JP4410537B2 - Rhinoceros cutting machine - Google Patents

Description

  The present invention relates to a die-cutting machine capable of easily attaching and removing a rotary blade body.

Conventionally, for example, a grid-like blade body, a pushing means for pushing food toward the grid-like blade body, a drive rotating shaft body that rotates by receiving power from a motor, and a screw screwed to the drive rotating shaft body with a set screw or the like A die cutting machine is known that includes a rotary blade that cuts food from a grid-like blade while rotating with the drive rotating shaft (see, for example, Patent Document 1). .
Japanese Utility Model Publication No. 40-33026

  However, in the configuration in which the rotary blade body is screwed to the drive rotary shaft body as in the above conventional die-cutting machine, there is a risk that it takes time to attach and remove the rotary blade body when replacing the rotary blade body, for example.

  This invention is made in view of such a point, and it aims at providing the die cutting machine which can attach and remove a rotary blade body easily.

  The die-cutting machine according to claim 1 has a grid-like blade body, a pushing means for pushing food toward the grid-like blade body, an insertion shaft portion, and one engaging portion, and is driven to rotate. The rotating shaft body, the insertion hole portion and the other engagement portion, the drive shaft rotation in a state where the insertion shaft portion is inserted into the insertion hole portion and the both engagement portions are engaged with each other. A rotating blade body that cuts the food from the grid-like blade body while being rotated by receiving rotational force from the shaft body, and in the insertion hole portion of the insertion shaft portion in contact with the rotating blade body A rotating blade body cover body that has a contact portion that prevents the sliding blade body from slipping out, and when the rotating blade body is mounted, the insertion shaft portion is inserted into the insertion hole portion and the both After the joint portions are engaged with each other, the abutting portion of the rotary blade cover body is abutted against the rotary blade body. When removing the rotary blade body, after separating the contact portion of the cover body for the rotary blade body from the rotary blade body, the insertion shaft portion is extracted from the insertion hole portion and the both The engagement between the engagement portions is released.

  When attaching the rotary blade body, after inserting the insertion shaft portion into the insertion hole portion and engaging both the engaging portions with each other, the contact portion of the rotary blade cover body is rotated. When the rotating blade body is brought into contact with the blade body and the rotating blade body is removed, the contact portion of the cover body for the rotating blade body is separated from the rotating blade body, and then the insertion shaft portion is pulled out from the insertion hole portion and Since it is the structure which cancels | releases engagement between joint parts, attachment and removal of a rotary blade body become easy.

  The die cutting machine according to claim 2 is the die cutting machine according to claim 1, wherein the contact portion of the cover for the rotary blade body is rotatable so as to follow the rotation of the rotary blade body. It is what.

  And since the contact part of the cover body for rotary blades rotates so that the rotation of a rotary blade body may follow, the stable rotation of a rotary blade body is ensured.

  According to a third aspect of the present invention, the contact portion of the rotary blade cover body is made of an elastic member.

  And since the contact part of the cover body for rotary blades is comprised with the elastic member, the collision with the contact part of the cover body for rotary blades and a rotary blade body is relieved.

  The die cutting machine according to claim 4 is the die cutting machine according to any one of claims 1 to 3, wherein the cover body for the rotary blade body covers the periphery of the rotary blade body and the rotation. It can be rotated between an exposure position where the blade body is exposed.

  And it is possible to rotate appropriately the cover body for rotary blades between the cover position which covers the circumference | surroundings of a rotary blade body, and the exposure position which exposes a rotary blade body.

  According to the die-cutting machine according to claim 1, when the rotary blade body is attached, after inserting the insertion shaft portion into the insertion hole portion and engaging both the engagement portions with each other, The contact portion of the rotary blade cover body is brought into contact with the rotary blade body, and when removing the rotary blade body, the contact portion of the cover body for the rotary blade body is separated from the rotary blade body, and then the insertion shaft. Since the portion is extracted from the insertion hole portion and the engagement between both the engaging portions is released, the rotary blade body can be easily attached and detached.

  According to the die cutting machine of the second aspect, since the contact portion of the rotary blade cover body rotates so as to follow the rotation of the rotary blade body, stable rotation of the rotary blade body can be ensured.

  According to the die cutting machine according to claim 3, since the contact portion of the rotary blade cover body is formed of an elastic member, the contact portion of the rotary blade cover body and the rotary blade body Can alleviate the collision.

  According to the die-cutting machine according to claim 4, the rotating blade body cover body can be appropriately rotated between the covering position that covers the periphery of the rotating blade body and the exposed position that exposes the rotating blade body. it can.

  An embodiment of a die cutting machine according to the present invention will be described with reference to the drawings.

  In FIG. 1 to FIG. 4, reference numeral 1 denotes a rhinoceros cutting machine. It is a cutting device that cuts the eyes.

  The die-cutting machine 1 includes a machine body 2, and the machine body 2 has a loading port portion 3 opened upward and a vertical plate portion 4 having a substantially rectangular shape along a vertical plane. An opening portion 5 is formed in the vertical plate portion 4, and a blade body holding portion 6 is provided in the opening portion 5 of the vertical plate portion 4. A grid-like blade body 7 is detachably provided on the blade body holding portion 6, and the grid-like blade body 7 faces the opening 5. The lattice-like blade body 7 has a substantially rectangular annular frame portion 8, and a plurality of parallel vertical blade portions 9 and a plurality of parallel horizontal blade portions 10 are attached to the inside of the frame portion 8. Has been.

  Further, the machine body 2 has a cylindrical portion 11 that is formed in a horizontal and rectangular shape, for example, a rectangular tube shape, in which food from the inlet 3 is dropped and stored. The cylindrical portion 11 has an opening on one end surface that communicates with the opening 5 of the vertical plate portion 4, a pair of side plates 12 that are spaced apart from each other, and a 1 that is positioned on the other end side of the cylindrical portion 11. One end plate 13, one lower plate 14, and a movable upper plate 15 movable in the longitudinal direction of the cylindrical portion 11 along the guide portion 16. An operation lever 18 is fixed to the movable upper plate 15, and the upper surface opening 11a of the cylindrical portion 11 can be opened and closed by grasping the operation lever 18 and moving the movable upper plate 15 along a horizontal plane. When the upper surface opening 11a of the cylindrical part 11 is opened, the charging port part 3 communicates with the inside of the cylindrical part 11 through the upper surface opening 11a.

  In the tubular part 11 of the machine body 2, a push plate 21, which is a pushing means for pushing the food in the tubular part 11 toward the lattice-like blade body 7, is disposed so as to be able to advance and retreat relative to the lattice-like blade body 7. It is installed. The push plate 21 advances and retreats with respect to the grid-like blade body 7 by receiving power from a first motor 22 which is a first drive means disposed in the machine body 2. And the foodstuff in the cylindrical part 11 is pushed toward the grid-like blade body 7 by the advancement of the push plate 21, passes through the space between the blade parts 9 and 10 of this grid-like blade body 7, and is once substantially square. Cut into bars.

  Note that a plurality of convex bodies 23 protrude and are arranged on the opposite surface side of the push plate 21 that faces the grid-like blade bodies 7, and the convex bodies 23 are arranged on the blade portions 9 of the grid-like blade bodies 7. It is designed to be inserted into the space between 10.

  Further, a shaft body insertion hole 25 is formed in the vicinity of the opening 5 of the vertical plate portion 4 of the machine body 2 so as to be positioned substantially at the center of the vertical plate portion 4. The shaft body insertion hole 25 receives the power from the second motor 26 which is the second driving means disposed in the machine body 2 through the transmission means 29 including the belt 27 and the pulley 28, and is driven to rotate. A horizontal driving rotary shaft 31 is inserted, and a tip end side of the driving rotary shaft 31 protrudes outward from the vertical plate portion 4.

  The drive rotary shaft 31 is connected to the base end of the substantially cylindrical insertion shaft portion 32, two block-shaped engagement convex portions (one engagement portion) 33, and the insertion shaft portion 32 from the insertion shaft portion 32. Each of the projecting end portions on the distal end side has a large-diameter substantially disc-shaped disc portion 34. The engaging convex portion 33 projects integrally from the blade receiving surface 35, which is a surface along the vertical surface of the disc portion 34 on the insertion shaft portion 32 side, toward the insertion shaft portion 32.

  On the other hand, the die-cutting machine 1 is detachably attached to the drive rotary shaft 31 and receives the rotational force directly from the drive rotary shaft 31 so as to drive and rotate the food from the grid-like blade body 7. A detachable rotary blade 41 for cutting into a (cubic) shape is provided.

  The rotary blade 41 includes a base member 42 and two substantially fan-shaped blade members 43 attached to the base member 42 and projecting from the base member 42 in two different directions.

  The base member 42 has a substantially cylindrical shape with both end faces open, and is constituted by a substantially cylindrical cylindrical portion 46 and a substantially annular blade mounting portion 47 protruding from the outer peripheral side of the cylindrical portion 46. Yes.

  The base member 42 of the rotary blade 41 includes an insertion hole portion 52 into which the insertion shaft portion 32 is detachably inserted, and an engagement convex portion 33 that is detachably inserted. Two engaging recesses (the other engaging portion) 53 that engage to prevent the rotating blade body 41 from rotating freely with respect to the drive rotating shaft body 31, and a substantially mortar-shaped cover that is positioned at the approximate center of the rotating blade body 41 And a contact portion 54. The insertion hole portion 52 is formed in the internal space of the cylindrical portion 46, the engaging recess 53 is formed at one end portion of the cylindrical portion 46, and the abutted portion 54 is formed at the other end portion of the cylindrical portion 46. ing.

  In addition, the die cutting machine 1 has a protruding rotatable contact portion that contacts the contact portion 54 of the rotary blade 41 and prevents the insertion shaft portion 32 from coming out of the insertion hole portion 52. A rotary blade cover body 61 having 60 and covering the periphery of the rotary blade body 41 is provided.

  The rotary blade body cover body 61 is provided at the end of the vertical plate portion 4 of the machine body 2 so as to be rotatable about a vertical shaft portion 62. The rotary blade body cover body 61 is a rotary blade body. It can be rotated between a covering position that covers the periphery of the body 41 and an exposed position that exposes the rotary blade body 41.

  The rotary blade cover body 61 is provided with a substantially rectangular opposing plate portion 63 that is positioned to be opposed to the vertical plate portion 4 of the machine body 2 in a state where the rotary blade body cover body 61 is located at the covering position. The side plate portion 64 protrudes from each side end portion of the counter plate portion 63, and the upper plate portion 65 protrudes from the upper end portion of the counter plate portion 63. The lower surface of the rotary blade cover 61 has an opening, and the food seen in a die rolls downward from the lower surface opening 66 and is stored in a container (not shown). The cover body portion 67 is configured by the opposing plate portion 63, the side plate portion 64, the upper plate portion 65, and the like.

  Further, as shown in FIG. 4, for example, a metallic rotating member 71 is rotatably provided via a bearing 72 in the approximate center of the counter plate portion 63 of the rotary blade cover body 61. The rotating member 71 has a recess 73, and an elastically deformable elastic member 74 made of, for example, silicon rubber is fitted into the recess 73. The protruding portion of the elastic member 74 that protrudes from the inner surface of the opposing plate portion 63 (the opposing surface that faces the vertical plate portion 4) corresponds to the substantially cone-shaped contacted portion 54 of the rotary blade 41 and has a substantially frustoconical shape. Is formed.

  The protruding portion on the distal end side of the elastic member 74 constitutes a contact portion 60 that fits and comes into contact with the contacted portion 54 when the rotary blade cover body 61 is in the cover position. Yes. The abutment portion 60 lightly presses the rotary blade body 41 against the blade body receiving surface 35 of the disk portion 34 of the drive rotary shaft body 31 in a state of abutting against the abutted portion 54, and the rotary blade body It rotates following the counter plate 63 of the cover main body 67 so as to follow the rotation of 41. Further, due to the contact between the contact portion 60 of the rotary blade cover 61 and the contacted portion 54 of the rotary blade 41, the rotation center axis of the contact portion 60 and the rotation center axis of the rotary blade 41 are changed. Located on a straight line.

  At the end of the vertical plate portion 4 of the machine body 2, there is provided a locking means 77 for locking the rotary blade body cover body 61 in the covering position.

  Further, in the body 2 of the die cutting machine 1, a sensor for detecting that the upper surface opening 11a of the cylindrical portion 11 is closed by the movable upper plate 15 and a cover body 61 for the rotary blade body 41 are provided. And a sensor for detecting that it is in a covering position covering the periphery of each of the first and second motors 26 and 26 are stopped if either of them is not detected. It does not work.

  Next, the operation and the like of the one embodiment will be described.

  When the food is cut into a die, the movable upper plate 15 is moved to the open position by the operation lever 18 so that the upper surface opening 11a of the cylindrical portion 11 is opened, and then the food is introduced from the inlet 3. And accommodated in the cylindrical portion 11.

  Thereafter, the movable upper plate 15 is moved to the closed position by the operation lever 18 to close the upper surface opening 11a of the cylindrical portion 11, and then the first motor 22 and the second motor 26 are operated.

  When the first motor 22 is actuated, the food stored in the cylindrical portion 11 is pushed toward the grid-like blade body 7 by the advancement of the push plate 21, and between the blade portions 9, 10 of this grid-like blade body 7. And is once cut into a substantially square bar shape.

  The substantially square bar-like food is driven integrally with the drive rotary shaft 31 based on the power from the second motor 26 immediately after leaving the space between the blade portions 9 and 10 of the grid-like blade body 7. The rotating blade 41 is rotated and cut into the die.

  That is, the rotary blade 41 is in a state of being sandwiched between the disc portion 34 of the drive rotary shaft 31 and the contact portion 60 of the rotary blade cover 61 with a desired clamping pressure, and the drive rotary shaft The insertion shaft portion 32 of 31 is inserted into the insertion hole portion 52, and the engagement convex portion 33 of the drive rotating shaft body 31 is inserted into the engagement concave portion 53 so that both the engagement portions 33 and 53 are engaged with each other. In the combined state, the food from the grid-like blade body 7 is cut into a die while receiving the rotational force from the drive rotating shaft 31 and rotating.

  The die-shaped food falls from the lower surface opening 66 of the rotary blade cover 61 due to its own weight and is stored in the container. In addition, after all the foodstuffs in the cylindrical part 11 are seen in the die, foodstuffs should just be thrown in from the insertion port part 3 again.

  Here, for example, when the rotary blade 41 is removed from the drive rotary shaft 31 when the rotary blade 41 is replaced or cleaned, the lock unit 77 is unlocked and then the cover for the rotary blade is used. By rotating the body 61 to the exposed position, the contact portion 60 of the cover body 61 for the rotary blade body is separated from the rotary blade body 41, and then inserted by one action of pulling the rotary blade body 41 from the drive rotary shaft body 31. The shaft portion 32 is extracted from the insertion hole portion 52 and the engaging convex portion 33 is extracted from the engaging concave portion 53 to release the engagement between the engaging portions 33 and 53.

  When attaching the rotary blade body 41 to the drive rotary shaft body 31, first, the one holding the cylindrical portion 46 of the base member 42 of the rotary blade body 41 and inserting the drive rotary shaft body 31 into the rotary blade body 41. By the action, the insertion shaft portion 32 is inserted into the insertion hole portion 52 and the engaging convex portion 33 is inserted into the engaging concave portion 53 so that the engaging portions 33 and 53 are engaged with each other.

  Next, the rotary blade body cover body 61 is rotated to the cover position to bring the contact portion 60 of the rotary blade body cover body 61 into contact with the contacted portion 54 of the rotary blade body 41, thereby rotating the rotary blade body. The rotary blade body 41 is pressed against the drive rotary shaft body 31 by the elastically deformable contact portion 60 of the cover body 61, and then the lock blade 77 is operated to lock the rotary blade body cover body 61 in the cover position. To do.

  As described above, according to the above-described die cutting machine 1, the rotary blade body (plate) 41 can be attached and compared with the conventional die cutting machine in which the rotary blade body is screwed to the drive rotary shaft body. Removal can be performed easily and safely.

  Further, since the contact portion 60 of the rotary blade cover 61 rotates so as to follow the rotation of the rotary blade 41, stable rotation of the rotary blade 41 can be ensured.

  Further, since the contact portion 60 of the cover body 61 for the rotary blade body is constituted by a protruding portion (protruding portion) of the elastic member 74 that can rotate with respect to the cover body portion 67, the cover body for the rotary blade body The collision between the abutting portion 60 of 61 and the abutted portion 54 of the rotary blade body 41 can be alleviated. Further, since the rotary blade body 41 can be appropriately pressed against the drive rotary shaft 31 with a desired elasticity by the contact portion 60, it is possible to prevent rattling of the rotary blade body 41 during cutting work. In addition, it is possible to prevent the abutted portion 54 of the rotary blade 41 from being worn, and the abutted portion 54 is not rubbed and stained black.

  In the above embodiment, the die cutting machine 1 has been described with respect to the configuration in which the contact portion 60 of the rotary blade cover 61 is rotatably provided so as to follow the rotation of the rotary blade 41. However, although not shown, for example, a configuration in which the contact portion 60 is fixedly provided may be used. Further, the contact portion 60 may be made of metal instead of rubber.

  Further, the rotary blade body cover body 61 is not limited to the configuration provided in the machine body 2 so as to be rotatable between the cover position and the exposure position. For example, although not illustrated, the rotary blade body cover body 61 may be provided to be removable from the airframe 2.

  Further, although not shown, for example, one engaging portion of the drive rotary shaft body 31 may be a concave engaging concave portion, and the other engaging portion of the rotary blade body 41 may be a convex engaging convex portion.

It is a partially-omission perspective view which shows the die-cutting machine of one embodiment of this invention. It is a fragmentary perspective view which shows the state which removed the rotary blade body of the dicing machine of the same die. It is a partially-omission top view which shows the dicing machine of a rhinoceros same as the above. It is a partial sectional view in plan view showing the dicing machine of the same die.

Explanation of symbols

1 Rhino cutting machine 7 Lattice blade
21 Push plate as a pushing means
31 Drive shaft
32 Insertion shaft
33 Engaging convexity as one engaging part
41 Rotating blade
52 Insertion hole
53 Engaging recess as the other engaging part
60 Contact part
61 Cover for rotating blade
74 Elastic member

Claims (4)

A grid blade,
A pushing means for pushing the food toward the lattice blade,
A drive rotary shaft body that has an insertion shaft portion and one engagement portion and that rotates by driving;
A rotational force from the drive rotary shaft body in a state where the insertion shaft portion is inserted into the insertion hole portion and the both engagement portions are engaged with each other. A rotating blade that cuts the food from the grid blade while being driven and rotated,
A rotary blade body cover body having a contact portion that contacts the rotary blade body and prevents the insertion shaft portion from coming out of the insertion hole portion;
When attaching the rotary blade body, the insertion shaft portion is inserted into the insertion hole portion and the engaging portions are engaged with each other. A part is brought into contact with the rotary blade,
When removing the rotary blade body, after separating the contact portion of the cover body for the rotary blade body from the rotary blade body, the insertion shaft portion is extracted from the insertion hole portion and the both are engaged. A die-cutting machine characterized by releasing the engagement between parts. The die cutting machine according to claim 1, wherein the contact portion of the rotary blade cover body is rotatable so as to follow the rotation of the rotary blade body. The die-cutting machine according to claim 2, wherein the contact portion of the rotary blade cover body is formed of an elastic member. The rotating blade body cover body is rotatable between a covering position that covers the periphery of the rotating blade body and an exposed position that exposes the rotating blade body. A rhino's dicing machine according to the above.

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