JPH0113344B2 - - Google Patents

Description

[Detailed Description of the Invention] Purpose of the Invention The present invention relates to a forming device for skewered fish paste raw material for deep-frying, and to efficiently and automatically produce a skewered raw material for deep-frying on a flat-formed raw material. The purpose is to

Conventional technology Recently, in order to increase the added value of fish paste products,
Products of various shapes or by mixing other ingredients into the kneaded raw material are manufactured, one of which is known as fried tofu paste products with skewers. After frying, the fish were manually inserted onto skewers, which was extremely inefficient and unhygienic.

Structure of the Invention The present invention improves the above-mentioned defects to automatically and efficiently produce raw material for skewered products. A skewer insertion conveyor equipped with a skewer receiving groove and a slidable skewer extrusion rod disposed opposite to the outside of the skewer receiving groove is provided so as to rotate in the same direction at the same speed as the raw material transfer belt, and the skewer insertion conveyor is The gist is that an extrusion guide for the skewer extrusion rod is installed at the upper part of the delivery conveyor, and a return guide for the skewer extrusion rod is installed at the lower part.

An embodiment of the present invention will be described with reference to the drawings. A known raw material forming device 2 is provided at the base end of the raw material transfer belt 1, and a plurality of forming raw materials A are simultaneously transferred to the raw material transfer belt by a plurality of forming rolls 3, 3. A skewer insertion conveyor 6 is formed so as to be able to continuously supply molded materials onto the raw material transfer belt 1, and a connecting rod 5 is installed between a pair of left and right chains 4, 4 on one side of the raw material transfer belt 1.
are installed so that they rotate in the same direction and on the same side.

A skewer receiving plate 8 having a skewer receiving groove 7 and a receiving plate 9 without a skewer receiving groove are alternately fixed and fixed to the upper part of the connecting rod 5 on the side of the raw material transfer belt 1, respectively. A slider 10 is slidably fitted on the outer side of the connecting rod 5 of the plate 8, and the slider 10 has a skewer rod 11 that can be inserted into the skewer receiving groove 7, and a roller 12 on the upper part. is provided on the upper part of the skewer insertion conveyor 6, and the skewer extrusion rod 1 is slidably in contact with the roller 12.
An extrusion guide 13 for pushing the skewer 1 into the skewer receiving groove 7, and a return guide 14 for pulling out the skewer extruding rod 11 pushed into the skewer receiving groove 7 are provided at the lower part.

Further, a skewer feeding device 15 is provided at the starting end of the skewer receiving plate portion of the skewer insertion conveyor 6, and is configured to feed skewers B one by one into the skewer receiving groove 7.

The number of molds 3 may be singular or plural, and even when a plurality of molds 3, 3... are provided, they do not necessarily have to be of different shapes, but may be of the same shape.
In addition, the skewer insertion conveyor 6 and the mold 3 of the raw material molding device 2 are arranged so that the position of the molding raw material matches the position of the skewer.
, and a timing adjustment device for the skewer insertion conveyor 6 is provided.
In the figure, 16 is a chain guide.

Since the embodiment of the present invention is configured as described above, the molding raw materials A, A, etc. that have been molded and placed on the raw material transfer belt 1 in the raw material molding device 2 are transferred to the skewer insertion conveyor 6. When the skewer B is supplied from the skewer supply device 15 to the skewer receiving groove 7 of the skewer receiving plate 8, it is inserted onto the raw material transfer belt 1 and transferred by the skewer extrusion rod 11 operated by the extrusion guide 13. The molding materials A, A, etc. are sequentially skewered and transferred, and the return guide 14 on the lower surface of the skewer insertion conveyor 6 pulls out the skewer extrusion rod 11 from the skewer receiving groove 7 via the rollers 12 and returns it. This is to prepare for the next skewering operation.

Effects of the Invention The present invention provides a skewer insertion conveyor that moves in the same direction and the same speed as the raw material transfer belt on one side of the raw material transfer belt, and inserts the skewers in the skewer receiving groove provided on the skewer insertion conveyor into the skewer extrusion rod. Since the raw material extruded and molded on the raw material transfer belt is skewered, the raw material for forming and kneading can be skewered one after another while being transferred, and the raw material for skewered kneaded products can be automatically and efficiently molded, and the raw material for the kneaded product can be shaped automatically and efficiently. The raw material is skewered while being stably supported on the raw material transfer belt, so even if the raw material is thin and flat, it can be skewered smoothly and reliably without losing its shape, especially when it comes to soft raw materials with a high moisture content. Moreover, since the skewers are deep-fried after being inserted, bacteria attached to the skewers are also sterilized, making them sanitary.

[Brief explanation of drawings]

FIG. 1 is a partially cutaway front view of the present invention, FIG. 2 is a plan view of the same, and FIGS. 3 and 4 are longitudinal sectional side views of the main parts showing the skewered state, respectively. 1... Raw material transfer belt, 2... Raw material molding device,
6...Skewer insertion conveyor, 7...Skewer receiving groove, 11...
Skewer extrusion rod, 13...extrusion guide, 14...return guide.

Claims (1)

[Claims] 1. A skewer insertion conveyor equipped with a skewer receiving groove and a slidable skewer extrusion rod installed opposite to the outside of the skewer receiving groove is installed on one side of the raw material transfer belt having the raw material forming device at the starting end to transfer the raw material. The skewer-inserted conveyor is provided to rotate in the same direction at the same speed as the belt, and an extrusion guide for a skewer extrusion rod is installed at the upper part of the skewer insertion conveyor, and a return guide for the skewer extrusion rod is installed at the lower part of the skewer insertion conveyor. Device.