CN2200297Y

CN2200297Y - Small-sized noodles make-up machine

Info

Publication number: CN2200297Y
Application number: CN 94209178
Authority: CN
Inventors: 徐名勇
Original assignee: Individual
Current assignee: Individual
Priority date: 1994-04-19
Filing date: 1994-04-19
Publication date: 1995-06-14
Anticipated expiration: 2004-04-19

Abstract

The utility model provides a minitype noodle forming machine used for a family. The upper half part of a machine shell is provided with a hollow container. A stirring device is installed in the hollow container and composed of a lower half part which is rotated with a rotary shaft, and an upper half part which is rotated with the lower half part in a sheathed mode and can move along the axial direction. The lower part of the bottom wall of the hollow container is provided with an extrusion forming device. The dough in the hollow container is kneaded by a kneading vane and a material scrape vane on the stirring device, and is mixed and stirred by a stirring vane on the upper half part. At last, the dough is extruded and formed by the extrusion forming device. An extrusion screw and a rotary shaft are driven to rotate by a transmission mechanism at the lower part of the machine shell.

Description

Small-sized noodles make-up machine

The utility model relates to a kind of kitchen machinery, and particularly a kind of collection and face, extrusion modling are household small-size Noodle forming machine all over the body.

Noodle forming machine has two types at present, a kind of is roller press type, another kind of is extruded type, the former floor space is bigger, lean on conveyer belt that dough is delivered to repeatedly and carry out spreading between roller, during the certain thickness dough sheet of one-tenth to be pressed, by the press strip roller dough sheet is cut into noodles again, its dough to lean on the agitating device in the container of artificial or a upper shed to realize with system.Another kind of is the screw rod squash type, its dough with system also by manual or another agitating device and provide.Their common ground output is big, volume big, price is also expensive, only is suitable for using in the many dining rooms of people, restaurant, the large-scale restaurant.And often to dispose dough mixing machine or some other complementary equipment or instrument, and both be not easy to operation, the noodles Forming Quality is not ensured.And its big volume, high price, higher production capacity are fit to family and use.

The purpose of this utility model provides a kind of collection and system with regard to being to overcome the above-mentioned shortcoming and defect of existing in prior technology, extrusion modling is a small-sized Noodle forming machine all over the body.

The purpose of this utility model is to realize by following technical scheme: at the casing first half one hollow container is arranged, one agitating device is installed in the hollow container, agitating device rotates by the latter half of rotating with rotating shaft with the latter half suit but axially displaceable the first half constitutes, one extrusion forming device is arranged at hollow container diapire bottom, by on the agitating device rub blade and the scraper blade is rubbed dough in the container, by the stirring vane on the first half to dough mixing stirring, at last by the extrusion forming device extrusion molding, extruding screw and rotating shaft are that the transmission mechanism by the casing bottom turns.

Therefore: remarkable result of the present utility model is:

1, because it has mix to stir, rubs and the comprehensive effect of system and extrusion modling, so processing, all can mechanically once finish whole noodles, so have characteristics easy to use at one.

2, volume is little, in light weight, is applicable to that family uses.

3, the stirring vane that stirs the first half in the rubbing device not only can with the latter half coaxial rotation, lining is circumferentially mixed stirring, and can under the lining effect, move up and down certain distance vertically, therefore, can play the mixing stirring action of thickness direction to lining, help lining and can obtain well to mix mixing effect within a short period of time, can improve noodle production efficient and quality.

4, the stirring vane and the special moulding of rubbing blade help the shear-mixed to dough.Very favourable to the mixing quality that improves dough.

Concrete structure of the present utility model is realized by the following examples and accompanying drawing thereof.

Fig. 1 is construction profile figure of the present utility model.

Fig. 2 is the section of structure of Fig. 1.

Fig. 3 is the A-A profile of Fig. 2.

Fig. 4 is the STRUCTURE DECOMPOSITION figure that stirs rubbing device among Fig. 2.

Fig. 5 is the section of structure after Fig. 4 makes up.

Fig. 6 is the section of structure of the another kind of structure after Fig. 4 makes up.

Fig. 7 is the STRUCTURE DECOMPOSITION figure of extrusion forming device among Fig. 2.

Fig. 8 is the section of structure of the amplification after Fig. 7 makes up.

Below in conjunction with accompanying drawing 1-8 concrete structure of the present utility model is described in detail:

The utility model has a transmission speed reducer structure 7, be provided with motor 71 in the transmission speed reducer structure 7, in a hollow container 4, be provided with lining agitating device 5, it is characterized in that: hollow container 4 is arranged on the first half of housing 2 and is one to have the flat shape of loam cake 3 at empty capsid, the latter half of agitating device 5 is the fixed cover 54 that a vertical rotating shaft 74 with transmission speed reducer structure 7 is nested and joins and rotate synchronously, bottom at fixed cover 54 circumferentially is provided with scraper blade 55, with fixed cover 54 movable set and be to stir cover 51 mutually with its first half of rotating synchronously, radially be staggeredly equipped with stirring vane 52 and rub cutter 53 stirring circumferentially being of cover 51, cover is placed with spring 56 between the ring cavity 58 that stirs between cover 51 and the fixed cover 54, spring 56 upper ends are blocked by twisting hold-doun nut 57 pressures that connect mutually with fixed cover 54 upper ends, shore along 513 upper ring surface is unsteady with the internal projecting ring that stirs cover 51 lower end of spring 56, on the diapire 41 of hollow container 4, offer a blanking port 411 that communicates with the extrusion chamber 61 of extrusion forming device 6, the activity of blanking port place has inserted a control pumping board 22, control pumping board 22 movable spies are exposed at housing 2 one sides, extrusion forming device 6 is made of with rotating the screw rod 63 in the extrusion chamber 61 that is installed in machine barrel 62 and detaining the molding port mould 64 that is screwed in machine barrel 62 front ends cylindrical shape machine barrel 62, the back segment of screw rod 63 links to each other with connecting axle 65, and connecting axle 65 is turned by transmission speed reducer structure 7.Referring to Fig. 1 to Fig. 5

Architectural feature of the present utility model also is:

The bottom of housing 2 is bases 1 that an inside is provided with transmission speed reducer structure 7, the recessed position of the first half one side of housing 2 is sat and is put the hollow container 4 that is connected with a circle, container 4 is presented uncovered shape and is connected with loam cake 3 is stubborn mutually, loam cake 3 end faces are provided with material and add inlet 31 and change screw plate 32, on the sidewall of housing 2, be provided with switch 21 and a L shaped control feeding pumping board 22 that control motor 71 starts, the molding port mould 64 of extrusion forming device 6 by gland 66 twist be pressed in before the machine barrel 62 uncovered outer and locate to be exposed to housing 2 outsides, visit in the vertical rotating shaft 74 of (referring to Fig. 1 and Fig. 2) transmission speed reducer structure 7 and be located in the middle part of cylindrical hollow container 4 and be set on fixed cover 54, the epimere of fixed cover 54 is provided with and the stubborn mutually thread segment 541 that connects of hold-doun nut 57, all have on the stage casing 542 of fixed cover 54 and the hypomere 543 two symmetries and with stir the cover 51 endoporus 513 corresponding surfaces

planar portions

5421 and 5431 of movable set mutually, be provided with one in the side of two symmetrical cambered surfaces in addition of the hypomere 543 of fixed cover 54 and be the radial radially scraper blade 55 of outer spy, be provided with more than one radially distribute and in the periphery of the epimere 511 that stirs cover 51 along the stirring vane 52 of outer spy between the footpath, circumferentially offer a gap 5121 that supplies the scraper blade 55 on the fixed cover 54 to pass at the hypomere 512 that stirs cover 51, rub cutter 53 what the hypomere 512 that stirs cover 51 circumferentially was fixed with one or more radially outer spy, stirring cover 51 is circumferentially located and axial movable set with fixed cover 54, spring 56 floating bushings are placed in the ring cavity 58 that stirs between cover 51 endoporus 513 and fixed cover 54 stage casings 542 and are positioned at stirring and overlap the ring of 51 convexes along 5131 tops, the epimere 741 of the vertical rotating shaft 74 of transmission speed reducer structure 7 passes hold-doun nut 57 interior rib holes 571 and fixes (referring to Fig. 4 and Fig. 5) transmission speed reducer structure 7 by nut 572 axial spinning and is arranged on base 1 inside, base 1 is positioned at housing 2 bottoms, extrusion forming device 6 is fixed on the side between base 1 top and hollow container 4 bottoms, the rear sleeve of connecting axle 65 is connected with commutation worm gear 651, and the worm screw section 753 in the rotating shaft 75 in commutation worm gear 651 and the transmission speed reducer structure 7 is meshed.Referring to Fig. 2 and Fig. 3

In the ring cavity 58 of pocketed springs 56, be placed with a location sleeve 8 along ring cavity axial direction part total length cover.Referring to Fig. 6

The back segment of stirring vane 52 is perpendicular or be skewed and be up and down or circumferentially and be crisscross arranged with the outer surface of the epimere 511 that stirs cover 51, and 521 of the outer spy leading portions of stirring vane are upwards crosswise concaving shape.Referring to Fig. 2 and Fig. 4

It is perpendicular with hypomere 512 outer surfaces that stir cover 51 to rub power 53, and the top of rubbing cutter 53 is a plane 531 and parallels with the diapire 41 of columnar hollow container 4 that the bottom of rubbing cutter 53 is an arc surface 532.Referring to Fig. 2, Fig. 4 and Fig. 5

Scraper blade 55 is skewed with the vertical setting of cambered surface position outer surface of fixed cover 54 hypomeres 543 and along the width of blade direction, the upper surface of scraper blade 55 is arc surfaced, its lower surface is the plane, and the back edge 551 of the plate width direction of scraper blade 55 and the flat bottom wall 41 of hollow container 4 parallel and be positioned at the minimum point of plate width direction.Referring to Fig. 4 and Fig. 5

The course of work of the present utility model is as follows: referring to Fig. 1 to Fig. 4

Transmission speed reducer structure 7 in the utility model belongs to general technology, it turns and is arranged at intervals with the level Four deceleration transmission by motor 71, referring to Fig. 2 and Fig. 3, gear 712 on the shaft 711 of motor 71 and 721 engagements of the gear on the axle 72,722 of another gears on 72 with the 2nd 73 on pinion 732 engagements, another gear wheel 731 then with the 3rd 75 on gear wheel 751 engagement and give the 3rd 75 with transmission of power, the 3rd middle part gear 752 passed to gear wheel 742 to power, promptly pass to the 4th on the one hand, it is vertical rotating shaft 74, worm screw section 753 by 75 epimeres is given worm gear 651 on the screw rod 63 rear portion connecting axles 65 with transmission of power on the other hand, screw rod 63 is rotated and will fall into dough extrusion molding in it.Vertically then driving agitating device 5 rotations of rotating shaft 74, rotating simultaneously because the axially movable property between the unsteady placement of spring 56 and stirring cover 51 and the fixed cover 54, make the stirring vane 52 that stirs on the cover 51 and rub cutter 53 and can under the dough active force, produce axially mixing, stirring action, this axial immixture circumferentially acts on the processing mixed effect that combines and then can play multidimensional with it, mixed effect, quality, efficient to noodles are improved, dough fall in the extrusion chamber 61 time can by the blanking control pumping board 22 of outer spy outer take out or in push away realization.Molding port mould 64 is replaceable, promptly gland 66 is backed out the mouth mould 64 of just can change the outfit different size, shape.

Agitating device 5 shown in Figure 6 is to add in the outside of spring 56 to have overlapped an axial limiting sleeve 8 with the difference of Fig. 5, after adding sleeve 8, the axial location of ring cavity 58 is defined, so in time, stirs cover 51 and goes up stirring vane 52 and rub cutter 53 and all can not scurry vertically and move, and can only rotate.

The rear end of screw rod 63 and movable spline 631 inserting mode of connecting axle 65 general employings, the assembling mutually of being more convenient for like this.Referring to Fig. 7 and Fig. 8

The break-make of motor 71 is controlled by the switch 21 of housing 2 one sides.When adding lining, then turn on loam cake 3.Referring to Fig. 1

Claims

1, small-sized Noodle forming machine, one transmission speed reducer structure (7) is arranged, be provided with motor (71) in the transmission speed reducer structure (7), in a hollow container (4), be provided with lining agitating device (5), it is characterized in that: hollow container (4) is arranged on the first half of housing (2) and is one to have the flat shape hollow housing of loam cake (3), the latter half of agitating device (5) is the fixed cover (54) that a vertical rotating shaft (74) with transmission speed reducer structure (7) is nested and joins and rotate synchronously, circumferentially be provided with scraper blade (55) in the bottom of fixed cover (54), with fixed cover (54) movable set and be to stir cover (51) mutually with its first half of rotating synchronously, stirring circumferentially being radial and being staggeredly equipped with stirring vane (52) and rubbing cutter (53) of cover (51), cover is placed with spring (56) between the ring cavity (58) that stirs between cover (51) and the fixed cover (54), spring (56) upper end is blocked by twisting hold-doun nut (57) pressure that connects mutually with fixed cover (54) upper end, shore along the upper ring surface of (513) is unsteady with the internal projecting ring that stirs cover (51) lower end of spring (56), on the diapire (41) of hollow container (4), offer a blanking port (411) that communicates with the extrusion chamber (61) of extrusion forming device (6), the activity of blanking port place has inserted a control pumping board (22), the movable spy of control pumping board (22) is exposed at housing (2) one sides, extrusion forming device (6) is installed in the molding port mould (64) that screw rod (63) in the extrusion chamber (61) of machine barrel (62) and button be screwed in machine barrel (62) front end and constitutes by cylindrical shape machine barrel (62) and rotation, the back segment of screw rod (63) links to each other with connecting axle (65), and connecting axle (65) is turned by transmission speed reducer structure (7).

2, according to the described small-sized Noodle forming machine of claim 1, it is characterized in that: the bottom of housing (2) is the base (1) that an inside is provided with transmission speed reducer structure (7), the recessed position of the first half one side of housing (2) is sat and is put the hollow container (4) that is connected with a circle, container (4) is presented uncovered shape and is connected with loam cake (3) is stubborn mutually, loam cake (3) end face is provided with material and adds inlet (31) and change screw plate (32), on the sidewall of housing (2), be provided with switch (21) and a L shaped control feeding pumping board (22) that control motor (71) starts, the molding port mould (64) of extrusion forming device (6) is twisted by gland (66) that to be pressed in machine barrel (62) preceding uncovered outer and locate to be exposed to housing (2) outside, the vertical rotating shaft (74) of transmission speed reducer structure (7) upward spy is located in the middle part of cylindrical hollow container (4) and is set on fixed cover (54), the epimere of fixed cover (54) is provided with and the stubborn mutually thread segment (541) that connects of hold-doun nut (57), all have on the stage casing (542) of fixed cover (54) and the hypomere (543) two symmetries and with stir cover (51) endoporus (513) corresponding surface planar portions of movable set (5421) and (5431) mutually, be provided with one in the side of two symmetrical cambered surfaces in addition of the hypomere (543) of fixed cover (54) and be the radial radially scraper blade (55) of outer spy, be provided with more than one radially distribute and in the periphery of the epimere (511) that stirs cover (51) along the stirring vane (52) of outer spy between the footpath, circumferentially offer a gap (5121) that supplies the scraper blade (55) on the fixed cover (54) to pass at the hypomere (512) that stirs cover (51), rub cutter (53) what the hypomere (512) that stirs cover (51) circumferentially was fixed with one or more radially outer spy, stirring cover (51) circumferentially locatees and axial movable set with fixed cover (54), spring (56) floating bushing is placed in the ring cavity (58) that stirs between cover (51) endoporus (513) and fixed cover (54) stage casing (542) and is positioned at (5131) top, ring edge of stirring cover (51) convex, the epimere (741) of the vertical rotating shaft (74) of transmission speed reducer structure (7) passes hold-doun nut (57) interior rib hole (571) and is arranged on base (1) inside by the axial spinning fixed conveyor reducing gear (7) of nut (572), base (1) is positioned at housing (2) bottom, extrusion forming device (6) is fixed on the side between base (1) top and hollow container (4) bottom, the rear sleeve of connecting axle (65) be connected with the commutation worm gear (651), the commutation worm gear (651) with transmission speed reducer structure (7) in rotating shaft (75) on worm screw section (753) be meshed.

3, according to claim 1 or 2 described small-sized Noodle forming machines, it is characterized in that: in the ring cavity (58) of pocketed springs (56), be placed with a location sleeve (8) along ring cavity axial direction part total length cover.

4, according to claim 1 or 2 described small-sized Noodle forming machines, it is characterized in that: the back segment of stirring vane (52) is perpendicular or be skewed and be up and down or circumferentially and be crisscross arranged with the outer surface of the epimere (511) that stirs cover (51), and the outer spy leading portion (521) of stirring vane then is upwards crosswise concaving shape.

5, according to claim 1 or 2 described small-sized Noodle forming machines, it is characterized in that: rub power (53) and stir hypomere (512) outer surface that overlaps (51) perpendicular, the top of rubbing cutter (53) is a plane (531) and parallels with the diapire (41) of columnar hollow container (4) that the bottom of rubbing cutter (53) is an arc surface (532).

6, according to claim 1 or 2 described small-sized Noodle forming machines, it is characterized in that: scraper blade (55) is skewed with the vertical setting of cambered surface position outer surface of fixed cover (54) hypomere (543) and along the width of blade direction, the upper surface of scraper blade (55) is arc surfaced, its lower surface is the plane, and the back edge (551) of the plate width direction of scraper blade (55) and the flat bottom wall (41) of hollow container (4) parallel and be positioned at the minimum point of plate width direction.