JPS6029961Y2 - food shredding machine - Google Patents

Description

[Detailed description of the invention] This invention uses a slowly rotating plate that accommodates food, especially vegetables, and a cutter that rotates at high speed in another radial direction to cut the food into small pieces. In a machine designed to cut food, the food storage tray is completely enclosed in a box with a lid, and when the lid is removed from the box, a cutter and other utensils are removed together with the lid. All related to the improvement of a food shredding machine that can be removed from the plate.

Various machines are already available for shredding vegetables, especially cabbage.

However, these conventional devices are mainly large for commercial use, or even if they are small, they are often driven by electric motors, so the overall weight is heavy and handling such as removing and cleaning the food storage tray is not easy. .

In order to improve the shortcomings of the conventional food shredding machine, this invention incorporates the separate part into a metal phase that surrounds the food container and supports the separate part in a removable and rotatable manner. A lid placed on the tray and covering the upper surface of the tray includes a cutter that rotates at high speed within the tray, a bundle that imparts rotation to the cutter, and a gear that transmits the rotation of the bundle to the tray. The gear is characterized in that when the lid is placed on the metal layer, it meshes with the teeth formed on the upper edge of the tray, so that the food is removed by the slow rotation of the storage tray and the high speed rotation of the cutter. Not only can you easily and safely chop food by hand, but you can also take out the food in the dish by simply removing the lid on the metal plate, making it extremely easy to handle. This made it possible to create a practical tool.

In the embodiment shown in the accompanying drawings, the food shredding machine includes a metal plate 2 that surrounds a food storage tray 1 and supports the plate 1 rotatably when removed, and a lid 3 that covers the metal plate 2. made of.

As shown in FIG. 2, the plate 1 has a central part 10 with a central height, and one half of the plate is recessed into a hemispherical shape so that the cutter 4 can rotate along the bottom surface of the plate. The provided blind hole is inserted into the support shaft 20 set upright on the metal plate 2, and the plate 1 is inserted in this way.
is removed from the metal phase 2 and rotatably supported.

The gold plate 2 is made of thin plastic with suction cups 21 at several places on the bottom, and the upper edge 22 of the metal plate 2 is connected to the upper edge 11 of the plate 1.
so that the upper edge 1 of the plate 1
The plate 1 can be easily removed from the gold plate 2 by pinching the plate 1.

M3 is large enough to fit over the metal layer 2 and cover the plate 1, and is preferably made of transparent plastic.

When the lid 3 is placed on the metal layer 2, the lower edge 30 of the lid 3 is supported by the upper edge 22 of the metal layer 2. Overhanging edge 2 on which the lower edge 30 of 3 rests
3 is provided.

In order to prevent the lid 3 placed on the metal layer 2 from wobbling on the metal layer 2, the upper edge 22 of the metal layer 2 is provided with the overhanging edge 2.
On the upper side of 3, pins 24 are provided protruding at several places on the circumferential surface,
A notch 31 through which the pin 24 is inserted is formed in the lower edge 30 of the lid 3, and the upper end of the notch 31 is bent in the horizontal direction.
When the lid 3 is rotated slightly above, the pin 24 engages in its curved notch 31 and the lid 3 is thus firmly fixed on the metal plate 2.

A cutter 4 that rotates at high speed in one half of the plate 1 is attached to the lid 3 via a gear box 40.

The gear box 40 has a bundle 4 extending from the side of the lid 3.
A gear group 42 for increasing the speed of the manual rotation of 1 is incorporated,
Also, the upper edge 1 of the plate 1 is attached to the main shaft 43 to which the bundle 41 is attached.
A gear wheel 44 is provided which meshes with the teeth 12 formed in 1.

In order to properly attach the gear box 40, gear 44, and cutter 4 to the back of the lid, the top plate of the lid 3 is formed with large bulges in the required parts.In particular, the gear 44 and the teeth 12 on the upper edge of the lid are formed with countersunks. A protective wall 33 for preventing the food inside the dish from coming into contact with the food inside the dish is vertically provided on the back of the lid at a position inside the upper edge 11 of the dish.

Furthermore, an elongated food turning spatula 35 is attached to the back of the lid at a position approximately 130 degrees postpartum from the cutter 4 so as to approach the concave curved surface of the plate 1.
At the further rear position of 5, about 1/4 of the top plate part of the lid 3
A cutout hole 36 with a size of is made in the lid 3, and the hole 36
This allows food to be fed from the cutter 4 to the cutter 4.

The hole 36 is provided with a lid (not shown).

The food shredding machine of this invention has the above-described structure, and the lid 3 can be removed from the metal plate 2 by disengaging the lid 3 from the pin 24.

At this time, both the cutter 4 and the food turning spatula 35 inside the plate 1 can be removed from the plate 1, so only the chopped food remains on the plate 1. Then, pinch the upper edge 11 of the plate 1 and move the plate 1 to its supporting axis. By pulling it out from the plate 20, the plate 1 can be easily taken out from the metal plate 2, and thus the food in the plate 1 can be transferred to another place, and it can also be easily cleaned.

Foods that require chopping can be placed in the dish 1 in advance, and then the lid 3 is applied to the metal layer 2, or the lid 3 is first applied to the metal layer 2, and the food is fed through the hole 36 of the lid 3 while the food is being fed. When the bundle 41 is turned, the gear 44 gives slow rotation to the plate 1, and the cutter 4 rotates at a high speed, thus chopping the food into small pieces.

The food turning spatula 35 has its front edge 35' close to the curved surface of the plate 1, and its rear edge slightly raised from the curved surface, so that when the finely chopped food passes through the spatula 35, It is lifted up from the top of the plate 1 by the spatula 35, turned over, and then climbed over the spatula 35 to be chopped again by the cutter 4.

As mentioned above, the food shredding machine of this invention has a simple mechanism, so it is lightweight and easy to handle.Moreover, when the lid 3 is removed from the metal plate 2, only the chopped food appears on the plate 1. This made it possible to create a practical tool that was easy to process the food.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the food shredding machine of the present invention with the lid open;
FIG. 2 is a longitudinal sectional side view of the same, FIG. 3 is a partially cutaway plan view of the same, and FIG. 4 is a partially cutaway front view of the same. 1 is a food storage plate, 11 is an upper edge, 12 is a tooth, 2 is a gold phase, 2
1 is a suction cup, 23 is an overhanging edge, 24 is a pin, 3 is a lid, 31
3 is a notch, 33 is a protective wall, 35 is a food return spatula, 36 is a punch hole, 4 is a cutter, 40 is a gear box, 41 is a bundle, 43 is a rotating main shaft, and 44 is a gear.

Claims (1)

[Scope of utility model registration request] A food shredding machine comprising a slowly rotating plate containing food and a cutter rotating at high speed in another radial direction within the other radial portion, the cutter surrounding the plate and allowing the other to be removed and removed. The lid is placed on the metal phase and covers the top surface of the plate, and includes a cutter that rotates at high speed within the plate, and a bundle that rotates the cutter. and a gear for transmitting the rotation of the bundle to the plate, the gear meshing with teeth formed on the upper edge of the plate when the lid is placed on the metal plate.