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    • 61. 发明授权
    • Method and apparatus for applying a protecting film to a semiconductor
wafer
    • 将保护膜施加到半导体晶片的方法和装置
    • US6080263A
    • 2000-06-27
    • US73156
    • 1998-05-05
    • Hiroshi SaitoTsuyoshi KuritaKoji Okamoto
    • Hiroshi SaitoTsuyoshi KuritaKoji Okamoto
    • B65H35/07H01L21/00H01L21/304H01L21/78B32B31/00
    • H01L21/67132H01L21/67092Y10T156/1057Y10T156/108Y10T156/1343Y10T156/1734
    • In an apparatus and method of applying a protecting film to a semiconductor wafer, a semiconductor wafer is placed on top of a table, a protecting film is pressed onto the wafer by a press roller biased toward the table, the table is moved to apply the protecting film to the wafer, a tension roller arranged upstream from the press roller applies a tensile force to the protecting film in a direction opposite the feeding direction of the film, the tensile force of the tension roller is first set at a relatively high value at the beginning of the application of the protecting film to place the protecting film in a stretched state and then at a relatively small value during the application of the protecting film to prevent the portion of the protecting film which has not yet been applied from coming into contact with the wafer, and then, after the protecting film has been applied to the wafer, a cutting blade is used to cut the protecting film to match the shape of the semiconductor wafer by first moving the cutting blade in the Y direction to cut from an angular portion C.sub.1 of the orientation flat portion to an angular portion C.sub.2, then rotating the table while moving the cutter and the table to align the cutting direction of the cutting blade with the tangential direction of the circumferential portion of the semiconductor wafer, and then rotating the table to cut the protecting film along the circumferential portion of the semiconductor wafer.
    • 在将保护膜施加到半导体晶片的装置和方法中,将半导体晶片放置在工作台的顶部,通过偏压于工作台的压辊将保护膜压在晶片上,使工作台移动 将保护膜保护到晶片上,布置在压辊上游的张力辊在与膜的进给方向相反的方向上对保护膜施加张力,拉伸辊的张力首先设定在相对较高的值 开始使用保护膜以将保护膜置于拉伸状态,然后在施加保护膜期间以相对较小的值,以防止尚未施加的保护膜的部分接触 然后在将保护膜施加到晶片之后,使用切割刀来切割保护膜以匹配半导体晶片的形状 通过首先沿Y方向移动切割刀片以从定向平坦部分的角度部分C1切割成角度部分C2,然后在移动切割器和工作台的同时旋转工作台以使切割刀片的切割方向与 半导体晶片的周向部分的切线方向,然后旋转工作台以沿着半导体晶片的圆周部分切割保护膜。
    • 62. 发明授权
    • Brazing apparatus
    • 钎焊设备
    • US6050473A
    • 2000-04-18
    • US11573
    • 1998-08-10
    • Tsugunori MasudaJunichi OnozakiHiroshi Saito
    • Tsugunori MasudaJunichi OnozakiHiroshi Saito
    • B23K1/08B23K3/06H02K44/06B23K13/01B23K35/12
    • B23K1/085B23K3/0653H02K44/06
    • A first electromagnetic induction pump system includes a first plurality of electromagnetic induction pumps, arranged in the direction parallel to the width of workpiece. The first plurality of electromagnetic induction pumps extend vertically along a first vertical plate portion at a workpiece inlet side of a single reservoir. A second electromagnetic induction pump system includes a second plurality of electromagnetic induction pumps, arranged in the direction parallel to the width of workpiece. The second plurality of electromagnetic induction pumps extend vertically extends along a second vertical plate portion at the workpiece outlet side of the reservoir. Brazing filler metal is ejected upward in waves by the electromagnetic induction pump systems to braze workpieces carried by the ejected waves into and out of the device. Using a plurality of electromagnetic induction pumps along the width of the workpiece produces waves which are wide enough to cover the width of workpiece and to have a uniform height.
    • PCT No.PCT / JP97 / 01983 Sec。 371日期:1998年8月10日 102(e)1998年8月10日PCT 1997年6月10日PCT公布。 公开号WO97 / 47423 日期1997年12月18日第一电磁感应泵系统包括沿平行于工件宽度的方向布置的第一多个电磁感应泵。 第一组多个电磁感应泵在单个储存器的工件入口侧沿第一垂直板部分垂直延伸。 第二电磁感应泵系统包括沿平行于工件宽度的方向布置的第二多个电磁感应泵。 第二组多个电磁感应泵沿储存器的工件出口侧的第二垂直板部分垂直延伸。 钎焊金属通过电磁感应泵系统在波浪中向上喷射,以将由喷射的波所携带的工件钎焊到设备中。 沿着工件的宽度使用多个电磁感应泵产生足够宽的波浪以覆盖工件的宽度并具有均匀的高度。
    • 64. 发明授权
    • Sheet sorter with stapler
    • 装订机分页机
    • US5918871A
    • 1999-07-06
    • US855636
    • 1997-05-13
    • Hiroshi SaitoNaoto MochizukiHideharu YoneokaShigeki Fukai
    • Hiroshi SaitoNaoto MochizukiHideharu YoneokaShigeki Fukai
    • B42B4/00B42C1/12B65H37/04B65H39/11G03G15/00
    • B42C1/125
    • A sheet sorter with a stapler includes a plurality of bins arranged in a vertical direction each of which receives a plurality of sheets discharged from an and forms thereon a stack of sheets. An indexer receives the sheets from the image recording apparatus and distributes the sheets to the respective bins through the sheet inlet ends thereof. A stapler is movable up and down along the array of the sheet inlet ends of the bins and in a direction of width of the sheets to staple the stack of sheets on each bin which has been ejected beyond the sheet inlet end of the bin by a predetermined length. A single reciprocal pusher member is actuated after completion of stapling by the stapler and pushes the stapled stack of sheets back to the bin. A centering mechanism moves the reciprocal pusher member to a position substantially opposed to the middle of the trailing edge of the stack of sheets before the reciprocal pusher member is actuated.
    • 具有订书机的纸张分拣机包括沿垂直方向布置的多个箱,每个箱容纳从纸张排出的多张纸,并在其上形成一叠纸。 分度器从图像记录装置接收片材,并通过片材入口端将片材分配到相应的盒子中。 订书机沿着料仓的纸张进口端的阵列并沿着纸张的宽度的方向上下移动,以将已经被推出超过纸盒进纸端的每个纸盒上的纸叠堆叠成一张纸 预定长度。 单个往复推动器构件在由订书机完成订书钉之后被致动,并且将装订的纸叠将纸张推回到纸盒。 在往复推动器构件被致动之前,定心机构将往复推动器构件移动到与叠片的后缘基本上相对的位置。
    • 65. 发明授权
    • Multiple tool for punch press
    • US5848563A
    • 1998-12-15
    • US883962
    • 1997-06-27
    • Hiroshi Saito
    • Hiroshi Saito
    • B21D28/12B26D5/08
    • B21D28/12Y10T83/8732Y10T83/8759
    • A multiple tool is disclosed wherein during a punching process by a predetermined punch, a workpiece is not damaged by other punches not used therein. A multiple tool is mounted on a rotatable holder (7) supported in a freely rotatably driven manner on a holder body (3) such as an upper turret. The multiple tool includes a punch holder (231), and a plurality of punches (241) supported in a vertically movable manner on the punch holder, and a striker plate (261) provided in the punch holder (231) in a rotatable and vertically movable manner relative to the punch holder (231). The striker plate is formed (a) on a lower surface thereof with a peripheral groove (271) for engaging the heads of the punches, and (b) above a predetermined location along the peripheral groove with a striker section (273) for selectively striking one of the punches on the punch holder, and (c) above a plurality of predetermined locations along the peripheral groove with through-holes (271H) for allowing the heads of the punches other than the punch struck by the striker section to move upward relative to the striker plate during a punching process by the punch struck by the striker section. The multiple tool further includes a punch head holder (255) provided above a striker plate (261) so as to be vertically movable relative to the striker plate and to be prevented from rotating relative thereto. A backup pin (275) is provided in the punch head holder at a position above each through-hold (271H), so that the head of each punch is pressed downward by a lower end of the backup pin (275). A pressure spring (279) is provided between the punch head holder and a backup pin for urging the backup pin downward. A holder spring (249) is provided between the punch guide (253) and the punch (241), for urging the punch upward. The spring constant of the holder spring (249) is greater than the spring constant of the pressure spring (279).
    • 67. 发明授权
    • Upper tool for a press
    • 上压工具
    • US5410926A
    • 1995-05-02
    • US98030
    • 1993-07-28
    • Hiroshi Saito
    • Hiroshi Saito
    • B21D45/00B26D7/18B26D7/06
    • B21D45/006B26D7/1818Y10T83/215Y10T83/2159
    • In an upper tool, a stripper plate (35) is disposed movably up and down at a lower end portion (13a) of a punch guide (13) for housing a punch (27) also movably up and down, via a shock damping member (33). Further, the shock damping member (33) is formed into an annular body disposed so as to enclose an annular gap (X) formed between the lower end portion (13a) of the punch guide (13) and the upper surface (65) of the stripper plate (35). The upper tool can reduce noise sound generated during punching processing, and further prevent chips produced during punching processing from adhering onto the workpiece and the shock damping member, thus protecting the workpiece from being scratched by the chips and further improving the life time of the shock damping member.
    • 在上部工具中,剥离板(35)在冲头引导件(13)的下端部(13a)上上下移动,用于容纳也可上下移动的冲头(27),经由减震构件 (33)。 此外,减震构件(33)形成为环状体,该环状体包围形成在冲头引导件(13)的下端部(13a)与上表面(65)之间的环状间隙(X) 脱模板(35)。 上部工具可以减少冲孔加工过程中产生的噪音,进一步防止冲孔加工过程中产生的切屑粘附到工件和减震部件上,从而保护工件免受切屑的划伤,进一步提高冲击寿命 阻尼件。
    • 68. 发明授权
    • Process for producing extruded noodle capable of being instantly cooked
    • 生产挤压面条的方法能够立即煮熟
    • US5332592A
    • 1994-07-26
    • US689876
    • 1991-05-24
    • Takayoshi IshigakiHiroshi SaitoAkio Fujita
    • Takayoshi IshigakiHiroshi SaitoAkio Fujita
    • A23L7/109A23L7/113A23L1/16
    • A23L7/111
    • In accordance with this invention, a starting powder mixture composed of raw tapioca starch mixed with durum semolina and/or wheat flour is kneaded together with water added thereto, and the resulting kneaded dough material is passed through an extruder, whereby the dough material is extruded to provide extruded raw noodle strings each having at least one groove extending longitudinally in the noodle string. Or alternatively, said kneaded dough material is extruded through an extruder to form a web of the dough for use in the formation of noodle, and the resulting noodle-forming, extruded dough web is engraved to form therein a plurality of parallel grooves extending in the direction of the extrusion molding. The resulting noodle-forming dough web having a plurality of the grooves is cut by means of cutting blade(s) at the zones of the web interposed between the respective grooves of the web to provide raw noodle strings each having at least one groove extending longitudinally in the noodle string. Then, the resulting extruded raw noodle strings having the grooves are steamed in a steamer and subsequently treated so as to absorb water therein in order to increase the water content of the noodle strings to a water content of 38 to 50% by weight, followed by frying the these noodle strings in oil. Thereby, such extruded noodle capable of being instantly cooked can be produced, which is useful as a food product.
    • PCT No.PCT / JP89 / 00995 Sec。 371日期1991年5月24日 102(e)日期1991年5月24日PCT提交1989年9月29日PCT公布。 WO90 / 03120PC PCT出版物 1990年4月5日。根据本发明,将与硬粒小麦粉混合的粗木薯淀粉和/或小麦粉组成的起始粉末混合物与加入的水一起捏合,并将所得捏合的面团材料通过挤出机 由此面团材料被挤出以提供挤压的生面条,其每个具有在面条串中纵向延伸的至少一个凹槽。 或者,所述捏合的面团材料通过挤出机挤出以形成用于形成面条的生面团的网状物,并且将所形成的面条形挤出的面团网片雕刻成多个平行的凹槽, 挤出成型的方向。 所形成的具有多个槽的面条形面团网通过在幅材的相应槽之间的纤维网区域上的切割刀片被切割,以提供生面条,每个具有至少一个纵向延伸的凹槽 在面条串里。 然后,将所得到的具有凹槽的挤出的生面条串蒸汽蒸发并随后处理以吸收其中的水,以便将面条的含水量增加到38至50重量%的水含量,随后 油炸这些面条。 因此,可以制造能够立即煮熟的这种挤出的面条,其可用作食品。