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
    • 2. 发明授权
    • Transfer apparatus
    • 转运设备
    • US4599759A
    • 1986-07-15
    • US615918
    • 1984-05-31
    • Frank C. PriceAnthony M. White
    • Frank C. PriceAnthony M. White
    • A43D111/00B23Q7/04B23Q7/06B23Q7/14B65G47/90A43D11/00B65G47/02
    • A43D111/00B23Q7/04B23Q7/06B23Q7/1421B65G47/904
    • The transfer apparatus comprises a transfer arm (16) and a distributor (18). The transfer arm has two axes of movement (22,26) and is non-extendable so that it moves between a take-off station and an intermediate station (I) through a fixed distance. The distributor (18) has a table (50) which receives a shoe (S) at the intermediate station (I). Furthermore, the table (50) can be positioned at any one of four stations (I,F1,F2,F3) each aligned with a channel (12) of a heat setting apparatus (14). A pneumatic control circuit causes shoes (S) fed successively to the table (50) to be transferred in a sequence to the channels (12) by operation of pusher means.The apparatus is suitable for transferring shoes from a lasting machine, a shoe support (10) of which can be positioned at the take-off station, to a heat setting apparatus (14).
    • 传送装置包括传送臂(16)和分配器(18)。 传送臂具有两个移动轴线(22,26),并且是不可延伸的,使得其在起飞站和中间站(I)之间移动一定距离。 分配器(18)具有在中间站(I)处接收鞋(S)的台(50)。 此外,台(50)可以位于与热定形装置(14)的通道(12)对准的四个站(I,F1,F2,F3)中的任一个处。 气动控制电路使连续送到工作台(50)的鞋(S)通过推动装置的操作依次传送到通道(12)。 该设备适用于将鞋子从持久机器转移到热定型设备(14)上,鞋子支架(10)可以位于起飞站。
    • 3. 发明授权
    • Infra red photo detector systems
    • 红外光电探测器系统
    • US4572953A
    • 1986-02-25
    • US485888
    • 1983-04-18
    • Charles T. ElliottAnthony M. White
    • Charles T. ElliottAnthony M. White
    • G01J1/42G01B11/00H01L31/09H01L31/00
    • H01L31/09G01B11/00
    • An infra red photo detector system comprises a piece of detector material, such as Cd.sub.x Hg.sub.1-x Te, InSb, InAs, etc, carrying at least a pair of spaced electrodes. An optical arrangement directs a small spot of radiation onto the detector. The position of the small spot on the much larger detector is found by applying an electrical bias between the electrodes causing a drift of photo carriers. The bias may be of alternating polarity and the detector output measured at each polarity. Alternatively a high frequency bias may be applied and the A.C. offset from the detector used to indicate spot position. Alternatively the spot position may be modulated or swept along the detector by a mirror moving in a sawtooth scanning action.
    • 红外光电检测器系统包括一块检测器材料,例如CdxHg1-xTe,InSb,InAs等,其携带至少一对隔开的电极。 光学装置将小的辐射点引导到检测器上。 通过在电极之间施加电偏压导致光载体的漂移,可以发现较大检测器上的小斑点的位置。 该偏压可以是交替极性,并且在每个极性处测量检测器输出。 或者,可以施加高频偏置,并且来自检测器的交流偏移用于指示光斑位置。 或者,斑点位置可以通过以锯齿扫描动作移动的反射镜沿检测器被调制或扫掠。
    • 9. 发明授权
    • Noise reduced photon detector
    • 降噪光子探测器
    • US06359283B1
    • 2002-03-19
    • US09451111
    • 1999-11-30
    • Neil T. GordonAnthony M. WhiteCharles T. Elliott
    • Neil T. GordonAnthony M. WhiteCharles T. Elliott
    • G01T124
    • H01L27/14649H01L27/1462H01L27/14625
    • A noise reduced photon detector incorporates an array (10) of semiconductor diode detector elements (12). Each element (12) has an extrinsic active layer (20) sandwiched between two layers (18, 22) of wider bandgap and mutually opposite conductivity type. These layers are in turn sandwiched between two further layers (16, 24) of wider bandgap than the active layer (20) and of higher doping than the other layers (18, 22). A mirror (34) extends round much the array (10) and isolates each element (12) from photons emitted by other elements (12). In operation the elements (12) are reverse biased and exhibit negative luminescence which reduces their photon emission. These two effects reduce unwanted photon generation and absorption, and consequently photon noise is also reduced.
    • 噪声降低的光子检测器包括半导体二极管检测器元件(12)的阵列(10)。 每个元件(12)具有夹在更宽带隙和相互相反导电类型的两层(18,22)之间的外在有源层(20)。 这些层又被夹在比有源层(20)更宽的带隙的两个另外的层(16,24)之间,并且比其它层(18,22)具有更高的掺杂。 反射镜(34)围绕阵列(10)延伸并且将每个元件(12)与由其它元件(12)发射的光子隔离。 在操作中,元件(12)被反向偏置并且表现出负的发光,这降低了它们的光子发射。 这两种效应减少了不必要的光子产生和吸收,因此光子噪声也降低了。
    • 10. 发明授权
    • Infra red detectors
    • 红外探测器
    • US4679063A
    • 1987-07-07
    • US534692
    • 1983-09-22
    • Anthony M. White
    • Anthony M. White
    • G01J5/02G01J5/28H01L31/10H01L31/109H01L31/11H01L27/14
    • H01L31/1105H01L31/101
    • A detector in which a barrier region is interposed in the current path between the emitter and collector of the detector. This region is of a material having a valance band edge approximately level to that of the emitter material and an appreciably wider band gap. It thus serves to impede majority carrier current flow and as a consequence device resistance is high. When the detector is biased, the pedestal contribution to detector signal is low. The collector may be of semiconductor material of the same majority carried type as the emitter material; or may be of opposite type but dopant enriched; or it may be a Schottky metal contact. In one variant of the detector, the emitter and collector are located on opposite sides of the barrier and are of different bandgap materials. The infra red band response of this detector can be changed by reversing bias polarity. In another variant of the detector the emitter is in strip form and has a pair of bias contacts. The barrier and collector are located on the strip at a position between these contacts and provide a high resistance read-out structure. In one further variant of the detector the emitter, the collector, together with additional emitter-collector regions, are formed from a single layer of photosensitive material on one side of the barrier and provide a high resistance, series connected, multi-element structure.
    • 其中在检测器的发射极和集电极之间的电流路径中插入有阻挡区域的检测器。 该区域是具有与发射极材料的价带大致一致的价带边缘的材料和明显更宽的带隙。 因此,其用于阻止多数载流子电流流动,并且因此器件电阻较高。 当检测器偏置时,基座对检测器信号的贡献较低。 集电极可以是与发射极材料相同的多数承载类型的半导体材料; 或者可以是相反的类型但掺杂剂富集; 或者它可能是肖特基金属接触。 在检测器的一个变型中,发射极和集电极位于屏障的相对侧上并具有不同的带隙材料。 通过反转偏置极性可以改变该检测器的红外线响应。 在检测器的另一种变型中,发射器是带状形式并且具有一对偏置触点。 屏障和集电器位于这些触点之间的位置上,并提供高电阻读出结构。 在检测器的另一个变体中,发射极,集电极以及额外的发射极 - 集电极区域由阻挡层一侧上的单层感光材料形成,并提供高电阻,串联连接的多元件结构。