JP5478382B2 - Machine plate numbering machine - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a processing plate numbering apparatus in which a table and a processing device for numbering processed plates are mounted separately and numbered, and then the processed plate is processed.

    Conventionally, as a processing device for numbering and processing a processed plate, a numbering device is mounted on a head mounted with an NC router, a processing plate is positioned on a table, and then a numbering device mounted on the head. The plate to be processed is numbered while moving the head, and the numbered plate to be processed is processed by an NC router attached to the head.

  However, in this conventional machined plate processing apparatus, after positioning the workpiece plate on the table, the workpiece plate cannot be processed while the workpiece plate is numbered. Since it is processed, there is a problem that the working time becomes very long.

JP2003-127108A

  The problem to be solved is that, in the conventional processing apparatus for processed plates, the processing apparatus does not operate while the numbering apparatus is operating, and the working time becomes very long.

    The present invention provides a table lifter configured to stack a large number of workpiece plates and to rise one by one when the uppermost workpiece plate is removed, and an uppermost portion of the table lifter. After checking with the processing plate check sensor for checking the processing plate and the processing plate check sensor, the numbering ink head is lowered by the cylinder for raising and lowering the ink head, and for numbering by the vertical movement motor and the horizontal movement motor. A numbering unit that moves the ink head and numbers the upper surface of the uppermost processed plate on the table lifter, and sucks the processed plate numbered by the numbered unit with a suction pad, and a feeder frame A transport feeder that transports the top and onto the suction table; a work plate transported by the transport feeder; a vertical push cylinder mounted on the suction table; and a target mounted on a side of the suction table. processing Positioning a set for and target plate payout cylinder, it is made of a processing apparatus for processing cutting saws and NC router work boards positioned.

  In the present invention, while the work plate is numbered by the numbering device, the work device can process the work plate that has been previously positioned. There is an advantage that work is performed in parallel, and the work becomes very fast.

FIG. 1 is a plan view of a machined plate numbering apparatus according to an embodiment of the present invention. 2 is a side view of the machined plate numbering apparatus of FIG. FIG. 3 is a right side view of the NC router of the machined plate numbering apparatus of FIG. FIG. 4 is a view of the machined plate numbering apparatus of FIG. FIG. 5 is a view as seen from the arrow B of the machined plate numbering apparatus of FIG.

  In the present invention, when a large number of work plates are stacked at the work plate loading section, the numbering device is numbered by the numbering device, and when the work plate is transported by the transport device, the number is sequentially increased by one. The work plates configured to rise are stacked, the first work plate numbered by the transport device is sucked and transported, positioned on the suction table, and the work plate positioned on the suction table by the processing device. A processed plate is processed.

  1 is a plan view of a machined plate numbering apparatus according to an embodiment of the present invention, FIG. 2 is a side view of the machined plate numbering apparatus of FIG. 1, and FIG. 3 is a machined plate number of the embodiment of FIG. In the right side view of the NC router of the attaching device, as shown in FIG. 2, a feeder support member 2 is fixed to the upper part of the feeder frame 1, and the feeder support member 2 is formed longer than the feeder frame 1, A feeder moving rail 3 is fixed on the feeder supporting member 2, and a moving bearing 4 is movably engaged on the feeder moving rail 3, and the moving bearing 4 is a feeder of the conveyance feeder. A blower 6, a feeder moving motor 7, a pad lifting / lowering cylinder 8, and a suction pipe 9 are mounted on the lower surface of the support base 5. Two suction pads 10 are mounted below the feeder support member 2 so as to protrude downward. A workpiece confirmation sensor 11 is mounted between the suction pads 10, a table lifter 12 is mounted on the bottom between the feeder support frames 1, and a workpiece receiving bar 13 is mounted on the table lifter 12, A large number of workpiece plates 14 are stacked on the workpiece receiving bar 13.

  A router frame 16 is installed in the vicinity of the feeder frame 1, pillars 17 are fixed to both sides of the router frame 16, a cross beam 18 is mounted on the top of the pillar 17, and a head lateral movement rail is mounted on the front surface of the cross beam 18. 19 is mounted, a head support member 20 is supported on the head lateral movement rail 19 so as to be laterally movable, a head vertical movement motor 21 is mounted on the head support member 20, and an elevation rail is provided on the front surface of the head support member 20. 22 is fixed, a bearing 23 is engaged with the lifting rail 22, the bear link 23 is fixed to the head 24, and the head 24 is turned by a turning motor 25 and further rotated by a cutting motor 26. A cutting saw 27 and a router spindle 28 are mounted, and the router spindle 28 is lifted and lowered by a router lifting cylinder 29.

    Further, a table base 30 is mounted on the router frame 16 between the columns 17, a table moving rail 31 and a table moving rack 32 are fixed to the side of the table base 30, and a table bearing is attached to the table moving rail 31. 33 is engaged, the table bearing 33 is fixed to the suction table 34, and the table moving motor 48 for moving the suction table 34 is fixed to the suction table 34, and is processed at the end of the suction table 34 in the moving direction. A vertical pushing cylinder 35 for mounting a plate is mounted, and further, a cylinder 36 for processing and setting a plate to be processed is mounted on the side of the suction table 34, and a cylinder for processing and setting a plate to be processed. A processed plate receiving table 15 is mounted at 36 opposing positions.

  4 is a view as viewed from the arrow A of the processing plate numbering apparatus of the present embodiment of FIG. 2, and FIG. 5 is a view as viewed from the arrow B of the processing plate numbering apparatus of FIG. The vertical movement rail 37 is fixed to the lower surface of the member 2, the bearing 39 is engaged with the vertical movement rail 37, the bearing 39 is fixed to the support member 41 of the numbering unit 40, and the support member 41 is a vertical movement motor 42. Further, the lateral movement rail 43 and the lateral movement rack 44 are fixed to the support member 41 in a direction orthogonal to the longitudinal movement rail 37, and the numbering ink head 45 is used for lateral movement by the lateral rail 43 and the lateral movement rack 44. An ink head elevating cylinder 47 is mounted on the support member 41 so as to be movable in the lateral direction by a motor 46.

  In the machined plate numbering apparatus of this embodiment configured as described above, the feeder support base 5 is made to wait in advance on the machine side, and the workpiece receiving bar 13 on the table lifter 12 is placed on the workpiece 14. When the uppermost processed plate 14 of the processed plate 14 is confirmed by the processed plate confirmation sensor, the numbering ink head 45 is lowered by the ink head elevating cylinder 47, and the vertical movement motor 42 The numbering ink heads 45 are moved by the lateral movement motor 46 and numbering is performed. The numbered workpieces 14 are sucked by the suction pads 10 and are fed by the feeder moving motor 7 to the feeder support base 5. Is moved and the work plate 14 sucked by the suction pad 10 comes on the suction table 34 of the NC router 15, the suction pad 10 is lowered by the pad lifting cylinder 8, and the work board 14 is moved to the suction table 34. When placed above, the suction pad 10 is lifted away from the work plate 14, and therefore, on the suction table 34, a vertical push cylinder 35 for work plate setting and a work plate setting / working plate discharge cylinder 36. Then, the work plate 14 is positioned on the suction table 34.

  When the positioned work plate 14 is moved to the processing position by the movement of the suction table 34, the head support member 20 is moved laterally by a ball screw (not shown) mounted inside the cross beam 18. At the machining position, the head 24 is moved down by the head vertical movement motor 21, the machining by the router spindle 28 or the cutting by the cutting saw 27 is performed, and the machined plate is machined by the cylinder 36 for machining plate set / workpiece discharge. It is pushed out to the plate receiving table 15.

  While the workpiece plate 14 is being processed by the NC router 28 or being cut by the cutting saw 27, the uppermost portion of the workpiece plate 14 loaded on the workpiece receiving bar 13 on the table lifter 12 is placed. The processed plate 14 is confirmed by the processed plate confirmation sensor 11, the numbering ink head 45 is lowered by the ink head lifting cylinder 47, and the numbering ink head is moved by the vertical movement motor 42 and the horizontal movement motor 46. No. 45 is moved and numbering is performed. During that time, the suction pad 10 that has released the work plate 14 on the suction table 34 stands by at the upper part of the suction table 34. It moves to adsorb the processed plate 14 that has finished.

  In the present embodiment configured as described above, while the numbering unit 40 is numbering the work plates, the work plate 14 previously conveyed by the suction pad 10 is cut and cut by the cutting saw 27. Since the machining by the NC router 28 is performed, the numbering operation and the machining operation are performed in parallel, and there is an advantage that the work efficiency is very good.

  In the above embodiment, the numbering operation and the machining operation are performed in parallel, but other operations can be performed in parallel.

DESCRIPTION OF SYMBOLS 1 Feeder frame 2 Feeder support member 3 Feeder moving rail 4 Moving bearing 5 Feeder support 6 Blower 7 Feeder moving motor 8 Pad lifting cylinder 9 Suction pipe 10 Suction pad 11 Work material confirmation sensor 12 Table Lifter 13 Workpiece Material Receiving Bar 14 Workpiece Plate 15 Workpiece Plate Receiving Table 16 Router Frame 17 Strut 18 Cross Beam 19 Head Lateral Movement Rail 20 Head Support Member 21 Head Vertical Movement Motor 22 Lifting Rail 23 Bearing 24 Head 25 Turning motor 26 Cutting motor 27 Cutting saw 28 NC router 29 Router raising / lowering cylinder 30 Table base 31 Table moving rail 32 Table moving rack 33 Table bearing 34 Suction table 35 Vertical push cylinder 36 Workpiece set and cover processing Payout cylinder 37 vertically movable rail 38 rack No. 40 with the unit 41 the support member 42 vertical movement motor 43 lateral movement rail 44 traverses rack No. 45 with ink heads 46 transverse movement motor 47 ink head lifting cylinders

Claims (1)

  A table lifter configured to stack a large number of work plates and sequentially rise by one when the top work plate is removed, and an uppermost work plate on the table lifter. After checking with the work plate check sensor to be checked and the work plate check sensor, the numbering ink head is lowered by the ink head lifting cylinder, and the numbering ink head is moved by the vertical movement motor and the horizontal movement motor. A numbering unit for numbering the upper surface of the uppermost processed plate on the table lifter, and the processed plate numbered by the numbering unit is sucked with a suction pad and conveyed on the feeder frame. , For a conveyance feeder for conveying onto a suction table, a vertical push cylinder mounted on the suction table for a workpiece plate transported by the conveyance feeder, and a work plate set mounted on a side of the suction table Positioning at target plate payout cylinder, turn with the processing device of the machining plate, characterized by comprising a processing apparatus for processing cutting saws and NC router work boards positioned.

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