JP2788183B2 - Fine shredded material production equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for producing finely chopped material used for finely chopping bar-shaped vegetables in the food industry and the like.

[0002]

2. Description of the Related Art Conventionally, an apparatus as shown in FIG. 17 has been known in the food industry or the like for manufacturing a finely chopped material from bar-shaped vegetables, for example, a sashimi tongue from radish.

[0003] This machine 100 has a hair pulling blade 101 and a flat blade on one side.
And a blade object 103 having
Radish retainer 105 with locking projection 104 provided corresponding to
Is mounted so that it can be moved horizontally by a feeder 107 having a handle 106.

Further, when a rotary shaft 108 extending from the rear of the radish holder 105 is continuously rotated in one direction by a motor 109, the radish 11 pressed against the blade body 103 is thereby rotated.
0 is rotated and cut by the hair pulling blade 101 and the flat blade 102 to produce a continuous thread-shaped pin 111.

[0005] In mounting the radish to this device,
In a state where the blade object and the radish holder are opened, the operator holds the radish with one hand, puts out the axis center of the radish by a human feeling, and is attached between the blade object and the radish holder. This work requires skill because it is difficult to center the radish because the shape of the radish is not uniform. Because of the centrifugal force of this device, it is not supported by this device, so that only a certain good product can be processed, and its productivity is extremely poor.

[0006] At the inner end of the radish holder, a locking projection for stably supporting the radish is projected. When the cutting is completed, the projection hits a blade object to damage the blade, In the way, radish is not manufactured to the end,
The yield is reduced and material is wasted. And other various problems.

[0007]

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and has a gripping means for holding and supporting a longitudinal peripheral portion of a rod-shaped raw material to form a supply path; A peeling means for cutting into the surface of the raw material is provided in the transfer path, and the raw material is pressed into the supply path of the raw material by a predetermined pressure by a raw material feeding means with the pressing body facing the same. Continuous cutting enables uniform holding and support of the rod-shaped raw material regardless of its size, small and large, the cutting center is obtained, and smooth cutting can be performed efficiently in a short time. It is an object of the present invention to provide an apparatus for manufacturing a finely chopped material which can also cut off unnecessary epidermis.

[0008]

Means of the present invention for achieving the above-mentioned object are to provide a machine frame and a supply passage attached to the machine frame so as to surround a longitudinal peripheral portion of the rod-shaped raw material. A gripping means for a rod-shaped raw material formed and movable in the centripetal direction, an operating means for closing and opening the supply path of the raw material in association with the gripping means, and an end portion of the gripping means. Feed means for feeding the pressing body to the feed path of the raw material, a blade object provided at the other end of the gripping means for cutting the raw material pressed by the feeding means from its end face, and a blade object Driving means for rotating at a predetermined speed,
And a stripping means for cutting the raw material into the skin provided in the raw material supply path.

The peeling means includes a holder attached to the machine frame, a muscle cutting blade having a cutting edge at one end, and having a base at the other end rotatably supported by the holder. Pressurizing means for applying a predetermined cutting pressure to the muscle cutting blade.

Further, the peeling means has a holding body to be attached to the machine frame, a cutting edge at one end, and a plurality of the cutting edges centered inward, and a base at the other end held by the holding body. And a pressurizing means for applying a predetermined cutting pressure to the muscle cutting blade.

Furthermore, a machine frame and a rod-shaped raw material which is attached to the machine frame to form a supply path by enclosing the longitudinal peripheral portion of the bar-shaped raw material and to be movable in the centripetal direction. Gripping means, operating means for closing and opening the supply path of the raw material in association with the gripping means, and feed means for the raw material for allowing the pressing body to face the raw material supply path at one end of the gripping means; Provided at the other end of the gripping means, a blade object for cutting the raw material pressed by the feed means from its end face, a driving means for rotating the blade object at a predetermined speed, and in the middle of the raw material supply path A thin shredded material manufacturing apparatus includes a guide body provided between the gripping means and the blade object and abutting against the outer skin of the raw material to guide the feed.

The above-mentioned guide body has a guide holding body to be attached to the machine frame, and a pressing portion at one end, and guides a plurality of the pressing portions toward the inside in a centripetal manner and a base portion at the other end. A push piece rotatably supported by the holding body and a guide pressurizing means for applying a predetermined pressing pressure to the push piece are provided.

[0013]

The present invention configured as described above has the following effects.

A bar-shaped raw material is supplied in a longitudinal direction to a supply path formed by gripping means attached to the machine frame, and the feed means is operated to press the raw material toward the blade object side by the pressing body. When the plurality of gripping means are moved in the centripetal direction by the operating means, the outer circumference of the raw material is held by the gripping means, and the raw material is positioned at the center of the blade body and the pressing body and is stably supported.

Further, a cut having a predetermined depth in the length direction of the raw material is cut into one or a plurality of positions in the skin of the raw material by a peeling means provided in the transfer path.

In this state, when the raw material is gradually fed into the blade object while rotating the blade object or the gripping means, the raw material is held around the periphery thereof, and is always held at the center position without delusion. Thereby, the finely chopped material is continuously manufactured from the end face of the raw material. If the pressing body is fed by the feeding means in accordance with the cutting, the raw material is cut to the last end.

Since the skin of the raw material is cut by the peeling means, when the muscle cutting blade is a single piece, the outer peripheral portion thereof is continuous over the raw material length when the muscle cutting blade is a single piece. In the case where a plurality of muscle cutting blades are provided, the muscle cutting blade pitch attached to the circumferential length is subdivided and cut out.

By removing the shredded material of the cut skin portion in a post-process, only a commercialized finely shredded material can be obtained.

By providing a guide body which abuts on the outer skin of the raw material and guides the feed in the middle of the raw material supply path between the gripping means and the blade body, the blade body which rotates the raw material passing through the gripping means is provided. In the cutting, the raw material is supplied without rotation run-out and co-rotation, and is supplied stably.

[0020]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, an embodiment of an apparatus for producing finely chopped material according to the present invention will be described with reference to the drawings.

The apparatus according to the embodiment of the present invention is to continuously and automatically mass-produce finely chopped material, for example, sashimi clam, using a bar-shaped raw material b, for example, rhizome vegetables such as radish and carrot. .

A in FIG. 1 shows a first embodiment of a finely chopped material producing apparatus, in which gripping means 2, 2... Attached to a machine frame 1 and linked to these gripping means 2, 2,. Operating means 4 for controlling the interval of the supply path 3 by means of
It is basically composed of a feeding means 5 for feeding the raw material b, a blade body 6 for cutting the raw material b, a driving means 7 for the blade body 6, and a peeling means S for removing the skin of the raw material b. The raw material b is non-rotating, and the blade body 6 rotates with respect to the stationary raw material b.

The above-mentioned gripping means 2 is provided with three or more sets, preferably three sets, in a middle part of a vertically long machine frame 1 in a triangular state in a plane form. The supply means 3 is formed so that the raw material b can move in the axial direction by holding the circumferential portion of the rod-shaped raw material b in the longitudinal direction by these gripping means 2, 2, 2. is there.

The respective gripping means 2, 2, 2 are attached to the center of the triangular arrangement so as to be movable in the centripetal direction.

The holding means 2 has a convex surface as shown in FIGS. 2 and 4 or a convex surface as shown in FIGS. 2 and 4 so that the contact surface with the raw material b is adapted to the outer shape of the raw material radish b. 5
As shown in FIG. 5, a pressing plate 2a formed on a concave arc surface is used, or a cylindrical roller (not shown) formed to a predetermined thickness is used.

In the presser plate 2a type, a support shaft 9 is fixed to a mounting portion 8 provided on the back of the presser plate 2a.
It is movably engaged with rotating plates 12, 13 which engage with arc-shaped long holes 10, 10, 10 and 11, 11, 11, which are formed in a three-piece shape. As shown in FIG. 1, it is supported swingably by levers 17, 18 pivotally supported on receiving plates 14, 15.

The rotating plates 12 and 13 are provided on the machine frame 1 with receiving plates attached to the upper and lower sides thereof at predetermined intervals.
It is rotatably inserted into the circular concave grooves 16 and 17 of 14 and 15.

Further, the holding plate 2a of these gripping means 2
The three sets are linked by a synchronizing means c which is operated synchronously, and the pins 19, 20 (only the lower part is shown in FIG. The rotary plates 12, 13 are engaged with the locking holes 21, 22 of a predetermined inclination formed in the
By tuning members 25 such as fluid cylinders connected to 3, 24,
By sliding inside the concave grooves 16, 17 of the receiving plates 14, 15, the pin
19, 20 move with the inclination of the locking holes 21, 22, and the lever 1
7, 18 swing.

Therefore, the gripping means 2, 2, 2 can be moved in the centripetal direction in synchronism with the operating means 4 so that the supply path 3 for the raw material b can be closed and opened. The raw material b in the path 3 and held by the holding means 2, 2, 2 is always held at the center of rotation of the blade body 6 described later.

The rotating plates 12, 13 and the receiving plates 14, 15
Are provided with through holes 26, 27 and 28, 29 in the center thereof, through which the raw material b and the pressing body of the feeding means 5 described later can communicate.

Although three sets of rollers are not shown in the gripping means 2, the holding plate 2a is changed to a roller, and the basic structure is not changed.

The feeding means 5 is provided at one end of the gripping means 2, that is, at an upper portion thereof, and feeds the raw material b into the supply path 3 with a predetermined pressing force, and has a fluid cylinder such as air or a torque limiter. A conventional feeder such as a screw type is employed.

In this embodiment, an air cylinder 30 is used which is mounted on the upper part of the machine frame 1. A pressing body 32 having a diameter smaller than the minimum raw material diameter is mounted on the tip of the rod 31. Is fed toward the blade object 6 below the machine frame 1 and the pressing force for pressing the raw material b is set by the adjusted air pressure.

The tip of the pressing body 32 has a material b
Of the blade object 6
An acute-angled convex body 33 that sufficiently receives the rotational resistance due to the above is provided.

The above-mentioned blade body 6 is provided at the lower portion of the machine frame 1 and cuts a bar-shaped raw material b which is fed by the feeding means 5 into finely sliced shapes like a strip of paper. A hair pulling blade 34 for finely cutting the raw material b in the circumferential direction and a flat blade 35 for cutting the end to a predetermined thickness face the smooth surface.

The blade body 6 is attached to a holding member 37 that can be freely inserted into and removed from the support members 36 provided on both sides of the machine frame 1. This facilitates replacement of the hair pulling blade 34 and the flat blade 35 due to damage or the like.
The holding member 37 is fixed by a conventional locking means 38 provided so as not to move.

The driving means 7 rotates the blade body 6 at a predetermined speed.
The rotation of 39 is transmitted by linkage members 40 and 41 such as gears and belts. In this embodiment, a gear type is used, and a gear 40 attached to the motor 39 is provided on the outer periphery of the blade body 6. Drive in conjunction with 41.

The gears 40 and 41 are provided on the holding member 37 to receive the support 36.
When pulled out, the engagement between the two 40, 41 is released,
When the holding member 37 is inserted into the support 36, the four
Since 0 and 41 mesh with each other, the workability is excellent.

Then, the above-mentioned peeling means S is made of raw material b
And cut off the skin unnecessary for the product, as shown in FIGS. 6 to 9,
It is composed of a muscle cutting blade 43 and a pressing means 44.

Although the streak cutting blade 43 can exert its effect sufficiently even if it is a single piece, if a plurality of members are provided at a predetermined pitch so as to surround the periphery of the raw material b. ,
When the raw material b is cut into small pieces, the raw material b is cut into small pieces at a fine pitch, and the skin portion can be easily taken out.

Therefore, of the above constructions,
42 is attached to the machine frame 1 between the gripping means 2 and the blade object 6 as shown in FIG. 1, and is formed in an annular shape as shown in FIGS. 43 is a radially large number, for example, about 40 mounting grooves 45 for mounting.
Is engraved.

Further, the above-described muscle cutting blade 43 has a cutting edge 47 at one end of the base 46, and holds the base at the other end of the base 46 with the cutting edge 47 centripetally inward. A shaft hole 48 is supported by a mounting shaft 49 so as to be rotatable in a mounting groove 45 of the body 42.

When attaching the muscle cutting blade 43, the shaft hole 48 of the base 47 is formed in a hook-like slit cut into the outer end as shown in FIG. The attachment and exchange to the attachment shaft 49 can be easily performed by rotating the muscle cutting blade 43 at a predetermined angle.
Can be replaced by itself without removing the entirety from the holding body 42.
It is crimped to 42 by a presser foot 50 and a screw 51.

The cutting edge 47 provided at the end of one end is
1.0 to 2.0 m from substrate 46 formed of stainless steel, etc.
m, and the amount of protrusion is the amount of cut into the raw material b. The back 52 of the base 46 hits the outer peripheral surface of the raw material b to regulate the guide and the cut depth.

Further, the above-mentioned pressurizing means 44 applies a predetermined cutting pressure to the streak cutting blade 43 even if a difference in the outer diameter of the raw material b occurs. As shown in FIGS. 6 to 9, a ring-shaped rubber, a spring, or the like is fitted into a mounting hole 53 formed in the base 46 of the muscle cutting blade 43, and is pivotally supported on the holder 42. Cutting edge 47 of many cutting edges 43
Is evenly biased so that it always faces inward.

In the case where the muscle cutting blade 43 is provided as a single unit, a spring whose one end is attached to the holding body 42 or the machine frame 1 is linked to an appropriate position of the muscle cutting blade 43, though not shown. Alternatively, a predetermined pressure may be applied to the cutting edge 47 that cuts into the raw material b.

The pressurizing means 44 gives a predetermined cutting depth to the skin b1 of the material b. When a change occurs in the outer diameter of the raw material b, the streak cutting edge 43 is moved inward and outward accordingly. It is necessary to appropriately open and close the cutting edge 47, and any means can be employed as long as such a function and effect can be obtained.

In FIG. 1, reference numeral 54 denotes a means for discharging the cut finely chopped material b2, which is provided with a chute 55 which is inclined to one side below the blade object 6, and which is dropped on the chute 55. The material b2 is sent to the receiving tank 56.

At the time of this feeding, a hydraulic or pneumatic feeding means 57 provided at the base of the chute 55 is used.
The finely chopped material b2 easily slides on the upper surface of the chute 55 and
It is dropped to 56 and continuously sent out to the next process using a water tank conveyor or the like which is forcibly transferred by a water flow or a belt conveyor (not shown).

In FIG. 12, reference numeral 60 denotes cutting means for making a cut 61 near the center of the raw material b. The base provided with the cutting edge 62 at the tip is fixed to the machine frame 1 at one or more positions. Raw material b pressurized by the pressing body 32 of the feeding means 5
A continuous cut 61 is made in the length direction.

In this case, when the cutting edge portion 62 interferes with the pressing body 32, an escape groove 63 is provided in the pressing body 32 as shown in FIG.

Further, in FIG. 1, reference numeral 64 denotes an inlet for the raw material b, which is provided so that the upper surface is opened at the upper part of the machine frame 1. 2, and if necessary, as shown in FIG. 2, if guides 65, 65, 65 are disposed between the three sets of gripping means 2, respectively, Even if the outer diameter is small or bent, it can be guided to the approximate center of the supply path 3.

It is preferable that the guide body 65 is formed of an elastic material such as a spring so that the lower portion is always biased toward the center.

Next, the operation of manufacturing the radish b with the finely chopped material manufacturing apparatus A according to the above-described embodiment will be described.

Three sets of gripping means 2 supported on the machine frame 1
Since the supply path 3 for transferring the radish b in the axial direction is formed by the parts 2 and 2, the radish b is inserted into the supply path 3 from the input port 64 in the vertical direction, and is accommodated in the supply path 3.

When the rotary plates 12 and 13 of the tuning means c provided above and below the gripping means 2 are turned by operating the cylinder 25 of the operating means 4, the pins 1 of the levers 17 and 18 are rotated.
9 and 20 move along the locking holes 21 and 22, accordingly, the levers 17 and 18 are rotated, and the support shaft 9 is turned into the arc-shaped long holes 10 and
11 to move the holding plate 2a of the gripping means 2 inward.

For this reason, the supply path 3 is closed by the gripping means 2, 2, and the outer periphery of the radish b is gripped at a predetermined pressure, and set at the rotation center of the blade object 6.

At this time, since the outer periphery of the raw material b is uniformly pressed by the gripping means 2, 2, 2, even if the material has a bend, the bend is corrected and becomes almost straight. In addition, the raw material b can be treated in the same manner, whether it is integrally connected or separated into several pieces, and the length of the raw material b is not particularly limited in the treatment.

Further, by operating the cylinder 30 of the feeding means 5, the pressing body 32 is brought into contact with the upper end of the radish b.
When the pressing body 32 is extended, the radish b passes through the peeling means S provided between the gripping means 2 and the blade object 6.

Then, the outer periphery of the radish b, that is, its skin b1 is cut downward along a longitudinal streak 66 as shown in FIG. Is pressed against the blade object 6 to prepare for cutting.

In this state, when the blade body 6 is rotated by the driving means 7, the end face of the radish is thinly sliced by the pulling blade 34 and the flat blade 35 facing the smooth surface of the blade body 6, that is, The blade is cut and discharged from the opposite side of the smooth surface of the blade object 6, falls to the chute 55 of the discharging means 54 waiting below, and is pushed down by the hydraulic feeding means 57 and stored in the receiving tank 56. Is transferred to the next process.

If the rod 31 of the feeding means 5 is sequentially fed out along with this cutting, the raw material b is automatically fed and cut continuously.

When the chopping of one radish b is completed, the operating means 4 is operated to operate the gripping means 2, 2, and 2. When the supply path 3 is opened, the next radish b is inserted. Since it becomes possible, if the same operation as described above is repeatedly performed, the nails can be manufactured continuously and automatically, and no operator is required during cutting, and several machines can be operated by one person, In other words, the efficiency of manufacturing can be improved.

The skin b1 of the radish b with the cut 66 formed by the peeling means S has a space corresponding to the mounting pitch of the streak cutting blade 43, as shown by a virtual line in FIG. Is cut into pieces and the blade object 6
Scatters around or falls on the chute 55 by the rotation of.

The outer skin b1 scattered around is attached to the attached machine frame 1.
What is collected and collected by a collecting means (not shown) and dropped into the chute 55 is pushed down by a hydraulic feeding means 57 and flows into a receiving tank 56, where it floats in the upper part. Or settle.

In the floating state, the water supplied to the receiving tank 56 is overflowed so that the water can be discharged from the receiving tank 56 sequentially. After taking out b2 from the receiving tank 56, this skin b1 is discharged, so that the skin in the raw material b
Separation and sorting of b1 and finely chopped wood can be easily performed.

Next, in FIG. 13, A shows a second embodiment of the finely chopped material manufacturing apparatus, and is associated with gripping means 2, 2... Attached to the machine frame 1 and these gripping means 2, 2,. Operating means 4 for controlling the distance between the supply paths 3; feed means 5 for feeding the raw material b into the supply path 3; a blade body 6 for cutting the raw material b; a driving means 7 for the blade body 6; And the guide body R of the first embodiment.

This embodiment is characterized in that a guide body R for the raw material b is provided. The structure of the gripping means 2, the operating means 4, the feeding means 5, the blade object 6, and the driving means 7 is the same as that described above. Since it is almost the same as the embodiment, the detailed description is omitted.

The guide member R is connected to the supply path 3 for the raw material b.
Provided between the gripping means 2 and the blade object 4 in the middle of
The feed guide is performed in contact with the outer skin of the raw material b.
As shown in FIG. 16, a guide holding body 70, a pressing piece 71, and a guide pressing means 72 are provided.

The guide holding member 70 is attached to the machine frame 1 between the gripping means 2 and the blade body 6, and is formed in an annular shape so that a plurality of pressing pieces 71 are formed radially.
For example, a mounting groove 73 to which about 40 are mounted is formed.

The pressing piece 71 has a pressing portion 75 at one end of a base 74 formed of stainless steel or the like, and the pressing portion 75 is centrifugally inwardly moved. The shaft hole 76 is supported by the mounting shaft 77 so that the base at the other end of the shaft can be freely rotated into the mounting groove 73 of the guide holding body 70.

The pressing portion 75 abuts on the outer skin of the raw material b so as to smoothly feed the raw material b, and it is necessary that the raw material b has a shape that can easily slide.

In attaching the pressing piece 71,
By forming the shaft hole 76 of the base 74 into a hook-shaped slit cut into the outer end as shown in FIG.
The attachment and replacement of the push piece 71 can be easily performed by rotating the push piece 71 at a predetermined angle. And the mounting shaft 77 can be
It is crimped to 70 by a presser foot 78 and a screw 79.

The pressing means 72 applies a predetermined pressing pressure to the pressing piece 71 even if a difference in the outer diameter of the raw material b occurs. A ring-shaped rubber, spring or the like is fitted into the hole 80, and the pressing portions 75 of the large number of pressing pieces 71 supported on the guide holding member 70 are uniformly urged so as to always face inward. .

When the outer diameter of the raw material b changes, the pressing means 72 needs to appropriately open and close the pressing portion 75 of the pressing piece 71 with respect to the inside and outside. Arbitrary means can be adopted as long as the structure and operation can be obtained.

Therefore, a configuration substantially similar to the above-mentioned peeling means S is employed. In this case, the cutting edge 47 of the streak cutting blade 43 in the peeling means S is a holding portion 75 having no blade. is there.

In using the guide body R, when the gripping means 2 arranged in a triangular shape are each opened and the raw material b is input from the upper input port 64, the raw material falling through the supply path 3 is dropped. b is inserted into the guide body R.

At this time, since the pressing piece 71 of the guide body R is supported by the pressurizing means 72 in a centrifugally inward state, the rod-shaped raw material b is stably held at the center position.

As a result, the chucking by the gripping means 2 is performed smoothly and reliably, and the raw material b is gripped at the center, so that when the blade object 6 is rotated and the raw material b is pressed against it, The tip of the raw material b and the whole thereof do not swing or rotate, so that high-quality products can be processed. Even if the raw material b has a bend, the cutting surface is always substantially the same as the blade object 6. It is corrected to the center position.

The guide body R can be provided together with the peeling means S. In this case, the guide body R is fixed to the body 1 below the gripping means 2 and the guide body R A peeling means S is attached to the lower part of the blade body 6 between the blade body 6.

The guide member R is for smoothly feeding the raw material b into the blade body 6, and may have any structure as long as the pressing portion 75 expands and contracts.

[0082]

As described above, the thin-shredded material manufacturing apparatus of the present invention can operate the plurality of gripping means attached to the machine frame in a synchronized manner, and can always set the raw material at a fixed gripping position. During the cutting of the raw material, there is no delusion due to the rotational resistance of the blade object or the raw material, stable processing and processing can be performed from the beginning to the end of the cutting, and the raw material is cut to the end to improve the yield, You can get high quality finely chopped wood.

In addition, since the skin of the raw material in the transfer path of the raw material is preliminarily scored by a peeling means, it is separated from the finely chopped material when cutting with a blade object.
High quality products are obtained.

The streak cutting blade can be provided alone or in plural on the holding body. When a plurality of the cutting blades are provided, a cut can be cut into the surface of the raw material at one time, so that the efficiency and the efficiency of the product can be improved. Separation from the epidermis can be easily performed in a later step.

Further, by providing the guide body, the raw material that has passed through the gripping means is guided to substantially the center of the rotating blade object. A supply can be made. And so on.

[Brief description of the drawings]

FIG. 1 is a partially longitudinal front view showing a main part of an example of a device for producing finely chopped material according to the present invention in which a peeling means is provided.

FIG. 2 is a plan view traversed by a grip unit in FIG. 1;

FIG. 3 is a plan view traversed by a blade object part in FIG. 1;

FIG. 4 is an exploded perspective view showing a gripping means in FIG. 1;

FIG. 5 is a plan view showing another example of the holding means in FIG. 1;

FIG. 6 is an exploded perspective view showing the peeling means in FIG. 1;

FIG. 7 is a plan view showing the peeling means in FIG. 1;

8 is a longitudinal sectional view in FIG.

FIG. 9 is an explanatory view showing an operation state of the peeling means in FIG. 1;

FIG. 10 is an explanatory view showing a state after processing of the peeling means in FIG. 1 into a raw material.

FIG. 11 is a side view showing a configuration for pulling out the blade object in FIG. 1;

FIG. 12 is an explanatory view showing a state in which a notch means is provided in the apparatus in FIG. 1;

FIG. 13 is a partial longitudinal front view showing a main part of an example in which a guide body is provided in an embodiment of the finely chopped material producing apparatus according to the present invention.

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

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

FIG. 16 is a longitudinal sectional view in FIG.

FIG. 17 is a front view schematically showing a conventional nail making machine.

[Explanation of symbols]

 b bar-shaped raw material b1 raw material skin 1 machine frame 2 gripping means 3 supply path 4 operating means 5 feeding means 6 blade object 7 driving means S peeling means 42 holding body 43 muscle cutting blade 44 pressurizing means 47 cutting edge R guide body 70 guide Holder 71 Pressing piece 72 Guide pressurizing means 75 Holding part

Claims (5)

(57) [Claims] 1. A machine frame, and attached to the machine frame to form a supply path by enclosing a circumferential portion of a rod-shaped raw material, and
Gripping means for a rod-shaped raw material movable in the centripetal direction; operating means for closing and opening the supply path of the raw material in association with the gripping means; and one end of the gripping means for feeding the raw material to the supply path. Feeding means for the raw material facing the pressing body, provided at the other end of the gripping means, a blade object for cutting the raw material pressed by the feeding means from its end face,
An apparatus for manufacturing a finely chopped material, comprising: a driving means for rotating the blade object at a predetermined speed; and a peeling means provided in the middle of the supply path of the raw material to cut into the skin of the raw material. 2. A peeling means comprising: a holding body to be attached to the machine frame; a muscle cutting blade having a cutting edge at one end and a base at the other end rotatably supported by the holding body; 2. The apparatus for manufacturing a finely chopped material according to claim 1, further comprising a pressurizing means for applying a predetermined cutting pressure to the streak cutting blade. 3. The peeling means has a holding body to be attached to the machine frame, a cutting edge at one end, and a plurality of the cutting edges centered inward, and a base at the other end to the holding body. 2. A muscle cutting blade rotatably supported and a pressurizing means for applying a predetermined cutting pressure to the muscle cutting blade.
A thin-shredded material manufacturing apparatus as described. 4. A machine frame, and attached to the machine frame to form a supply path by enclosing a circumferential portion of the rod-shaped raw material, and
Gripping means for a rod-shaped raw material movable in the centripetal direction; operating means for closing and opening the supply path of the raw material in association with the gripping means; and one end of the gripping means for feeding the raw material to the supply path. Feeding means for the raw material facing the pressing body, provided at the other end of the gripping means, a blade object for cutting the raw material pressed by the feeding means from its end face,
A drive unit for rotating the blade body at a predetermined speed, and a guide body provided between the gripping unit and the blade body in the middle of the raw material supply path and abutting against the outer skin of the raw material to guide the feed are provided. An apparatus for producing finely chopped material. 5. The guide body has a guide holder attached to the machine frame, and a pressing portion at one end, and guides a plurality of the pressing portions toward the inside in a centripetal manner and a base portion at the other end. 5. The apparatus according to claim 4, further comprising a pressing piece rotatably supported by the holding body, and a guide pressing means for applying a predetermined pressing pressure to the pressing piece.