JPS645851B2 - - Google Patents

Description

[Detailed Description of the Invention] Currently, Chinese foods such as dumplings, shumai, and even spring rolls are manufactured by integrating the outer skin and the filling in a molding process, but the filling is processed through a mincing process and a mincing process. The process is only the current method, but in the case of the outer skin, the noodle-making process involves making noodles using a mixture of flour and water, which is a continuous process for the next forming process. Since the process is made into a roll, the equipment is large and long, and processing is time consuming, which is very inconvenient.

In order to eliminate such inconveniences, the present invention relates to a noodle forming apparatus for Chinese food, which is small in size, reduces processing time as much as possible, takes up less space, and can be continued into the forming process. It is something.

That is, the present invention rotates the screw main bodies with different pitches, and compresses the supplied kneaded raw material into the space between the outer injection body and the inner injection body of the injection main body, which is provided so that it becomes narrower as it goes forward. A circular locking part is fixed to the narrow end of the guide body, which has been made into a lug shape, at several points using guide ribs, and a blade is provided at one end of the guide rib toward the narrow end of the guide body to create a space. The raw material fed into the machine is cut, and while the distribution in the space is adjusted so that it is divided into equal parts without being biased to one part, the cut raw material is guided by the guide rib, and a continuous cylindrical noodle is made from the tip of the injection body. It is made by injection molding.

To be more specific, a feed box with an open top and a feeding chute installed, and an arc-shaped bottom, is provided with a screw body that has a tapered blade pitch with a finer tip and a screw body that has an arcuate bottom. The cylindrical injection body, which is tapered and has a shallow and wide recess on the outer periphery, is fixed to the supply box while being covered by the screw part, and the cylindrical cover is fixed to the injection cylinder by screwing, and the injection body is placed at the appropriate position on the inner periphery. A cylindrical first locking body provided with a protruding ring is screwed onto the other end of the injection cylinder,
The locking part of the guide body is fixed to the narrow end of the conical one end with a guide rib, and the locking part of the guide body is clamped and fixed to the other end of the injection main body with a projection ring, and a projection is provided at the other end of the inner circumference. One locking body is screwed onto the other end, and the tip is conical to form a nozzle part, and an injection outer body with a convex ring at an appropriate position on the outer periphery is inserted into the first locking body, and the convex ring is protruded. Fix the injection outer body by holding it down with Injection molding is performed while adjusting the distribution in the space so that it is not unevenly distributed.

Embodiments of the present invention will be described below with reference to the drawings.

In the figure, reference numeral 1 denotes a box-shaped stand body made of assembled angle materials, and its sides are covered with side outer plates 2.

Reference numeral 3 denotes a drive device with a reduction gear, which is directly connected to a chain gear 4 and is installed at an appropriate position below the platform body 1.

Reference numeral 5 denotes a restraining gear, which is provided on an intermediate shaft 8 supported by a bearing 7 provided on a support 6 fixed above in the base body 1 so as to be adjustable in movement on the support 6.

Reference numeral 9 denotes a gearbox in which a hollow main shaft 10 and an auxiliary shaft 11 are supported parallel and horizontally by bearings.
It is installed on the base body 1 so as to correspond to the chain gear 4.

Reference numeral 12 denotes a chain gear, which is provided approximately at the center of the main shaft 10 and is connected to the chain gear 4 through a chain 13 while adjusting the tension with a restraining gear 5.

Numeral 14 is a gear, which is provided on the main shaft 10 and the auxiliary shaft 11, respectively, and meshes with each other.

15 is a screw body consisting of a shaft part 16 and a screw part 17 whose pitch is rougher at the beginning than at the tip so that pressure is applied to the fed raw material to increase the density of the raw material and make it uniform when fed out; A shaft portion 16 is fitted onto the main shaft 10.

Reference numeral 18 is a feed roll whose surface is provided with irregularities so as to be parallel to the axis, and is fitted onto the auxiliary shaft 11 and installed parallel to the screw body 15 at an appropriate distance.

Reference numeral 19 denotes a raw material supply box having an arcuate bottom and an open top, and is provided on the side of the gear box 9 where the screw body 15 is installed, and encloses a part of the screw body 15 and the feed roll 18 below.

Reference numeral 20 denotes a raw material input chute, which is provided above the supply box 19 to facilitate input and supply of raw materials.

Reference numeral 21 indicates the entire injection body, 22 is a cylindrical injection cylinder with a tapered inner circumference and a flange at one end, and a shallow and wide recess 23 is provided on the outer circumference.
The supply box 19 can be overturned by the screw part 17.
It is fixed at

Reference numeral 24 denotes a cylindrical cover which is fitted onto the outer periphery of the injection cylinder 22 and fixed by screwing, and water inlets are provided at several appropriate locations on the outer periphery.

Reference numeral 25 denotes a first nut, which is screwed onto the other end of the injection cylinder 22.

Reference numeral 26 denotes a cylindrical first locking body, which has a protrusion ring 27 at an appropriate position on its inner periphery and is screwed adjacent to the first nut 25 at the other end of the injection cylinder 22.

A second nut 28 is screwed onto the other end of the first locking body 26.

Reference numeral 29 denotes a cylindrical second locking body, which has a protrusion 30 on the other end of its inner periphery, and is provided adjacent to the second nut 28 and screwed onto the other end of the first locking body 26.

Reference numeral 31 indicates the entire injection body, and 32 is an injection outer body having a conical tip and forming a nozzle portion 33, with a convex ring 34 provided at an appropriate position on the outer periphery, and the first locking body 2
6 and fastened with the second locking body 29, and the protrusion 30 locks and fixes the convex ring 34.

Reference numeral 35 indicates an injection inner body, and reference numeral 36 indicates a conical and tethered guide body, which has an annular locking portion 38 at one narrow end 37 at several locations (usually three locations) and guide ribs 3.
9 and is fixed to the tip of the injection cylinder 22 with a first locking body 26, and the narrow end 36 supports the tip of the screw body 15.

Reference numeral 39 denotes a guide rib, which has an appropriate width in cross section and has a blade portion 40 on the end surface opposite to the enlarged portion of the guide body 36.
has been established.

Note that the space 42 between the inner wall of the installed outer injection body 32 and the outer wall of the inner injection body 35 becomes narrower toward the tip.

Reference numeral 41 denotes a receiving roll, which is recessed in the center and is provided on the upper surface of the stand main body 1 in front of the injection outer body 32.

Next, the functions and effects of the present invention will be explained.

In use, a switch (not shown) is turned on to drive the drive device 3, and raw materials are introduced from above the input chute 20.

By driving the drive device 3, the main shaft 10 is driven by the chain gear 12 in the chain 13 to rotate the screw body 15, while the transmission is transmitted to the auxiliary shaft 11 by the gear 14 to rotate the feed roll 18.

The raw material charged into the input chute 20 is sent into the supply box 19 and hits the screw part 17, and is sent in the direction of the injection main body 31. At the same time, the raw material on the feed roll 18 is also transferred to the screw part 17 by the rotation of the feed roll 18. While feeding the raw material to the side and mixing it, the raw material is compressed in the injection cylinder 22 by the difference in the pitch of the screw part 17, and is made into a more uniform raw material.

The raw material that is continuously fed by the screw part 17 is cut into appropriate amounts by the blade part 40 and squeezed through the space 42 between the outer injection body 32 and the inner injection body 35 to form continuous cylindrical noodles. It is then molded and injected.

At this time, the guide rib 39 and the blade portion 4 provided thereon
If there is no 0, the raw material will be injected from the space 42 in the same state as it was sent by the screw part 17, and it will only be formed into noodles with different thicknesses or with different densities even if the thickness is constant. .

Therefore, the raw material is cut with the blade part 40 and the guide rib 3
At step 9, the distribution of raw materials to the space 42 is adjusted.

The formed noodles are received by a receiving roll 41 and continuously sent to the next step of forming.

Note that water is injected into the recess 23 to cool the heat generated when feeding the raw material.

As described above, the present invention has a supply box 19 with an open top, a charging chute 20 installed, and an arcuate bottom, and a screw with a tapered outer edge while making the pitch of the blades of the screw part 17 finer at the tip. A cylindrical injection cylinder 22 having a tapered inner periphery and a shallow and wide recess 23 on the outer periphery is fixed to the supply box 19 while being covered by the screw part 17, and the cylindrical cover 24 is screwed together. A cylindrical first locking body 26 with a projection ring 27 provided at an appropriate position on the inner circumference is screwed onto the other end of the injection cylinder 22, and a narrow end 37 of one conical end is fixed to the injection body 22. The locking portion 38 of the guide body 36 is fixed with a guide rib 39, and the locking portion 38 of the guide body 36 is connected to the other end of the injection main body 31 and the protruding ring 2.
7, and a second locking body 29 having a protrusion 30 on the other end of the inner periphery is screwed onto the other end of the first locking body 26, and has a conical tip to form a nozzle portion 33. At the same time, the convex ring 34 is provided at an appropriate position on the outer periphery, the injection outer body 32 is inserted into the first locking body 26, the convex ring 34 is held down by the protrusion 30, and the injection outer body 32 is fixedly installed.
By providing the blade portion 40 on the end face of the guide rib 39 on the opposite side to the enlarged portion of the guide body 36, the device itself is compact, does not take up much space, shortens processing time, and ensures continuous and reliable noodle making without failure. It is an invention that is very excellent for industrial use, having many features such as being able to be manufactured efficiently, requiring no advanced technology, being easily handled by anyone, and being economical.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, FIG. 1 is a front view of the present invention, FIG. 2 is a side view of the present invention, FIG. 3 is a sectional view of the main part of the present invention, and FIG. 4 is a main part of the present invention. FIG. 5 is a sectional view taken along the line AA in FIG. 4, and FIG. 6 is a sectional view of the guide rib of the present invention. 9...Gearbox, 10...Main shaft, 15...
Screw body, 16...Shaft part, 17...Screw part, 18...Feed roll, 19...Supply box, 20...Charging chute, 21...Ejection body, 2
2... Injection cylinder body, 23... Concave portion, 24... Cover body,
26...First locking body, 27...Protrusion ring, 29...
Second locking body, 30... protrusion, 31... injection main body,
32... Injection outer body, 33... Nozzle part, 34...
Convex ring, 35... Injection inner body, 36... Guide body, 37
... Thin end portion, 38 ... Locking portion, 39 ... Guide rib, 40 ... Blade portion, 42 ... Space.

Claims (1)

[Claims] 1. A supply box with an open top and an input chute and an arcuate bottom is provided with a different screw body by making the blade pitch of the screw part finer at the tip, and the cylindrical injection body is covered with the screw part. A cylindrical first locking body with a protruding ring provided at an appropriate position on the inner periphery is screwed onto the other end of the injection cylinder, and the ring is attached to the narrow end of the conical one end. The locking part of the guide body, whose stop part is fixed by the guide rib, is clamped and fixed between the other end of the injection main body and the protrusion ring, and the second locking body, which has a projection on the other end of the inner periphery, is attached to the first locking body and the other end. The injection outer body, which has a threaded end and a conical tip to form a nozzle part and a protrusion at an appropriate position on the outer periphery, is inserted into the first locking body, and the convex ring is pressed by the protrusion to remove the injection outer body. A noodle molding device for Chinese food, characterized in that a space is formed between the injection inner bodies, and a blade is provided on the end face of the guide rib on the opposite side of the enlarged part of the guide body.