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    • 101. 发明授权
    • Process for the manufacture of printed circuits
    • 印刷电路制造工艺
    • US4859263A
    • 1989-08-22
    • US169830
    • 1988-03-17
    • Heinz-Jurgen DziurlaHans-Leo WeberDieter FreitagWerner Waldenrath
    • Heinz-Jurgen DziurlaHans-Leo WeberDieter FreitagWerner Waldenrath
    • B41M5/26H05K3/04H05K3/22
    • H05K3/046H05K2203/0528H05K2203/1105
    • A method for manufacturing printed electrical circuits which comprise a substrate and copper foil applied thereto by hot embossing in a predetermined circuit pattern, said method comprising(a) providing a laminate which comprises the sequence of a printed circuit substrate, a heat activated adhesive layer, a copper foil and a carrier film which is electrically conductive,(b) passing an electrical current between two electrodes and through the carrier film wherein one electrode has sufficiently large film contact area whereby substantially no resistance heating results from the current density and the other electrode serves as an embossing tool and is of sufficiently small film contact area whereby sufficient resistance heating results from the current density to activate the adhesive layer to bond the copper foil to the substrate in the pattern of said other electrode, and(c) removing from the laminate the carrier film and such copper foil overlying areas where the adhesive was not heat activated thereby leaving a copper foil pattern bonded to the substrate.
    • 一种制造印刷电路的方法,其包括以预定电路图案通过热压印施加到其上的基板和铜箔,所述方法包括(a)提供包括印刷电路基板,热活化粘合剂层, 铜箔和导电的载体膜,(b)在两个电极之间通过电流并通过载体膜,其中一个电极具有足够大的膜接触面积,从而基本上不受电流密度的影响,另一个电极 用作压花工具,并且具有足够小的膜接触面积,从而由电流密度产生足够的电阻加热,以激活粘合剂层,以将铜箔与基板以所述另一个电极的图案结合,以及(c) 将载体膜和这种铜箔叠合在不粘合剂的区域上 热激活,从而留下结合到基底的铜箔图案。
    • 104. 发明授权
    • Linear light valve arrays having transversely driven electro-optic gates
and method of making such arrays
    • 具有横向驱动的电光门的线性光阀阵列和制造这种阵列的方法
    • US4707081A
    • 1987-11-17
    • US780873
    • 1985-09-27
    • Jose M. Mir
    • Jose M. Mir
    • G02F1/03G02F1/055H05K3/04
    • G02F1/0551Y10T29/49156
    • A linear light valve array having transversely driven, discretely addressable, electro-optic gates which selectively change the polarization of incident light is disclosed. The array has a plurality of spaced gates. Each gate includes a planar light receiving top surface which receives incident polarized light, and first and second spaced parallel electrode receiving surfaces that are arranged substantially normal to the top receiving surface. Discretely addressable electrodes are formed on such receiving surfaces. In response to an applied voltage, the electrodes of a gate establish a transverse electric field which changes the plane of polarization of light passing through the gate and substrate. In another aspect of this invention, a method of making such a linear light valve array is disclosed. In accordance with this method, a strip of photoresist material is formed on a wafer of electro-optic material. Grooves are then cut in the wafer on each side of the strip. A conductive layer is formed on the top surface of the wafer in the grooves and on the strip. The photoresist and its overlying conductive layer are removed. A plurality of evenly spaced parallel grooves are then cut in the wafer to define the gates.
    • 公开了一种线性光阀阵列,其具有选择性地改变入射光的偏振的横向驱动的,可离散寻址的电光栅。 阵列具有多个间隔开的栅极。 每个门包括接收入射偏振光的平面光接收顶表面和基本上垂直于顶部接收表面布置的第一和第二间隔开的平行电极接收表面。 可离散寻址的电极形成在这样的接收表面上。 响应于施加的电压,栅极的电极建立横向电场,其改变通过栅极和衬底的光的偏振面。 在本发明的另一方面,公开了制造这种线性光阀阵列的方法。 根据该方法,在电光材料的晶片上形成光致抗蚀剂材料条。 然后在条带的每一侧在晶片上切割槽。 导电层形成在晶片的凹槽和带上的顶表面上。 去除光致抗蚀剂及其上覆的导电层。 然后在晶片中切割多个均匀间隔的平行凹槽以限定栅极。
    • 107. 发明授权
    • Making process of a die for stamping out patterns
    • 制作模具的过程用于冲压图案
    • US4579022A
    • 1986-04-01
    • US539799
    • 1983-10-07
    • Yasuo KasaiKoichi YamadaTeruo SakumaMasahiro Koguchi
    • Yasuo KasaiKoichi YamadaTeruo SakumaMasahiro Koguchi
    • B23P15/40C23F1/04H01L21/48H05K3/04B21K5/20
    • B23P15/406C23F1/04H01L21/4839H05K3/041H05K2203/0108
    • The invention provides a novel method for manufacturing a knife-edge die for stamping out a metal foil on an insulating base plate such as in the preparation of an electronic circuit board by a technique of photoetching. The method comprises a line pattern of a photoresist film on the die face corresponding to the contour of the desired pattern, subjecting the die face to a first etching to effect substantial side etching behind the photoresist film to leave an edge, removing the photoresist film and subjecting the die face to a second etching to sharpen the edge into a knife edge. The invention further proposes several improvements in the knife-edge die manufactured in the same principle of the method as above such as the adjustment of the depth of the inside recess surrounded by the knife edge with a filling material and knife-edge dies suitable for continuous stamping out provided with one or more of flat-headed presser dies for the preliminary bonding of the metal foil to the base plate prior to stamping out with the knife edge and one or more limiter dies provided on one or both sides of the knife edge in order to prevent unduly deep incision of the knife edge to the base plate.
    • 本发明提供了一种制造用于在绝缘基板上冲压出金属箔的新颖方法,例如通过光刻技术制备电子电路板。 该方法包括在模具表面上对应于期望图案的轮廓的光致抗蚀剂膜的线图案,使模具面进行第一蚀刻以在光致抗蚀剂膜后面实质上的侧蚀刻留下边缘,去除光致抗蚀剂膜和 对模具面进行第二次蚀刻以将边缘锐化成刀刃。 本发明进一步提出了以与上述方法相同的原理制造的刀刃模具的几个改进,例如用适于连续的填充材料和刀刃模具调整由刀刃包围的内部凹部的深度 冲压出设置有一个或多个平头压模,用于在用刀刃冲压出之前将金属箔预先粘合到基板上,并且在刀刃的一侧或两侧设置一个或多个限制器模具 以防止刀刃过度切割到基板上。