JPH035780B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] This invention relates to an automatic rice cracker baking machine that uses highly viscous confectionery dough.

[Conventional technology]

Strongly sweet rice crackers contain a large amount of sugar in their confectionery dough, so the confectionery dough generally has a high viscosity. Furthermore, depending on the type of confectionery dough, the confectionery dough may have a high viscosity even if it is not very sweet.

Therefore, when confectionery dough is put into the baking mold, it begins to bake before the dough has spread inside the mold, leaving burnt marks on the baked goods.Also, if the sugar content is high, it is especially easy to burn, so it is not recommended to automate the process. is extremely difficult and traditionally relied on manual labor.

[Problem that the invention seeks to solve]

Therefore, the present invention aims to automate the above-mentioned conventional process that relied on manual labor, and provides an automatic rice cracker baking machine with a structure that allows the confectionery dough to quickly spread inside the baking mold and prevents it from burning. It is something.

[Means for solving the problem] For this purpose, in this invention, the configuration is changed to the baking pot 2.
A baking mold swinging mechanism 14 is provided in the dough input area X of the conveyance means 5 equipped inside, and at least the first baking area Ya and the second baking area Yb of the conveyance means 5 are provided.
A baking mold reversing mechanism 16 is provided between the two.

[Effect]

As a result of the above measures, the confectionery dough was able to quickly spread inside the baking mold by swinging the baking mold, and was less likely to burn because the baking mold was inverted.

〔Example〕

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the drawings, which are shown as an embodiment of the structure of the present invention.

1 and 2 show the entire automatic rice cracker baking machine according to the present invention. Reference numeral 1 denotes the machine body, and inside the baking pot 2, a driving wheel 3 and a driven wheel 4 are arranged side by side, a conveying means 5 such as a chain belt is stretched between both wheels 3 and 4, and furthermore, both wheels 3, A guide rail 6 is installed between the four.

A plurality of baking molds 7 are arranged on the conveyance means 5, and these baking molds 7 are configured to be movable along guide rails 6.

As shown in FIGS. 3 and 4, the baking mold 7 rotates upward, and the upper mold 10 is removably attached to the hollow part 9 of the mold table 8, and the baking mold 7 rotates downward. The lower mold 11 is removably attached to the hollow part 9 of the mold stand 8.
A mold rotating arm 12 is provided at both ends of a mold table 8, and a guide roller 13 is attached to the tip of the mold rotating arm 12.

Reference numeral 14 denotes a baking mold swinging mechanism, which is provided in the dough input area When the roller 13 moves along the guide rail 6, this recess 1
It has a structure that swings when returning to the guide rail 6 after falling to the guide rail 6.

Reference numeral 16 denotes a baking mold reversing mechanism, and in the embodiment, it is provided between the first baking zone Ya and the second baking zone Yb, and at a location passing through the third baking zone Yc. An intermittent portion 17 having approximately the same length as the full width of the arm 12 is formed, and a support shaft 18 is provided above the center of the intermittent portion 17, so that the guide roller 13 of the mold rotation arm 12 moves along the guide rail 6. At this time, the guide roller 13 comes into contact with the support shaft 18 above the center of the intermittent portion 17, and the mold rotation arm 12 is rotated by the reaction, so that the baking mold 7 is reversed.

Reference numeral 19 denotes a fired product removal mechanism, which is provided in the fired product removal area Z, and includes a scheduler 20 and a pincher 2.
1. It is equipped with an extrusion metal fitting 22 and a chute 23, and the end of the baked product 24 from the baking mold 7 is inserted into the shaper 2.
0, the baked product 24 is held between the scraper 20 and the pinching claws 21 and lifted, and in the lifted state, the baked product 24 is pushed out by the extrusion fitting 22, turned over, and sent to the chute 23. be.

The confectionery dough is fed into the baking mold 7 by a dough speed-up mechanism (not shown) provided below the side of the drive wheel 3. In addition, a baking burner 25 is installed in the baking pot 2 so as to be located below the baking mold 7 being transported, and a baking mold swinging mechanism 14 and a baking mold reversing mechanism 1 are installed.
6, between the baking mold reversing mechanism 16 and the driven wheel 4, and at other appropriate positions.

Next, the operating state of the automatic rice cracker baking machine according to the present invention having the above structure will be described.

First, in the dough input area X shown in FIG. It is swung as shown in the figure.
Due to this oscillation, even if the confectionery dough is highly viscous, the confectionery dough is quickly distributed throughout the baking mold 7.
Then, the upper mold 10 is closed and the baking mold 7 passes through the dough input area X and is transported to the first baking area Ya. In this first firing area Ya, the fire of the firing burner 25 is applied from below the baking mold 7 to the lower mold 11 side.

The baking mold 7 that has passed through the first baking area Ya is transported to the second baking area Yb.
The mold is reversed by the baking mold reversing mechanism 16 before Yb.
In the second baking zone Yb, the fire of the baking burner 25 is applied from below the baking mold 7 to the upper mold 10 side.

Next, the baking mold 7 passes through the second baking zone Yb, is turned over by the driven wheel 4, and is conveyed to the third baking zone Yc. In this third firing zone Yc, the fire of the firing burner 25 is applied from below the baking mold 7 to the lower mold 11 side. To such a baking mold 7, baking burners 2 are applied alternately from the upper mold 10 side and the lower mold 11 side.
5 heat is applied, so even if the confectionery dough contains a lot of sugar, it will not burn.

Then, the baking mold 7 passes through the third baking zone Yc,
After being reversed again by the baking mold reversing mechanism 16, it is transported to the baked product removal area Z. In this baked product removal area Z, the lower die 11 is removed from the open baking mold 7 by the scheduler 20 and the pinching claws 21 of the baked product removal mechanism 19.
The fired product 24 is sent to the chute 23,
It is taken out as a finished or semi-finished product.

〔Effect of the invention〕

As described above, the automatic senbei baking machine according to the present invention is configured so that the confectionery dough can be quickly distributed in the baking mold and is difficult to burn, so it can be used regardless of the type of confectionery dough. Even if a confectionery dough is used, the baking condition is good, and by automating the conventional process that relied on manual labor, it can be mass-produced with less manpower, and has excellent effects.

[Brief explanation of the drawing]

Fig. 1 is a side view of the automatic rice cracker baking machine according to the present invention, Fig. 2 is a plan view thereof, Fig. 3 is a perspective view of the baking mold, Fig. 4 is an explanatory diagram of the baking mold swing mechanism, and Fig. 5 6A and 6B are explanatory views of the baking mold reversing mechanism, and FIGS. 6A and 6B are explanatory views of the baked product removal mechanism. 2... Baking pot, 5... Conveying means, 14... Baking mold swinging mechanism, 16... Baking mold reversing mechanism, X... Dough input area, Ya... First baking area, Yb... Second baking area.

Claims (1)

[Claims] 1. A baking mold swinging mechanism 14 is provided in the dough input area X of the conveyance means 5 installed inside the baking pot 2, and a baking mold reversal mechanism is provided between at least the first baking area Ya and the second baking area Yb of the conveyance means 5. An automatic rice cracker baking machine characterized by being provided with a mechanism 16.