JP5202553B2 - Grated equipment - Google Patents

Description

  The present invention relates to a grated apparatus that can efficiently grate stick-shaped vegetables such as radishes and long bean into a grated product.

  In food factories, large restaurants, supermarkets, etc., there are cases where a large amount of grated daikon products such as radish and ginger is required. For this purpose, grated equipment for automatically and efficiently grated radishes etc. Is required. As such an apparatus, for example, a grated apparatus described in Japanese Patent Application Laid-Open Nos. 8-322745 and 2007-159888 has been proposed.

  However, since many of these conventionally proposed grated apparatuses are suitable for small-scale production, a large amount of grated daikon products such as daikon radish is actually required as in food factories, large restaurants, supermarkets, etc. As a device used in this case, it is not possible to cope with it sufficiently.

JP-A-8-322745 JP 2007-159888 A Japanese Patent Laid-Open No. 2003-340783

  As described above, the conventionally proposed automatic grated radish device is used for applications where a large amount of grated radish is required, such as in food factories, large restaurants, and supermarkets. I couldn't. SUMMARY OF THE INVENTION It is an object of the present invention to provide a grated apparatus that can automatically and efficiently produce a grated product of foodstuffs such as radishes and can sufficiently meet the above demand for mass production while having a compact configuration. And

  The invention according to claim 1 for solving the above-mentioned problems includes a main body case that is provided with a chute for letting a grated product flow out at a lower end portion thereof and is installed in an inclined state on a stand, and in the main body case in the main body case. A stationary tooth cylinder that is fixedly disposed with a discharge gap between the side surface and a driving shaft that protrudes through the center of the main body case and the stationary tooth cylinder below the main body case. A drive motor, a rotary blade attached to a drive shaft projecting from the central portion of the stationary tooth blade cylinder, and an input port for feeding grated vegetable ingredients, and is mounted on the main body case A tooth blade group including a small hole forming portion is formed on the inner surface of the stationary tooth cylinder, and the rotary blade rotates along a plane parallel to the inner bottom surface of the stationary tooth blade cylinder. A cutting blade and a cutting blade A feeding member that boosts the vegetable food material that has been cut into pieces along with the rotation of the cutting blade, and the vegetable food material that has been cut into pieces is rotated while being pushed by the feeding member as the cutting blade rotates. It is lowered by being pressed against the tooth blade group on the inner surface of the stationary tooth cylinder by the accompanying centrifugal force and discharged from the small hole on the inner surface of the stationary tooth blade cylinder to the discharge gap. It is a grated device.

  In a preferred embodiment, the rotary blade includes a base, a shaft cylinder that is disposed at the center of the base and is fitted to the drive shaft, a blade mounting plate that is erected on an end of the base, and It consists of the said cutting blade fixed to the upper end of a blade mounting plate, and the said blade mounting plate serves as the said pushing member. Moreover, it is preferable that the blade mounting plate is provided symmetrically with respect to the shaft cylinder, and the insertion port has a long cylindrical shape and is provided with one or a plurality.

  The grated apparatus according to the present invention is as described above, and according to the present invention, the vegetable ingredients for grated radish and the like can be simply fed into the input port in the form of a rod without separate round processing. It is possible to automatically mass-produce grated products efficiently, and it is not necessary to carry out the wheel cutting work in a separate process and to move from the wheel cutting process to the grated process. There is an effect that consideration of the surface is unnecessary.

  In addition, the grated work is done at the same time so that several thin slices such as radishes overlap, but the grated material is grated so that it can be efficiently and quickly carried out. In addition, there is an effect that the entire apparatus can be configured compactly.

It is a perspective view which shows the example of an external appearance of the grated apparatus which concerns on this invention. It is a disassembled perspective view of the grater apparatus which concerns on this invention. It is a perspective view of the state where the lid of the grated apparatus concerning the present invention was removed.

  A 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 configuration of a grated apparatus according to the present invention. The grated apparatus typically includes a caster 2 and is movable, and a cylindrical shape installed on the stand 1. Main body case 3 and a lid 5 provided with an inlet 4 to be attached to the main body case 3. Reference numeral 20 denotes an operation panel.

  The main body case 3 is installed on the stand 1 in an inclined state, and a portion located at the lowest position of the main body case 3 in the inclined state is opened, and the grated radish and other grated articles are provided there. The chute 6 is installed downward.

  Although the number of the inlets 4 installed in the lid 5 may be one, it is preferable that they are symmetrically arranged as shown in the drawing from the viewpoint of work efficiency. Since the food material to be processed by this apparatus is a rod-like vegetable such as a radish, the insertion port 4 has a long cylindrical shape. A handle 7 for gripping at the time of detachment or the like is attached to the lid 5, and a fastener 8 for locking the lid 5 is attached to the main body case 3.

  As shown in FIGS. 2 and 3, the stationary tooth cylinder 10 in the center of the main body case 3 holds a sufficiently wide discharge gap 12 between the outer peripheral surface and the inner peripheral surface of the main body case 3. Installed. The inner side surface of the stationary tooth blade cylinder 10 is processed into a grater state having a grated tooth blade protruding inward, and a part of the tooth surface is formed with a small hole that passes from the inside to the outside. The blade row 11 is used.

  The discharge gap 12 is an outflow area for a grated product such as a radish that is grated by a tooth blade and discharged from a small hole of the tooth blade row 11 by centrifugal force due to the action described later. Since the bottom surface of the discharge gap 12 (inner bottom surface of the main body case 3) is inclined downward toward the chute 6, the grated material discharged into the discharge gap 12 flows down along the inclined bottom surface, and the chute 6 And is collected in a collection container (not shown).

  A motor case 9 for disposing a drive motor is connected to the lower side of the main body case 3, and the drive shaft 13 of the drive motor is connected to the central portion of the bottom surface of the main body case 3 and the stationary tooth cylinder 10. It goes out (see FIG. 2). A rotary blade 15 is attached to a drive shaft 13 of a drive motor that protrudes from the center of the stationary tooth cylinder 10.

  The rotary blade 15 includes a base 16, a shaft cylinder 17 disposed at the center of the base 16, a blade mounting plate 18 provided symmetrically with respect to the shaft cylinder 17 at the end of the base 16, and a blade mounting The cutting edge 19 is fixed to the upper end of the plate 18 (see FIG. 2). The rotary blade 15 is fixed to the drive shaft 13 by mounting the shaft cylinder 17 on the drive shaft 13. For example, the locking pin 21 protrudes from the drive shaft 13 and is engaged with a locking groove 22 formed on the peripheral surface of the shaft cylinder 17. The locking groove 22 has a T shape or an inverted L shape extending upward from the lower end of the shaft cylinder 17 and extending laterally in the middle.

  The blade mounting plate 18 also serves to push the cut food such as radish cut as described later, and when the rotary blade 15 is mounted on the drive shaft 13, the outer side of the blade mounting plate 18 is stationary. The positional relationship is such that the inner peripheral surface of the tooth barrel 10 is close to the inner peripheral surface with a slight gap. The cutting blade 19 rotates along a plane parallel to the inner bottom surface of the stationary tooth blade cylinder 10. In the illustrated example, the cutting blades 19 (blade mounting plates 18) are arranged symmetrically in a pair, but there may be only one.

  In the above configuration, when the drive motor is started and the rotary blade 15 is rotationally driven via the drive shaft 13, the cutting blade 19 rotates at high speed horizontally around the drive shaft 13. In that state, when a rod-like vegetable ingredient such as radish is introduced vertically into the insertion slot 4, the ingredient such as radish falls by its own weight, is thinly cut into pieces by the rotating cutting blade 19 and falls below the cutting blade 19. . The thin cut food material that has been thinly cut into pieces and falls below the cutting blade 19 is pushed against the blade mounting plate 18 in the middle of the fall, and is moved outwardly by centrifugal force while moving to the inner peripheral surface of the stationary tooth blade cylinder 10 that is close. It is pressed and grated by the toothbrush. This grated work is performed simultaneously so that several thin sliced foods overlap each other, but since the food is cut into rounds, the grate processing is performed quickly and efficiently.

  The grated product that has been grated as described above is immediately discharged through the small holes of the tooth blade row 11 formed in the stationary tooth blade cylinder 10 by the centrifugal force accompanying the rotation of the rotary blade 15. It is discharged into the gap 12 and flows down along the bottom surface of the discharge gap 12 by its own weight, and is recovered from the chute 6.

  As described above, according to the apparatus of the present invention, the grated vegetable food material such as radish can be automatically grated by simply feeding it into the inlet 4 in the form of a rod without separately cutting it. It can be manufactured, and not only is it unnecessary to carry out the wheel cutting work in a separate process and the time to move from the wheel cutting process to the grated process, but also there is no need to consider sanitary aspects during the transition.

  Further, by making the lid 5 detachable with respect to the main body case 3, the lid 5 is removed in a timely manner to clean the inside of the main body case 3, or the stationary tooth cylinder 10 and the rotary blade 15 are cleaned or replaced. The work can be easily performed, and the apparatus can be used for a long time while being kept in a clean state.

  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.

DESCRIPTION OF SYMBOLS 1 Stand 2 Caster 3 Main body case 4 Input port 5 Lid 6 Chute 7 Handle 8 Fastener 9 Motor case 10 Stationary tooth blade cylinder 11 Tooth blade row 12 Discharge gap 13 Drive shaft 15 Rotary blade 16 Base 17 Shaft tube 18 Blade mounting plate 19 Cutting blade 20 Operation panel 21 Locking pin 22 Locking groove

Claims (4)

A lower case is provided with a chute for letting the product flow down, and is fixedly arranged with a discharge gap between the main body case installed in an inclined state on the stand and the inner surface of the main body case. A stationary tooth cutter, a drive motor disposed below the main body case so that a drive shaft protrudes through a central portion of the main body case and the stationary tooth blade cylinder, and the stationary tooth blade It consists of a rotary blade attached to the drive shaft protruding from the center, and a lid that is equipped with an insertion port for charging grated vegetable ingredients and is mounted on the main body case,
Tooth blade group including a small hole forming portion is formed on the inner surface of the stationary tooth cylinder,
The rotary blade includes a cutting blade that rotates along a plane parallel to the inner bottom surface of the stationary tooth cylinder, and pushes the vegetable food material rounded by the cutting blade as the cutting blade rotates. Comprising a member,
The vegetable food material that has been cut into circles is lowered by being pressed against the tooth blade group on the inner surface of the stationary tooth blade cylinder by centrifugal force accompanying the rotation while being pushed back by the feeding member as the cutting blade rotates. The grated apparatus is characterized in that it is discharged from the small hole on the inner surface of the stationary tooth cylinder into the discharge gap.   The rotary blade includes a base, a shaft cylinder that is disposed at the center of the base and is fitted to the drive shaft, a blade mounting plate that is erected on an end of the base, and an upper end of the blade mounting plate. The grated apparatus according to claim 1, comprising the cutting blade to be fixed, and the blade mounting plate also serving as the feeding member.   The grater apparatus according to claim 2, wherein the blade mounting plates are symmetrically arranged opposite to each other about the shaft cylinder.   The grater apparatus according to any one of claims 1 to 3, wherein the charging port has a long cylindrical shape and is provided with one or a plurality of the inlets.

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