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    • 1. 发明申请
    • COMBINATION OF GROUND DEVICES IN WIRING HARNESS DESIGNS
    • 地线设备在接线设计中的组合
    • US20100223589A1
    • 2010-09-02
    • US12776933
    • 2010-05-10
    • Simon Edward HoldsworthNigel HughesJeffry A. Jones
    • Simon Edward HoldsworthNigel HughesJeffry A. Jones
    • G06F17/50
    • G06F17/5045G06F2217/40
    • A method can include allowing a user to place a first wiring harness design component within a wiring harness topology in a wiring harness design workspace, allowing the user to place a first plurality of ground devices within the first wiring harness design component placed in the wiring harness topology, allowing the user to request an automatic ground combination, and, in response to the user requesting an automatic ground combination, automatically applying at least one electronically stored ground combination rule to a first set of ground devices comprising a plurality of the first plurality of ground devices and automatically combining at least two of the first set of ground devices into a first combined ground device based at least in part on the applied at least one electronically stored ground combination rule.
    • 一种方法可以包括允许用户将线束布局中的第一线束设计部件放置在线束设计工作区中,从而允许用户将第一多个接地装置放置在放置在线束中的第一线束设计部件内 拓扑,允许用户请求自动接地组合,并且响应于用户请求自动接地组合,自动地将至少一个电子存储的地面组合规则应用于包括多个第一多个 至少部分地基于所施加的至少一个电子存储的地面组合规则,将所述第一组接地设备中的至少两个自动组合成第一组合接地设备。
    • 4. 发明授权
    • Combination of ground devices in wiring harness designs
    • 线束设计中接地装置的组合
    • US08271927B2
    • 2012-09-18
    • US12776933
    • 2010-05-10
    • Simon Edward HoldsworthNigel HughesJeffry A. Jones
    • Simon Edward HoldsworthNigel HughesJeffry A. Jones
    • G06F17/50
    • G06F17/5045G06F2217/40
    • A method can include allowing a user to place a first wiring harness design component within a wiring harness topology in a wiring harness design workspace, allowing the user to place a first plurality of ground devices within the first wiring harness design component placed in the wiring harness topology, allowing the user to request an automatic ground combination, and, in response to the user requesting an automatic ground combination, automatically applying at least one electronically stored ground combination rule to a first set of ground devices comprising a plurality of the first plurality of ground devices and automatically combining at least two of the first set of ground devices into a first combined ground device based at least in part on the applied at least one electronically stored ground combination rule.
    • 一种方法可以包括允许用户将线束布局中的第一线束设计部件放置在线束设计工作区中,从而允许用户将第一多个接地装置放置在放置在线束中的第一线束设计部件内 拓扑,允许用户请求自动接地组合,并且响应于用户请求自动接地组合,自动地将至少一个电子存储的地面组合规则应用于包括多个第一多个 至少部分地基于所施加的至少一个电子存储的地面组合规则,将所述第一组接地设备中的至少两个自动组合成第一组合接地设备。
    • 5. 发明授权
    • Combination of ground devices in wiring harness designs
    • 线束设计中接地装置的组合
    • US07735044B2
    • 2010-06-08
    • US11758571
    • 2007-06-05
    • Simon Edward HoldsworthNigel HughesJeffry A. Jones
    • Simon Edward HoldsworthNigel HughesJeffry A. Jones
    • G06F17/50
    • G06F17/5045G06F2217/40
    • A method can include allowing a user to place a first wiring harness design component within a wiring harness topology in a wiring harness design workspace, allowing the user to place a first plurality of ground devices within the first wiring harness design component placed in the wiring harness topology, allowing the user to request an automatic ground combination, and, in response to the user requesting an automatic ground combination, automatically applying at least one electronically stored ground combination rule to a first set of ground devices comprising a plurality of the first plurality of ground devices and automatically combining at least two of the first set of ground devices into a first combined ground device based at least in part on the applied at least one electronically stored ground combination rule.
    • 一种方法可以包括允许用户将线束布局中的第一线束设计部件放置在线束设计工作区中,从而允许用户将第一多个接地装置放置在放置在线束中的第一线束设计部件内 拓扑,允许用户请求自动接地组合,并且响应于用户请求自动接地组合,自动地将至少一个电子存储的地面组合规则应用于包括多个第一多个 至少部分地基于所施加的至少一个电子存储的地面组合规则,将所述第一组接地设备中的至少两个自动组合成第一组合接地设备。
    • 6. 再颁专利
    • Substituted phthalocyanine
    • 取代酞菁
    • USRE35145E
    • 1996-01-09
    • US140547
    • 1993-10-25
    • William StarkNigel HughesDonald M. Gunn
    • William StarkNigel HughesDonald M. Gunn
    • G03G9/08C07D487/22C09B47/04C09B47/20C09B47/24C09D11/02G03G9/09C09B47/30
    • C09D11/037C09B47/045C09B47/20C09B47/24G03G9/0918
    • A phthalocyanine compound of the formula:(R--X--).sub.m Pc(--Y--R.sup.1 --Z--).sub.n (--SO.sub.3 M).sub.p IwhereinPc is a phthalocyanine nucleus (Pc);eachR independently is a monovalent aromatic radical linked to a peripheral carbon atom of the Pc nucleus through X;X selected from S, Se and Te;m is 4 to 16;eachR.sup.1 independently is a divalent aromatic radical linked to two adjacent peripheral carbon atoms of the Pc nucleus through Y and Z;Y is selected from S, NT, Se and Te;Z is selected from S, Se, Te, NT and O;T is selected from H, alkyl and aryl;n is 0 to 7;M is H, a metal or optionally-substituted ammonium;andP is from 1 to 16.The compounds have a significant absorption band in the near infra red and depending on the number of sulphonic acids groups and the nature of the counter ion are soluble in aqueous and polar organic media. The compounds are useful in many applications where absorption of infra-red radiation is desirable, such as in OCR readable inks, rapid-drying inks, security printing and reprographic toners.
    • (R-X-)mPc(-Y-R1-Z-)n(-SO3M)p1的酞菁化合物,其中Pc是酞菁核(Pc); 每个R独立地是通过X连接到Pc核的外周碳原子的一价芳族基团; X选自S,Se和Te; m为4〜16; 每个R1独立地是通过Y和Z连接到Pc核的两个相邻外围碳原子的二价芳族基团; Y选自S,NT,Se和Te; Z选自S,Se,Te,NT和O; T选自H,烷基和芳基; n为0〜7; M是H,金属或任选取代的铵; 并且P为1至16.化合物在近红外具有显着的吸收带,并且取决于磺酸基团的数目,并且抗衡离子的性质可溶于水性和极性有机介质中。 该化合物可用于需要吸收红外辐射的许多应用中,例如在OCR可读油墨,快干油墨,安全印刷和复印调色剂中。