KR100725936B1 - A tunnel fish steam device for making all fish supply apparatus - Google Patents

Abstract

A tunnel type-steamer for fish paste integrally connected with a fish paste supply apparatus is provided to maximally reduce the fraction defection of shape such as breakage, folding and the like generated during transfer of fish paste from a forming device to a frying device, increase working efficiency and administer food hygienically. The tunnel type-steamer for fish paste integrally connected with a fish paste supply apparatus comprises: a fish paste kneading apparatus(10) for kneading fish paste and transferring it by a transfer belt(41); and a double row type steamer(20) for heating the transferred fish paste. The transfer belt is extendedly connected to the distal end of the double row type steamer from the lower end of the fish paste kneading apparatus. A right and left connecting plate(55) formed with a groove(56) is integrally attached to a fixing plate; and an induction roller(60) is inserted into the groove between the upper and lower transfer belt.

Description

Tunnel type fish meat steamer with integrated fish feeder {a tunnel fish steam device for making all fish supply apparatus}

1 is a partially cutaway perspective view of the present invention

2 is an enlarged perspective view of a portion A of FIG. 1 of the present invention;

3 is a side view of the present invention

Figure 4 is a side view illustrating another part of the third view and side view of the present invention

Explanation of Signs of Major Parts of Drawings

10: fish cake dough

20: recuperator steam system

41: transfer belt

50: fixed plate

55: left and right connecting plate

56: groove

60: judo roll

The present invention has been developed to reduce the rate of defects (breakage, fold, etc.) of the product generated during the process of transferring the fish meat from the forming machine to the frying pan as much as possible, the shape of the product, saving the fried oil, steam aging of the product The present invention relates to a tunnel-type fish meat steamer incorporating a fish meat supply device for improving product quality such as taste, softness, and elasticity increase.

The fish meat former and the fish steam former used in the prior art are manufactured and used in many forms, and the fish meat former and the fish steam former are separated and used separately.

In forming fish meat using the conventional fish meat forming machine and the fish steam forming machine, the fish meat forming machine supplies the fish meat at a higher position than the fish steam forming machine to move to the next step to learn the fish meat in the state of forming the fish meat. When the fish meat falls below the steam generator, the shape of the fish meat is deformed or the fish meat overlaps, resulting in poor fish meat.

When producing fish cake using fish meat, it should be formed in the same shape, but the temperature or time set by automation should be made to meet the same quality and same as well as the automation of all processes from formation to packaging. In this case, inspection personnel are required to separate them, and in the process of manually inspecting, there is a possibility that they may be unsanitarily produced.

The present invention is to solve the above problems to produce a product of high quality products to proceed from the formation of the fish meat to the steam formation on the same line so that there is no occurrence of defective products during the formation of the fish meat from the forming step to the steam formation It is manufactured without modification of the so that it can be fully automated to manage the fish meat hygienically and described in detail according to the accompanying drawings as follows.

The present invention is a fish paste dough device 10 for kneading the fish cake paste, and

The recuperative steam device 20 that cooks the fish paste to be steamed is integrally combined with each other.

The fish cake conveyance belt 41 used in the above is connected to extend from the bottom of the fish paste dough device 10 to the end of the recuperator steam device 20, the fish cake dough device 10 and the recuperator steam device 20,

The left and right connecting plates 55 having the grooves 56 formed on the top are fixed by the fixing plate 50 to be integrated, and the upper and lower conveying belts in the middle portion between the fish cake dough device 10 and the recuperator steam device 20 are integrated. In the space between 41,

Induction roller 60 is inserted into the groove 56 made at the top of the left and right connection plate 55 to be operated.

The recuperator steam apparatus 20 includes an exterior body part 32 having a side pressure contact door 31 mounted on a frame 30 installed on the same line, and an entry part 33 into which fish meat enters. Steam exhaust pipe 34 for injecting steam from the top, the transfer roller 35 to operate the transport belt 41 for transporting fish meat, steam blocking film 36 to block the discharge of steam to the outside, steam control to control the steam The sphere and the control unit 40, the tension roller guide 37 to adjust the elasticity of the transfer roller 35, the lower panel assembly bar 38 is composed of.

The outer body part 32 coupled to the frame 30 has a dual structure in which a compressed fiber insulating agent is embedded therein to minimize the leakage of heat from the outside to the outside. Compressed fiber insulation, steam exhaust 34, the transfer roller 35, the steam shield 36 is installed inside the outer body portion (32).

The fish meat supply device 10 is installed in front of the entry portion 33 into which the fish meat enters, and the fish meat supply device 10 of the fish meat is put into the container box 11 to put the fish paste in the pulverized state into a container box ( 11) The fish cake batter flowing out to the lower end is to be forward to the motor 12 of the lower portion.

In the above, the transport roller 35 for transporting the fish meat starts at the lower portion of the fish meat supply device 10, and the upper part is embedded in the exterior body part 32, and rotates at the rear exit 39 side. (32) is connected to the lower end of the fish meat supply device 10 was connected to reciprocate rotation.

In installing the feed roller 35, the rotary roller 13 at the bottom of the fish meat supply device 10 is operated by the motor 12 at the bottom, and the spacing of the fish meat supply device 10 in a number of places at a plurality of places. Respectively, the transfer rollers 14 are installed to support the transfer belt 41 at the upper portion, and the upper and lower portions of the transfer belt 41 are installed at the lower portion in the installation of the transfer rollers 14 at a plurality of places. ) Tension guide rollers 37 are mounted on the outlet side 39 at the rear side and the rear side to adjust the conveying belt 41 to have elasticity.

The inner upper side of the outer body portion 32 is provided with a plurality of steam injection port 34 so that the steam is injected downward.

When the fish meat is heated by the present invention as described above, the fish meat is put into the container 11 of the fish meat supply device 10 and then the motor 12 is operated to be cut into a predetermined size in the fish meat supply device 10. When the fish meat is placed on the upper end of the conveying belt 41 of the fish meat supply device 10 in the process of going forward by the operation of the conveying belt 41 a plurality of steam injection holes (34) in the inner upper side of the outer body portion (32) Fish paste conveyed by is cooked by indirect heat.

In the present invention as described above, the fish paste dough device 10 for kneading and conveying the fish cake and the recuperative steam device 20 for cooking the fish cake to be steamed can be operated in one working line. Fish cake conveying belt 41 to be used to connect extending from the bottom of the fish paste dough device 10 to the end of the recuperation steam device 20, the fish cake dough device 10 and the recuperation steam device 20 fixed plate ( 50) to be integrally attached to each other, the conveying belt 41 by the induction roller 60 in the space between the upper and lower conveying belt 41 of the middle portion between the fish paste dough device 10 and the recuperative steam apparatus 20. The transfer belt 41 by the operation of the fish paste dough device 10 before the flow into the recuperative steam device 20 during the transfer of the fish cake is allowed to move safely without being affected by the movement.

The present invention as described above can be integrated into the fish paste dough device 10 and the recuperator steam device 20 to move to a single system to increase the efficiency of work and to manage the product hygienically and convenient in use It is designed to increase productivity by improving work efficiency.

Claims (1)

Fish paste dough device 10 for kneading the fish paste and, Combining the recuperative steam device 20 to cook the fish paste conveyed by steam, respectively, The fish cake conveyance belt 41 used in the above is connected to extend from the bottom of the fish paste dough device 10 to the end of the recuperator steam device 20, the fish cake dough device 10 and the recuperator steam device 20, The left and right connecting plates 55 having the grooves 56 formed on the top are fixed by the fixing plate 50 to be integrated. In the space between 41, Tunnel-type fish meat steam generator integrally with the fish meat supply device, characterized in that the induction roller 60 is inserted into the groove (56) made on the upper left and right connecting plate (55).

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