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    • 26. 发明授权
    • Method of making a plate-shaped peeling member
    • 制造板状剥离部件的方法
    • US08187404B2
    • 2012-05-29
    • US12218093
    • 2008-07-11
    • Yukio OhtaSatoru FukuzawaMasaki OhashiKazuo Hirose
    • Yukio OhtaSatoru FukuzawaMasaki OhashiKazuo Hirose
    • B32B3/04
    • G03G15/2028Y10T29/49826Y10T156/1034Y10T156/1046
    • A method for manufacturing a plate-shaped peeling member having a thin metal plate and a resin sheet adhered thereto by wrapping the resin sheet around a leading edge of the thin metal plate. The plate-shaped peeling member peels paper from a roller or a belt of an electrophotographic apparatus, with a leading edge of the thin metal plate in contact with or being adjacent to the roller or the belt. The method includes the step of stacking an adhesive agent-applied resin sheet to one main surface of a thin metal plate without pulling both end portions of the adhesive agent-applied resin sheet in a longitudinal direction thereof, with an unstuck portion left on the adhesive agent-applied resin sheet in a widthwise direction thereof and with the adhesive agent-applied resin sheet being pressurized in a longitudinal direction thereof.
    • 一种用于制造具有薄金属板和树脂片的板状剥离构件的方法,所述方法通过将所述树脂片缠绕在所述薄金属板的前缘周围而粘附在其上。 板状剥离构件从电子照相设备的辊或带子剥离纸张,薄金属板的前缘与辊或带相接触或邻近。 该方法包括将粘合剂施加的树脂片层叠到薄金属板的一个主表面上,而不将粘合剂施加的树脂片的纵向方向的两个端部拉出,粘合剂残留在粘合剂上 涂料树脂片在其宽度方向上并且施加粘合剂的树脂片在其纵向被加压。
    • 27. 发明申请
    • Plate-shaped peeling member and method and apparatus of manufacturing same
    • 板状剥离部件及其制造方法及装置
    • US20050117941A1
    • 2005-06-02
    • US10996794
    • 2004-11-24
    • Yukio OhtaSatoru FukuzawaMasaaki OhashiKazuo Hirose
    • Yukio OhtaSatoru FukuzawaMasaaki OhashiKazuo Hirose
    • G03G15/14G03G15/20
    • G03G15/2028Y10T29/49826Y10T156/1034Y10T156/1046
    • A method for manufacturing a plate-shaped peeling member having a thin metal plate and a resin sheet adhered thereto by winding the resin sheet around a leading edge of the thin metal plate. The plate-shaped peeling member peels paper from a roller or a belt of an electrophotographic apparatus, with a leading edge of the thin metal plate in contact with or being adjacent to the roller or the belt. The method includes the steps of stacking an adhesive agent-applied resin sheet to one main surface of a thin metal plate without pulling both end portions of the adhesive agent-applied resin sheet in a longitudinal direction thereof, with an unstuck portion left on the adhesive agent-applied resin sheet in a widthwise direction thereof and with the adhesive agent-applied resin sheet being pressurized in a longitudinal direction thereof; temporarily sticking the unstuck portion left on the adhesive agent-applied resin sheet in the widthwise direction thereof to other main surface thereof by folding back the unstuck portion along a leading edge of the thin metal plate toward the other main surface thereof without pulling the both end portions of the adhesive agent-applied resin sheet in the longitudinal direction thereof; and fixing the temporarily unstuck portion of the adhesive agent-applied resin sheet to the other main surface of the thin metal plate, while the unstuck portion is being pressurized in the longitudinal direction of the adhesive agent-applied resin sheet from approximately a center of the adhesive agent-applied resin sheet in the longitudinal direction thereof.
    • 一种通过将树脂片绕在薄金属板的前缘上而制造具有薄金属板和树脂片的板状剥离构件的方法。 板状剥离构件从电子照相设备的辊或带子剥离纸张,薄金属板的前缘与辊或带相接触或邻近。 该方法包括以下步骤:将粘合剂施加的树脂片层叠到薄金属板的一个主表面上,而不将粘合剂施加的树脂片的纵向方向上的两个端部拉出,并将粘合剂部分留在粘合剂上 涂布剂的树脂片在其宽度方向上,并且所述粘合剂施加的树脂片在其纵向被加压; 通过沿着薄金属板的前缘向另一个主表面折回非解锁部分而将拉伸粘合剂树脂片沿其宽度方向残留在其宽度方向上的非打滑部分不拉动两端 粘合剂树脂片的纵向方向上的部分; 并且将所述粘合剂施加的树脂片的临时解开部分固定到所述薄金属板的另一个主表面,同时所述解开部分从所述粘合剂施加的树脂片的大致中心沿所述粘合剂施加的树脂片的纵向方向被加压 施加粘合剂的树脂片沿其纵向方向。
    • 28. 发明授权
    • Partial-fitting prevention connector
    • 局部配合预防接头
    • US5749747A
    • 1998-05-12
    • US773573
    • 1996-12-27
    • Shigemitsu InabaMakoto YamanashiYukio OhtaMasaru FukudaEiji Fukuda
    • Shigemitsu InabaMakoto YamanashiYukio OhtaMasaru FukudaEiji Fukuda
    • H01R13/639H01R13/52H01R13/633H01R13/64H01R13/641H01R13/627
    • H01R13/641H01R13/633
    • A partial-fitting prevention connector which can be positively fitted relative to a mating connector, and is prevented from being only partially fitted relative to the mating connector. When the partial-fitting prevention connector (1) is fitted relative to a mating connector (2), a retaining member (25), formed on a lock member (22), abuts against a retaining projection (34) formed on the mating connector (2), and the lock member (22) is pushed against the bias of a spring (23) in a rearward direction away from the mating connector. After the lock member has moved a predetermined distance, lock release projections (26a and 26b), formed on the lock member (22), slide over lock release projections (42a and 42b) formed on a support structure (41), thereby pivotally moving the lock member (22). When the fitting operation is further continued, the lock member (22) is urged by the spring (23) in the forward direction toward the mating connector and engages the retaining projection (34) to thereby retain the connectors to each other.
    • 一种局部配合防止连接器,其能够相对于配合连接器可靠地安装,并且防止相对于配合连接器仅部分地装配。 当部分配合防止连接器(1)相对于匹配连接器(2)进行装配时,形成在锁定构件(22)上的保持构件(25)抵靠形成在配合连接器(2)上的保持突起(34) (2),并且所述锁定构件(22)抵抗所述弹簧(23)的偏压在远离所述配合连接器的向后方向被推压。 在锁定构件已经移动预定距离之后,形成在锁定构件(22)上的锁定释放突起(26a和26b)在形成在支撑结构(41)上的锁定释放突起(42a和42b)上滑动,从而枢转地移动 锁定构件(22)。 当进一步继续进行装配操作时,锁定构件(22)由向前的方向被弹簧(23)推向配合连接器并与保持突起(34)接合,从而将连接器保持在彼此之间。
    • 29. 发明授权
    • Connector
    • US5190467A
    • 1993-03-02
    • US788016
    • 1991-11-05
    • Yukio Ohta
    • Yukio Ohta
    • H01R13/639H01R13/64H01R13/641
    • H01R13/641
    • One of the mating connector housings has a locking arm and the other connector housing has an engagement sleeve that receives the locking arm. The locking arm rises through a base at the front outer circumference of the first housing and extends axially rearwardly. The locking arm has guide means formed at the base. The engagement sleeve has engagement groove means formed in side walls thereof that extend axially from the front opening toward the rear and which receives the guide means. When the paired connector housings are connected together, the guide means of the locking arm are received into the engagement groove means in the engagement sleeve to prevent the weak portion of the connector housing formed with the locking arm from being deformed, thus providing a good locking feel and also an adequate engagement stroke. This makes the complete connection of the connector housings easily verifiable.