JP2008279588A - Dried sea tangle punching device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a dried sea tangle punching device capable of preventing the taste from being impaired, and easily opening holes for cutting several overlapped dried sea tangles in the longitudinal and transverse directions in a short time. <P>SOLUTION: A motor is mounted on a vertical moving body which is provided in a tool post to be turned at an angle of substantially 90° to punch holes in the longitudinal and transverse directions and vertically movable. A drill box which is movable in the horizontal direction by the motor is provided. A plurality of drills pulsating by the motor fixed to the drill box are arranged on the line so that several holes can be simultaneously opened in one operation. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a punching device for cutting kelp, and more particularly to a simple punching device that can be easily processed without impairing the flavor.

As an apparatus for making a hole for cutting a processed product of a sheet such as a kelp or a sheet of paper or plastic, the following is known. A sewing machine for providing a kelp product in which holes for cutting are made by piercing several sewing machines at equal intervals on a kelp leaf shaped to have a uniform width and an appropriate length. A table for receiving a single sheet of flexible material to be drilled by a downwardly movable drill, the movement providing relative movement of said drill support means and said table A flexible sheet drilling apparatus comprising a video image system including means and aligned with a mirror interposed between a drill and a table. Attach a lock to the loop, and attach the cultured clam larvae to the hook in a hanging state, with one larvae ear and loop, and the other larvae ears Lay up and down at the shell seat and arrange a through hole with a drill from above, and insert the locking tool from below into this through hole. A device that attaches juvenile shellfish almost simultaneously. In addition, there is a device for cutting kelp transported by a belt conveyor with a rotary blade. In addition, it has been a common practice to make a cut in advance by a method similar to drawing with a blade or the like and cut along the cut. Furthermore, using a normal sewing machine, it is conceivable to make a hole in a workpiece with a needle that does not pass through a thread.
Japanese Utility Model Publication No. 63-191188 JP-A-7-148695 JP-A-8-103186 Japanese Utility Model Publication No. 7-11296

  Usually, the dried kelp is required to be processed without impairing its taste. Therefore, it is difficult to perform drilling using heat such as laser, and it is preferable to use mechanical means. In the apparatus, there is no device for machining the kelp so that it can be mechanically drilled and cut, in addition to the means for punching and cutting the kelp leaf with a sewing machine stab. In order to divert it, there is a problem that a considerable improvement has to be made to shorten the processing time and make it easy to handle, and the present invention solves this problem and can be easily used without impairing the taste of kelp. An object of the present invention is to provide a perforating apparatus for the purpose.

  A pillar is erected on the back of the pedestal, a drill head hanging shaft is fixed downward from an arm provided above the column, and a head direction holding plate is fixed to the drill head hanging shaft. A drill head provided with a directional pin that is inserted into and slides in a guide groove of approximately a quarter of an arc drilled in the direction holding plate, and is capable of rotating at an angle of 90 degrees so that the kelp can be drilled in the vertical and horizontal directions. A vertically moving body that can be reciprocated up and down using a lifting motor that is connected to a head suspension shaft and fixed to a back plate that supports the drill head as a drive source, and a horizontal moving motor that is fixed to the vertically moving body. A tool post comprising a drill box that moves horizontally with a motor as a drive source, and a plurality of drills that are provided on the drill box in accordance with the workpiece to be driven by a drill driving motor on a straight line The drill diameter In addition to being arranged at integer multiple intervals, a horizontal moving body capable of moving in one direction horizontally is slidably provided on the pedestal, and a table on which a workpiece is placed is horizontally mounted on the horizontal moving body. As a kelp punching device that is installed so that it can reciprocate in the vertical direction, and a hole for cutting is formed in the kelp stacked in multiple layers and can be opened at a time for each row, the plurality of drills, The present invention solves the problem as a device having a tool post having a drill box which is driven by a belt simultaneously and simultaneously via a rotating body directly connected to one motor.

  According to the present invention, it becomes extremely easy to drill vertical and horizontal holes for cutting in dried kelp at regular intervals and several times for each row and column, and it can be processed mechanically in a short time. This makes it possible to provide a kelp molded product in a shape tailored to the application without impairing the taste. Further, when the perforation is applied, there is an effect that the dried kelp produced simply because the shearing force is abruptly applied can be perforated cleanly without cracking.

Embodiments of the present invention will be described below with reference to examples shown in the drawings.
1, 2, 3, and 4, a support column 2 is erected on the back of the pedestal 1, an arm 3 is provided above the support column 2, and the arm 3 is directed downward. A drill head suspension shaft 4 to be suspended is provided, and a head direction holding plate 5 is provided on the drill head suspension shaft 4 so as to penetrate a front and back guide groove having a substantially circular arc. A drill head 6 having a direction pin 7 to be inserted into the groove is connected to the drill head suspension shaft 4 so as to be rotatable. An up-and-down moving body 17 that moves up and down by a lifting and lowering moving screw 10 guided by a lifting and lowering guide groove 11 provided in the supporting plate 12 with a lifting and lowering motor 9 fixed to the supporting plate 12 as a drive source in the drill head 6. A box-shaped tool comprising a horizontal movement motor 13 fixed to the vertical moving body 17 and a drill box 28 horizontally moved by a horizontal movement screw 14 along the horizontal movement guide groove 16. Further, a plurality of drills 23 corresponding to the size of the workpiece are arranged in a straight line in the drill box 28, and are spaced by an integral multiple of the diameter of the drill 23, preferably a length equal to the drill diameter. The processing parts are formed by being equally divided. In addition, a horizontal moving body 33 that slides horizontally in a horizontal direction by operating a horizontal movement handle 43 and reciprocates is mounted on a moving base 42 that is fixed on the base 1. A table 30 on which kelp as a workpiece is placed is provided so that the upper surface of the horizontal moving body 33 is slid in the longitudinal direction by operating the vertical movement handle 34 to constitute the entire apparatus.

  5 to 15 show an example of a tool post. A support plate 12 is fixed to the support column 7 on the back surface thereof, and an elevating motor 9 is fixed to the upper side of the indication plate 12. The lifting / lowering moving shaft screw 10 which is directly connected to the lifting / lowering guide 15 and the lifting / lowering motor 9 and rotates, which is provided with the female screw portion of the vertically moving body 17 having a flange portion that fits and slides in the lifting / lowering guide groove 11 provided on the support plate 12. Thus, the vertical moving body 17 can move up and down without changing the direction. A horizontal movement motor 13 is fixed on the bottom surface of the L-shaped vertical moving body 17, a horizontal movement guide having a groove for guiding the horizontal movement is provided, and the horizontal movement motor 13 is used as a drive source. A horizontal sliding convex portion 29 for providing a female screw portion to be screwed with the horizontal movement shaft screw 14 directly connected thereto is provided with a drill box 28 that reciprocates in the horizontal direction so as to be inserted into the groove. A drill motor 18 is fixed to 28 to form the entire drill head 6, and a box-shaped tool post 8 is formed by covering this portion with a cover. By changing the direction of the tool post 8 at an angle of about 90 degrees in the horizontal direction, holes for cutting can be made vertically and horizontally.

  16 to 22 show an embodiment of a drill box. A drill motor 18 for driving the drill is fixed to the main body. A rotary gear 19 is fixed to the rotary shaft of the drill driving motor 18, and teeth provided on the inner wall mesh with the rotary gear 20 to transmit the rotation of the drill driving motor 18 and rotate. Drill gears 22 are provided in series at equal intervals via bearings 26 and perpendicular to the main body, and a guide roller 27 is disposed on the outer peripheral surface of the rotating belt 20 to support the rotating belt 20. An idling gear 21 is provided on the end side of the rotating belt 20 to make it endless. As shown in FIG. 21, a drill 23 is detachably inserted into each drill gear 22, and a drill base 24 is pressed by a set screw 25 to firmly fix the drill 23 to the drill gear 22. In this case, it is desirable that the number of the drills 23 be commensurate with the size of the workpiece, but a drill that drills a hole of about 1 mm over a length of about 20 to 30 centimeters. In this embodiment, it is not a good idea to arrange them, and about 5 drills are provided, and the drill position is horizontally moved several times so that the holes are drilled at equal intervals. It enables uniform drilling over the entire area. Of course, there is no limit to the number of drills. For example, when drills having a diameter of 1 millimeter are arranged at intervals of 10 millimeters, it is not necessary to drill holes at regular intervals at intervals of 1 millimeter over a length of about 20 centimeters. It is sufficient to perform horizontal movement every 1 millimeter over 5 times. In this embodiment, a toothed belt is used. However, it is also possible to rotate the drill from the motor shaft by applying a narrow belt to each drill independently. No label is required.

  In the processing section described above, a stepping motor is used as the horizontal movement motor 13 to rotate the lifting motor 9 and the drill for moving the drill head 6 up and down. The motor 18 for driving the drill uses an electric motor, and although these steps are not shown in the figure, the drive is automated as an electric sequential control system. And a switching button for operation may be provided at hand.

  FIG. 23 to FIG. 34 show an embodiment of the table portion that moves in the vertical and horizontal directions. The table shown in FIGS. 26, 27, and 28 is moved in the vertical direction by being engaged with the vertical movement transmission gear 35 provided on the handle shaft and rotating in the vertical movement shaft screw 36 by the operation of the vertical movement handle 34. 30 on the laterally movable body 33 that slides on the base 42, the longitudinally moving convex portion 31 and the longitudinally moving guide 32 provided on the table 30 provide the longitudinally moving convex portion guide hole 37 and the -It is mounted so as to be able to slide loosely into the bull movement rail 38 and the vertical movement guide hole 39. The lateral moving body 33 having the convex plate-like lateral movement guide 40 is formed on the base 42 along the lateral movement rail 49 that the lateral movement guide 40 forms in the lateral movement rail hole 50 formed in the base 42. It can slide on the top. A shaft portion of a lateral movement handle 43 provided on the base 42 is a lateral movement shaft 44, and a lateral movement belt drive gear 45 is fixed to the lateral movement shaft 44, and a lateral movement belt idling gear 48 provided on an extension portion of the base 42. The lateral movement belt 46 is hooked in the lateral movement guide hole 47, and the lateral movement handle 43 is rotated by the lateral movement belt 46 via the lateral movement belt gripping portion 41 applied to the lateral movement body 33. Thus, the workpiece can be transmitted to the lateral moving body 33 and moved in the lateral direction.

  In the present embodiment relating to the table unit, means for performing horizontal and vertical movements via a belt is shown. However, in addition to belt driving, the apparatus can be configured by driving with a combination of a rack and a pinion, for example. These choices are a matter of design.

FIG. 35 shows an example of a tray 52 used for the table 30, which is normally used to prevent the workpiece from shifting its position during processing.
36 to 38 show the shape of the kelp processed by this apparatus, and shows a product in which a perforated row 56 is applied to a large kelp 53 to be processed and a small kelp 54 to be processed. The cut surface of the kelp piece 55 after cutting becomes a perforated surface 57 and a broken section 58.

  As described above, according to the mechanical apparatus described above, the workpiece is moved manually in the vertical and horizontal directions, and the processing is automatically performed, so that the workpiece kelp is stacked and placed on the tray several times. With this operation, vertical and horizontal hole rows for cutting in a relatively short time can be formed, so that a processed product suitable for the application can be produced without impairing the taste of kelp.

  The apparatus of the present invention can be used not only for cutting kelp but also for cutting slums and the like, and is applicable to cutting dry foods that are not relatively hard.

  It is a perspective view of the whole apparatus.   It is a surface view same as the above.   It is a top view same as the above.   It is a side view same as the above.   It is a perspective view which shows the internal structure of a tool post.   It is an external view of a tool post.   It is a drill head internal block diagram.   It is a top view same as the above.   It is a side view same as the above.   It is a partial front view which shows an raising / lowering part.   It is a top view same as the above.   It is a side view same as the above.   It is a front view of the horizontal movement part of a tool post.   It is a top view same as the above.   It is a side view same as the above.   It is a drill part front view.   It is a top view same as the above.   It is a side view same as the above.   It is sectional drawing same as the above.   It is a horizontal sectional view same as the above.   It is a drill block diagram.   It is a plane sectional view same as the above.   It is a table moving apparatus front view.   It is the same top view.   It is the same side view.   It is a front view of a table.   It is the same top view.   It is the same side view.   It is a front view of a horizontal moving body.   It is the same top view.   It is the same side view.   It is a front view of a base.   It is the same top view.   It is the same side view.   It is a perspective view which shows the Example of a tray.   It is a perspective view which shows a kelp processed product.   It is the same processed product drawing.   It is a partial section perspective view of a processed product.

Explanation of symbols

1 pedestal 2 support 3 arm 4 drill head suspension shaft 5 head direction holding plate 6 drill head 7 direction pin 8 tool post 9 elevating motor
10 Lifting / moving shaft screw 11 Lifting guide groove 12 Support plate 13 Motor for horizontal movement
14 Horizontal moving shaft screw 15 Lifting guide 16 Horizontal moving guide 17 Vertical moving body 18 Drill driving motor
19 Rotation Transmission Gear 20 Rotation Transmission Belt 21 Drill Rotation Idling Gear 22 Drill Gear 23 Drill 24 Drill Base 25 Set Screw 26 Bearing 27 Guide Roller
28 Drill box 29 Horizontal sliding convex part 30 Table 31 Vertical movement convex part 32 Vertical movement guide 33 Horizontal movement body 34 Vertical movement handle 35 Vertical movement transmission gear 36 Vertical movement shaft screw 37 Vertical movement convex part guide hole 38 Bull moving rail 39 Vertical movement guide hole 40 Horizontal movement guide 41 Lateral movement belt gripping part 42 Movement base 43 Lateral movement handle 44 Lateral movement shaft 45 Lateral movement belt drive gear 46 Lateral movement belt 47 Lateral movement guide hole 48 Lateral movement belt Idling gear 49 Lateral movement rail 50 Lateral movement rail hole 51 Lateral movement guide plate

Claims (2)

  A head direction holding plate having a guide groove of approximately a quarter of an arc is fixed to a drill head suspension shaft that is suspended and fixed below an arm provided on an upper portion of a support column standing on a pedestal. A drill head which is guided by a pin inserted and fitted into the head and can rotate horizontally at an angle of at least 90 degrees is connected, and a motor for raising and lowering and a motor for horizontal movement are driven into the drill head. The tool box of the tool post composed of a vertically movable body that can be moved in the vertical direction and a drill box that moves in the horizontal direction, which is driven by the power transmission means as appropriate. A plurality of drills to be driven are arranged on a straight line at intervals of an integral multiple of the diameter of the drill, and a laterally movable body that can be reciprocated in one direction horizontally on the pedestal by appropriate moving means can be slid. Provided, next to Te placed a workpiece on a body - comprising longitudinal movement Bull horizontally arranged to allow the appropriate means, kelp punching device for processing a hole to facilitate cutting.   2. The drill post according to claim 1, wherein the drill has a tool post provided with a drill box that is driven by a belt simultaneously and simultaneously via a rotating body directly connected to a motor. Kelp punching device.

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