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    • 1. 发明申请
    • OPTICAL CABLE
    • 光电缆
    • WO1994024596A1
    • 1994-10-27
    • PCT/GB1994000860
    • 1994-04-22
    • BICC PUBLIC LIMITED COMPANYROWLAND, Simon, MarkPLATT, Colin, AndrewRICHARDS, John
    • BICC PUBLIC LIMITED COMPANY
    • G02B06/44
    • G02B6/4416G02B6/4417G02B6/4419G02B6/4422
    • An optical cable for use in an overhead optical transmission system in which the cable is supported along the route of the system by means of towers, masts or other upstanding supports that are also employed to support electrical power cables, comprises one or more optical fibres and an electrically insulating jacket (8). The cable includes an array of elongate conductive elements (10, 12) each of which extends along a portion of the cable, adjacent conductive elements axially overlapping each other with overlapping portions circumferentially spaced apart to form a composite conductive path that extends along the cable and is interrupted when the cable is dry. Adjacent conductive elements (10, 12) are resistively coupled to each other when the surface of the cable is wet to form a continuous electrically conductive path along the cable. Such a form of cable has the advantage that the possibility of dry-band arcing under wet conditions is reduced by disrupting the geometry that allows such bands to form.
    • 一种用于架空光传输系统的光缆,其中电缆通过塔架,桅杆或其它直立支撑件沿着系统的路线被支撑,其也用于支撑电力电缆,包括一根或多根光纤和 电绝缘护套(8)。 电缆包括细长导电元件阵列(10,12),每个细长导电元件(10,12)沿电缆的一部分延伸,邻近的导电元件以相互间隔的重叠部分轴向重叠,形成沿电缆延伸的复合导电路径, 当电缆干燥时中断。 当电缆的表面是湿的时,相邻的导电元件(10,12)彼此电阻耦合以沿着电缆形成连续的导电路径。 这种形式的电缆具有这样的优点,即通过破坏允许形成这种带的几何形状来减少湿条件下干带电弧的可能性。
    • 2. 发明申请
    • SEMICONDUCTIVE LINEAR ELEMENT
    • 半导体线性元素
    • WO1995016933A1
    • 1995-06-22
    • PCT/GB1994002743
    • 1994-12-15
    • BICC PUBLIC LIMITED COMPANYROWLAND, Simon, Mark
    • BICC PUBLIC LIMITED COMPANY
    • G02B06/44
    • G02B6/4416G02B6/4417G02B6/4419G02B6/4422
    • A linear element (1, 61) suitable for extending between, and being supported by, towers of an overhead electrical power transmission system, includes one or more electrically semiconductive components (54, 62) that cause the element to have a linear resistance of 0.05 to 100 Mohms m , and which exhibit a negative temperature coefficient of resistance. The element may be a rope used for stringing up conductors of the system or it may be an optical cable. Preferred materials for forming the semiconductive components include carbonaceous fibre tows formed from pyrolised acrylonitrile fibres. The element has a controllable and reproducible resistance for reducing or eliminating dry-band arcing.
    • 适于在架空电力传输系统的塔架之间延伸并由其支撑的线性元件(1,61)包括一个或多个导电元件(54,62),其导致元件的线性电阻为0.05 至100Mohms m -1,并且具有负的耐温度系数。 该元件可以是用于将系统的导体串起来的绳索,或者它可以是光缆。 用于形成半导体组分的优选材料包括由热解的丙烯腈纤维形成的碳纤维丝束。 该元件具有可控和可重复的电阻,用于减少或消除干带电弧。
    • 4. 发明申请
    • OPTICAL CONNECTION IN HV LINE
    • 高压线中的光连接
    • WO1998000742A1
    • 1998-01-08
    • PCT/GB1997001698
    • 1997-06-25
    • BICC PUBLIC LIMITED COMPANYROWLAND, Simon, MarkTAHA, Arif, JameelWHITESMITH, Peter, John
    • BICC PUBLIC LIMITED COMPANY
    • G02B06/44
    • G02B6/483G02B6/4422G02B6/486
    • A method of forming a joint in an optical line that extends along a phase conductor (1) of a high voltage overhead power transmission system, comprises: (i) forming a length of optical cable (10) which comprises a plurality of optical fibres; (ii) encapsulating the optical fibres; (iii) providing an intermediate region of the length of optical cable with an outer, non-tracking jacket (12) so that a part of the length of optical cable extends from each end of the outer, non-tracking jacket; (iv) installing the jacket so that it extends between phase potential and any other potential to which the cable will be subjected; and (v) connecting one end of the optical fibres of the optical cable to fibres in the optical line of the phase conductor (1), and connecting the other end of the optical fibres of the optical cable to another optical line. The parts of the length of the optical cable that extend from each end of the outer, non-tracking jacket (12) have a sufficient length that connections can be formed between the optical fibres and the optical lines at points remote from regions in which the cable extends along high electrical field gradients. This has the advantage that the optical fibres of the assembly which, in use, will extend between the potential of the phase conductor and earth can be encapsulated in the factory under controlled conditions, and conventional means may be employed to connect the cable.
    • 一种在沿着高压架空输电系统的相导体(1)延伸的光线路中形成接头的方法,包括:(i)形成包括多根光纤的一段光缆(10); (ii)封装光纤; (iii)将光缆的长度的中间区域设置有外部非跟踪护套(12),使得光缆长度的一部分从外部非跟踪护套的每个端部延伸; (iv)安装护套,使其在相电位和电缆将要经受的任何其它电位之间延伸; 以及(v)将光缆的光纤的一端连接到相导体(1)的光线路中的光纤,并将光缆的光纤的另一端连接到另一条光线路。 从外部非跟踪护套(12)的每个端部延伸的光缆长度的部分具有足够的长度,从而可以在远离其中的光纤线路和光线路之间的点处形成连接, 电缆沿高电场梯度延伸。 这样做的优点在于,使用中将在相导体和地电位之间延伸的组件的光纤可以在受控条件下在工厂中被封装,并且可采用常规的方法来连接电缆。
    • 5. 发明申请
    • COMBINED ELECTRICAL POWER AND OPTICAL TRANSMISSION SYSTEM
    • 组合电力和光传输系统
    • WO1996013740A1
    • 1996-05-09
    • PCT/GB1994002675
    • 1994-12-07
    • BICC PUBLIC LIMITED COMPANYROWLAND, Simon, MarkNICHOLS, Ian, Victor
    • BICC PUBLIC LIMITED COMPANY
    • G02B06/44
    • H02G7/22G02B6/4416G02B6/4422
    • A combined overhead electrical power and optical transmission system which comprises overhead electrical phase conductors extending between and supported by, towers (10), and at least one optical cable (1) that extends between and is supported by, the towers, the or each optical cable having a resistive element (12) that is removably supported thereby and which extends from a tower (10) where it is earthed part of the way along the span of the optical cable, the resistive element having a length and conductivity such that if a dry band occurs on the mostly wet cable at the end of the element, the potential difference (Vb') across the band is insufficient to form an arc, and/or such that the induced current is insufficient to sustain any arc that may occur across the dry band.
    • 组合的顶置电力和光传输系统,其包括在塔(10)之间延伸并由其支撑的架空电相导体,以及至少一个光缆(1),其在塔架之间延伸并由所述塔架支撑, 电缆,其具有由其可拆卸地支撑的电阻元件(12),并且从塔(10)延伸出来,所述塔(10)沿着所述光缆的跨度接地一部分,所述电阻元件具有长度和导电性,使得如果 干带发生在元件端部的大多数湿电缆上,跨带的电位差(Vb')不足以形成电弧,和/或使得感应电流不足以维持可能发生的任何电弧 干燥的乐队。
    • 6. 发明申请
    • STRAIN GAUGE
    • 应变计
    • WO1997015805A1
    • 1997-05-01
    • PCT/GB1996002606
    • 1996-10-24
    • BICC PUBLIC LIMITED COMPANYHAIGH, Neil, RichardROWLAND, Simon, MarkLINTON, Richard, Stephen
    • BICC PUBLIC LIMITED COMPANY
    • G01B11/16
    • G01L1/246G01B11/18G01L1/243G01L1/245
    • An optical fibre strain gauge (1) for an engineering structure e.g. a bridge, building, pipe, plant or the like, comprises: (a) a plurality of supports (8, 10) for the optical fibre that can be located on a surface of the structure and are spaced apart from one another over a part of the surface; and (b) at least one optical fibre (12) that is looped around the supports so that it extends between the supports, the optical fibre being fixed to the supports so that the length of the part of the fibre extending between the supports will vary in accordance with strain of the surface of the structure. The optical fibre(s) (12) can be looped around the supports (8, 10) a number of times, which enables the fibre(s) to be held more easily, and enables the strain gauge to incorporate a length of fibre significantly greater than the dimension of the area of the structure that is being monitored. The fibre(s) will normally contain reflectors such as Bragg gratings to enable signals to be monitored.
    • 一种用于工程结构的光纤应变计(1),例如 桥梁,建筑物,管道,植物等,包括:(a)用于光纤的多个支撑件(8,10),其可以位于所述结构的表面上并且彼此间隔开一部分 的表面; 和(b)围绕所述支撑件环绕的至少一个光纤(12),使得其在所述支撑件之间延伸,所述光纤被固定到所述支撑件,使得在所述支撑件之间延伸的所述纤维的所述部分的长度将变化 根据结构的表面应变。 光纤(12)可以围绕支撑件(8,10)环绕多次,这使得能够更容易地保持纤维,并且使应变计能够显着地结合一定长度的纤维 大于被监测结构区域的尺寸。 光纤通常将包含诸如布拉格光栅之类的反射器,以使信号得以监控。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR POSITIONING CONSTRUCTION MACHINERY
    • 定位建筑机械的方法和装置
    • WO1995019576A1
    • 1995-07-20
    • PCT/GB1995000054
    • 1995-01-11
    • BICC PUBLIC LIMITED COMPANYWELTMAN, Austin
    • BICC PUBLIC LIMITED COMPANY
    • G01S05/14
    • G01S5/02G01S19/14G01S19/36
    • A construction machine (such as a piling rig) is correctly positioned on a work site by (a) providing the machine with a mast (5) having a nominally vertical axis passing through the centre of operation of the machine at ground level; (b) providing a satellite navigation system receiver (preferably a high-precision GPS P-code receiver) and locating its antenna (11) on the said axis at the top of the mast; (c) providing means (12) for determining the displacement of the mast from its nominal vertical position; (d) obtaining output readings from the said navigation system receiver when the displacement is less than a predetermined limit (which may be reduced as the target position is approached); and (e) positioning the machine manually or automatically in response to those output readings. If output readings are obtained when the displacement is outside the chosen limit, they are distinguished from usable positioning readings, for example by dimming or changing the colour of the display.
    • 施工机械(如打桩机)通过以下方式被正确地定位在工地上:(a)为机器提供具有标称垂直轴线的桅杆(5),桅杆通过机器的地面中心; (b)提供卫星导航系统接收机(优选地是高精度GPS P码接收机),并将其天线(11)定位在桅杆顶部的所述轴上; (c)提供用于确定桅杆从其标称垂直位置的位移的装置(12); (d)当所述位移小于预定极限时(当所述目标位置接近时可以减小),从所述导航系统接收器获得输出读数; 和(e)手动或自动地对机器进行定位以响应这些输出读数。 如果在位移超出所选择的极限值时获得输出读数,则它们可以与可用的定位读数区分开,例如通过调光或改变显示器的颜色。