JP4819102B2 - Grain machine for both sides - Google Patents

Description

  The present invention automatically and efficiently removes a reverse grinder, more specifically, a pumpkin, a bowl of potatoes, etc., and a grated rice cake, such as a bowl of rice cake, a bowl of rice cake, a long rice cake, etc. In addition, the present invention relates to a reverse grinder that can be manufactured with high quality.

  In food factories, large restaurants, supermarkets, etc., there are cases where a large amount of grated grated ginger is required. For this purpose, a grated machine that automatically grates grated strawberries is used, but most of the conventional grated machines are grated with grated elements, and are grated because they contain stirring elements. There is a problem in that the quality of the garlic is reduced due to the foaming of the crumbs.

  In addition, pumpkins, potatoes, or shredded shredded products are used in various dishes and confectionery. This lining is generally performed by placing boiled pumpkins and potatoes on a net, which is a lining, and moving the spatula while pressing the spatula through the mesh. This scouring work is often done manually, but when used in large quantities in food factories, etc., it will not be in time for manual work and will depend on the scouring machine. There has been no proposal of a back-grinding machine that can efficiently and finely perform high-quality work, and particularly, a back-washing and grater that can perform a grate work.

JP-A-5-31019 JP-A-10-94476 JP 11-28053 A JP-A-11-75802 Japanese Patent Laid-Open No. 11-103811 JP 2001-314166 A Japanese Patent Laid-Open No. 2003-340783

  As mentioned above, when using a conventional grater, when the grated potatoes are grated, there is a problem that the grated lather, and conventionally, the configuration is simple, and the backside can be processed efficiently and with high quality. Moreover, there is no proposal of a back-and-forth grater that can also perform the grated work.

  Therefore, the present invention enables mass production of fine and uniform backed products, and at the same time, the grated grated do not stay at the bottom of the case and is immediately discharged to the collecting section, so that no lathering occurs. It is an object of the present invention to provide a reverse grinder that can mass-produce grated rice cakes without causing a risk of quality degradation.

  The invention according to claim 1 for solving the above-described problem is provided between a cylindrical case having a feeding chute at a lower end and supported in an inclined state on a stand, and an inner side surface of the case. A rotating tooth blade that is rotatably installed with an appropriately spaced outflow space, a motor that is installed on the stand and rotationally drives the rotating tooth blade, and an upper surface facing the rotating tooth blade. And a lid provided with a guide plate extending downwardly adjacent to the input port on the lower surface, and a workpiece input into the rotating tooth cylinder from the input port, It is guided into a bowl-shaped space formed by the guide plate and the inner surface of the rotating tooth blade cylinder by centrifugal force accompanying the rotation of the rotating tooth blade cylinder, and is held down by the end of the guide plate there. By the rotation The workpiece that has been crushed or grated by the tooth blade group on the inner surface of the blade cylinder, and the generated workpiece is immediately extracted from the small hole array formed in the rotating tooth blade cylinder by the centrifugal force due to the rotation of the rotating tooth blade cylinder. This is a reverse-use grater that flows out into the outflow space and is collected.

  Preferably, the guide plate is formed by joining end portions of two curved plates, and an inwardly curved plate located inward is disposed along the charging port, and is bent outwardly. A board is arrange | positioned so that a bowl-shaped space may be formed between the inner surface of the said rotary toothbrush cylinder.

  The back grinder according to the present invention has a compact configuration, and workpieces such as pumpkins and trowels that have been thrown in are guided into the bowl-shaped space along with the rotation of the rotating tooth blade, and there There is no waste because the rotating toothbrush is held in a restrained state until it becomes a very small piece, and the grated workpiece is immediately moved out of the rotating toothbrush small hole from the small hole of the rotating toothbrush by centrifugal force. Since it is discharged and delivered from the inclined outflow space, it does not stay on the bottom surface of the case and does not foam, so that it has the effect of producing a good quality product such as a finely crushed and free of bubbles.

  The best mode for carrying out the present invention will be described with reference to the accompanying drawings. FIG. 1 is a perspective view showing an example of the overall shape of a back grater according to the present invention, which is generally provided with a caster 2 and is movable, and a cylindrical shape installed on the stand 1. It consists of a case 3 and a lid 5 having an inlet 4 attached to the case 3.

  The stand 1 is composed of, for example, four support pillars with casters 2, but it is not limited thereto. The case 3 is arranged on the stand 1 in an inclined state, and a portion located at the lowest position of the inclined case 3 is opened, and a chute for supplying a work piece that has been crushed or grated there. 6 is installed.

  As shown in FIG. 2, a rotating tooth blade cylinder 7 that is rotationally driven by a motor 9 installed on the bottom surface of the case 3 is arranged concentrically with the case 3 in the case 3. On the inner side surface of the rotating tooth cylinder 7, a large number of tooth blade groups 7 a for inwardly protruding and grated protruding inward are formed at appropriate intervals. Between each toothbrush group 7a, a small hole row 7b that passes from the inside to the outside is arranged, and a workpiece 21 such as a slab that has been crushed or grated is removed from the small hole row 7b by centrifugal force. It is released immediately after processing.

  An appropriate space between the rotary tooth cylinder 7 and the inner surface of the case 3, that is, the back of the rotary tooth cylinder 7, or grated, is discharged from the small hole row 7 b to the outside of the rotary tooth cylinder 7. A sufficient outflow space 8 is ensured to temporarily receive the processed workpiece 21. The workpiece 21 discharged into the outflow space 8 flows down along the inclined outflow space 8 (inner bottom surface of the case 3), and comes out of the chute 6 and is collected in a collection container (not shown).

  A cylindrical insertion port 4 is installed on the upper surface of the lid 5, and a handle 11 that is gripped when the lid 5 is removed from the case 3 is attached. A workpiece 20 such as a bowl or a pumpkin that is thrown in from the slot 4 falls in the slot 4 due to its own weight, falls in the rotating toothbrush cylinder 7 that continues to rotate, and is processed as described later.

  At the position adjacent to the opening 4 opening on the back surface of the lid 5, the bowl-shaped guide plate 10 is installed so as to extend to the vicinity of the inner bottom surface of the rotating tooth cylinder 7. The bowl-shaped guide plate 10 is formed by joining the ends of two curved plates 10 a and 10 b to form a bowl shape, and the inner curved plate 10 a is disposed at a position along the inlet 4. The outer curved plate 10b is disposed at a position close to the inner surface of the rotary tooth cylinder 7. Between the end portion 10c and the inner surface of the rotary tooth cylinder 7, a very narrow gap 13 such as 2 mm is provided. Is retained.

  The workpiece 20 that has fallen in the insertion port 4 and has fallen on the inner bottom surface of the rotating tooth blade cylinder 7 along the inwardly curved plate 10 a of the bowl-shaped guide plate 10 is centrifuged as the rotating tooth blade cylinder 7 rotates. The hook-shaped space is immediately guided to a position where it hits the inner surface of the rotating tooth blade cylinder 7 by force, and is surrounded by the inner surface and bottom surface of the rotating tooth blade cylinder 7 and the outward curved plate 10b of the hook-shaped guide plate 10 12 is carried in. The work piece 20 that has reached the inside of the bowl-shaped space 12 is blocked by the outward curved plate 10b, but the narrow-angle portion at the back of the bowl-like space 12 still remains with the rotation of the rotary toothbrush cylinder 7. Is pushed into. As a result, the toothed blade group 7a is grated by pressing it against the end 10c of the outwardly curved plate 10b and the inner surface of the rotating toothed cylinder 7 and holding it firmly without rolling. It will be done or will be back.

  As the work piece 20 is strained or downsized, the work piece 20 is pushed toward the back of the bowl-shaped space 12, and the end portion 10c of the outer curved plate 10b and the rotating tooth cylinder 7 are rotated. It is grated without waste until it becomes a very small piece enough to pass through the gap 13 between the inner surface and the inner surface.

  The workpiece 21 that has been crushed or grated as described above is immediately formed into a number of small hole rows formed in the rotating tooth cylinder 7 by the centrifugal force accompanying the rotation of the rotating tooth cylinder 7. It exits 7b, exits into the outflow space 8, flows down along its bottom surface, exits the delivery chute 6 and is collected. Therefore, when the workpiece 21 is a slag, the slag remains in the rotary tooth cylinder 7 without foaming, and a fine sashimi of fine quality is produced. In the same manner, a fine and uniform backside product can be produced continuously and efficiently.

  In addition, by making the lid 5 easily attachable to and detachable from the case 3, it is possible to remove the lid 5 timely to clean the inside of the case 3, or to replace the rotating tooth blade cylinder 7. It can be kept clean and the work for it is easy.

  Although the present invention has been described in some detail with respect to its most preferred embodiments, it will be apparent that a wide variety of different embodiments can be constructed without departing from the spirit and scope of the invention, the invention being defined by the appended claims. It is not restricted to the specific embodiment other than limiting in.

It is a perspective view which shows the example of an external appearance of the back grinder which concerns on this invention. It is an inclination figure of the state which removed the lid of the back grinder which concerns on this invention. It is a top view of the state which removed the cover of the back grinder which concerns on this invention. It is a perspective view which shows the back surface of the cover in the back grinder which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Stand 2 Caster 3 Case 4 Input port 5 Lid 6 Delivery chute 7 Rotating tooth blade 7a Tooth blade group 7b Small hole row 8 Outflow space 9 Motor 10 Gutter-shaped guide plate 10a Inner curved plate 10b Outer curved plate 10c Outer Curved plate end 11 Handle 12 Gutter-like space 13 Gap 20 Workpiece 21 Workpiece

Claims (2)

A cylindrical case that is provided with a delivery chute at the lower end and is supported in an inclined state on the stand, and is installed in the case so as to be rotatable with an appropriately spaced outflow space between the case inner surface and the case. A rotating tooth blade, a motor that is installed on the stand and rotationally drives the rotating tooth blade, and a charging port that opens toward the inside of the rotating tooth blade on the upper surface. It consists of a lid with a guide plate that extends adjacently downwards
A work piece introduced into the rotary tooth cylinder from the insertion port is formed by the guide plate and the inner surface of the rotary tooth cylinder by centrifugal force accompanying the rotation of the rotary tooth cylinder. It is guided into the space where it is held down by the end of the guide plate, and then the back and grate processing is performed by the tooth blade group on the inner surface of the rotating tooth cylinder, and the generated workpiece is immediately rotated. A reverse grinder characterized by flowing out from the small hole array formed in the rotating tooth blade cylinder to the outflow space and being collected by centrifugal force due to rotation of the tooth blade cylinder.   The guide plate is formed by joining the ends of two curved plates, the inwardly curved plate located inward is disposed along the inlet, and the outward curved plate located outward is 2. The reverse grinder according to claim 1, which is disposed so as to form a bowl-like space between the inner surface of the rotary tooth cylinder.

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