JPS594280B2 - Squid pine umbrella cutting device - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a cutting blade and a device that cut pattern-like cuts of a pine umbrella cutter cut into the surface of squid before heating to improve the appearance of dishes at any desired angle. .

In order to improve the appearance of cut squid used in cooking, the pine umbrella pattern appears when the surface is heated at appropriate intervals and angles. Due to the difference in how the cut pieces are rolled up afterward,
Chefs' aesthetic sensibilities require various spacings and angles, and it is desirable to make multiple cuts at once. This application allows a large number of inclined blades held at a constant angle to be rotated at once using a single rotating shaft.The angle can be kept constant and the spacing adjusted, or the spacing can be adjusted as needed. It is characterized by being able to maintain a constant angle and adjust the angle.

Now, to explain the embodiment with the help of a diagram, an internal tooth profile 2, 2...
A slot 3 is formed, and a large number of them are aligned, and the groove has groove teeth 4, 4... having a number of teeth smaller than the number of teeth of the internal tooth profile and having a pitch substantially equal to that of the internal tooth profile. Insert the shaft 5, tilt the round blade group in the same direction, engage the upper and lower parts of the internal tooth profile 2 with the groove teeth of the groove shaft, and rotate the groove axis to adjust the round blade group to the desired angle. Rotate while holding it,
It is characterized in that a cut is made on the surface of the cut squid 13 whose lower part is placed on a conveyor belt 12 and passes through. In this case, a synthetic resin disk 6 is attached to each of the round blades, which is fitted into a holding hole of a stainless steel holding plate 7, and is held at an angle with the holding plate while maintaining a constant interval.

As described above, the feature is that the number of groove teeth on the groove shaft is smaller than the number of teeth on the internal tooth profile, and the inclination angle of the round blade can be adjusted by the difference in the number of teeth.

The difference in the number of teeth is 10 teeth, resulting in a 40 degree inclination. In other words, the larger the difference, the greater the angle of inclination of the round blade that engages in the upper and lower parts, and the blade will cut thinly near the surface of the squid, resulting in the pieces being rolled up into a thin circle after cooking. , the smaller the difference in the number of teeth, the thicker the section. After making parallel cuts at regular intervals according to the present invention, if the cutting blade is inserted again with the direction of the cut plane at a right angle or an acute angle, the cuts will become a lattice or diamond shape, and various designs can be created. FIG. 5 shows one of the embodiments, in which a retaining ring 11 that hangs down at a constant inclination angle from a shaft ring 10 having a fixing screw 9 that is inserted into and fixed to a fixed shaft 8 is arranged according to the required interval of cuts. Since the position of the shaft ring 10 can be slid and fixed, the interval between the shaft wheels can be adjusted as necessary while keeping the inclination angle constant at the angle of the retaining ring.

As described above, the present invention is capable of cutting even hard materials such as frozen squid by adjusting the interval between the cuts and the cutting angle as necessary, and keeping a large number of cutting blades at a constant angle with a single rotary drive shaft on the feed belt. It can automatically cut continuous cuts according to the design on the cutting surface, which is extremely efficient, and the spacing and angle can be reliably and freely adjusted, making it possible to make accurate cuts with various designs. It has an effect that can be cut into.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; Fig. 1 is a plan view of a round blade, Fig. 2 is a sectional view of a groove shaft, and Fig. 3 is a state in which the internal teeth of the round blade inclined to the groove axis are engaged. 4 and 5 are side views of the embodiment showing the installed state. 1... Round blade, 2, 2... Internal tooth profile, 3... Slot, 4
, 4...Groove tooth, 5...Groove shaft, 6...Disc, 7...
・Holding plate, 8...Fixing shaft, 9...Fixing screw, 10・
...Axle ring, 11...Retaining ring.

Claims (1)

[Scope of Claims] 1. A slot in which an internal tooth profile having an arbitrary number of teeth is formed is bored in the center of a round blade, and a large number of these round blades are aligned and inserted into the slot with a number of teeth smaller than the number of teeth in the internal tooth profile. , and inserting a groove shaft (spline shaft) having groove teeth whose pitch is approximately equal to the internal tooth profile,
This group of round blades is tilted in the same direction to engage the groove teeth of the groove shaft with the upper and lower parts of the internal tooth profile, and by rotating the groove shaft, the group of round blades is rotated while being held at the desired angle to make the cut. A squid pine umbrella cutting device characterized by making a pine umbrella-shaped cut on the surface of the squid. 2 A synthetic resin disk of the required thickness is adhered to one side of the center hole periphery of a round blade with an internal tooth profile formed on the inner periphery of the center hole, and the disk is tilted at the desired angle to an axle with a fixing screw. The shaft rings are fitted rotatably into the hanging retaining ring, and the shaft rings are inserted into the fixed shaft in large numbers and fixed at arbitrary regular intervals with fixing screws to hold the retaining ring at an angle, and the number of groove teeth is adjusted to the internal tooth shape. By inserting a groove shaft whose number of teeth is smaller than the number of teeth and whose pitch is approximately equal to the internal tooth profile into the center hole of the round blade group and meshing the groove teeth with the lower part of the internal tooth profile, the groove axis This squid pine umbrella cutting device is characterized in that the interval between the round blades rotated while being held at an angle can be adjusted by adjusting the thickness of a disk attached to the round blades. 3 Attach a synthetic resin disk to one side of the periphery of the center hole of a round blade with an internal tooth shape formed on the inner periphery of the center hole, and fit it rotatably into the holding hole of the husband holding plate, and insert it into the center hole. By inserting a groove shaft whose pitch is approximately equal to the internal tooth profile and whose number of teeth is reduced by the required number, the inclination angle of the round blade that engages the internal tooth profile with the groove tooth is reduced by the number of teeth in the groove tooth. This squid pine umbrella cutting device is characterized by being adjustable depending on the degree of cutting.