Thisblank plate 4 ?21 height andfeeding arm 3 ?during 3 rotation formed circle ring inner wall tangent (when feeding arm passes through blank plate, the lowest part plane of feeding section just matches and makes the rotation of feeding section not be subject to stopping of blank plate with blank plate highest point plane.), also have a critical positions relation to be exactly, with face duty under: feedingarm 3 ?during 3 rotation first throughblank plate 4 ?21 then through connectingmaterial plate 4 ?22 tops; Under extruding the duty of dough: feedingarm 3 ?during 3 rotation first through connectingmaterial plate 4 ?22 tops then just pass throughblank plate 4 ?21.According to the effect of position relationship setting above become reconciled be in: and duringface feeding arm 3 ?3 may with the face of not becoming reconciled on a small quantity through connectingmaterial plate 4 ?22 tops, so first throughblank plate 4 ?21 the face of not becoming reconciled is above removed as far as possible, like this feeding arm through connectingmaterial plate 4 ?just do not have during 22 top the face of not becoming reconciled enter extrudingpipe 4 ?1, and need to make the face of becoming reconciled enter extrudingpipe 4 ?1 fromplate 4 ?22 that connect material when processing noodles, feedingarm 3 ?3 first through connectingmaterial plate 4 ?22 tops and then throughblank plate 4 ?21, throughblank plate 4 ?21 o'clock, be attached to feedingarm 3 ?dough on 3 can byblank plate 4 ?21 fromfeeding arm 3 ?3 scrape off fall into connectmaterial plate 4 ?in 22, due to connectmaterial plate 4 ?22 fall in semicircular in shape, may as much as possiblely receive more material like this, and really U-shaped plate all stretch intoteeter chamber 1 ?in 2, so can connectmaterial plate 4 ?22 can receive more material.Byblank plate 4 ?21 be arranged to a plate be for when stirring, face aqueous mixtures can not got rid of into extrudingpipe 4 ?1 and connectmaterial plate 4 ?on 22, but can byblank plate 4 ?21 stop; When extruding noodle, the face of becoming reconciled can be blocked in extrudingpipe 4 ?1 one sides can not be thrown out of, fall connectmaterial plate 4 ?dough on 22 will along withextrusion 3 ?4 be admitted to extrudingpipe 4 ?1, finally be extruded formation noodles, like this will be as much as possible by the face of becoming reconciled send into extrudingpipe 4 ?in 1.

Its course of work is as follows: by a certain proportion of flour and water put intoteeter chamber 1 ?2,open drive unit 2, driveunit 2 forward mixingarms 3 ?2 stir face aqueous mixtures and faces, the face rear drive equipment of becoming reconciled reversion, mixingarm 3 ?2 byteeter chamber 1 ?2 rear sides become reconciled towards front propelling movement, by feedingarm 3 ?3 carry the face of becoming reconciled throughblank plate 4 ?21 scrape off connectmaterial plate 4 ?on 22,extrusion 3 ?4 drive the dough of becoming reconciled enter extrudingpipe 4 ?dough in 1 promote forward fromcutterhead 4 ?3extrusion cavities 4 ?31 extrude formation noodles.

Claims (10)

1. process noodles machine for one kind, include housing (1), in described housing (1), be provided with the drive unit (2) of energy rotating, described housing (1) includes installs the shell (1 ?1) of described drive unit (2) and for the teeter chamber with face (1 ?2), it is characterized in that: in described teeter chamber (1 ?2), be provided with described drive unit (2) connection of rotating and be used for stirring and face and extrude the stirring extrusion device (3) of the dough of becoming reconciled, in described teeter chamber, (1 ?2) front end is provided with cutter head assembly (4), in described shell (1 ?1), be provided with fixed mount (5), described fixed mount (5) is located at one end relative with cutter head assembly (4) in shell (1 ?1), described fixed mount (5) includes the fixed head (5 ?1) of fixed drive device (2), at described fixed head (5 ?1) and the described turnbuckle (5 ?2) that is provided with a group between cutter head assembly (4) that passes.

2. a kind of processing noodles machine according to claim 1, it is characterized in that: described cutter head assembly (4) includes the extruding pipe (4 ?1) that holds the dough of becoming reconciled, at described extruding pipe (4 ?1), by teeter chamber (1 ?a 2) side, be provided with U-shaped plate (4 ?2), described U-shaped plate (4 ?2) stretch in teeter chamber (1 ?2) and U-shaped mouth upwards, described U-shaped plate (4 ?2) comprises blank plate (4 ?21) and the plate that connects material (4 ?22), described blank plate (4 ?21) exceeds extruding pipe (4 ?1) highest point edge, the described plate that connects material (4 ?22) arranges semicircular in shape along extruding pipe (4 ?1) edge.

3. a kind of processing noodles machine according to claim 1, it is characterized in that: described fixed head (5 ?1) comprises the first fixed head (5 ?11) and the second fixed head (5 ?12), in the middle of described the first fixed head (5 ?11) and the second fixed head (5 ?12) are fixed on by described turnbuckle (5 ?2).

4. a kind of processing noodles machine according to claim 1, is characterized in that: described drive unit (2) includes motor (2 ?1).

5. a kind of processing noodles machine according to claim 4, is characterized in that: described drive unit (2) also includes the gear being driven by described motor (2 ?1).

6. a kind of processing noodles machine according to claim 1, it is characterized in that: described stirring extrusion device (3) includes the central rotating shaft that is connected with described drive unit (2) (3 ?1), on described central rotating shaft (3 ?1), be provided with some by being stirred by described central rotating shaft (3 ?1) driven rotary and the mixing arm of face (3 ?2), in described central rotating shaft (3 ?1) end, be provided with to be placed in extruding pipe (4 ?1) and U-shaped plate (4 ?2) with central rotating shaft (3 ?1) rotation dough is established to threaded extrusion (3 ?4) from what extrude in extruding pipe (4 ?1), on described central rotating shaft (3 ?1), be provided with when described central rotating shaft (3 ?1) rotates and blank plate (4 ?21) is tangent and can cut off and pay the feeding arm of dough (3 ?3) thereon.

7. a kind of processing noodles machine according to claim 6, it is characterized in that: described feeding arm (3 ?3) is L-type, comprise the canned paragraph that is fixed on central rotating shaft (3 ?1) (3 ?31) and for the feeding section of feeding (3 ?32), the medial surface forming during described feeding section (3 ?32) rotation is just in time tangent with described blank plate (4 ?21) top surface.

8. a kind of processing noodles machine according to claim 1, it is characterized in that: described cutter head assembly (4) also includes the cutterhead that is fixed on extruding pipe (4 ?1) (4 ?3), on described cutterhead (4 ?3), be provided with some apertures that dough becomes noodles (4 ?31) that make to extrude.

9. a kind of processing noodles machine according to claim 4, is characterized in that: also include and be located in described shell (1 ?1) for fixing the gear-box (2 ?2) of described gear.

10. a kind of processing noodles machine according to claim 4, it is characterized in that: described drive unit (2) includes gear-box (2 ?2), described gear is fixed in gear-box (2 ?2), described motor (2 ?1) is located at described shell (1 ?1) bottom, at described turnbuckle (5 ?2), is provided with the fixedly threaded knob of cutter head assembly (4) (5).

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