JPS6147132A - Noodle molding apparatus in chinese food - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] Currently, Chinese foods such as shark roe, shumai, and even spring rolls are manufactured by integrating the outer skin and the filling in a molding process, but the filling is manufactured using a mincing process and a perforation process. It is completed through a stirring process, and that process is only the current method,
In the case of the outer skin, the noodle-making process involves making noodles using a mixture of flour and water, which involves rolling the noodles into a continuous roll for the next forming process, which requires large and long equipment and takes time to process. I felt extremely inconvenienced.

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

That is, the present invention rotates screw bodies with different pitches, and compresses the mixed wire material to be supplied into the space between the outer injection body and the inner injection body of the injection body, which is provided so that it becomes narrower as it goes forward. A circular locking part is fixed to the wire end of the trumpet-shaped guide body at several places with guide ribs, and a cutting part is provided in the direction of the guide rib and the wire end of the side end 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.

More specifically, a supply box with an opening at the top, a feeding chute installed, and an arcuate bottom is provided with a screw body with the blades of the screw part tapered to a finer pitch at the tip, and the inner periphery A cylindrical injection body with a tapered shape and four shallow and wide parts 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 inner periphery is placed at the appropriate position. A guide body in which a cylindrical first locking body with a protruding ring is screwed onto the other end of the injection cylinder, and the circular locking part is fixed to the wire end of the conical one end with a guide rib. Clamp and fix the locking part between the other end of the injection body and the protruding ring,
A protrusion is provided on the other end of the inner periphery and is screwed onto the other end of the first locking body,
The injection outer body is formed with a conical tip to form a nozzle part, and a convex ring is provided at an appropriate position on the outer circumference.The injection outer body is inserted into the first locking body, and the convex ring is held down by a protrusion to fix the injection outer body and guide the injection outer body. A blade is provided on the end face of the guide rib on the opposite side from the enlarged part of the body, and the rotation is transmitted to the screw body to feed the raw material and perform injection molding while adjusting the distribution in the space formed by the outer injection body and the inner injection body so as not to be biased. It was designed to do so.

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

In the figure, (1) is a box-shaped stand body made of assembled angle materials, and the sides are covered with side outer plates (2).

(3) is a drive device with a reduction gear, which is directly connected to a chain gear (4) and installed at an appropriate position below the base body (1).

(5) is a restraining gear, which is mounted on an intermediate shaft (8) supported by a bearing (7) installed on a support member (6) fixed above in the base body (1). The movement is adjustable.

(9) is a gear box, which supports a hollow main shaft (10) and an auxiliary Jim (11) parallel and horizontally with bearings, and is arranged to correspond to the chain gear (4) on the base body (1). It is installed.

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

(14) is a gear, which has a main shaft (10) and an auxiliary shaft (11).
) and are interlocked with each other.

(15) is a screw part (17) that applies pressure to the shaft part (16) and the fed raw material to increase the density of the raw material and make the pitch rougher at the tip than at the tip so that the raw material becomes uniform when being fed.
), in which a shaft portion (16) is fitted and installed on a main shaft (10).

(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.

(19) is a raw material supply box with an arcuate bottom and an open top, and is installed on the side where the screw body (15) is installed in the gear box (9), and is equipped with a part of the screw body (15) and a feed roll (18). is included at the bottom.

(20) is a raw material input chute, and a supply box (
19) Provided at the top to facilitate input and supply of raw materials.

(21) shows the entire injection body, and (22) is a cylindrical injection cylinder with a tapered inner periphery and a flange at one end, and has four shallow and wide parts (23) on the outer periphery, and a screw part ( 17) and is fixed to the supply box (19).

(24) is a cylindrical cover which is fitted onto the outer periphery of the injection cylinder (22) and fixed by screwing, and is provided with several water inlets at suitable locations on the outer periphery.

(25) is a first nut, which is screwed onto the other end of the injection cylinder (22).

(26) is a cylindrical first locking body, which has a protruding ring (27) at an appropriate position on the inner periphery and has a first ring (25) adjacent to and screwed into the injection cylinder (22) at the other end. It is installed.

(28) is a second nut, which is screwed onto the other end of the first locking body (2G).

(29) is a cylindrical second locking body, which has a protrusion (30) on the other end of the inner periphery and is adjacent to the second latch (28) and has a screw thread on the other end of the first locking body (26). It is set up depending on the situation.

(31) shows the entire injection body, (32) is an injection outer body with a conical tip forming a nozzle part (33), and five rings (34) are provided at appropriate positions on the outer periphery, and the first locking Body (26
) and fastened with the second locking body (29) to lock and fix the fifth ring (34) with the protrusion (30).

(35) shows the injection inner body, and (36) is a conical and trumpet-shaped guide body, and one end of the wire end (37) has an annular locking part (38) at several places (usually three Location) Guide rib (39
) and a first locking body (26) at the tip of the injection cylinder (22).
The screw body (15) is fixed at the wire end (36).
) supporting the tip.

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

In addition, the inner wall of the installed injection outer body (32) and the injection inner body (3
The space (42) between the outer walls of 5) becomes narrower toward the tip.

(41) is a receiving roll with a concave center and an injection outer body (
32) Provided on the upper surface of the front base body (1).

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

In use, turn on the switch (not shown) to drive the drive device (3), and also turn on the input shoe (20).
Inject raw materials from above.

Driven by the drive device (3), the chain (13) drives the main shaft (10) from the chain gear (12) to rotate the screw body (15), while the transmission is transmitted from the gear (14) to the auxiliary shaft (11). to rotate the feed roll (18).

The raw material fed into the feeding shoe (20) is sent into the supply box (19), hits the screw part (17), and is sent toward the injection main body (31) at the same time as the feed roll (
18) The raw material above is also sent to the screw part (17) side by the rotation of the feed roll (IS), and while being mixed, the raw material is compressed in the injection cylinder (22) by the difference in the pitch of the screw part (17). This results in a more uniform raw material.

Then, the raw material that is continuously fed by the screw part (17) is cut into an appropriate amount by the blade part (40), and the raw material is cut into an appropriate amount by the blade part (40).
) and the injection inner body (35) are squeezed through the open space (42) and are molded and injected into a continuous cylindrical noodle.

At this time, the guide rib (39) and the blade part (40
), the raw material will be injected from the space (42) in the same state as it was sent through the screw part (17), resulting in noodles with different thicknesses, or with different densities even if the thickness is constant. Only molded.

Therefore, the raw material is cut by the blade part (40) and the guide rib (39
) adjusts the distribution of raw materials to the space (42).

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

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

As mentioned above, the present invention provides a method for loading the food by opening the upper part.
(20) and a supply box (1) with an arc-shaped bottom.
9) A cylindrical screw body with a screw part (17) whose blade pitch is fine at the tip and the outer edge of the blades is tapered, the inner periphery is tapered, and the outer periphery has four shallow and wide parts (23). The injection cylinder (22) is fixed to the supply box (19) while being covered by the screw part (17), and the injection main body (22) is screwed onto the cylindrical cover (24).
A cylindrical first locking body (26) with a projection ring (27) provided at an appropriate position on the inner periphery is screwed onto the end of the injection cylinder (22), and the conical one end of the wire end (37) is the ring locking part (
Guide body (36) with 3S) fixed with guide ribs (39)
The locking part (38) of the injection main body (31) and the protrusion 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. At the same time, the injection outer body (32) with the white part (34) provided at an appropriate position on the outer periphery is inserted into the first locking body (26), and the white part (34) is formed as a nozzle part (33).
The injection outer body (32) is fixedly installed by holding it with the protrusion (30), and the guide rib (3) on the opposite side to the enlarged part of the guide body (36)
9) By providing the blade part (40) on the end face, the device itself is compact, does not take up much space, reduces processing time, and ensures continuous and reliable processing without failure. ! ! ! This invention has many features such as being able to produce noodles efficiently, without requiring advanced technology, and being economical and easy to handle by anyone, making it an extremely excellent invention for industrial use.

[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) Gear box (10) Main shaft (15) Screw body (16) Shaft part (17) Screw part (18) Feed roll (19
) Supply box (20) Injection chute (21) Injection body (22) Injection cylinder (23) Recess (2
4) Cover (26) First locking body (27) Projection ring (29) Second locking body (30) Projection (31) Injection main body (32) Injection outer body (33)
Nozzle part (34) White appearance (35) Injection inner body (
36) Guide body (37) Wire end (38) Locking part (
39) Guide rib (40) Blade part (42) Above space Figure 1 Figure 2

Claims (1)

[Claims] A supply box with an opening at the top and an input chute and an arc-shaped bottom is provided with a screw body with a different pitch of blades at the tip, and a cylindrical injection body. is fixed to the supply box while being covered by the screw part, and a cylindrical first locking body with a protrusion ring provided at an appropriate position on the inner periphery is screwed to the other end of the injection cylinder, and the conical one end of the wire end The locking part of the ring is fixed by the guide rib, and the locking part of the guide body is clamped and fixed between the other end of the injection body and the protrusion ring,
A second locking body with a protrusion on the other end of the inner circumference is screwed onto the other end of the first locking body, the tip is conical to form a nozzle part, and the protrusion is provided at an appropriate position on the outer circumference of the injection outer body. was inserted into the first locking body, the convex ring was pressed by a protrusion, an outer injection body was provided, a space was formed between the inner injection bodies, and a blade was provided on the end face of the guide rib on the opposite side of the enlarged part of the guide body. A noodle forming device for Chinese food, which is characterized by: