JP2011031367A - Julienning device of root vegetable - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a julienning device capable of vertically placing root vegetables and solving a problem that a plurality of root vegetables cannot be simultaneously supplied in a conventional julienning device wherein a julienning blade (a comb blade and a straight blade) vertically moving and a diving cutter are arranged on a front surface of a casing, a sizing cutter is provided on an upper side of the dividing cutter, a pressing block body pressing and supplying root vegetables toward the dividing cutter is provided so as to move backward/forward, block bodies of the root vegetables divided by the dividing cutter are formed and cut into fine strips by the julienning blade. <P>SOLUTION: The julienning device includes a second cutter means composed of a section performing a second processing of julienning, and two cutters; a throw-in chute, a first cutter means performing a first processing, a pressing means pressing root vegetables under a supplying port toward the first cutter means, a moving means actuating the pressing means, a second driving portion driving the moving means, a first driving portion operating the second cutter means, and a door blocking the supplying port. The julienning device of the root vegetables is configured so as to make the door synchronize with the pressing means. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  The present invention relates to a shredding device for root vegetables (processed products) such as radish, carrot, pepper and beef meal.

  As this kind of root vegetable shredding apparatus is being automated, there is a reference invention in the literature, which will be described below.

  Document (1) is a “pinch device” disclosed in Japanese Patent Application Laid-Open No. 2005-324298. In this invention, a pinch blade (comb blade and linear blade) that moves up and down is provided on the front surface of the casing. A split cutter is arranged to be opposed, a fixed size cutter is provided above the split cutter, and a pressure block body that presses the root vegetables toward the split cutter is provided so as to be able to move back and forth. The root vegetable block body is formed and cut by the cutting blade. The present invention cuts with a conventional constant cutter, so that the constant size of the cutting is divided into the dimensions of the split cutter. It is characterized by being able to process a plurality of choppings by modification. However, this document (1) has a structure in which root vegetables are placed, and it is impossible to supply a plurality of root vegetables at the same time. Therefore, it is not suitable for short root vegetables. In addition, since a drive unit is required immediately below the trimming, it may be considered that it takes time to accommodate the final trimming and lack of consideration for safety.

  Further, Document (2) is “Root Vegetable Shredding Device” disclosed in Japanese Patent Application Laid-Open No. 2008-284627, and this invention is an improvement of Document (1) as described in [0002] of the specification, and has a structure. This is to simplify the process. Specifically, there is a problem [0003]. Therefore, this document (2) is characterized in that the cutting blade has a two-stage upper and lower structure for efficient cutting and that no cut portions remain between the comb blades of the cutting blade. . However, this document (2) has a problem almost the same as the document (1) described above.

  Further, Document (3) is an “automatic shreddering device for burdock” disclosed in Japanese Patent Laid-Open No. 4-33196. This invention includes a burdock conveying means, a stopper provided at a leading end of the conveying means, and the stopper. A cutting blade that cuts the burdock stopped from above, a comb blade that is positioned in front of the cutting blade in the traveling direction and reciprocates, and an extrusion member that pushes the burdock up to the comb blade. Its feature is that it has relied on human labor and automated shredding. However, the present invention has a simple comb blade structure, which is a quasi-chopping sensation, and is considered to have a finished sensation different from the original chopping.

JP-A-2005-324298 JP 2008-284627 A JP-A-4-33196

  The document (1) and the document (2) have a feature that can be shredded. However, it is considered that the above-described structure is not suitable for continuously stripping a plurality of root vegetables. In addition, it is conceivable that safety considerations are lacking due to the presence of the drive unit immediately below the comb blade. Since this document (1) and document (2) have a structure in which root vegetables are placed in a bowl, the posture of the bowl is not stable, and it is difficult to set several at the same time, and the efficiency is poor. In addition, there are generations of chips or defective scraps, and there are problems such as waste of materials and deterioration of quality.

  Further, in Document (3), the comb blade has a single structure, which is a pseudo shredding sensation, and it is considered that the finished sensation is different from the original shredding.

  Invention of Claim 1 is a structure which cuts root vegetables through the 2nd cutter means which consists of a comb blade and a flat blade, and the 1st cutter means which consists of a split blade. ) To form a beautiful and well-shaped shredded product by mechanical means, and to produce a shredded product that does not generate waste (a shredded product whose shape cannot be ensured) in a short time. Intended. In the invention of claim 1, the second cutter means is configured to slide on one surface of the frame, and the first cutter means is disposed on the other surface and opposite the second cutter means. It is a structure to be provided, and it is intended that the finished shredder can be taken out safely and that it contributes to work safety. Furthermore, the invention of claim 1 is configured to synchronize the operation of the door that closes the supply port and the pushing means, and intends to supply a plurality of root vegetables to the charging chute.

  In the first aspect of the present invention, the frame has a cut portion for performing a second processing, a second cutter means including two sets of blades, and a first cutter means for performing the first processing toward the second cutter means. A charging chute for receiving the processed material provided on the first cutter means, a pressing means for pressing the processed material provided below the supply port of the charging chute toward the first cutter means, and the pressing There is provided a moving means that operates the means, a second driving part that drives the moving means, a first driving part that operates the second cutter means, and a door that closes the supply port, and the door is pushed in This is a root vegetable shredding device that is configured to synchronize with the means.

  The invention of claim 2 achieves the intent of claim 1 and provides a sliding plate, a pushing means, and a door structure that shields the supply port of the input chute, which is optimal for achieving the intent. Intended to do. The invention of claim 2 is that a plurality of small root vegetables such as carrots, pepper and / or thin beef bowls, such as carrots and beef bowls, are introduced into the case from the introduction chute. It is intended to continuously cut the plurality of pieces into pieces, to enable efficient cutting.

  According to a second aspect of the present invention, a sliding plate having a cut edge, a comb blade and a flat blade is attached to one surface of a guide plate provided on the front surface of the frame, and the sliding plate is provided by a first driving unit provided on the frame. The guide plate is slidable in the longitudinal direction, and a split blade case having a split blade is detachably provided on the other surface of the guide plate, and a pushing head is provided so as to face the split blade case. The pushing means comprises an operating means provided on the rear surface of the frame, a moving means and a second drive unit, and can be moved forward and backward toward the split blade case. A root vegetable shredding device configured to shield the supply port of the input chute provided in the frame with a door provided in the means and to be able to incorporate a supply mechanism for sequentially supplying root vegetables to the input chute. .

  The invention of claim 3 is intended to achieve the intention described in claim 1, to provide a structure of a sliding plate and a guide plate that is optimal for achieving this intention, and the like.

Claim 3 is a shredder device for root vegetables according to claim 2,
A sliding plate having a cut surface, a comb blade, and a flat blade on one surface of the guide plate is guided by guide pieces protruding above and below the guide plate, and the sliding plate slides in the longitudinal direction. In addition, this guide plate is a root vegetable shredding device configured to open a window through which the divided root vegetables are extruded after the first processing of the root vegetables.

  The invention of claim 4 is intended to achieve the intention of claim 1 and to provide a structure of a split blade case in which a plurality of split blades are set optimally to achieve this intention.

Claim 4 is the root vegetable shredder apparatus according to claim 2,
The split blade case is configured such that the rising wall surface of the guide plate is mounted on the other surface of the guide plate, and can be attached and detached by holding and releasing with a mounting link provided on the upper side in the short direction. This is a shredder device for root vegetables.

  The invention of claim 5 achieves the intention of claim 1, the linked relationship between the pushing means and the moving means, and the individual structures of the pushing means and the moving means, which are optimal for achieving the intention. Is intended to provide.

Claim 5 is a shredder device for root vegetables according to claim 2,
The pushing means is made of a resin push block having a slit for entering the cutting blade, and a block support to which the push block is attached and detachable,
Further, the moving means is a root vegetable shredding device comprising a rack gear provided on the block support, a pinion meshing with the rack gear, and an output shaft of a second drive unit provided with the pinion. .

  The invention of claim 6 achieves the intention described in claim 1, and is an optimum structure for achieving the intention. The connection chute and the linked relationship of the case and the individual structures of the case and the pushing block are as follows. It is intended to be provided.

Claim 6 is a shredder device for root vegetables according to claim 2,
A case having an opening aligned with the supply port is provided below the charging chute, the push block can be inserted into the case, and a cut groove provided in the case and a cut of the push block are provided. The root vegetable stripping device is configured such that the groove matches and the protrusion provided on the side surface of the case is fitted to the rail provided on the frame.

  The invention of claim 7 achieves the intent of claim 1, a sliding plate, a guide plate, sliding means for the sliding plate, and a sliding plate that are optimal for achieving the intent. It is intended to provide the individual structure of the guide plate, etc.

Claim 7 is a shredder device for root vegetables according to claim 2,
A sliding plate provided with a cut surface, a comb blade and a flat blade, and a discharge chute on one surface of the guide plate, with the guide plate projecting above and below the guide plate as a guide, The configuration that slides in the direction is a root vegetable shredding device that includes a flywheel provided on a frame and an output shaft of a motor that transmits power to the flywheel.

  According to the first aspect of the present invention, the frame has a cut for performing a second cutting process, a second cutter means including two sets of blades, and a first cutter performing a first process toward the second cutter means. Means, an input chute for receiving the processed material provided on the first cutter means, a pressing means for pressing the processed material provided below the supply port of the input chute toward the first cutter means, and operating the pressing means Root vegetables configured to synchronize the door with the pushing means, provided with a moving means for driving, a second driving part for driving the moving means, a first driving part for operating the second cutter means, and a door for closing the supply port It is a kind of shredding device.

  Therefore, Claim 1 is a structure which cuts root vegetables through the 2nd cutter means which consists of a comb blade and a flat blade, and the 1st cutter means which consists of a split blade. )), A beautiful and well-shaped shredder that can be formed by mechanical means, and a shredder that does not generate waste (a shredder whose shape cannot be secured) can be produced in a short time. Have. In the first aspect of the present invention, the second cutter means is configured to slide on one surface of the frame, and the first cutter means is provided on the other surface so as to face the second cutter means. There are practical benefits such as being able to take out the finished shredded safely and contributing to work safety. Further, the present invention is characterized in that the door closing the supply port and the operation of the pushing means are synchronized, and a plurality of root vegetables can be supplied to the charging chute.

  According to a second aspect of the present invention, there is provided a first drive unit in which a sliding plate provided with a cut, a comb blade and a flat blade is attached to one surface of a guide plate provided on the front surface of the frame, and the sliding plate is provided on the frame. The guide plate is slidable in the longitudinal direction, and a split blade case with a split blade is detachably provided on the other surface of the guide plate, and a pushing head is provided to face the split blade case. Pushing means is provided, and the pushing means can be moved forward and backward toward the split blade case by using the operation means provided on the rear surface of the frame, the moving means and the second drive unit, and is a door provided on the pushing means. The root vegetable shredding device has a configuration in which the supply port of the input chute provided in the frame is shielded, and a supply mechanism for sequentially supplying root vegetables to the input chute can be incorporated.

  Therefore, Claim 2 can provide the structure of the door that can achieve the intention described in Claim 1 and that is optimal for achieving the intention, and that covers the sliding plate, the pushing means, and the supply port of the charging chute. , Etc. In addition, since a plurality of small root vegetables such as carrots, pepper and / or thin beef bowls, such as carrots and beef bowls, are introduced into the case from the introduction chute, Therefore, there are practical benefits such as continuous cutting and efficient cutting.

The invention of claim 3 is a shredder device for root vegetables according to claim 2,
A sliding plate provided with a cut surface, a comb blade and a flat blade on one side of the guide plate, with the guide pieces protruding above and below the guide plate as a guide, the sliding plate slides in its longitudinal direction, and The guide plate is a root vegetable shredding device configured to open a window through which the divided root vegetables are extruded after the first processing of the root vegetables.

  Accordingly, the third aspect is characterized in that the intention described in the first aspect can be achieved, and a structure of a sliding plate and a guide plate that is optimal for achieving the intention can be provided.

The invention of claim 4 is a shredder device for root vegetables according to claim 2,
The split blade case is a root vegetable with a structure in which the rising wall surface is provided on the other side of the guide plate and can be attached and removed by holding and releasing with a mounting link provided on the upper side in the short direction. This is a shredding device.

  Accordingly, the fourth aspect has the characteristics that the intention described in the first aspect can be achieved, and the structure of a split blade case in which a plurality of split blades are set optimally for achieving the intention can be provided.

The invention of claim 5 is a shredder device for root vegetables according to claim 2,
The pushing means consists of a resin pushing block having a slit for entering the cutting blade, and a block support on which the pushing block is attached and removable.
The moving means is a root vegetable shredding device comprising a rack gear provided on the block support, a pinion meshing with the rack gear, and an output shaft of the second drive unit provided with the pinion.

  Accordingly, the fifth aspect of the present invention is capable of achieving the intention described in the first aspect, the linked relationship between the pushing means and the moving means, and the individual structures of the pushing means and the moving means, which are optimal for achieving the intention. There are features such as being able to provide.

The invention of claim 6 is a shredder device for root vegetables according to claim 2,
A case with an opening that aligns with the supply port is provided on the lower side of the charging chute so that the push block can be inserted into the case, and the groove provided in the case matches the groove of the push block. This is a root vegetable shredding device in which the protrusions provided on the side surfaces of the frame are configured to fit into the rails provided on the frame.

  Thus, claim 6 provides the ability to achieve the intent of claim 1, the optimum connection chute, the linked relationship of the case, and the individual structure of the case and the push-in block that is optimal for achieving this intention. It has features such as being able to do so.

Claim 7 is a shredder device for root vegetables according to claim 2,
A sliding plate with a cut surface, comb blades and flat blades, and a discharge chute on one side of the guide plate uses the guide pieces protruding above and below the guide plate as a guide, and the sliding plate slides in the longitudinal direction. The structure to do is a shredder device for root vegetables composed of a flywheel provided on the frame and an output shaft of a motor that transmits power to the flywheel.

  Accordingly, the seventh aspect can achieve the intention described in the first aspect, and the sliding plate, the guide plate, the sliding means of the sliding plate, and the sliding plate, which are optimal for achieving the intention. It is possible to provide an individual structure of the guide plate, etc.

1 is a partial overhead view of the first embodiment of the present invention (a series). 1 is an overall overhead view of the rear view of FIG. Plan view of FIG. An enlarged bird's-eye view showing the main part of the first cutter means, the second cutter means, the pushing means, and the moving means showing the first embodiment of the present invention. An enlarged overhead view of the comb blade and the flat blade of the first embodiment shown in FIG. Overall view from the back of Fig. 4-1. An enlarged overhead view showing the main part of the pushing means, case, and moving means showing the first embodiment of the present invention. Exploded overhead view of pushing means showing the first embodiment of the present invention The first cutter means showing the first embodiment of the present invention, the second cutter means, and an overhead view of the guide plate of the frame The first cutter means showing the first embodiment of the present invention, the second cutter means, and an exploded overhead view as seen from the back of the guide plate of the frame The first cutter means showing the first embodiment of the present invention, the second cutter means, and an exploded overhead view in front view of the frame guide plate In 1st Example of this invention, the enlarged side surface schematic diagram which showed the front | ramp stage which pushes root vegetables (daikon radish) supplied in the case toward the 1st cutter means with a pushing means. FIG. 9A is an enlarged schematic side view showing a state where the pushing means further pushes in. 9-2, an enlarged schematic side view showing a state in which the first processing is performed by the first cutter means. In FIG. 9-3, after performing a 1st process with a 1st cutter means, a 2nd process is performed with a 2nd cutter means, and the enlarged side surface schematic diagram which showed the household where a shredder is manufactured Overall overhead view of the second embodiment (double) of the present invention as viewed from the front 1 is an overall overhead view of the rear view of FIG. Plan view of FIG.

  First, FIGS. 1 to 9-4 show a first embodiment (a series of shredding devices) of the present invention, and its structure will be described. In the figure, reference numeral 1 denotes a frame (casing). A guide plate 2 is erected on the upper surface 1a of the frame 1 in the longitudinal direction X thereof. On the guide plate 2, guide pieces 200 and 201 are projected on the upper and lower sides (projected in the lateral direction Y of the frame 1). Between the guide pieces 200 and 201, a sliding plate 3 that moves forward and backward (to move back and forth) in the longitudinal direction X is provided. One surface (front surface) of the sliding plate 3 is provided with a cut 300, and the comb blade 4 and the flat blade 5 are provided so that the cut 300 is opposed in the longitudinal direction X. The comb blade 4 is detachably attached to the one open end 300a of the cut end 300 through an attachment case 4a. The comb blade 4 has the same structure as that of the conventional structure. For example, as shown in the figure, a large number of blade pieces are provided at regular intervals in the drawing in the vertical direction. The comb blade 4 is attached to the one open end 300a through an attachment case 4a. The flat blade 5 is a single blade and is detachably attached to the other open end 300b of the cut end 300. The sliding plate 3 is longitudinally connected to the flywheel 7 provided on the frame 1, the motor 8, and the shaft 10 provided between the flywheel 7 and the sliding plate 3 via the (first driving unit). The structure moves back and forth in the direction X. The comb blade 4 and the flat blade 5 constitute a second cutter means for performing a second process for shredding. The comb blade 4 and the flat blade 5 are reciprocated in the longitudinal direction X along the guide pieces 200 and 201 of the guide plate 2 together with the sliding plate 3 so that the shredder A is continuously manufactured. The The flywheel 7, the motor 8, and the shaft 10 constitute a first drive unit.

  In the figure, reference numeral 11 denotes a shooter provided below the cut 300 of the sliding plate 3. Then, the shredded W discharged from the cut 300 is received from the shooter 11 and guided to the accommodating portion 100.

  A split blade case 12 (first cutter means) having a plurality of split blades 1200 is detachably provided on the other surface (rear surface) of the sliding plate 3. That is, the split blade case 12 is provided at a position corresponding to the opening 202 of the guide plate 2 (the direction of the short direction Y), and firstly processes the radish supplied in the case described later. For example, the radish housed in the state of lying in the longitudinal direction X is to be cut into circles. And it is this invention that this radish piece cut into pieces is cut into pieces by the second cutter means. The split blade case 12 is provided with a notch portion 1202 on one rear wall surface 1201 on the rear side, and the attachment link 13 pivotally attached to the other surface of the guide plate 2 is held in the notch portion 1202. Thus, the split blade case 12 is attached to the other surface of the guide plate 2. Further, it is desirable to insert the other rising wall surface 1203 behind the split blade case 12 into an insertion piece (not shown) of the guide plate 2. Note that a gap (not shown) into which the rising wall surface 1201 can be inserted is provided between the attachment link 13 and the other surface. In the figure, reference numeral 1300 denotes a knob provided on the attachment link 13. Note that the split blade case 12 can be freely changed by holding the attachment link 13, so that, for example, various split blade cases 12 are detachably provided to adjust the interval of the split blade 1200. That is, the thickness of the radish can be freely changed. And the convenience in washing | cleaning, cleaning, etc. is ensured by making the split blade case 12 detachable.

  In the figure, reference numeral 20 denotes a hollow case. The case 20 is provided between a pair of bases 21 provided on the frame 1, and a supply port 2200 of the charging chute 22 is provided in an opening 2000 provided on the upper surface of the case 20. It is connected continuously. Accordingly, the radish charged (supplied) to the charging chute 22 has a structure that reaches the case 20 from the supply port 2200. In the case 20, a push block 24, a block support 25 that supports the push block 24, a part of moving means 27 that controls the movement of the block support 25, and the block support 25 A door 28 (opening / closing plate) provided in the rear (rear Y1 in the lateral direction Y) is accommodated. Therefore, the pushing block 24, the block support 25, and the door 28 are moved in the forward direction (forward Y2 in the short direction Y) and moved backward by the movement of the moving means 27. Movement (reverse transition) in the direction (rearward Y1 in the short direction Y) can be achieved. Moreover, it is a structure which pushes the radish supplied in the case 20 in front Y2 of the case 20 by this advance transition. At this time, the supply port 2200 is closed with the door 28 to prevent, for example, the radish from being accidentally charged. A cut groove 2400 into which the split blade 1200 can enter is provided in the end surface (Y1 direction) of the pushing block 24 in the rear Y1 direction. The push block 24 is detachably provided on the block support 25, and can be changed to a push block 24 in which the interval of the kerf 2400 is different, can correspond to the number of split blades 1200, etc. A structure that allows free handling. A front end opening 2001 is provided in front of the case 20, and the front end opening 2002 is provided with a kerf 2002 into which the first cutter means (split blade 1200) is inserted. The kerf 2001 is provided in consideration of a state in which the case 20 is shifted to the forward limit for cleaning when the case 20 is cleaned. Note that the case 20 has a lateral direction Y and a horizontal direction of the upper surface 1a of the frame 1 by utilizing the fitting of the protrusions 2003 provided on the side surface thereof with the rail 2004 provided on the frame 1 or the base 21. Move forward and backward.

  An example of the moving means 27 will be described. A rack gear 2700 provided on the base 21 or the upper surface 1a of the frame 1, a pinion (not shown) meshing with the rack gear 2700, and a speed reducer for driving the pinion are provided. The motor 2701 (second drive unit) is configured to be attached to the base of the block support 25. Therefore. When the motor 2701 rotates and the pinion rotates, the block support 25, the door 28, the motor 2701, and the pinion have a structure that self-travels using the rack gear 2700 as a guide. The rack gear 2700 or the fixing member such as the case 20 or the frame 1 is provided with a proximity switch 2702, the self-propelled block support 25, the door 28 or the like is provided with a dog 2703, and the self-propelled block support. 25, the door 28, etc. stop at the forward limit and / or the backward limit. In addition, the charging chute 22 is provided with a sensor 2201. For example, when a manual operation is detected, the device is stopped to ensure its safety.

  In the drawing, reference numeral 30 denotes a conveyor for feeding (supplying) radishes to the feeding chute 22, which includes a chain 31 suspended between a pair of gears and a number of receiving plates provided between the chains 31. 32 and a motor (not shown) for driving the chain 31. A hopper 33 (a saucer) is provided at the lower end of the conveyor 30, and small root vegetables such as radish or small-diameter carrot, pepper and / or a thin beef bowl are put into the hopper 33. In this charging, care should be taken in order to prevent the bridge from entering the hopper 33. For example, thick and large root vegetables such as radishes, in principle, one by one, and small root vegetables such as carrots, pepper and beef bowl as a general rule, put several in a row and sequentially into the hopper 33. Accommodate. In principle, the radish contained in the hopper 33 is one by one, and several small root vegetables such as carrots, pepper and gyudon are put together and put into a chute sequentially through a number of receiving plates 32. When the supply port 2200 of the charging chute 22 is released, for example, radish is charged one by one. For example, when the introduced radish reaches the inside of the case 20 from the supply port 2200, the pushing block 24 advances by the operation of the moving means 27, and the radish is sequentially pushed into the tip opening 2001 of the case 20. The supply port 2200 is closed by the door 28. When the door 28 is closed, the conveyor 30 operates, and the next radish is conveyed to the door 28 of the charging chute 22. On the other hand, the radish that has been pushed into the tip opening 2001 is moved forward by the movement of the pushing block 24 in order by the movement of the moving means 27. The second cutter means sequentially cuts into pieces. Then, the pushing block 24 at the forward limit is retracted by the operation of the moving means 27, and the door 28 is also simultaneously retracted, so that the supply port 2200 of the charging chute 22 is released. It is thrown. Hereinafter, the above operation is repeated.

  Although not shown, the conveyor 30 is provided with a sizing cutter for keeping the length of radish, beef bowl and the like constant. Further, several small root vegetables such as carrots, pepper and beef bowls are gathered together by the receiving plate 32 and supplied from the charging chute 22. Moreover, it pushes into the front-end | tip opening 2001 of case 20 collectively, and is cut into pieces one by one. Others are the same as the radish etc. mentioned above. The conveyor 30 is provided on the base 35, and is set in the shredding device by the movement of the base 35. At the time of this setting, the most advanced receiving plate 32 is directly above the charging chute 22. Further, the movement of the conveyor 30 is structured to be interlocked with the moving means 27.

  10 to 12 show a second embodiment of the present invention (double shredding device), and the structure thereof will be described. The second embodiment has a structure in which the first embodiment is duplicated as described above, and the basics thereof are the same, and the description is omitted. And these duplexes are excellent in manufacturing efficiency.

  In the figure, 40 to 43 etc. are covers.

  Hereinafter, the shredded manufacturing process shown in FIGS. 9-1 to 9-4 will be described. FIG. 9-1 shows that the radish fed through the feeding chute 22 is the opening of the supply port 2200 and the case 20. Via 2000, it is supplied (accommodated) to the bottom surface 20a of the case 20. At this time, there are features such as that the posture is stabilized by being set horizontally, regardless of the size of material, thickness, etc., that several can be set at the same time, and that it is efficient. Thereafter, as shown in FIG. 9-2, the radish is pushed into the front Y2 of the case 20 through the moving means 27 and the opening 2000 and the supply port 2200 are opened to the door. By closing with 28, the input and / or supply of the next radish is stopped. Then, as shown in FIG. 9-3, the first shredding process is started, and the radish is cut in the diameter direction through the split blade 1200 to produce a so-called ring-cut radish piece. Then, as shown in FIG. 9-4, by performing the second treatment on the radish piece, through the comb blade 4 and the flat blade 5, through the cut 300 of the sliding plate 3 and the discharge chute 301, The shredded W is continuously manufactured and stored in the accommodating portion 100 of the frame 1. Although not shown in the drawings, a plurality of small root vegetables such as carrots, pepper and / or thin beef bowls, such as carrots and beef bowls, are introduced into the case 20 from the introduction chute 22, so that they can be moved. It is necessary to operate at a constant speed of 27 and an indentation pressure. In addition, in this example, even a small root vegetable has a small amount of residue (occurrence of chips or defective scraps), stable quality, effective use of resources, or extremely efficient. There are real benefits such as being. Incidentally, by operating the push block 24 at a constant speed and push pressure by the moving means 27, for example, the uniformity and accuracy of the shredding dimensional accuracy are ensured. In addition, there is little residue and it is extremely efficient, and the resources are effectively used.

DESCRIPTION OF SYMBOLS 1 Frame 1a Upper surface 100 Accommodating part 2 Guide plate 200 Guide piece 201 Guide piece 202 Opening 3 Sliding plate 300 Cut end 300a One open end 300b Other open end 301 Discharge chute 4 Comb blade 4a Mounting case 5 Flat blade 7 Flywheel 8 Motor 10 Shaft 100 Housing 11 Shutter 12 Split blade case 1200 Split blade 1201 Rising wall surface 1202 Notch 1203 Rising wall surface 13 Mounting link 20 Case 20a Bottom surface 2000 Opening 2001 Tip opening 2002 Cutting groove 2003 Projection 2004 Rail 21 Base 22 Loading chute 2201 Sensor 2200 Supply port 24 Push block 2400 Groove 25 Block support 27 Moving means 2700 Rack gear 2701 Motor 2702 Proximity switch 2703 Dog 2 Door 30 conveyor 31 chains 32 receive plate 33 hopper 35 base 40 cover 41 cover 42 cover 43 cover X longitudinal direction Y shorter direction Y1 rear Y2 front W shredded

Claims (6)

  The frame has a cut end for second shredding, second cutter means composed of two sets of blades, first cutter means for first treatment toward the second cutter means, and the first An input chute for receiving the processed material provided on the cutter means, a pressing means for pressing the processed material provided below the supply port of the input chute toward the first cutter means, and a movement for operating the pressing means And a second driving unit for driving the moving unit, a first driving unit for operating the second cutter unit, and a door for closing the supply port, and the door is synchronized with the pushing unit. A shredder device for root vegetables.   A sliding plate provided with a cut, a comb blade and a flat blade is attached to one surface of the guide plate provided on the front surface of the frame, and this sliding plate is attached to the guide plate by the first drive unit provided on the frame. A slitting blade case having a split blade is detachably provided on the other surface of the guide plate, and a pressing means having a pressing head is provided so as to face the split blade case. The pushing means uses an operating means, a moving means and a second driving portion provided on the rear surface of the frame, and can be moved forward and backward toward the split blade case, and a door provided on the pushing means. Thus, a root vegetable shredding device having a configuration in which the supply port of the input chute provided in the frame is shielded and a supply mechanism for sequentially supplying root vegetables to the input chute can be incorporated. A shredder device for root vegetables according to claim 2,
A sliding plate having a cut surface, a comb blade, and a flat blade on one surface of the guide plate is guided by guide pieces protruding above and below the guide plate, and the sliding plate slides in the longitudinal direction. In addition, a root vegetable shredding device configured to open a window through which the divided root vegetables are extruded after the first processing of the root vegetables is completed on the guide plate. A shredder device for root vegetables according to claim 2,
The split blade case is configured such that the rising wall surface of the guide plate is mounted on the other surface of the guide plate, and can be attached and detached by holding and releasing with a mounting link provided on the upper side in the short direction. A shredder device for root vegetables. A shredder device for root vegetables according to claim 2,
The pushing means is made of a resin push block having a slit for entering the cutting blade, and a block support to which the push block is attached and detachable,
In addition, the root vegetable stripping device is configured such that the moving means includes a rack gear provided on the block support, a pinion meshing with the rack gear, and an output shaft of a second drive unit provided with the pinion. A shredder device for root vegetables according to claim 2,
A case having an opening aligned with the supply port is provided below the charging chute, the push block can be inserted into the case, and a cut groove provided in the case and a cut of the push block are provided. A root vegetable shredding device in which a groove matches and a protrusion provided on a side surface of the case is fitted to a rail provided on the frame.

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