JP5913152B2 - Sharpening device - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a shaving section manufacturing apparatus, and more particularly to a shaving section manufacturing apparatus having a compact configuration for manufacturing a shaving section by cutting out a fish section represented by a salmon section.

  In udon and soba stores, a large amount of shavings are used. Needless to say, the sharp cuts are the most delicious, so there are many shops that offer fresh cuts to customers. The chopping of the bonito is generally performed manually using a bonito-shaped bonito shaving machine. However, in a store that uses a large number of shaving knives as described above and intends to provide freshly chopped knives, It is inefficient and impractical to cut out manually each time. Therefore, there is a need for an electric shaving manufacturing apparatus that automatically cuts shavings.

  Various types of electric shaving section manufacturing apparatuses have been proposed in the past, but many of them are large and complicated and expensive, such as those installed in a shaving section manufacturing company (for example, Japanese Patent Laid-Open No. Hei 10). -215825, Japanese Patent Publication No. 2-1638, Japanese Utility Model Publication No. 5-39291, etc.), and it is not suitable for installation in stores where there is not enough space, such as udon shops and soba shops. It is unsuitable for use in a manner that is exposed to the eyes of customers.

  In JP 2009-18407, JP 2004-209592, JP 9-239694, and JP 9-239695, a relatively compact structure in which a large number of scissors blades are radially arranged on a disk. An apparatus for manufacturing a cut knot is disclosed. However, the blade disclosed therein has a complicated configuration with a large number of parts, and a load is continuously applied to the blade during cutting, which may cause a positional shift. There is a problem that it cannot be said that the response is sufficient, and that it is difficult to finely adjust the exposure amount of the cutting edge.

Japanese Patent Laid-Open No. 10-215825 Japanese Patent Publication No. 2-1638 Japanese Utility Model Publication No. 5-39291 JP 2009-18407 A JP 2004-209592 A Japanese Patent Laid-Open No. 9-239694 JP-A-9-239695

  As described above, in the cutting node manufacturing apparatus having a relatively compact configuration in which a large number of blades are arranged radially on a conventional disk, the blades have a complicated configuration with a large number of parts and are added to the blades. There is a problem that it is difficult to cope with the load, and it is difficult to finely adjust the exposure amount of the blade edge.

  Therefore, the present invention does not have such a problem, that is, it has a compact configuration and is suitable for installation in a store where there is no installation space for large-sized equipment, and there is no sense of incongruity even if it is exposed to customers in front of the store. It is an object of the present invention to provide a shaving manufacturing apparatus that exhibits an appearance that does not feel, and that can sufficiently cope with the load applied to the blade and can adjust the amount of exposure of the blade tip delicately.

The invention described in claim 1 for solving the above-mentioned problems comprises a stand, a motor case incorporating a motor supported by the stand, and a main body case incorporating a shaving mechanism supported by the stand. the shaving system includes a rotating disk provided with blades mounting holes to install a blade on one or more radially positioned between the vertical plate of the stand and the rotary disc, supplied fish clause And a guide frame that guides the blade to come into contact with the blade body of the rotating disk, and the blade mounting hole has a slit-shaped opening on the guide frame side surface of the rotating disk, and an opening on the opposite surface side is expanded. The cross section is a horizontally long hole having a triangular shape, and the inclined surface thereof serves as a seating surface of the blade body. The seating surface Is fixed by screwing to loosely inserted a fixing screw long elongated hole in the width direction formed in the blade body, the cutting body is then surface, Horizontal holes inclined multiple forms to the longitudinal axis And a position adjustment is possible by an adjustment plate installed on the opposite surface of the rotating disk by screwing an adjustment screw into the laterally long hole, and the displacement is prevented. It is a manufacturing device.

In one embodiment, a regulating plate that contacts the adjusting plate is fixedly installed on the opposite surface of the rotating disk, and each contacting surface of the adjusting plate and the regulating plate is horizontally long. Stepped portions that engage with each other are formed on the contact surfaces of the adjusting plate and the regulating plate, which are inclined surfaces parallel to the holes. Furthermore, a scale that is a measure of the amount of movement of the blade body is attached to either the adjustment plate or the regulation plate.

  Further, in one embodiment, when a plurality of blade bodies are installed on the rotating disk, the blade edges of the blade bodies are discontinuous blades, and the discontinuous blades of adjacent blade bodies are offset and installed. The

  The present invention is as described above, and is composed of a stand, a motor case supported by the stand, and a main body case incorporating a shaving mechanism. Even if it is exposed to the eyes, there is an effect that it can be made to exhibit an appearance that does not make any sense of incongruity.

  In addition, the adjustment plate that receives the rear surface of the blade body is fixed to the rotating disk, and more preferably, the regulation plate that receives the adjustment plate is fixedly installed, so that the cutting edge can be prevented from being pushed in due to resistance caused by cutting. Further, there is an effect that fine adjustment of the protruding state of the blade edge can be easily performed by simply moving the adjustment plate in a state where the fixing screw and the adjustment screw are slightly loosened.

It is a perspective view which shows the external appearance of one Embodiment of the shaving joint manufacturing apparatus which concerns on this invention. It is a perspective view which shows the state which removed the main body case of one Embodiment of the cutting-joint manufacturing apparatus which concerns on this invention. It is a principal part enlarged view which shows the structure of the turntable in one Embodiment of the cutting-joint manufacturing apparatus which concerns on this invention. FIG. 4 is an enlarged sectional view taken along line AA in FIG. 3. It is a perspective view which shows the structural example of the blade body in one Embodiment of the cutting-joint manufacturing apparatus which concerns on this invention. It is a perspective view which shows the structural example of the adjustment board and restriction | limiting board in one Embodiment of the cutting-joint manufacturing apparatus which concerns on this invention.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments for carrying out the present invention will be described with reference to the accompanying drawings. FIG. 1 is a perspective view of an embodiment of a shaver manufacturing apparatus according to the present invention. As shown therein, this apparatus is installed on a stand 1 composed of a base 1a and a vertical plate 1b, and on one surface of the vertical plate 1b. A motor built in the motor case 2 and a scraping mechanism 4 disposed in a main body cover 3 installed on the opposite surface of the vertical plate 1b and driven by the motor.

  A guide frame 5 is provided at the end of the vertical plate 1b on the side of the main body cover 3 to guide fish clauses such as salmon knots and salmon knots (hereinafter simply referred to as salmon knots 30) toward their later-described salmon blades by their own weight. The guide frame 5 is composed of an inclined surface and side surfaces continuously provided on both sides thereof, and is generally installed on the vertical plate 1 b, but can also be installed on the top surface of the main body cover 3. On the top surface of the main body cover 3, an insertion port 6 for the knot 30 that leads to the guide frame 5 is opened, and the knot 30 inserted into the insertion port 6 descends along the slope of the guide frame 5 by its own weight, which will be described later. Guided to contact the blade. The main body cover 3 is detachably attached to the vertical plate 1b through a connector 7 as appropriate.

  An output shaft 8 of the motor in the motor case 2 passes through the vertical plate 1b and is provided on the opposite side, and the rotating shaft 12 of the blade mounting turntable 11 is fixed thereto. A plurality of blade mounting holes 13 are formed in the turntable 11 radially. In the illustrated example, four blade mounting holes 13 are provided every 90 degrees. The blade mounting hole 13 has a slit-like opening 13a on the side of the vertical plate 1b, a hole having a triangular shape on the opposite side, and an inclined surface thereof serves as a seating surface 15 for installing the blade body 14.

  As shown in FIG. 5, the blade body 14 has a rectangular shape, and has long holes 14 a slightly longer in the short width direction at both ends in the length direction, and the fixing screws 16 are passed through the blade mounting holes 13. The seat surface 15 is fixed by being screwed into the seat surface 15. The blade edge 14b of the blade body 14 in the illustrated example is a discontinuous blade that is divided at appropriate intervals, but may be a straight blade like a scissors blade. In the case of discontinuous blades, the discontinuous blades in the adjacent blade bodies 14 are preferably arranged so as to be displaced in the radial direction. In such a case, the portion cut off by the preceding blade body 14 and the portion scraped off by the subsequent blade body 14 of the knuckle 30 are shifted, so that it is possible to cut out evenly.

  The blade body 14 is fixed to the seat surface 15 so that the blade edge 14b is exposed from the slit-shaped opening 13a in an appropriate amount. As described above, the blade body 14 is fixed by screwing the fixing screw 16 into the seating surface 15 through the elongated hole 14a. Therefore, by slightly loosening the fixing screw 16, the blade body 14 is elongated in the width direction. It can be easily understood that the movement can be made by a margin within 14a. As the fixing screw 16, it is preferable to use a screw with a collar as in the illustrated example.

  The lower portion of the blade body 14 protrudes slightly from the blade attachment hole 13, and the rear surface of the blade body 14 is received by hitting the side surface of the adjustment plate 18 installed on the rotating disk 11 so as to be along the edge of the blade attachment hole 13. Thus, the blade body 14 is reliably prevented from being displaced due to the load associated with the cutting of the knot 30.

  The adjusting plate 18 typically has two horizontally long holes 18a that are slightly inclined with respect to the longitudinal axis X (see FIG. 6), and the rotating plate is connected via an adjusting screw 19 that is loosely inserted therein. 11 is fixed. In such a configuration, the adjustment plate 18 can be pushed and moved in the length direction by a margin of the laterally long hole 18a by slightly loosening the adjustment screw 19, and slightly in the width direction along with the movement in the length direction. The displacement will be easily understood. In addition, the side surface of the adjustment plate 18 that receives the rear surface of the blade body 14 protruding from the blade mounting hole 13 is an inclined side surface 18b having an angle orthogonal to the seating surface 15 so that both side surfaces are in close contact with each other.

  The adjustment plate 18 is locked to the adjustment screw 19 and can move in the length direction of the laterally long hole 18a. However, the adjustment screw 19 is not in close contact with the inner peripheral surface of the laterally long hole 18a. Since there is a slight gap, the adjustment plate 18 can be finely moved in the width direction even if the adjustment screw 19 is tightened. However, although it is a fine movement, when the adjusting plate 18 moves in the width direction, the protruding state of the blade edge 14b changes, which causes a disadvantage that the shaving thickness of the knot is changed.

  Therefore, in another embodiment, the position of the adjustment plate 18 is restricted by being fixed to the turntable 11 by welding or the like, or formed integrally with the turntable 11 by die casting or the like. In addition, a restricting plate 20 for guiding is added. The adjustment plate 18 is installed so as to be in contact with the side surface of the regulation plate 20 at all times, and the contact surfaces of the adjustment plate 18 and the regulation plate 20 are inclined with respect to the horizontal elongated hole 13a of the adjustment plate 18 (inclination with respect to the longitudinal axis X). ) And the side surface inclined in parallel.

  Preferably, stepped portions 23 a and 18 c that are engaged with each other are formed at each intermediate portion of the adjusting plate 18 and the regulating plate 20, and the moving amount of the blade body 14 is set on either the adjusting plate 18 or the regulating plate 20. A scale 24 is displayed as a guideline (FIG. 6). Since the bonito is cut to a thickness of 0.5 mm or less even if it is thick, for example, a scale of 2 cm at intervals of 5 mm is assumed to correspond to 0.5 mm. It is a measure of the amount of movement of the blade body 14 and does not indicate the amount of movement of the blade body 14 itself.

  In the case of this embodiment, when adjusting the extent of the cutting edge 14b from the slit-shaped opening 13a, the fixing screw 16 and the adjusting screw 19 are slightly loosened, and the adjusting plate 18 is moved in the radial direction. At that time, the contact surfaces of the adjustment plate 18 and the regulation plate 20 are inclined with respect to the moving direction, and accordingly, the contact surface is slightly displaced in the direction of the blade body 14 along with the movement, and the cutting edge of the blade body 14 correspondingly. Is pushed out from the blade mounting hole 13.

  In the case of the adjustment plate 18 shown on the lower side in FIG. 3, the amount of extrusion can be increased (the position is returned when the blade edge 14b is worn) by moving it to the right. It is not always easy to visually confirm the amount of extrusion, but when the scale 24 is displayed on either the adjustment plate 18 or the regulation plate 20, the stepped portion 23a (or 18c) is aligned with the scale 24, By moving the adjustment plate 18 laterally, the adjustment plate 18 and the blade body 14 can be advanced by a small amount in the width direction, and fine adjustment of the protruding state of the blade edge 14b can be performed. After adjusting the degree of protrusion of the blade edge 14b from the slit-shaped opening 13a in this way, the fixing screw 16 and the adjusting screw 19 are tightened to fix the blade body 14 and the adjusting plate 18 together.

  In the cut-joint manufacturing apparatus having the above configuration, when the switch 21 arranged on the upper surface of the motor case 2 is turned on, the output of the motor is transmitted from the motor shaft 8 to the rotating disk 11 via the rotating shaft 12, and the rotating disk 11 rotates in the vertical direction with the cutting edge 14b of the blade body 14 being advanced. Therefore, when the knuckle 30 is inserted into the insertion port 6, the knuckle 30 descends along the guide frame 5, and the lower part of the knuckle 30 comes into contact with the rotating disk 11, so that it is cut out by the blades 14 that come one after another. The shaved node cut out falls into a collection box 22 disposed under the main body cover 3 and is collected.

  The thinness of the shaving node is determined by how the blade edge 14b protrudes from the slit-shaped opening 13a. In other words, by adjusting the degree of protrusion of the blade edge 14b from the slit-shaped opening 13a, the thickness of the shaving node can be made desired. The adjustment of the degree of protrusion of the blade edge 14b from the slit-shaped opening 13a can be performed by slightly loosening the fixing screw 16 and the adjusting screw 19 as described above.

  That is, the fixing screw 16 is slightly loosened so that the marginal blade body 14 in the elongated hole 14a can advance and retreat in the width direction, and the adjustment screw 19 is slightly loosened to adjust the marginal amount in the laterally elongated hole 13a. The plate 18 is brought into a state where it can advance and retreat in the length direction. When the cutting edge 14b is to be ejected, when the adjustment plate 18 is pressed in the length direction in that state, the adjustment plate 18 moves in that direction, but the laterally long hole 13a is the longitudinal axis X of the adjustment plate 18. Is slightly displaced with respect to the longitudinal direction, so that it is slightly displaced in the width direction with the movement in the length direction, and presses the blade body 14 (displaced in the width direction by a distance D in FIG. 4). Then, the blade body 14 is moved forward by the distance d). As described above, when the restriction plate 23 is provided, accurate fine adjustment is possible.

  When the apparatus is used, the cutting edge 14b may be pushed by the cutting resistance and displaced in the retreating direction. In such a case, the position can be easily returned by the above method. On the other hand, when the blade edge 14b is excessively protruded and retracted, the blade body 14 may be pushed back in a state where the screws 16 and 19 are slightly loosened. Such a problem does not occur when the restriction plate 23 is provided. When the blade 14 is damaged or replaced, the replacement work can be easily performed only by removing the fixing screw 16.

  Although the invention has been described in some detail in its most preferred embodiments, it will be appreciated that a wide variety of embodiments can be constructed without departing from the spirit and scope of the invention. Accordingly, the invention is not limited to the specific embodiments except as limited in the appended claims.

DESCRIPTION OF SYMBOLS 1 Stand 1a Base 1b Vertical plate 2 Motor case 3 Main body cover 4 Cutting mechanism 5 Guide frame 6 Slot 7 Connecting tool 8 Motor shaft 11 Rotating disk 12 Rotating shaft 13 Blade mounting hole 13a Slit-shaped opening 14 Blade body 14a Long hole 14b Cutting edge 15 Seat surface 16 Fixing screw 18 Adjustment plate 18a Horizontal elongated hole 18b Inclined side surface 18c Step 19 Adjustment screw 21 Switch 22 Collection box 23 Restriction plate 23a Step 24 Scale

Claims (5)

A stand, a motor case incorporating a motor supported by the stand, and a body case incorporating a scraping mechanism supported by the stand;
The shaving system includes a rotating disk provided with blades mounting holes to install a blade on one or more radially positioned between the vertical plate of the stand and the rotary disc, supplied fish clause wherein A guide frame that guides the blade of the rotating disk so as to contact the blade body,
The blade mounting hole has a slit-like opening in the guide frame side surface of the rotating disk, and a horizontally elongated hole in which the opening on the opposite surface side is widened. The blade body has a width formed on the blade body on the seat surface such that the blade edge exits from the slit-shaped opening and the rear end portion exits from the opening on the opposite surface side. The blade body is fixed by loosely inserting and screwing a fixing screw into a long hole in the direction, and the blade has a plurality of horizontally long holes whose rear surface is inclined with respect to the longitudinal axis. A machine for manufacturing a cut joint characterized in that the position can be adjusted by an adjusting plate installed on the opposite surface of the rotating disk by being screwed in and the positional deviation is prevented. The opposite surface of the rotating disk, the adjusting plate and abutting each other regulating plate is fixedly installed, the abutment surface of the regulation plate and the adjustment plate is horizontally long hole parallel to the inclined surface of the adjustment plate The apparatus for manufacturing a cut joint according to claim 1.   The shank manufacturing apparatus according to claim 2, wherein stepped portions that engage with each other are formed on the contact surfaces of the adjusting plate and the regulating plate.   The shank manufacturing apparatus according to claim 2 or 3, wherein a scale that is a measure of the amount of movement of the blade body is attached to either the adjustment plate or the regulation plate.   The blade edge of the blade body is a discontinuous blade when the plurality of blade bodies are installed on the rotating disk, and the discontinuous blades of adjacent blade bodies are offset and installed. Sharpening device.

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