KR970001803Y1 - Automatic cutting loader of toasted seaweeds - Google Patents

Abstract

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Description

Baked Laver Automatic Cutting Loaders

Figure 1 (a) is a schematic side view of the cut loader of the present invention.

(b) is a plan view of the same.

Figure 2 is an exploded perspective view of the main portion of the present invention.

Figure 3 is an enlarged side view of the excerpt of the operation state of the present invention.

4 is a partial plan view of the same.

＊ Explanation of symbols for main parts of drawing

40: cutting device 41: support frame

42, 42 ': Upper and lower limbs 431, 431': Termination cut

432, 432 ': transverse cutaway

The present invention relates to an automatic cutting loader for roasted laver, and more particularly, a cut for cutting roasted laver into pieces of a predetermined size in an automatic cutting loader for roasting laver (patent application No. 93-6755), the applicant of the present application. It is about the automatic cutting loader which improved the apparatus.

In other words, the cutting device in the present application is a first cutting device for cutting the laver in the longitudinal direction, that is, the conveying direction in the process of conveying the baked laver is stacked in a compressed state by the conveying device And a second cutting device that cuts the portion cut by the first cutting device laterally from the distal end portion so that the laver is cut into pieces of a predetermined size.

In addition, the first cutting device is composed of several disk cutting diagrams installed on the upper and lower rotary shafts at proper intervals so as to rotate in engagement with each other, the second cutting device is the upper and lower blades facing each other Consists of plate-shaped cutaways installed and lifted.

In addition, these first and second cutting devices were installed at different positions so as to operate sequentially, and a power cutting means for operating them was provided.

Therefore, the cutting device of the prior application has the disadvantage that its structure is complicated and many parts are required.

Particularly, in the case of the first cutting device, since the raw seaweeds are rotated and the baked seaweed is cut, the baked seams stacked in the cutting process are pushed in the opposite direction. Such defective products were irregular or damaged in the cut surface.

The present invention has been devised in view of the above-described points of the present invention, and an object thereof is to provide a cutting device having a simple structure and a low number of parts. Another object of the present invention is to provide a cutting device for cutting the cut surface is not damaged.

This object of the present invention is achieved by providing a cutting device in which the action of cutting the roasted seaweed in the longitudinal and transverse directions is simultaneously performed at the same position, which is installed at the front position of the conveying device and lifts vertically. It consists of the upper and lower supporters, and the upper and lower cutting members which are installed at the lower and upper portions of these supports, respectively, to simultaneously cut the roasted laver in the longitudinal direction.

These cutting members are each provided with longitudinal cutting and transverse cutting views.

Longitudinal cut-offs are provided so that it may be located ahead of a transverse cutoff view.

In addition, the number of longitudinal cuts are changed depending on the width of the cut seaweed in the longitudinal direction, only one transverse cut is installed.

In other words, when the baked laver is to be cut in two portions along the longitudinal direction, only one longitudinal cutoff is required, and when it is cut into three portions, two pieces are required. In addition, the upper and lower cutting members are to cut the baked laver while crossing each other.

Therefore, when the roasted laver is conveyed by the conveying device and reaches the cutting position, the conveying stops, and the gripping sections of the stacking device hold the leading end of the laver, and then the upper and lower cutting members of the cutting device are lowered and raised. As it is operated, the laver is cut at the same time vertically and horizontally by the longitudinal and transverse cuts so that a predetermined size becomes a bundle of pieces.

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

1 shows an automatic cutting loader for baked laver to which the cutting device of the present invention is applied.

On the base 10 of the loader, a loading frame 11 for loading baked ladles, a moving device 20 for moving the laver A loaded on the loading frame in a compressed state, and a transfer from the device. Transfer device 30 for transferring the received kimchi (A) to the cutting position, cutting device (40) for cutting the conveyed kimchi (A) into a bundle of pieces of a predetermined size, and the cut gimbal Loading devices 50 for loading in each container B are installed, and these devices are sequentially operated by the drive motor 60 and its power transmission means.

The cutting device 40 of the present invention is installed between the transfer device 30 and the stacking device 50. The cutting device 40 is installed on the upper and lower sides of the support frame 41, and the upper and lower support zones 42 are each elevated. (42 '), the support plate (44) (44') for holding the upper and lower cutting members (43, 43 ') fixedly attached to these supports and the rear portion of the laver (A) to be cut at the moment of cutting; It consists of a drive part.

The cutting members 43 and 43 'are each composed of a plate-shaped longitudinal cutaway view 431 and 431' and a transverse cutaway view 432 and 432 '. The cutting figures 431 and 431 'are mounted on the lower portion of the support 42, and the cutting members 431 and 431' are mounted on the upper portion of the support 42 'to face each other.

In addition, when the cutting member 43 is lowered and the cutting member 43 'is raised, the rear surface of the cutting degree 431 is the front surface of the cutting degree 431', and the cutting degree 432 and the cutting degree 432 '. They are installed with their sides crossing each other.

In addition, the cutting diagrams 431 and 431 'are installed in front of the cutting diagrams 432 and 432', respectively, and the rear end of the cutting diagram 431 is installed in close contact with the front surface of the cutting diagram 432. The rear end of the cutting degree 431 'is installed so as to be isolated from the bottom of the cutting degree 432' at an appropriate interval.

This appropriate interval is proportional to the thickness of the cutting degree 432.

This is so that when the cuts 431, 432 are lowered and the cuts 431, 431 ′ are raised and intersect with each other, the back of the cut 432 is crossed with the front of the cut 432 ′. It is to be able to.

On the other hand, the blade portion of the cutting diagram 431 is inclined upward from the rear end to the tip side, the blade portion of the cutting diagram 432 is inclined upward at a gentle angle toward both ends in the central portion 432a is cut V-shaped, cut The blade portion of Figure 432 'is formed to be inclined to either side.

It is formed in this way, because the laver (A) is cut more easily when cut, as well as the cutting surface is the most suitable shape to be cut clean without being damaged by the experiment was entered.

In addition, the cutting diagrams 431 and 431 'are to be cut into equal parts, that is, cut into two equal parts when cutting the laver (A) in the longitudinal direction, and only one should be installed when cutting into three equal parts. You can install them one by one.

The support plate 44 is elastically installed by the springs 441, and the support plates 44 and 44 ′ hold the rear portion not cut at the moment when the laver A is cut from above and below to cut more. Make it work smoothly.

The driving unit is a cam 451 which is rotated by receiving the driving force of the driving motor 60, a pivoting table 453 which is pivoted by the shaft 452 to be rotated by the cam, and the lower end is the front and rear end sides of the pivoting table. The upper end is composed of electric levers 455 and 455 'which are respectively condensed at appropriate positions on both sides of the supports 42 and 42'.

Accordingly, when the cam 451 is rotated, the front and rear ends of the pivoting table 453 are lifted and rotated about the shaft 452 by the action of the cam, whereby the electric levers 455 and 455 'are opposite to each other. As the lifting operation is performed, the cutting members 43 and 43 'are lifted together with the support 42 and 42'.

3 and 4 show the operating state of the present invention cutting device.

First, once the laver (A) conveyed by the transfer device 30 arrives at the cutting position is stopped once, and then the loading device 50 is operated to advance the base 51 to the holding grip installed on this base (52) (52 ') (52) is stopped while holding the tip of the kimchi (A).

Subsequently, when the electric lever 455 is lowered and the electric lever 455 'is raised by the rotation of the cap 451, the cutting members 43 and 43' together with the upper and lower limbs 42 and 42 'are raised. Cutting degrees 431, 432, 431 ', 432' are simultaneously lowered and raised to cross each other to cut the tip of the laver (A), this tip is the appropriate size of laver (A ') Are separated into pieces.

In this way, when the cutting is completed, each of the cut gimbal (A ') is held by the holding sections 52, 52' (52), this time by the cam 451 that continues to rotate the electric lever 455 Is raised, and the electric lever 455 'is lowered, so the cutting members 43 and 43' are inverted up and down.

Next, the loading device 50 is reversed to reverse the frame 51, and then the cut laver bundles A 'are inserted into and loaded into the respective containers B.

The cutting device of the present invention which cuts the laver so that the baked laver is made into the laver bundle of the appropriate size piece is repeated because the cuts for longitudinal and transverse cutting are configured in a single structure. There is an advantage such as a simple and greatly reduced swelling.

In addition, the longitudinal cutting is carried out at the same time in the state in which the feeding of the kimchi is stopped by the cutting diagrams on the plate, and the cutting surface is not damaged and is cut more cleanly.

Claims (3)

Longitudinal and transverse cutaway views 431 and 432 which are installed on the upper and lower sides of the support frame 41 of the body and are installed downward on the lower and upper supports 42 and 42 'and the lower support 42, respectively. And longitudinal and transverse cutaways 431 'and 432', which are installed so that rear and front ends are separated at appropriate intervals at positions intersecting with the longitudinal and transverse cutoffs of the upper part of the support 42; Roasted laver automatic cutting loader, characterized in that it has a cutting device 40 is configured to include a support plate 44, 44 'is installed. 2. The automatic cutting loader for roasting laver according to claim 1, wherein a plurality of longitudinal cut-offs 431 and 431 'are installed respectively. 2. The automatic cutting loader of claim 1, wherein the transverse cutting degree (432) has a V shape in which the blade portion is inclined at a gentle angle from the middle toward both ends.