JPH11318392A - Core material-supplying device of fish meat wrapping machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To automatize the supply of core materials to a forming raw material for automatizing a fish meat wrapping machine and improving the production efficiency by automatically arranging the directions of the core materials evenly, since the directions of core materials such as a burdock, an arm of a cuttlefish, a Vienna sausage, or the like, are uneven in a fish meat wrapping machine for wrapping the core materials with a fish meat paste product. SOLUTION: This core material supplying device of a fish meat wrapping machine is provided by arranging core materials B supplied in a state in uneven directions on a core material-conveying belt 6 while regulating the directions of the core materials successively by a simultaneous used of a supplemental sucking rotary disc 7 and a sucking rotary disc 8 each having slit in its axial direction, a sucking rotary roll 9 having a small hole 12 and each of scrapers, and supplying the core materials with a core material-supplying conveyer 5 for loading onto the forming raw material on a continuously transporting conveyer 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a core material supplying apparatus for a fish meat wrapping machine which winds and forms a fishery kneaded material around a linear core material such as squid, burdock, ginseng, and wiener sausage.

[0002]

2. Description of the Related Art A fish meat wrapping machine which winds and molds a linear core material such as squid, burdock, carrot, etc. from a raw material of fish meat is formed by shaping the raw material of fish meat into a thin rectangular shape with a raw material molding device. Workers supply burdock and other core materials at the center while continuously transferring molding raw materials on a transfer conveyor, and this is wound and formed by a wrapping device installed at the end of the transfer conveyor. It is.

[0003]

However, in the above-mentioned conventional method, since the core material is manually placed by an operator, the production efficiency is low and labor is required, and the core material is formed at the center of the molding material each time. However, there is a problem that the skill is required to accurately mount the device. Therefore, it has been proposed to provide a supply device for the core material between the raw material molding device and the wrapping device.However, core materials such as burdock and squid legs are not uniform in thickness and size or are deformed. The core material is not placed at the predetermined position of the molding material, or the molding material without the core material is transferred to the wrapping device. At present, the production efficiency is extremely poor and has not yet been put to practical use.

In view of the above situation, the present invention automatically adjusts the direction of a linear core material such as irregular burdock, and efficiently and smoothly supplies and places it on a molding raw material, thereby improving production efficiency. It is an object of the present invention to provide a core material supply device in a fish meat wrapping machine that is improved.

[0005]

In order to achieve the above object, the present invention provides a core material feeding conveyor above a central portion of a continuous transfer conveyor in which a raw material forming device is provided at a start end and a wrapping device is provided at an end portion. And a suction roll having perforations formed in the axial direction is provided on the upper side of the core supply conveyor, and the end of the core material transport belt is provided on one side of the suction roll, and the core is provided. A suction rotating disk having a slit in the axial direction and having a width smaller than the length of the core material is provided on the upper end of the material conveying belt, and the sucked rotation roll and the suction rotating disk peel the suctioned core material, respectively. In this case, an auxiliary suction rotary disk having a width and a slit width larger than the width and the slit width of the suction rotary disk is provided at the center of the core material conveying belt. Core on core material conveyor belt Can the aligned auxiliary suction when turning disc by adsorbed transported so as to adsorb the transfer by suction rotating disk after correcting the direction of the core the direction of the core material more accurate. Further, by providing an injection air nozzle for dropping the core material at the end portion of the core material supply conveyor, the core material can be more smoothly and reliably placed on the molding material on the continuous transfer conveyor.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiment of the present invention will be described with reference to the accompanying drawings. A known rotary extrusion type raw material molding apparatus 2 is provided above the start end of a continuous transfer conveyor 1 and a popper on the upper side thereof. The raw kneading raw material supplied to the container is extruded to form a rectangular molding raw material A on a continuous transfer conveyor 1 at a predetermined interval. Molding device 2
A core material supply device 3 which operates in synchronism with the above, and a known wrapping device 4 is provided at the end portion.

[0007] The core material supply device 3 comprises a core material supply conveyor 5 installed parallel to the upper part of the continuous transfer conveyor 1;
A core transport belt 6 provided above the core supply conveyor 5, and an auxiliary suction rotary disk 7 and a suction rotary disk 8 provided on the middle and end portions of the core transport belt 6, respectively.
And a suction rotation roll 9 provided between the suction rotation disk 8 and the starting end of the core material supply conveyor 5.

The auxiliary suction rotation disk 7, suction rotation disk 8 and suction rotation roll 9 are formed so as to rotate synchronously at the same diameter and the same speed.
Is formed to be larger than the width of the suction rotating disk 8 and smaller than the length of the core material B, and the peripheral surfaces of the auxiliary suction rotating disk 7 and the suction rotating disk 8 are formed. Slits 10 and 11 are provided in the axial direction, respectively. In particular, the slit 10 is formed so that the groove width of the slit 10 is wider than the groove width of the slit 11.

The width of the suction rotating roll 9 in the axial direction is longer than the length of the core material B, and a number of small holes 12 are formed in the axial direction of the peripheral surface thereof. Each of the auxiliary suction rotation disk 7, suction rotation disk 8, and suction rotation roll 9 has a scraper 7 '
8 ′ and 9 ′ are provided, and the auxiliary suction rotating disk 7, the suction rotating disk 8, and the suction rotating roll 9 are slits 10 and 11 by the suction force of a suction pump (not shown).
The core material B adsorbed on the small holes 12 is scraped to the scraper 7 '.
It is configured to fall off at 8 'and 9'.

At the end of the core material supply conveyor 5, a guide plate 13 for the core material B and a jet air nozzle 14 for facilitating the core material B falling are provided, respectively, and are transferred by the core material supply conveyor 5. Conveyor 5 for reliably transferring the core material B
It is formed so as to be dropped and mounted on the upper molding material A. The continuous transfer conveyor 1, the core material supply conveyor 5, and the core material conveyance belt 6 are all driven synchronously in the same manner as the auxiliary suction rotation disk 7, the suction rotation disk 8, and the suction rotation roll 9 to remove the core material B. Of course, it is adjusted so that it can be placed on the molding raw material A.

Since the embodiment of the present invention is constructed as described above, the core material having irregular directions supplied to the starting end of the core material conveying belt 6 of the core material supply device 3 by appropriate means. B is sucked by the wide slit 10 of the auxiliary suction disk 7 and is rotatably transferred. The scraper 7 ′ is peeled off while the direction thereof is substantially aligned with the width direction of the core material conveying belt 6. And then the suction rotating disk 8
Is sucked and turned by the slit 11 having a small width, and the scraper 8 ′ is peeled off by the scraper 8 ′ so that the direction thereof coincides with the width direction of the core material conveying belt 6, and falls on the suction turning roll 9.
Further, it is adsorbed in the small holes 12 and rotated and transported, and is dropped and supplied onto the core material supply conveyor 5 by the scraper 9 'in the same direction.

The core material B supplied to the core material supply conveyor 5 having the uniformity in the direction as described above is placed and supplied from above the tip of the core material B on the continuous transfer conveyor 1 by the injection air nozzle 14 above the molding material A. After that, the molding raw material A is wound around the core material B by the wrapping device 4.

Therefore, even if the direction of the core material B is irregular or is supplied to the core material conveying belt 6 in a bent state, the direction of the core material B is regulated automatically and as much as possible in the width direction of the core material conveying belt 6. Thus, the irregular core material B is automatically supplied onto the molding raw material A, and the production efficiency thereof can be significantly improved.

In the above-described embodiment, the auxiliary suction rotating disk 7 is provided on the core material conveying belt 6 in order to ensure the regulation of the direction. However, this may be omitted in some cases. Also, the locations of the slitches 10 and 11 and the small holes 12 can be appropriately increased or decreased to two or six instead of four.

[0015]

According to the present invention, the core material supplied to the core material transport belt in a non-uniform state is sucked by the slits and small holes in the axial direction of the suction-rotating disk and the suction-rotating roll, respectively, and the scraper has With the peeling action, the core material direction can be regulated and aligned in order, and it can be supplied smoothly and reliably onto the raw material on the continuous transfer conveyor, enabling the automatic supply of the core material in a fish meat wrapping machine and improving its production efficiency And labor saving can be achieved.

Further, in the present invention, if an auxiliary suction rotating disk is further provided on the core material conveying belt so that the directionality of the core material is further adjusted and the directionality is made uniform, the automatic supply of the core material becomes smoother. It can be done reliably.

When the core material is supplied from the core material supply conveyor to the molding material on the continuous transfer conveyor by using an injection air nozzle together, the core material is more correctly placed at a predetermined position on the molding material. Quality products can be manufactured.

[Brief description of the drawings]

FIG. 1 is a front view of the present invention.

FIG. 2 is a partially cutaway front view of the main part.

FIG. 3 is a plan view of the main part.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 continuous transfer conveyor 2 raw material molding device 3 core material supply device 4 wrapping device 5 core material supply conveyor 6 core material transport belt 7 auxiliary suction rotation disk 8 suction rotation disk 9 suction rotation roll 7 ′, 8 ′, 9 '' Scraper 10.11 Slit 12 Small hole 14 Injection air nozzle

Claims (3)

[Claims] 1. A core material supply conveyor is installed above a central portion of a continuous transfer conveyor in which a raw material molding device is provided at a start end and a wrapping device is provided at an end portion, and an axial direction is provided above the core material supply conveyor. A suction rotation roll with a small hole is provided,
An end portion of the core material transport belt is provided on one side of the suction rotation roll, and a suction rotary disk having a slit in the axial direction above the end portion of the core material transport belt and having a width smaller than the length of the core material. And a scraper for separating the sucked core material from the suction rotation roll and the suction rotation disk, respectively. 2. An auxiliary suction rotating disk provided with a scraper is provided above the center of the core material conveying belt, and the width and slit width of the auxiliary suction rotating disk are respectively determined by the width and slit width of the suction rotating disk. 2. The battery according to claim 1, wherein the battery is widely formed.
A core material supply device for a fish meat wrapping machine as described in the above. 3. A core material supply device for a fish meat wrapping machine according to claim 1, wherein an injection air nozzle for dropping the core material is provided at an end portion of the core material supply conveyor.