KR200203287Y1 - Multiple cutting apparatus for raw squid - Google Patents

Abstract

The present invention relates to a squid shredding device for finely cutting the captured squid.

Conventional squid cutting device is to cut the squid dropped from the top with only a pair of a plurality of cutting blades that rotate in opposite directions in a state where they are simply installed cross each other, so that the smooth and smooth squid is not finely cut. There was a drawback that the quality of the cuttled squid could not be satisfied because it was dropped in a tattered state.

The present invention feeds the cuttlefish to the cutting direction in the receiving direction, and the squid is to be finely cut and processed by a plurality of cutting blade units that rotate on one side at a high speed while being seated on a support die of a predetermined type, The squid that is cut is characterized by being perfectly cut and cut into high quality squid without being caught in the gap of the cutting blade or being rotated with the cutting blade.

Description

Squid Slicer

The present invention relates to a squid slicing device for finely cutting squid, and more specifically, to feed the squid to be cut in the horizontal direction, and the squid to be fed is rotated in one direction in a state of being seated on a predetermined support die The present invention relates to a squid slicing device which allows fine cutting by a plurality of cutting blade units to perform a fine cutting operation on a squid to be cut and improves the operation reliability of the device.

In general, in order to produce squid salted fish or other shredded squid, various kinds of cuttled squid must be preceded by an operation of finely cutting the trapped squid. In recent years, the squid cutting operation is being performed by using an automated device because the required profitability is reduced.

On the other hand, in the conventional squid cutting device for automatically cutting the squid in this way, as shown schematically in Figure 4 of the accompanying drawings, a plurality of cutting blades (3b) on a predetermined rotary shaft (3a) at regular intervals The cut squids are provided with a plurality of cutting tools 3 installed, and cutting blades 3b and 3b of each cutting tool 3 are installed so as to cross each other and rotate in opposite directions. Drop into the upper part and put it between the two cutting mechanisms (3) and (3), the squids injected by the cutting blades 3b and 3b which are installed to cross each other and rotate at high speed in opposite directions are finely cut. It adopts a way to be collected downward.

In such a conventional squid cutting device, some of the following problems have been exposed.

First, the raw squid that is caught in the captured state is flexible and smooth in its characteristics, and in particular, since the shell portion is quite tough and soft, there is considerable processing difficulty in cutting it finely, but the conventional squid cutting device is dropped from the top. Since the cuttlefish is simply cut and cut with only a pair of cutting blades 3b and 3b which rotate in opposite directions in a state where they are simply cross-installed with each other, the flexible and smooth cuttlefish is tattered without being perfectly cut. There was a drawback that the quality of the sliced squid could not be satisfied because it was collected in a falling state. Particularly, in the cutting process, a part of the cuttlefish and the shell portion of the cut object are sandwiched between the cutting blades 3b and 3b, or the squid shell portion is rotated together while covering the surface of the cutting blades 3b and 3b. There was a drawback that the above problem is further amplified.

Further, in the above-described conventional apparatus, the squid that is dropped into the fine or cut portion is squeezed out by the rotational speed between the pair of cutting blades 3b and 3b that rotate at high speed, or the cutting blade 3b. Since no configuration is provided to prevent deviation from (3b), the accuracy of the operation during the cutting operation was not guaranteed, and thus, the above-described cutting operation of the cuttlefish was not completed.

The present invention has been researched and developed to effectively solve the problems revealed in the conventional squid cutting device as described above, and the squids are fed horizontally to the cut squid, and the squids are seated on a supporting die of a certain type and at the same time. By cutting and processing a lot of cutting blade units rotating at high speed, the cuttled squid can be perfectly cut without cutting into the gap of the cutting blade or being rotated with the cutting blade to cut and process with high quality squid. The purpose is to provide a squid cutting device that can be.

Another object of the present invention is to install a plurality of guide pins having a predetermined shape and length between a plurality of cutting blades, a slight pressurized in the state that the squid is horizontally fed and rests on the support die By cutting the squid to prevent it from being pushed out by the cutting blade which rotates at high speed or rotated with the cutting blade, so as to improve the operation reliability of the cutting device and to make the cutting squid more perfect. It is to provide a squid cutting device that can support the.

1 is a partially cutaway front view showing a preferred example of the present invention.

2 is a partially cutaway plan view of FIG.

3 is an excerpt showing the main part of the present invention.

Figure 4 is a schematic diagram showing the operation principle of the conventional squid cutting device.

* Explanation of symbols for main parts of the drawings

10: gas 20: feeding mechanism

3,30: cutting tool 3b, 34: cutting blade

35: support die 35: guide pin

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

That is, according to the present invention, as shown in FIG. 1 to FIG. 3 of the accompanying drawings, a hopper 11 in which the raw squid of the cut object is received and a discharge port 12 through which the squid is cut are provided at predetermined positions, respectively. On the base 10, a feeding mechanism 20 for feeding the cuttlefish to be cut in the horizontal direction and a cutting mechanism 30 for finely cutting the fed cuttlefish are provided, respectively. Looking at it in detail as follows.

First, the feeding mechanism 20 is provided with a drive roller 23 connected to the first drive motor 21 and the power transmission member 22 in the base 10, and is fixed in the horizontal direction with the drive roller 23. In the state in which the driven roller 24 is installed at a distance, the endless conveying belt 25 is wound via the driving roller 23 and the driven roller 24.

Next, the cutting device 30 has a plurality of cutting blades 34 arranged on the rotating shaft 33 connected by the second driving motor 31 and the power transmission member 32 at a predetermined interval. The inside of the cutting blade 34, the support die 35 is installed in the lower portion of the plurality of cutting blades 34, the lower portion of the plurality of cutting grooves 35a formed on the support die 35 It is configured to be positioned through.

At this time, a predetermined support rod 41 is installed in the base 10 toward the upper side of the driven roller 24 of the feeding mechanism 20, and a plurality of guide pins 40 are attached to the support rod 41 at predetermined intervals. The guide pin 40 is installed so as to extend through the gap between the cutting blades 34, and the anti-separation rod 42 is installed and constituted at the upper end of the guide pin 40 into the base 10. Can be.

On the other hand, the base 10, the installation groove 13 to be detachably installed to each of the support rod 41 to which the guide pin 40 is attached and the rotary shaft 33 on which the cutting blade 34 is installed. 14) by separating the cutting edge 34 and the guide pins 40 from the installation grooves 13 and 14 of the base 10 can be easily carried out cleaning for them.

In the drawings, reference numeral 15 denotes a cover to prevent external foreign substances from being introduced or cut off the cuttled squid fragments to the outside during cutting operation for the cuttlefish, and 16 shows a switch box for controlling the operation.

Looking at the operation of the present invention made of such a configuration as follows.

First, the first and second driving motors 21 and 31 are operated to rotate the driving roller 23 and the rotation shaft 33 so that the infinite transfer belt 25 and the plurality of cutting blades 34 are preset directions. When the cuttlefish stored in the hopper 11 is placed on the endless conveyance belt 25 in the state of rotating to the hopper 11, the squid is horizontally fed to the cutting edge 34 side by the endless conveyance belt 25. Will be.

In this way, the squid horizontally fed to the cutting edge 34 side is seated and supported on the support die 35, and at the same time, the cuttlefish is finely cut by the cutting blade 34 rotating at a high speed in one direction. At this time, when the guide pin 40 is installed separately, the guide pin 40 is temporarily lifted by the volume of the squid fed, but its movement is restricted by the release preventing rod 42 and as its own elastic force. The squid presses the squid from the moment it reaches the supporting die 35 side, and the squid is finely cut by the cutting blade 34 in the process of being transported in a restrained state without leaving the outside. Squid cutting can be done more perfectly.

On the other hand, the squid cut through the above process is guided to the outlet 12 side of the gas (1) to be collected and the fine, cutting operation for the squid is completed.

The squid finely cut by the above process is mainly used as a basic material for producing salted fish, but of course, it can be variously used in any article that can be prepared as other squid.

As described above, the present invention feeds the squid of the cut object in the horizontal direction, and the squids are finely cut by a plurality of cutting blade units that rotate on one direction at a high speed while being seated on a supporting die of a predetermined type. It is designed to be processed so that the cuttled squid is perfectly cut without being caught in the gap of the cutting blade or rotated with the cutting blade, and can be cut and processed with high quality squid. The squid seated on the above is guided under a slight pressure in the state of being restrained by the guide pin, so that the cuttlefish to be cut out by the cutting blade rotating at high speed or rotated together with the cutting blade. More perfect cutting for squid with improved cutting reliability It has several excellent effects, such as being able to support ups.

Claims (2)

An apparatus for finely cutting squid, comprising: a hopper (11) for storing raw squid to be cut and a discharge port (12) for discharging the cut squid on a base (10), respectively; The drive roller 23 connected by the first drive motor 21 and the power transmission member 22 is installed in the base 10, and the driven roller 24 has a predetermined distance in the horizontal direction with the drive roller 23. A feeding mechanism 20 formed by winding the endless conveying belt 25 via the driving roller 23 and the driven roller 24 in a state where it is installed; A plurality of cutting blades 34 are installed into the base 10 in a state where a plurality of cutting blades 34 are installed at predetermined intervals on the rotating shaft 33 connected by the second driving motor 31 and the power transmission member 32. A cutting die 35 is installed at the bottom of the blade 34, and a part of the lower portion of the cutting blade 34 is positioned to penetrate through a plurality of cutting grooves 35a formed on the supporting die 35. 30) is; Squid cutting device characterized in that each is installed. According to claim 1, A predetermined support rod (41) is provided in the body (10) to the upper side of the driven roller (24) of the feeding mechanism (2), and the support rod (41) has a plurality of guide pins (40) at regular intervals. The guide plate 40 is installed so as to extend through the gap between the cutting blades 34, and the anti-separation rod 42 into the base 10 at the upper end of the guide pin 40. Squid cutting device characterized in that the installation.