JPS60238298A - Cutter - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a cutting device, and more particularly to the shape of the tooth profile of a cutter used in this cutting device.

[Technical background of the invention and its problems]

The cutter shape of a cutting machine for manufacturing linear products, for example, udon noodles, somen noodles, minced meat, etc., is generally made by stacking multiple pieces of approximately circular shapes (hereinafter referred to as cross-sectional shapes), and then cutting into a cylindrical shape that meshes with the approximately circular shapes (hereinafter referred to as cross-sectional shapes). Generally, the holder is rotated by two shafts and the cut material is supplied from above to produce linear products. Note 1@ shows the cutter shape of a conventional cutter.The cutter (3) installed on the shaft (A5) has a cylindrical tooth shape and cuts into the tooth gap (4). This is the place where things get clogged.In particular, when cutting meat in a linear manner using the method described above, there are the following problems.

■The meat becomes clogged between the cutters and becomes impossible to cut.

■ Cutting ability is significantly reduced.

■The spherical shape of the cut product becomes uneven and the product value decreases.

■Causes the cut object to be stuck in the cutter poorly.

There were problems such as.

[Purpose of the invention]

The present invention aims to completely solve the above problems.

[Structure of the invention]

A plurality of cutters each having a tooth profile having a cross-sectional shape ranging from approximately triangular to approximately '2:0 square are each fixedly supported on at least two shafts, and the cutters are provided so that the cutters mesh with each other. , the object is cut by rotating the two shafts in the circumferential direction of each other.

〔Example〕

An embodiment of the present invention will be described below. A shaft (A) has the other end fixed to a shaft (1) connected to a drive source, for example, a motor, with a collar (2), and a plurality of cutters (3) are fixedly supported in a skewer shape; It consists of a shaft (2) with a cutter (3) provided to engage between the cutters, and a drive source such as a motor is connected to the shirt (B). While the cutters +31 and +31 of the shaft (A) 03) constituted by these two sets are engaged in the circumferential inward direction, a cut object such as a piece of meat is fed from the top of the center part of the double force blade, and the cutter is used to cut the linear meat. It manufactures.

The cutter shape is preferably approximately triangular to approximately icosagonal. Each apex angle of the cutter (3) has an R of about 3 to 10 R.
It would be even better if it was added. When the cutter (3) is fixedly supported on the shaft, it is preferable to fix the cutter (3) of the same shape to both shafts (A) and (B).

The most preferable shape of the cutter (3) was a pentagon to an octagon as a result of a cutting test of a large amount of meat pieces.

If the shape was less than a square, the shape of the linear cut object would be irregular, resulting in a slight decrease in product value. Moreover, when the size was 19 squares or more, some of the cut objects became clogged, resulting in a slight decrease in cutting ability.

However, compared to cutting using a conventional circular cutter, the results of cutting were good even when the shape was approximately triangular to approximately icosagonal. I-3rd is the person who showed these disconnection situations.

Problems (1) to (4), which are the objects of the present invention, can be completely solved by changing the shape of the cutter as described above.

Note that the cutter thickness can be arbitrarily set depending on the required line thickness. Further, it is preferable that the shaft portion that fixedly supports the drive portion and the cutter be configured to be replaceable using a cartridge system. Furthermore, in order to increase the cutting ability, a part of the cutter may be extended in the shaft direction, and it is also possible to provide two or more sets of shafts in parallel.

[Specific examples of the invention]

The results of cutting beef chunks into predetermined thickness pieces using a slitter at 40 Kp using the cutter of the present invention are shown below.

In addition, the cutting device of the present invention is Teeth material: 5KD6 Shaft rotation speed: 150rpm Drive source: Single phase (11HP momo-- 5R was provided at the apex angle.

I used something.

As is clear from the above experimental results, the present invention has solved all of the conventional problems (① to ②), and it has been confirmed that the present invention is a cutting machine that is highly innovative compared to conventional cutting machines. It was done. It can also be used to cut udon noodles, sogesomen noodles, kanbu paper, iron plates, etc.

[Brief explanation of drawings]

Fig. 1 is a schematic diagram of a conventional cutter, Fig. 2 is an example of an embodiment of Moku Takumei, and Fig. 3 is an experimental result of the present invention. )···cutter,
(...Clogged part, (5)...Fixed part, (6)...
- Cutting object, (7)... Cutting piece guide. Figure 1, ? l Hole) Figure 2 Figure 3

Claims (1)

[Claims] In the cutter, the cross-sectional shape of each of which is fixedly supported by at least two shafts has a substantially circular tooth profile, and which cuts an object by rotating the two shafts mutually in a circumferential direction. A cutting device characterized in that a plurality of cutters each having a tooth profile having a cross-sectional shape of approximately triangular to approximately icosagonal are each fixedly supported on the shaft, and the cutters are provided so as to mesh with each other.