KR100287023B1 - Chopper - Google Patents

Abstract

Regardless of the size or thickness of long cylindrical raw materials, they are uniformly embraced and supported, so that the cutting center can be obtained, smooth cutting can be performed efficiently in a short time, and unnecessary skin of long cylindrical raw materials can be removed. In order to provide an scavenging device, the holding means (2) for forming the supply passage (3) by holding the circumferential portion in the longitudinal direction of the long cylindrical raw material (b), and the raw material ( The peeling means S etc. which are deeply embedded in the skin of b) are provided, and the pressurizing means is applied to the feed means S of the raw material b which directed the press body 32 to the supply path 3 of the raw material b. The feed means 5 of the raw material b directed toward the sieve 32 is pushed at a constant pressure and continuously cut by the knife body 6 at the other end of the holding means 2.

Description

Chopper

1 is a partial longitudinal sectional front view showing the main portion of an example in which peeling means is provided in one embodiment of the slicing device according to the present invention.

FIG. 2 is a plan view traversed by the holding means portion in FIG. 1; FIG.

3 is a plan view traversed by the knife main body in FIG.

4 is an exploded perspective view showing the holding means in FIG.

5 is a plan view showing another example of the holding means in FIG.

6 is an exploded perspective view showing the peeling means in FIG.

FIG. 7 is a plan view showing the peeling means in FIG.

8 is a longitudinal cross-sectional view of FIG. 7.

9 is an explanatory diagram showing an operating state of the peeling means in FIG.

FIG. 10 is an explanatory diagram showing a state after processing of raw materials of the peeling means in FIG. 1; FIG.

FIG. 11 is a side view showing a configuration in which the knife body in FIG. 1 is pulled out. FIG.

FIG. 12 is an explanatory diagram showing a state in which a means for cutting into the apparatus in FIG. 1 is provided. FIG.

13 is a partial vertical front view showing the main part of an example in which a guide is provided as an example of the sash apparatus according to the present invention.

FIG. 14 is an exploded perspective view showing the guide body in FIG. 13; FIG.

FIG. 15 is a plan view showing the guide body in FIG. 13; FIG.

FIG. 16 is a longitudinal cross-sectional view of FIG. 13. FIG.

17 is a front view showing an outline of a conventional grain machine.

<Explanation of symbols for main parts of drawing>

b: long cylindrical raw material b1: raw material skin

1: machine frame 2: holding means

3: supply path 4: operation means

5: transfer means 6: knife body

7: driving means S: peeling means

42: support 43: thin cutting edge

44 pressurization means 47 knife tip

R: guide 70: guide support

71: compression piece 72: guide pressure means

75: pressurization

The present invention relates to a slicing device used to fill long cylindrical vegetables in the food industry and the like.

Background Art [0002] In the food industry, a device for producing sashimi radish for sashimi from long cylindrical vegetables, for example, is known as shown in FIG.

The machine 100 has a knife main body 103 provided with a cutting blade 101 and a cutting blade 102 on one side thereof, and is provided with a locking protrusion 104 which is provided in correspondence with the knife main body 103. The radish presser 105 is attached so that it may be horizontally moved by the conveyance body 107 with a handle 106.

Moreover, when the rotating shaft 108 extended to the rear part of the radish presser 105 is continuously rotated by the motor 109 in one direction, the radish 11 pushed by the knife main body 103 will rotate, and this three By the cutting blade 101, the cutting blade 102, etc., the thin radishes 111 are produced.

In attaching the radish to this apparatus, the worker holds the radish with one hand in a state where the knife main body and the radish presser are opened, and the radish center is felt with a feeling, and is sandwiched between the knife body and the radish presser. This work is hard to center because the radishes are not in the same shape and require skill. Moreover, if the radishes are not bent because they are bent or broken, the centrifugal force of the radishes by the eccentricity Since it is not supported by this apparatus because it is off, the productivity is very poor because only a certain good quality product is used.

Since the locking projection protrudes at the inner end of the radish press to stabilize the radish, when it reaches near the end of cutting, the projection touches the knife body and damages the knife, or it interferes and the radish does not cut to the end. It had various problems such as high cost and waste of materials.

The present invention has been made in order to solve the above-mentioned problems, the holding means for forming a supply path by wrapping and supporting the circumferential portion of the long cylindrical raw material, and the peeling means for cutting the skin of the raw material into the transfer path It is installed at a constant pressure in the feed means of the raw material in which the pressurized body is removed from the supply path of the raw material, and continuously cut by the knife body at the other end of the catching means. It aims to provide a chipping device that can be wrapped uniformly regardless of sound to obtain its cutting center, which enables smooth cutting to be performed efficiently in a short time, and can also remove unnecessary skin of long cylindrical raw materials. have.

Means of the present invention for achieving the above object is a machine frame and a long, attached to the machine frame to form a supply passage wrapped around the longitudinal circumferential portion of the long cylindrical raw material and to be free to move in the centripetal direction. Catching means for cylindrical raw material, operating means for closing and opening the supply path of the raw material connected to the holding means, and conveying means for the raw material directed from the one end of the catching means to the feeder of the raw material toward the pressing body; And a knife main body installed at the other end of the holding means and cutting the raw material pressurized by the conveying means at its cross section, driving means for rotating the knife main body at a constant speed, and installed in the middle of the supply path of the raw material. It is in the construction of an slicing device equipped with a peeling means that is cut into a cuticle by a knife.

In addition, the peeling means includes a retaining body attached to the machine frame, a cutting edge having a knife tip at one end of the blade, and a cutting edge freely rotatably supported on the retaining body at the base of the other end, and a predetermined cutting pressure on the cutting edge. It is provided with a pressing means for giving.

Again, a holding mechanism of a long cylindrical raw material, which is attached to the machine frame and the machine frame, forms a supply passage by wrapping the circumferential portion in the longitudinal direction of the long cylindrical raw material, and is free to move in the centripetal direction; Operation means for closing and opening the complete supply path by connecting to the holding means, operation means for opening at one end of the holding means, and pressurizing element from one end of the holding means to the supply path of raw materials. A feed means for feeding the raw material, a knife main body installed at the other end of the holding means, for cutting the raw material pressurized by the transfer means at its cross section, drive means for rotating the knife main body at a predetermined speed; It is in the structure of the shattering device provided with the guide body etc. which are provided between the holding means and the knife main body in the middle of a supply path of a raw material, and the conveyance guides contact with the outer shell of a raw material.

The above-described guide body includes a guide support attached to the machine frame and a pressurizing portion at one end thereof, and a plurality of the pressurizing portions are directed inwardly in a centripetal shape, and the base of the other end thereof is freely rotated on the guide support. A support piece is provided, and the guide press means etc. which apply this pressure piece to predetermined pressure are provided.

The present invention configured as described above achieves the following operation.

The long cylindrical raw material is supplied to the supply path formed by the holding means attached to the machine frame in the longitudinal direction, and the conveying means is operated to press the raw material against the knife main body side by the press body, When several holding means are moved by the operation means in the centripetal direction, the outer periphery of the raw material is wrapped and supported by these holding means, and the raw material is positioned at the center of the knife main body and the pressing body to be stably supported. .

In addition, by means of the peeling means provided in this channel, a cut of a certain depth in the longitudinal direction can be put in one place or in a future place on the skin of the raw material.

In this state, when the raw material is gradually sent to the knife main body while the knife main body or the holding means is rotated, the raw material is always held at the center position without being wrapped around the support and moving. The chip is continuously cut from the sheet. When the pressing body is transferred by the conveying means as it is cut, it is cut to the final stage of the raw material.

In addition, since the skin of the raw material is cut by the peeling means, the cut skin portion cut into pieces is cut off continuously over the raw material length by the circumferential length when the cutting edge is a single body. In the case where the plural pieces are provided, the pitch of the cutting edges attached to the circumferential length is subdivided and cut off.

In the subsequent process, only the product-shape can be obtained by removing the cutting blades thus cut off.

In addition, between the holding means and the knife body in the middle of supplying the raw material, a guide body for conveying and abutting against the outer shell of the raw material is provided so that the center of the knife body for rotating the raw material passing through the holding means is rotated. Since the raw material is not rotated or rotated at the time of cutting, stable supply is achieved.

Next, an example of implementation of the sash apparatus according to the present invention will be described with reference to the drawings.

Example embodiment of the present invention, using a long cylindrical raw material (b), for example, root stem vegetables such as radishes and carrots, for example, sashimi grains for continuous and automatic mass production.

In FIG. 1, A shows a first embodiment of the slicing device, and the holding means (2, 2 ...) attached to the machine frame (1), and the holding means (2, 2) the operation means 4 for manipulating the interval of the supply passage 3 in association with the ...), the transfer means 5 for sending the raw material b to the supply passage 3, and the raw material b. Basically, the blade body 6, the knife body 6, the drive means 7, and the peeling means S for removing the skin of the raw material b are basically formed, and the raw material b does not rotate. The knife body 6 rotates with respect to the raw material b which is stopped.

The above-mentioned holding means 2 has three or more sets, preferably three sets, in the middle portion of the machine frame 1 formed in the longitudinal length, and its planar form is in a triangular state. Exposed in the longitudinal direction with respect to the conveyance, these holding means (2, 2, 2) wrap and support the longitudinal circumferential portion of the elongated cylindrical raw material (b), so that the raw material (b) can move in the axial direction. The supply path 3 which exists is formed.

Further, the holding means 2, 2, 2 is attached to the center of gravity in the triangular shape so as to be free to move in the centripetal direction.

The holding means 2 is a convex one or a second one, as shown in Figs. 2 and 4, in which the surface in contact with the raw material b is familiar with the outer shape of the raw beet b. As shown in Fig. 5, the joining plate 2a formed on the concave arc surface is used, or a cylindrical roller formed in a constant thickness is used, although not shown in the drawing.

In this pressure plate 2a type, the support shaft 9 is firmly attached to the attachment portion 8 provided on the back portion, and the support shaft 9 is an arc-shaped long hole formed in a triangular wave shape ( 10, 10, 10 and 11, 11, 11, etc. are engaged with the rotating plate 12, 13 so as to move freely, the upper and lower ends of the shaft to the support plate (14, 15), as shown in FIG. The swing is supported freely by the supported levers 17 and 18.

Moreover, the above-mentioned rotary plates 12 and 13 are fitted in the machine frame 1 so as to allow rotational movement freely in the round recessed grooves 16 and 17 of the support plates 14 and 15 attached at regular intervals above and below the machine frame 1. .

In addition, the pressing plate 2a in these holding means 2 is connected by the tuning means (c) which the three pairs operate synchronously, and protrudes in the middle of the levers 17 and 18 mentioned above. One pin 19, 20 (only the lower part is shown in FIG. 2) is engaged with the predetermined inclined fixing holes 21, 22 installed in the rotating plate 12, 13, and the rotating plate 12, 13 is By sliding the inside of the round recessed grooves 16 and 17 of the support plates 14 and 15 by a tuning member 25 such as a fluid cylinder connected to the attachment pieces 23 and 24 firmly attached to one side thereof, the pin ( 19 and 20 move in accordance with the inclination of the fixing holes 21 and 22, and the levers 17 and 18 swing.

Therefore, by the operating means 4, the holding means 2, 2, 2 are synchronized so that the movement in the centripetal direction is free, and the closing and opening of the supply path 3 of the raw material b is prevented. The raw material (b) caught by the holding means (2, 2, 2) in this supply path (3) is always supported by the rotation center of the knife main body (6) described later.

In addition, in the above-described rotary plates 12 and 13 and support plates 14 and 15, through-holes 26 and 27 through which the pressing member of the raw material b and the conveying means 5 described later can communicate with each other. And 28,29).

Moreover, although the three sets of roller formulas in the holding means 2 are not shown in the figure, the above-mentioned pressure plate 2a is changed by the rollers, and there is no change in the basic configuration.

The above-mentioned conveying means 5 is provided at one end of the holding means 2, that is, the upper portion thereof, and sends the raw material b to the supply path 3 at a constant pressing force. A general feeding device such as a screw type with a torque limiter is adopted.

In this embodiment, the air cylinder 30 attached to the upper portion of the machine frame 1 is used, and the pressing body 32 having a diameter smaller than the minimum raw material diameter is used at the tip of the rod 31. The material is sent toward the knife body 6 below the machine frame 1 by sending out the rod 31 one after another, and the pressing force which presses the raw material b is set by the adjusted air pressure.

Furthermore, an acutely shaped ball-shaped body 33 is fed to the outer end face of the raw material b in the front end of the press body 32 to ensure its engagement and to sufficiently receive rotational resistance by the knife body 6. Is laying.

The above-mentioned knife body 6 cuts the elongate cylindrical raw material b which is installed in the lower part of the machine frame 1 and conveyed by the conveying means 5 in the shape which is shredded like cassia. The surface is formed into a smooth disk shape, and the smooth surface is faced to the fine cutting edge 34 which tears finely with respect to the circumferential direction of completion (b), and to the cutting edge 35 etc. after performing cross-sectional cutting to a certain thickness.

The knife body 6 is attached to the support member 37 freely installed to be pulled out and inserted into the support stand 36 provided on both sides of the machine frame 1, and thus the support member 37 is provided. It is easy to replace the cutting blade 34 and the cutting blade 35 due to abrasion, damage, etc. by pulling out, and in use, the fixed fixing provided to the machine frame 1 and the support member 37 By the means 38, the supporting member 37 is firmly attached so as not to be moved.

The above-mentioned drive means 7 rotates the knife main body 6 at a constant speed, and rotates the motor 39 attached to the machine frame 1, and linking members 40 and 41 such as gears and belts. In this embodiment, the gear type is used, and the gear 40 attached to the motor 39 is driven in conjunction with the gear 41 provided on the outer circumference of the knife body 6.

Moreover, when the gears 40 and 41 pull the support member 37 out of the support crosspiece 36, the engagement of both 40 and 41 is released, and the support member 37 is supported by the support rail 38. ), The protons (40, 41) are engaged with one touch, so the workability is excellent.

And the above-mentioned peeling means S is embedded in the skin of the raw material b, and peels off the skin which becomes unnecessary for a product, As shown to FIG. 6 thru | or 9, the support body 42 and the flesh Cutting edge 43, pressing means 44 and the like.

Although the flesh cutting edge 43 can exhibit the effect sufficiently even if it is a single body, when a plurality of bodies are provided at a predetermined pitch so as to surround and support the circumferential portion of the raw material (b), when the raw material (b) is subdivided into pieces, Each piece is cut to a fine pitch, so that the skin portion is easily pulled out.

Accordingly, in the above-described configuration, the support 42 is attached to the machine frame 1 between the holding means 2 and the knife body 6, as shown in FIG. As shown in FIG. 7, the groove | channel cutting edge 43 formed in ring shape and the groove | channel 45 with which a large number of bodies, for example, 40 degrees of revision are attached, is provided inscribed.

Moreover, the above-mentioned flesh cutting edge 43 was provided with the blade 47 at the front-end | tip of the end of the body 46, and this blade 47 is made inwardly in a centripetal shape, and the base of the other end of the body 46 is provided. The shaft hole 48 is supported by the attachment shaft 49 so that the rotational movement can be freed in the attachment groove 45 of the support body 42.

Moreover, in the attachment of the flesh cutting edge 43, the ring-shaped attachment is formed by forming the axial hole 48 of the body 46 in the form of a hook-shaped slit that deeply goes to the outer end as shown in FIG. Attachment and exchange to the shaft 49 are performed easily by rotating the flesh cutting edge 43 at a predetermined angle, and removes all of the flesh cutting edge 43 from the support 42 without force. The exchange in a single body is possible, and the attachment shaft 49 is attached to the support 42 by a pusher 50, a small screw 51, or the like.

And the knife tip 47 provided in the front-end | tip part of one end protrudes about 1.0-2.0 mm from the body 46 shape | molded with stainless steel etc., and this protrusion amount becomes an amount which is stuck to the raw material b, and the body 46 The back portion 52) touches the outer circumferential surface of the raw material (b) to regulate the depth of guide and penetration.

In addition, the pressurizing means 44 mentioned above has a large number of flesh cutting edges 43 provided by applying predetermined pressure to the flesh cutting edge 43 even when the outer diameter difference arises with respect to the raw material b. In the case, as shown in Figs. 6 to 9, a rubber, a spring, etc. formed in a ring shape is attached to the attachment hole 53 installed in the body 46 of the cutting blade 43, and the support ( The force is uniformly added so that the knife edges 47 of the plurality of flesh cutting edges 43 supported by 42 are always inward.

Furthermore, in the case where the flesh cutting edge 43 is provided alone, although not shown in the drawing, a spring having one end attached to the machine frame 1 by being connected to the place of the flesh cutting edge 43 is The knife tip 47 embedded in the raw material (b) may be given a constant pressing force.

This pressurizing means 44 gives a fixed embedding depth to the skin b1 of the material b. When a change occurs in the outer diameter of the material b, the cutting edge 43 It is necessary to open and close the blade tip 47 appropriately, and any means can be adopted as long as it is a hole capable of obtaining such an action and effect.

Moreover, in Fig. 1, 54 is a discharge means of the cut b2, and a chute 55 inclined to one side is provided on the lower side of the knife main body 6, and dropped to the chute (b2). ) Is transferred to the storage container 56.

In this conveyance, if a hydraulic or pneumatic conveying means 57 provided on the base of the chute 55 is used, this stem b2 easily slides the upper surface of the chute 55 to receive a storage container ( 56) and the tank is continuously sent to the next process boat by water bucket conveyor or the like which is forcedly transferred by water flow or belt conveyor etc. not shown in the drawing.

In FIG. 12, 60 is a driving means for inserting the cut 61 to the center root of the raw material (b), and one or more bases are provided on the machine frame 1 with the base having the knife tip 62 provided at its tip. It adheres firmly to a location and cuts the continuous cutting 61 in the longitudinal direction to the raw material b pressed by the press body 32 of the conveying means 5.

In this case, when the knife tip part 62 interferes with the press body 32, the escape groove 63 is provided in this press body 32 as shown in the same figure.

In addition, in FIG. 1, 64 is an inlet of the raw material b, and it is provided so that the upper surface may open in the upper part of the machine frame 1, and only if the raw material b is dropped to this inlet 64 irregularly, When the guide body 65,65,65 is arrange | positioned between 3 holding | gripping means 2 as needed, as shown in FIG. 2, as needed, Even the thin or curved of the outer diameter of the raw material (b) can be guided to the approximate center of the supply passage (3).

Moreover, it is preferable to form this guide body 65 by elastic materials, such as a spring, so that the lower part may always apply a force to a center direction.

Next, the action of manufacturing the grains of the radish (b) using the slicing production device (A) according to the above-described embodiment will be described.

Since the supply path 3 which transfers the radish b in the axial direction was formed by the three sets of holding means 2, 2, 2 supported by the machine frame 1, Inserting the radish (b) in the vertical direction from (64) is accommodated in the supply path (3).

Then, by operating the cylinder 25 in the operating means 4 and turning the rotary plates 12 and 13 in the tuning means c provided above and below the holding means 2, the lever 17 The pins 19 and 20 of the .18 move along the fixing holes 21 and 22, whereby the levers 17 and 18 are rotated, and the support shaft 9 is arc-shaped long hole 10 And 11 are moved to respectively move the pressure plate 2a in the holding means 2 inward.

For this reason, the supply path 3 is closed by the holding means 2, 2 and 2, and the outer periphery of the radish b is caught by a constant pressure, and it is set to the rotation center of the knife main body 6. As shown in FIG.

At this time, since the outer periphery of the raw material (b) is uniformly pressed by the holding means (2, 2, 2), even if there is a bend, the bend is corrected and becomes almost straight. In addition, the raw material (b ) Can be similarly processed even if they are integrally connected or separated into several pieces, and the length of the raw material (b) is not particularly limited in the treatment.

In addition, when the cylinder 30 in the conveying means 5 is operated, the pressing body 32 is placed on the upper end of the radish b, and the holding means 2 is pushed out along the pressing body 32 again. ) And the radish b pass through the peeling means S provided between the knife body 6 and the knife main body 6.

Then, on the outer periphery of this radish (b), that is, the epidermis (b1), a cut stalk (66) is cut out and moves downward in the longitudinal stem continuous in the longitudinal direction as shown in FIG. The lower end of (b) is pushed by the knife body 6, and it is ready for cutting.

In this state, when the knife main body 6 is rotated by the drive means 7, the cross section of the radish is kept small by the cutting blade 34 and the cutting blade 35 which face the smooth surface of the knife main body 6, ie, It is cut in a coarse state and discharged | emitted from the opposite side of the smooth surface in the knife body 6, falls to the chute 55 in the discharge | emission means 54 which waits at the lower side, and is sent to the hydraulic feed means 57. It is pushed by and accommodated in the storage tank 56, and is conveyed to the next process.

And along this cutting, when the rod 31 of the conveying means 5 is pushed out in order, the raw material b will be automatically conveyed and it will be continuously cut.

In this manner, when the cutting of one portion of the radish b is finished, the operation means 4 is operated to operate the catching means 2, 2, 2, and the supply path 3 is opened. Since the radish (b) can be inserted, repeating the same operation as stated, the chip can be sliced continuously or automatically, and no one is required during cutting, so that one person can operate several pieces. It aims at high efficiency.

And the skin b1 of the radish (b) which cut out the cut 66 by the peeling means S is cut | disconnected, as shown by the virtual line in FIG. It is cut individually at intervals corresponding to the attachment pitch of the blade 43, and scatters around or falls on the chute 55 as the knife body 6 rotates.

The skin b1 scattered around is collected by the collecting means (not shown in the drawing) on the machine frame 1 and is disposed of appropriately, and the dropping to the chute 55 is carried out by a hydraulic conveying means ( 57, it is pushed out and flows into the storage container 56, and the upper part floats or sediments inside.

When it is in a floating state, the water supplied to the storage container 56 is overflowed, so that discharge from the interior of the storage container 56 is sequentially performed, and to be deposited under the storage container 56 is a product. The skin (b2) is lifted out of the storage container 56, and then the skin (b1) is discharged to facilitate separation and separation of the skin (b1), the skin and the body in the raw material (b).

Next, in FIG. 13, A shows a second embodiment of the scavenging device, and the holding means (2, 2 ...) attached to the machine frame (1), and the holding means (2, 2), the operation means 4 for manipulating the interval of the supply passage 3 in conjunction with the transfer means, the transfer means 5 for sending the raw material b to the supply passage 3, and the raw material b Basically, it consists of the knife main body 6, the drive means 7 of this knife main body 6, the guide body R of the raw material b, etc.

This example is characterized in that the guide body R of the raw material b is provided, and the holding means 2, the operation means 4, the conveying means 5, the knife main body 6 and the driving means ( 7) and the like are substantially the same as those of the first embodiment described above, and thus detailed description thereof will be omitted.

And the guide body R is provided between the holding means 2 and the knife body 4 in the middle of the feed material 3 of the raw material b, and guides the transfer to the outer shell of the raw material b. As shown in FIGS. 14-16, it consists of the guide support 70, the press piece 71, the guide press means 72, etc. As shown to FIG.

In addition, the above-mentioned guide support 70 is attached to the machine frame 1 between the holding means 2 and the knife body 6, and is formed in a ring shape to form a compacted piece 71. ) The radially engraved attachment groove 73 can attach a plurality of bodies, for example, about 40 pieces.

Moreover, the above-mentioned press piece 71 was provided with the press part 75 in the front-end | tip of the one end of the body 74 shape | molded by stainless steel etc., and this press part 75 is made inward so that it may become a centripetal shape, and a body The shaft hole 76 is supported by the attachment shaft 77 such that the base of the other end of the 74 is rotated in the attachment groove 73 of the guide support 70.

This press section 75 makes contact with the outer shell of the raw material b to smoothly move the raw material, and the raw material b needs to have a shape that is easy to act.

In addition, in the attachment of the pressing piece 71, as shown in Fig. 15, the shaft hole 76 of the body 74 is formed in a hook-like slit shape to intrude into the outer end, thereby providing a ring-shaped attachment. Attachment and replacement to the shaft 77 can be facilitated by rotating the pressing piece 71 at an angle, so that the replacement of the pressing piece 71 is not removed from the guide support 70, so that the replacement of the pressing piece 71 is possible. In addition, this attachment shaft 77 is crimped | bonded to the guide support 70 by the clamp 78, the small screw 79, etc. As shown in FIG.

In addition, the above-mentioned pressing means 72 applies a certain pressure to the pressing piece 71 even when the outer diameter difference occurs with respect to the raw material b, and attaches the hole to the body 74 of the pressing piece 7. A rubber, a spring, etc. formed in the shape of a ring is inserted into the ring 80, and the force is uniformly applied so that the pressing portions 75 of the plurality of the pressing pieces 71 supported by the guide support 70 are always inward.

When the pressing means 72 changes in the outer diameter of the raw material b, it is necessary to open and close the pressing portion 75 of the pressing piece 71 with respect to the inner side accordingly. Arbitrary means can be employ | adopted if it is a structure which can acquire an effect.

Therefore, the structure substantially the same as the above-mentioned peeling means S is employ | adopted, In this case, the press part 75 of the cutting edge 47 of the flesh cutting edge 43 in the peeling means S is not provided with the blade. ).

In the use of the guide body R, the holding means 2 arranged in a triangular shape are opened in the open state, and the raw material b is introduced from the upper inlet port 64. The raw material b which falls 3) is inserted in this guide body R. As shown in FIG.

At this time, since the pressing piece 71 of the guide body R is supported by the pressurizing means 72 in the centripetal state toward each inside, the long cylindrical raw material b is hold | maintained stably in a center position.

As a result, chucking by the holding means 2 is smoothly and surely performed, and furthermore, the holding of the raw material b is performed at the center, so that the knife body 6 is rotated to rotate the raw material b. When pushed onto it, the front end of the raw material (b) or its entirety does not shake or rotate along it, so that a high-quality product can be processed and the curved material (b) always has a cutting surface. Correction is made to the approximately center position of the main body 6.

Moreover, this guide body R can be provided in parallel with the said peeling means S. In this case, this guide body R is firmly attached to the machine frame 1 in the lower side of the holding means 2, The peeling means S is attached between the knife bodies 6 at the lower part of this guide body R. As shown in FIG.

Moreover, the guide body R sends a raw material (b) to the knife main body 6 smoothly, and arbitrary structures can be employ | adopted as long as it is a structure which expands and contracts the press part 75. FIG.

As described above, the slicing device of the present invention can synchronously operate a plurality of catching means attached to the machine frame, so that the raw material can be fixed at a constant catching position at all times. It is possible to perform stable processing and processing from the cutting edge to the end without resistance by the resistance, and the raw material can be cut to the end, thereby improving the yield and achieving high quality.

In addition, since the skin of the raw material in the feed path of the raw material is vertically drawn by the peeling means in advance, it is separated from the strip during cutting by the knife body, so that a high-quality product can be obtained.

Since the cutting edges can be provided with a single body or a plurality of bodies on the support body, when a plurality of cutting edges are provided, deep cuts can be applied to the skin of the raw material at once, and the separation between the product and the skin is efficient in a later step. You can do it simply.

In addition, as the guide is provided, the raw material that has passed through the holding means is guided to approximately the center of the rotating knife main body, so that the raw material stably supplies the raw material without rotational vibration or rotation at the time of cutting. I can do it.

Claims (5)

A holding means for long cylindrical raw material, which is attached to the machine frame, and is attached to the machine frame to form a supply path by embracing the circumferential portion in the longitudinal direction of the long cylindrical raw material, and allowing movement in the centripetal direction freely; Operating means for closing and opening the raw material supply passage in association with the control unit; a raw material conveying means for directing the pressing body from the one end of the catching means to the supply passage of the raw material; and the other end of the holding means. A knife body for cutting the raw material pressurized by the means at its cross section, a drive means for rotating the knife body at a constant speed, and a peeling means for being embedded in the skin of the raw material, provided on the way of the raw material supply path. Slicing device, characterized in that. 2. The peeling means according to claim 1, wherein the peeling means includes: a support body attached to the machine frame, a cutting edge having a knife tip at one end of the end, and a meat cutting edge supported on the support of the other end so as to be freely rotated by the support; A slicing device characterized in that it is provided with a pressurizing means for giving a pressure to be driven into a certain depth. According to claim 1, wherein the peeling means is provided with a support for attaching to the machine frame, and the end of one end with a knife tip, a plurality of the tip of the knife to the inside inwards to be centripetal, the base of the other end is freely rotatable to the support And a pressing device for applying pressure to the meat cutting blade to a certain depth. A catching means of a long cylindrical raw material, which is attached to the machine frame and is attached to the machine frame to form a supply path by embracing the circumferential portion in the longitudinal direction of the long cylindrical raw material, and freely moving in the centripetal direction; Operation means for closing and opening the raw material supply passage in connection with this means, a raw material conveying means for directing the pressing body from the one end of the holding means to the above-mentioned raw material supply path, and the other end of the holding means. And a knife body for cutting the raw material pressurized by the conveying means at its cross section, a driving means for rotating the knife body at a constant speed, and between the holding means and the knife body in the middle of the supply path of the raw material. And an guiding body for conveying and abutting against the outer shell of the raw material. 5. The guide body according to claim 4, wherein the guide body includes a guide support attached to the machine frame and a press part at one end thereof, and a plurality of the press parts are directed inwardly in a centripetal shape, and the base of the other end is rotated on the guide support. An slicing device, comprising: a compaction freely supported and a guide pressure means for applying a constant pressing force to the compact.