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    • 2. 发明申请
    • PRESSURE FOOT FOR PERFORATING MACHINE FOR PRINTED BOARD
    • 印刷机执行机构压力机
    • WO1992021481A1
    • 1992-12-10
    • PCT/JP1992000690
    • 1992-05-28
    • HITACHI SEIKO, LTD.ARAI, KunioKANAYA, YasuhikoHAMADA, Kazunori
    • HITACHI SEIKO, LTD.
    • B23Q11/10
    • B23Q3/002B23Q11/006H05K3/0044Y10T408/46Y10T408/50Y10T408/5623
    • A pressure foot (7) of a perforating machine for a printed board, which is supported axially slidably on a spindle (2) of the same machine, and has a presser surface (13) for press holding a printed board (5) during perforating process, a discharge port (11) formed in a side wall (8) for discharging cutting chips produced by processing for perforation, the discharge port (11) being connected to a suction device, and a compressed air supply passage (20A) formed in the side wall for blow out compressed air toward a drill (4) of the perforating machine for a printed board. A cooling liquid supply device (21) is connected to the compressed air supply passage (20A). A liquid supply passage (14) for injecting cooling liquid toward the drill (4) of the perforating machine for aprinted board may be formed instead of the compressed air supply passage (21A). In this case, there is formed at least one groove (18) extending in the direction of a tangent to the drill (4) for allowing air to be sucked into the interior (10) of the pressure foot in the presser surface (13). This enhances cooling efficiency during perforating process.
    • 一种用于印刷电路板的穿孔机的压脚(7),其被轴向可滑动地支撑在同一机器的心轴(2)上,并且具有用于在穿孔期间压住印刷板(5)的压紧表面(13) 处理,形成在侧壁(8)中的排出口(11),用于排出通过加工穿孔产生的切屑,排出口(11)连接到抽吸装置;以及压缩空气供给通道(20A),形成在 用于将压缩空气朝向用于印刷板的穿孔机的钻头(4)吹出的侧壁。 冷却液供给装置(21)与压缩空气供给通路(20A)连接。 代替压缩空气供给通道(21A),可以形成用于向喷印板的穿孔机的钻头(4)喷射冷却液的液体供给通路(14)。 在这种情况下,形成有至少一个在钻头(4)的切线方向上延伸的凹槽(18),用于允许空气被吸入压脚表面(13)中的压脚的内部(10) 。 这提高了射孔过程中的冷却效率。
    • 4. 发明申请
    • PRINTED CIRCUIT BOARD WORKING APPARATUS
    • 印刷电路板工作装置
    • WO1991017862A1
    • 1991-11-28
    • PCT/JP1991000686
    • 1991-05-23
    • HITACHI SEIKO, LTD.OTANI, TamioSAITO, KunitoKANAYA, Yasuhiko
    • HITACHI SEIKO, LTD.
    • B23Q07/14
    • B23Q7/103B23Q1/525B23Q3/183B23Q7/005B23Q7/055B23Q7/06B23Q7/12H05K13/0061Y10T29/5196
    • A printed circuit board working apparatus according to the present invention is characterized in that the said apparatus comprises: a plurality of printed circuit board working apparatuses (A) in each of which a printed circuit board (W) rested on a table (4) and a tool held by a single spindle (13) are moved relatively in directions X, Y and Z to work the board (W); an inverted device (B) rockingly attached to the table (4), for receiving and delivering the board (W); a conveying device (C) mounted along a bed (1) of the working apparatus (A) and provided with a supply course (C1) and a discharge course (C2) for conveying the board (W) in an inclined state; a lifting device (D) provided at a receiving-delivering position of the respective courses of this conveying device (C) on the side of the working apparatus, for receiving and delivering the board between the inverted device (B) and the respective courses; a printed circuit board supply device (E) connected to one end of the supply course (C1); a printed circuit board recovery device (F) connected to one end of the discharge course (C2); and a detector (G) attached to the spindle (13) of the working apparatus (A), for reading the types of boards (W) supplied onto the table (4). Therefore, according to the present invention, the plurality of printed circuit board working apparatus arranged in parallel to one another can be individually operated, so that efficient multi-product small-lot production is permitted.