JPH0274Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention is particularly applicable to a molding die for a pasted product used to extrude and mold raw materials into a predetermined shape when manufacturing a pasted product such as kamaboko. Concerning improvement technology for the supply section.

(Prior Art) As a coating supply section in a conventional molding die for dough products, for example, the one shown in FIG. 4 is known.

This conventional varnish supply unit 100 supplies the varnish raw material n into a varnish receiving chamber 102 through a varnish supply port 101 by a varnish supply pump, and from the varnish receiving chamber 102, a slit is branched into a plurality of parts. The slit material n was branched into a flow path 103 and extruded from the slit opening 104 formed at the tip of each slit flow path 103 into the lower body delivery path 201 while being formed into a thin band shape.

(Problems to be Solved by the Invention) However, in this conventional coating material supply section 100, the coating material n is first flowed into the coating material receiving chamber 102 from the coating material supply port 101, and from there, the coating material n is fed into a plurality of coating materials. Since the flow is diverted to the slit channel 103, the coating material remains in the coating receiving chamber 102 by the amount that the flow rate is restricted by the slit channel 103, and as a result, the coating material n is not solidified. arise,
When these solidified fragments flow into the slit channel 103 and clog it, there is a problem in that further work cannot be performed.

In addition, in order to separate the flow from the coating body receiving chamber 102 to the plurality of slit channels 103, the coating raw material n must be spread laterally within the coating body receiving chamber 102. Not only does the structure become complicated due to the necessity of providing a jammer plate 105, but there are also problems in that good diffusion conditions cannot be obtained.

(Means for Solving the Problems) The present invention was devised in order to solve the problems of the conventional methods as described above, and for this purpose, in the invention, the lower body receiving chamber is branched into multiple parts from the tip of the lower body receiving chamber. For a dough product, comprising: a lower body molding part in which a delivery path is formed and a molding nozzle is attached to the tip of each of the lower body delivery passages; and a coating supply part having a plurality of slit openings facing each of the lower body delivery passages, respectively. In the molding die, each of the slit openings is branched from the tip of the slit passage, and a coating supply port connected to the coating supply pump is formed at the base end of the slit passage, and the coating The supply port was opened so as to face at right angles to one of the inner wall surfaces of the slit channels facing each other with a narrow width interval.

(Function) Therefore, in the molding die for pasted products of the present invention, the coating material receiving chamber is excluded from the coating material supply section, and
Since the coating raw material from the coating supply pump is made to flow directly into the slit channel from the coating supply port, there is no accumulation of the coating raw material, and coagulation of the coating raw material can be prevented.

In addition, since the paint supply port is opened perpendicularly to one inner wall surface of the slit channel,
The coating raw material flowing into the slit channel from this coating supply port collides with one inner wall surface and is then pushed out within the narrow interval of the slit channel, resulting in wide-range diffusion. Moreover, since a plurality of slit openings are branched from the tip of this slit passage, the coating material flowing into the slit passage is diffused here and simultaneously divided into each slit opening. As a result, an uninterrupted flow is obtained from the inflow from the filler supply port to the time when it is extruded from the slit opening, and finally it can be smoothly extruded from the slit opening.

(Example) Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

The molding die A for pasted products of this embodiment has a lower molding section 1 and a coating supply section 2 as main components.

In the lower body molding section 1, a lower body supply port 10 connected to a lower body supply pump (not shown) via a hose is formed at the rear end of the lower body receiving chamber 11, and a plurality of rows ( 10 in the example
Lower body delivery passages 12 branched into rows) are arranged in a horizontal row, and each lower body delivery passage 12 has a molded hole 13 at its tip.
A molding nozzle 14 having a shape is attached.

Incidentally, reference numeral 15 denotes a current plate, which is installed so as to partition the inlets 16, 16 of each of the lower body delivery passages 12. In addition, 17 is a metering bolt, and each lower body delivery path 1
2, and serves as a flow rate control valve that uniformly adjusts the flow rate of each lower body delivery path 12.

Next, the coating supply section 2 includes a coating supply port 20 connected to a coating supply pump (not shown) via a hose, and a slit channel 21 having the coating supply port 20 formed at the upper end thereof. , a plurality of slit openings 22 branched from the tip of the slit channel 21 into a plurality of rows (five rows in the embodiment).

In this case, the slit openings 22 are formed in five rows in the coating body supply section 2 of the embodiment, and in order to correspond to the 10 rows of lower body delivery passages 12 formed in the lower body molding section 1, the coating body supply section 2 is , 2 are arranged in parallel.

The paint supply port 20 is connected to the opposing inner wall surfaces 23 and 24 of the slit flow path 21 that face each other with a narrow width interval.
The slit openings 22 are opened so as to face perpendicularly to one inner wall surface 23 of the lower body delivery passage 12, and each slit opening 22 faces a position near the tip side of the lower body delivery passage 12 so as to be perpendicular to the flow direction of the lower body delivery passage 12. It is opened at.

In addition, 25 is a metering bolt as a flow control valve.
They are provided in branch channels 26 extending from the slit channel 21 to each slit opening 22 . Also, 2
Reference numeral 7 denotes a cold water tank, which is used to cool the coating raw material N to prevent it from coagulating.

Next, the operation of this embodiment will be explained.

When the lower body raw material M is supplied into the lower body receiving chamber 11 from the lower body supply port 10 by the lower body supply pump,
This lower body material M gradually flows forward,
Flows into each lower body delivery path 12 from each inlet 16,
On the way, the coating raw material N extruded in a thin band shape from each slit opening 22 of the coating supply section 2 is attached to the upper surface, and then continuously extruded from the forming nozzle 14 at the tip and molded into a rod shape.

In this case, in the coating supply section 2, the coating raw material N supplied by the coating supply pump suddenly flows into the slit channel 21 from the coating supply port 20, and continues through each branch channel 26. In this way, in this embodiment, since the coating body receiving chamber is excluded from the coating body supply section 2, the entire flow path is shortened, and the coating body is pushed out from each slit opening 22. There is no accumulation of raw material N, and the raw material N
Coagulation and other problems can be prevented.

In addition, the coating raw material N flowing into the slit channel 21 from the coating supply port 20 collides with one inner wall surface 23 at right angles, so that it is spread over a wide range within the slit channel 21. Furthermore, while being diffused within this slit flow path 21, the flow is simultaneously branched into the branch flow paths 26 of each slit opening 22, flowing from the paint supply opening and flowing into the slit opening 2.
A smooth flow is obtained until the material is extruded from the slit opening 22, and the final extrusion from the slit opening 22 becomes smooth.

Although the embodiments of the present invention have been described above with reference to the drawings, the specific configuration of the present invention is not limited to the above-described embodiments, and the present invention may be modified without departing from the gist of the invention. included in the technical scope of the invention.

For example, as the raw material to be supplied to the lower body molding section, various paste raw materials can be used, such as fish meat paste, livestock meat paste, or short fiber meat such as crab meat mixed with a binder. As for the raw materials to be supplied to the coating supply section, various paste raw materials such as colored paste can be used.

In addition, in the example, the lower body delivery path of the lower body molding part is 10
Although we have shown a case in which two coated body supply sections with slit openings branched into five rows are installed in parallel, the number of branches of the lower body delivery path and the number of branches of the slit openings may be determined as appropriate. Regarding the extrusion direction of the coating raw material from the slit opening, the slit opening may face parallel to the lower body delivery path so that it is parallel to the lower body delivery direction.

(Effects of the invention) As explained above, in the molding die for pasted products of the present invention, the coating receiving chamber is removed from the coating supply section, so that problems caused by accumulation of coating materials can be prevented. At the same time, the structure is simplified accordingly, and since the coating material supply section is placed perpendicular to the inner wall surface of one side of the slit channel, the coating material can be diffused over a wide range. Moreover, since the flow is divided into the slit at the same time as it is diffused, the coating material flows smoothly and can be smoothly extruded from the slit.

[Brief explanation of the drawing]

Fig. 1 is a sectional view showing a molding die for pasted products according to an embodiment of the present invention, Fig. 2 is a sectional view of Fig.
The figures are FIG. 1 - a view taken from the arrows, and FIG. 4 is an explanatory diagram of the prior art. A: Molding die for dough product, 1: Lower body molding part,
2: coating body supply section, 12: lower body delivery path, 14: molding nozzle, 21: slit channel, 22: slit opening, 23: inner wall surface.

Claims (1)

[Scope of Claim for Utility Model Registration] A lower body molding part in which a plurality of lower body delivery passages are formed by branching from the tip of a lower body receiving chamber, and a molding nozzle is attached to the tip of each of the lower body delivery passages; and each of the lower body delivery passages. A molding die for pasted products, comprising: a coating feeder having a plurality of slit openings facing each side, each of the slit openings branching from a tip end of a slit flow path, and a base end of the slit flow path; A coating supply port connected to the coating supply pump is formed at the coating supply pump, and the coating supply port is opened so as to face at right angles to one of the inner wall surfaces of the slit channels facing each other with a narrow width interval. A molded mouthpiece for pasted products, which is characterized by: