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    • 1. 发明授权
    • Method of manufacturing contact spring sockets
    • 接触弹簧插座的制造方法
    • US4614029A
    • 1986-09-30
    • US718446
    • 1985-04-01
    • Gerhard NeumannHans Ramisch
    • Gerhard NeumannHans Ramisch
    • H01R43/00H01R13/187H01R43/16H01R43/04
    • H01R43/16H01R13/187Y10T29/49204Y10T29/49218Y10T29/49918
    • The method relates to manufacturing contact spring sockets with a plurality of radially inward bowed contact springs (9) clamped at one end in an approximately cylindrical socket body (1), formed by a thin-walled deformable sleeve. The straight contact springs, formed by sections of a contact spring wire, are introduced into the socket body and made fast at their front ends to a central head (10) at the front end of a line connector (2) by deformation of the socket material. The free ends of the contact springs (9) are brought into supporting abutment on an annulus (5) at the pin insertion end. Deformation of the socket body (1) to produce bowing of the contact springs can be omitted if in accordance with the invention an insert ring (6) is introduced into the middle region of the socket body (1), which fits adjacent the interior wall of the socket, subsequently the contact springs (9) are introduced into the socket body, whereby they lie adjacent the insert ring (6), and following on this a mandrel (12), which is conically shaped and whose diameter increases towards its front end, together with the annulus (5) mounted on it, is introduced into the socket body (1) and again withdrawn from the socket body with radial expansion of the annulus (5) which is secured against axial displacement during this while carrying with it the outer ends of the contact springs, and finally the central head (10) is deformed while carrying with it inner ends of the contact springs.
    • 该方法涉及制造具有多个径向向内的弯曲接触弹簧(9)的接触弹簧座,该弹性座在一端夹在大致圆柱形的插座主体(1)中,由一个薄壁可变形的套筒形成。 由接触弹簧线的部分形成的直接接触弹簧被引入插座本体中,并且通过插座的变形将其前端快速地制成在线连接器(2)的前端处的中心头部(10) 材料。 接触弹簧(9)的自由端在销插入端处被支撑抵接在环(5)上。 如果根据本发明,将插入环(6)引入到插座本体(1)的中间区域中,插座主体(1)的变形以产生接触弹簧的弯曲,则可以省略插座 接下来将接触弹簧(9)引入到插座主体中,由此它们位于插入环(6)附近,并且紧跟在该心轴(12)上,其具有圆锥形并且其直径朝其前方增加 端部与安装在其上的环形空间(5)一起被引入到插座主体(1)中,并且再次从插座主体中退出,环形空间(5)的径向膨胀在此期间抵抗轴向位移而被固定 接触弹簧的外端,最后中心头(10)在承载接触弹簧的内端时变形。
    • 2. 发明授权
    • Apparatus for plasma etching
    • 等离子体蚀刻装置
    • US5009738A
    • 1991-04-23
    • US444293
    • 1989-12-01
    • Heinrich GruenwaldHans RamischAnton Pawlakowitsch
    • Heinrich GruenwaldHans RamischAnton Pawlakowitsch
    • H01J37/32H01L21/00
    • H01L21/67069H01J37/3244
    • An apparatus for the implementation of plasma etching processes providing a process chamber, an upper electrode, and a lower electrode. The upper electrode comprises an anode member, movable with respect to the process chamber, and provides a gas shower for delivering a highly reactive gas, such as a gas containing fluorine or chlorine, into the process chamber. The lower electrode provides a surface for holding a substrate to be etched, the lower electrode being supplied with a high-frequency negative voltage and cooled by an outside source. The process chamber is shaped to press the substrate to the lower electrode when the process chamber is lowered upon the substrate in preparation for operation. The process chamber presses the substrate around a continuous periphery of the substrate. The process chamber is provided with exhaust gas export holes which can be progressively aligned with matching holes in a perforated disk rotatably mounted to an outside surface of the process chamber. An accordion bellows seals the interface between the first electrode stem and process chamber, to prevent penetration of particles into the process chamber. The above-described apparatus is all preferably situated in a vacuum chamber.
    • 一种用于实现提供处理室,上电极和下电极的等离子体蚀刻工艺的装置。 上电极包括可相对于处理室移动的阳极构件,并且提供用于将高反应性气体(例如含有氟或氯的气体)输送到处理室中的气体淋浴。 下电极提供用于保持要蚀刻的衬底的表面,下电极被提供高频负电压并由外源冷却。 当处理室下降到基板上以准备操作时,处理室被成形为将基板压到下电极。 处理室围绕基板的连续周边挤压基板。 处理室设置有排气出口孔,排气出口孔可以与可旋转地安装到处理室的外表面的多孔盘中的匹配孔逐渐对准。 手风琴波纹管密封第一电极杆和处理室之间的界面,以防止颗粒渗透到处理室中。 上述装置都优选位于真空室中。
    • 3. 发明授权
    • Method of manufacturing contact spring sockets
    • 接触弹簧插座的制造方法
    • US4621422A
    • 1986-11-11
    • US718448
    • 1985-04-01
    • Gerhard NeumannHans Ramisch
    • Gerhard NeumannHans Ramisch
    • H01R43/00H01R13/11H01R13/187H01R43/16H01R43/20H01R43/04
    • H01R43/16H01R13/187Y10T29/49218
    • A method relates to manufacturing contact spring sockets with a plurality of contact springs, clamped at one end in an approximately cylindrical thin-walled socket body and bowed radially inward. The straight contact springs are introduced in the socket body into the annular space between a mandrel and the socket wall and subsequently when in an aligned state relative to each other are pressed against an annular head at the front end of the line connector which partly projects into the socket body and are made fast in this position at one end. Deformation of the socket body for elastically bowing the contact springs can be omitted according to the invention, if after introduction of the contact springs into the annular space of the socket body an insert ring (10) is introduced into the latter fitting adjacent the socket innner wall, whose internal diameter is smaller than the external diameter of the annulus plus twice the diameter of the contact springs. By these means the insert ring with its inner end edges presses radially inward on the contact springs. At their ends away from the pin insertion opening they are pressed radially outwards by the subsequent introduction of the conically formed front end of the line connector, before they are made fast by clamping and folding over of the socket edge against the connector.
    • 一种方法涉及制造具有多个接触弹簧的接触弹簧座,其一端被夹在大致圆柱形的薄壁插座体中并径向向内弯曲。 直接接触弹簧在插座主体中引入心轴和插座壁之间的环形空间中,并且随后当相对于彼此的对准状态被压靠在线连接器的前端处的环形头部时,该环形头部分地突出到 插座主体并在其一端快速制成该位置。 根据本发明,可以省略用于弹性弯曲接触弹簧的插座体的变形,如果在将接触弹簧引入到插座主体的环形空间中之后,将插入环(10)引入邻近插座内部的配件 壁的内径小于环的外径加上接触弹簧直径的两倍。 通过这些方式,其内端边缘的插入环在接触弹簧上径向向内挤压。 在它们的端部远离销插入开口时,通过随后引入线形连接器的锥形形成的前端,在它们通过将插座边缘压靠和折叠抵靠连接器而快速制成之前,它们被径向向外挤压。
    • 4. 发明授权
    • Method of manufacturing contact spring procedure
    • 制造接触弹簧程序的方法
    • US4693002A
    • 1987-09-15
    • US913566
    • 1986-09-29
    • Gerhard NeumannHans Ramisch
    • Gerhard NeumannHans Ramisch
    • H01R43/00H01R13/187H01R43/16H01R43/04
    • H01R43/16H01R13/187Y10T29/49204Y10T29/49218
    • The method relates to manufacturing contact spring sockets with a plurality of radially inward bowed contact springs clamped at one end in an approximately cylindrical socket body, formed by a thin-walled deformable sleeve. After introduction of the straight contact springs into the socket body from one socket end, they are made fast by deformation of the socket material and their free ends are brought into supporting abutment on an annulus. This is associated with a mandrel for assisting assembly, which passes through it and which is during manufacture introduced co-axially into the socket body and finally withdrawn from it. Subsequently the mandrel together with the annulus is introduced into the socket body. The contact springs are then, by applying axial pressure on their ends, converted into a shape bowed into the interior of the socket until they abut the mandrel. Thereafter, the mandrel is withdrawn from the socket body with relaxation of the permanently deformed contact springs and the annulus is held fast in its position in the socket body by folding over of the socket body edge.
    • 该方法涉及制造具有多个径向向内的弯曲接触弹簧的接触弹簧插座,该多个径向向内弯曲的接触弹簧被夹在大致圆柱形的插座主体的一端,由薄壁的可变形的套筒形成。 在从一个插座端将直接接触弹簧引入插座主体之后,它们通过插座材料的变形而快速制成,并且它们的自由端被带入环形支撑支座。 这与用于辅助组件的心轴相关联,该心轴穿过它并且在制造过程中同时轴向地插入到插座主体中并最终从其中退出。 随后心轴与环带一起被引入到插座主体中。 然后,接触弹簧通过在它们的端部施加轴向压力,转换成弯曲到插座内部的形状,直到它们抵靠心轴。 此后,通过使永久变形的接触弹簧松弛,心轴从插座本体中被拉出,并且通过折叠插座主体边缘,环将其快速地保持在其插座主体中的位置。
    • 5. 发明授权
    • Electrical connector for flat multiconductor cable
    • 扁平多芯电缆电连接器
    • US4687275A
    • 1987-08-18
    • US803211
    • 1985-11-27
    • Hans RamischGerhard Neumann
    • Hans RamischGerhard Neumann
    • H01R12/67H01R12/70H01R12/77H01R4/24
    • H01R12/778H01R12/675
    • A connector, for a multiconductor flat cable, composed of three rows of connection contacts mounted at a defined distance from one another in an elongate body of insulating material, with the connection contacts having the shape of sockets or pins which extend toward one surface or side of the insulating body. The connection contacts are each connected, via a center connecting section, with respective conductor terminals which are spaced slightly differently from one another than the associated connection contacts and each has the shape of a pair of contact fingers which extend approximately mutually parallel toward the opposite side or surface of the insulating body. The conductor terminals are longitudinally located such that each conductor of the flat cable will be pressed between a respective pair of contact fingers so as to pierce or displace the insulation surrounding the conductor and contact same. The conductor terminals associated with the connection contacts in the two outer rows of connection contacts, as well as the conductor terminals associated with the connection contacts in the center row of connection contacts are arranged in respective rows while lie in planes other than the planes of the three rows of connection contacts, with the two outermost rows of terminals being spaced a greater distance from one another than the planes of the two outer rows of connection contacts.
    • 一种用于多导体扁平电缆的连接器,由三排连接触头组成,该连接触点以细长绝缘材料体彼此限定的距离安装,连接触头具有向一个表面或侧面延伸的插座或引脚的形状 的绝缘体。 连接触头各自经由中心连接部分与相应的导体端子相连,相应的导体端子相对于相关联的连接触点彼此稍微不同地间隔开,并且每个具有一对接触指状物的形状,其大致相互平行朝向相对侧延伸 或绝缘体的表面。 导体端子纵向地定位成使得扁平电缆的每个导体将被压在相应的一对接触指状件之间,以便刺穿或移动围绕导体的绝缘体并与其接触。 与两个外部连接触点中的连接触点相关联的导体端子以及与连接触点中心排中的连接触点相关联的导体端子布置在相应的行中,同时位于除了 三排连接触点,其中两个最外面的端子排彼此间隔开比两个外部连接触点列的平面更大的距离。