会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Device for clamping elongated member
    • 用于夹紧延长件的装置
    • US3924920A
    • 1975-12-09
    • US47770974
    • 1974-06-10
    • WESTERN ELECTRIC CO
    • MOSCIONI RICHARD JOSEPHSELLAR GERALD MILLER
    • H01R4/44H01R4/64H01R7/24
    • H01R4/646H01R4/44
    • A clamping device especially adapted for grounding a plurality of electrically conductive members includes a base having two flat parallel faces and a well formed centrally thereof with side surfaces extending between the flat faces being arcuately shaped. The clamp also includes a cover having a post adapted to be received in the well in the base and two arms depending arcuately from opposite sides of the post. When the post is received in the well, the depending arms of the cover cooperate with the arcuate surfaces of the base to form arcuately shaped openings of generally constant width for receiving the conductive members. Securing facilities are used to draw the post within the well and thereby clamp conductive members inserted in the arcuate openings. The configuration causes equal clamping forces to be applied to each of the plurality of conductive members and also causes shear forces to be applied to the outer surface of each conductive member to remove any undesirable surface layer therefrom and thereby improve the electrical connection between the conductive member and the clamp. The securing facilities include provisions for compensating for relaxation due to plastic flow of the materials of the conductive members over a period of time.
    • 3. 发明授权
    • System for controlling the eccentricity of an extruded article
    • 用于控制挤压制品的偏心度的系统
    • US3923439A
    • 1975-12-02
    • US49320074
    • 1974-07-30
    • WESTERN ELECTRIC CO
    • ISLEY ARTHUR MERLERAKE ROBERT WAYNETINGLEY ALBERT SANFORD
    • B29C47/28B29C47/92B29D23/04
    • B29C47/28B29C47/0014B29C47/0016B29C47/0023B29C47/8835B29C47/8895B29C47/903B29C47/907B29C47/92B29C2947/92076B29C2947/92171B29C2947/92352B29C2947/92438B29C2947/92571
    • A cable core is advanced longitudinally through an extruder head where a protective tubular plastic jacket is formed therearound. A sensing device coupled to a test set monitors jacket eccentricity along a pair of normal, coplanar cross-sectional axes, generating a pair of polarized analog signals which are coupled to a level detector which generates outputs indicating on which side of each axis the jacket is eccentric. The outputs of the level detector are coupled to a logic circuit, synchronized by a clock, which gates the outputs of first and second oscillators selectively to one of two inputs of first and second drive circuits associated with first and second reversible stepping motors. A first slide is mounted for rectilinear movement slidably within a second slide mounted for transverse rectilinear movement. The stepping motors selectively drive the slides to impart translational movement to the first slide, which is coupled to one end of a core tube pivotally mounted in the extruder head to position the other end of the core tube adjustably within a passageway formed in an extrusion die in the head, automatically to correct any measured jacket eccentricity. Alternatively, the stepping motors may be controlled manually through a lever-actuated switch to vary the relative position of the core tube and the die without the eccentricity signals. Additionally, third and fourth stepping motors may be driven in synchronism with the first and second stepping motors, respectively, to drive a cross hair display which indicates visually the position of the core tube with respect to the die.
    • 电缆芯线纵向前进通过挤出机头部,在其周围形成保护性管状塑料护套。 耦合到测试装置的传感装置沿着一对正常的共面横截面轴线监测外壳偏心,产生一对耦合到电平检测器的偏振模拟信号,该电平检测器产生指示每个轴的夹在哪一侧的输出 偏心。 电平检测器的输出耦合到由时钟同步的逻辑电路,该时钟将第一和第二振荡器的输出选择性地与第一和第二可逆步进电机相关的第一和第二驱动电路的两个输入中的一个进行选通。 安装第一滑块可滑动地安装在用于横向直线运动的第二滑块内的直线运动。 步进电机选择性地驱动滑块以向第一滑动件提供平移运动,该第一滑动件联接到可枢转地安装在挤出机头部中的芯管的一端,以将芯管的另一端可调节地定位在形成在挤出模具中的通道内 在头部,自动校正任何测量的夹套偏心率。 或者,步进电动机可以通过杠杆驱动开关手动控制,以改变芯管和模具的相对位置而不偏心信号。 此外,第三和第四步进电动机可以分别与第一和第二步进电动机同步地驱动,以驱动十字头显示器,其在视觉上指示芯管相对于管芯的位置。
    • 6. 发明授权
    • Methods of and apparatus for controlling the thickness of an annular extrusion
    • 用于控制环形挤压厚度的方法和装置
    • US3914356A
    • 1975-10-21
    • US45577574
    • 1974-03-28
    • WESTERN ELECTRIC CO
    • DEMBIAK MATTHEW RGLOSEK JOHN J
    • B29B7/00B29C47/00B29C47/02B29C47/92G05D5/00G05D5/02G05D5/03H01B13/14H01B13/24B29C3/06
    • B29C47/92B29C47/0014B29C47/0016B29C2947/92076B29C2947/92152B29C2947/92171B29C2947/92428B29C2947/9258B29C2947/92609B29C2947/92647B29C2947/92666B29C2947/9279B29C2947/92828G05D5/03H01B13/14
    • A cable core advances through an extruder head and then past an ultrasonic test set. In the extruder head, an annular plastic jacket is formed about the core. The test set generates four signals which correspond in magnitude to the jacket thickness in orthogonally spaced quadrants of the jacket. The signals are then applied to apparatus for centering the core with respect to the extruder head. Additional apparatus generates control signals in response to the signals from the test set. The control signals are applied to a mechanism for adjusting the jacket thickness in diametrically opposite quadrants with respect to the thickness in the quadrants adjacent thereto to control the uniformity of the jacket thickness. The control signals are also applied to a mechanism for controlling the overall jacket thickness. The signals give priority to the function of controlling the uniformity of the jacket thickness before the overall jacket thickness is reduced to a predetermined thickness range. A special control signal overrides other signals for controlling the jacket thickness and causes an increase in the overall jacket thickness whenever the jacket thickness in any of the quadrants falls below a predetermined minimum thickness.
    • 电缆芯通过挤出机头部然后经过超声波测试装置。 在挤出机头部中,围绕芯部形成环形塑料护套。 该测试装置产生四个信号,其大小与护套正交间隔的象限中的护套厚度相对应。 然后将信号施加到用于使芯相对于挤出机头定心的装置。 附加装置响应于来自测试装置的信号产生控制信号。 控制信号被施加到用于相对于与其相邻的象限中的厚度在直径相对的象限中调节护套厚度的机构,以控制护套厚度的均匀性。 控制信号也适用于控制整个护套厚度的机构。 在将整体护套厚度减小到预定厚度范围之前,该信号优先考虑控制护套厚度的均匀性的功能。 当任何象限中的护套厚度都低于预定的最小厚度时,特殊的控制信号将覆盖用于控制护套厚度的其它信号,并且导致整个护套厚度的增加。
    • 7. 发明授权
    • Apparatus and method for forming wires on a wire-receiving member
    • 在导线接收部件上形成导线的装置和方法
    • US3907007A
    • 1975-09-23
    • US43601774
    • 1974-01-23
    • WESTERN ELECTRIC CO
    • HOBBS BILLY HKRAHMER GARY PWOOD VIRGIL W
    • H05K13/06H01B7/00H01B13/012H01R43/052B21F27/00
    • H01B13/01245Y10T29/5177Y10T29/53243
    • Apparatus for automatically forming wires on a wire-receiving member, such as in the manufacture of harness-type cable, includes a bank of wiring heads, one for each wire or set of wires, and through which the wires extend from respective tensioning devices and supply reels. The wiring heads are releasably mounted on respective seats and a wire positioning device is mounted for movement in X, Y and Z directions. At the start of a cable forming operation, end portions of the wires which extend through the wiring heads are anchored against movement. The wire positioning device, under the direction of a controller, then attaches itself to a selected one of the wiring heads, removes the wiring head from its seat, lays out wire through the wiring head on a cable forming board, including the securing of the wire to an anchor member on the cable forming board at the beginning and completion of the run, returns the wiring head to its seat, and detaches itself from the wiring head. This sequence of operations is repeated by the wire positioning device with the other wiring heads and their associated wires, selectively, until the layout of the cable has been completed.
    • 用于在线接收构件上自动形成线的设备,例如在线束型电缆的制造中,包括一排布线头,一组用于每根导线或一组电线,并且电线从相应的张紧装置延伸出来, 供应卷轴 接线头可拆卸地安装在相应的座椅上,并且安装线定位装置以在X,Y和Z方向上移动。 在电缆成形操作开始时,延伸穿过接线头的电线的端部被阻止运动。 线定位装置在控制器的指导下,然后将其自身连接到所选择的一个接线头中,从其座位移除接线头,通过电缆成形板上的接线头布线,包括固定 在开始和完成运行时将线缆连接到电缆成型板上的锚定构件,将配线头返回到其座椅,并将其自身从配线头分离。 通过线定位装置与其它配线头及其相关联的电线可选地重复这一操作顺序,直到电缆的布局完成为止。
    • 8. 发明授权
    • Method and apparatus for sorting articles
    • 用于分拣物品的方法和装置
    • US3894633A
    • 1975-07-15
    • US51769874
    • 1974-10-24
    • WESTERN ELECTRIC CO
    • EGAN JAMES JKERECZ JOSEPH SKUBA SAMUELWANESKY WILLIAM R
    • B07C5/344H01L21/00B07C7/00
    • H01L21/67271B07C5/344Y10T156/19
    • A sorting apparatus transfers selected semiconductor devices from a first carrier, to which they have been cemented with an adhesive, to a second carrier to form a new array composed entirely of selected devices by: heating the first carrier just enough to soften the adhesive, heating the selected devices and small adjacent area with a hot air gun to a high enough temperature to melt the adhesive and release the device, and transferring the device to a second carrier. This avoids deleterious changes in the adhesive which arise from prolonged heating at the elevated melting temperature and which make it difficult to remove any remanent adhesive which clings to the devices. When the second carrier is dark, such as a barium ferrite magnet is, an array of light colored squares, one for each device, is formed on the carrier. Since each square is obscured when a device is transferred to it, or is distinctly visible when transfer does not occur, an immediate indication of the completeness of the array is provided with only cursory inspection.
    • 分拣装置将选定的半导体器件从其已经用粘合剂粘合的第一载体传送到第二载体,以形成完全由选定器件组成的新阵列,其方法是:加热第一载体足够软化粘合剂,加热 所选择的装置和具有热风枪的小邻近区域到足够高的温度以熔化粘合剂并释放装置,并将装置转移到第二载体。 这避免了由于在升高的熔融温度下的长时间加热而产生的粘合剂的有害变化,并且这使得难以除去附着于器件的任何残留粘合剂。 当第二载体较暗时,例如钡铁氧体磁体,在载体上形成一个浅色正方形,每个装置一个。 由于每个方块在设备转移到其上时都会被遮挡,或者在不发生传输时是明显可见的,所以仅提供粗略的检查即可提供阵列的完整性。
    • 10. 发明授权
    • Method and apparatus for forming a tubular billet about a mandrel using multi-directional stress
    • 使用多方向应力围绕心轴形成管状坯料的方法和装置
    • US3889506A
    • 1975-06-17
    • US45464874
    • 1974-03-25
    • WESTERN ELECTRIC CO
    • SHAFFER JOHN RICHARD
    • B21D39/04B21C37/15B21C37/18B21D26/043B21D26/045B21D26/047H01P1/207B21D26/02
    • B21D26/045B21D26/043B21D26/047
    • In the manufacture of a tubular member which is to be concave inward as viewed in longitudinal section and precisely symmetrical on opposite sides of its transverse centerline, such as a hi-pass millimeter waveguide filter, a tubular billet initially is fabricated with temporary end flanges having circumferential grooves for receiving hydrostatic seals during a stress-forming operation. Next, the tubular billet is positioned in a hydrostatic forming device and a split mandrel is positioned within the billet and retained against movement. Hydrostatic pressure then is applied to the tubular billet to stress the billet longitudinally in tension while compressively stressing the billet inward into formed engagement with the mandrel, to reduce the hydrostatic pressure required in the stress-forming operation and to achieve the desired symmetry in the formed billet. The hydrostatic stress-forming of the billet preferably is accomplished in successive steps, with intermediate annealing, using mandrels of progressively decreasing size, and the billet may be stretched longitudinally while being formed inward. When the hydrostatic stress-forming of the billet has been completed, portions of the temporary end flanges which define the seal receiving grooves are removed from each end flange and the end flanges are formed to a final desired configuration.
    • 在制造管状构件时,如纵向截面所示为向内凹入并且在其横向中心线的相对侧(例如高通毫米波导过滤器)上精确对称的管状构件,最初制造具有临时端部凸缘的管状构件, 用于在应力形成操作期间接收静水压密封的圆周槽。 接下来,管状坯料定位在静液压成形装置中,并且分裂心轴位于坯料内并保持抵抗运动。 然后将静压力施加到管状坯料上以在拉伸时纵向应力坯料,同时将坯料向内压缩成与心轴形成接合,以降低应力形成操作中所需的静水压力并在形成的过程中达到所需的对称性 坯料 坯料的静水压力成形优选在连续的步骤中进行,使用中间退火,使用逐渐减小的尺寸的心轴,并且坯料可以在向内形成的同时被纵向拉伸。 当坯料的静水应力形成已经完成时,限定密封接收槽的临时端部凸缘的部分从每个端部凸缘移除,并且端部凸缘形成为最终期望的构造。