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    • 1. 发明申请
    • INFORMATION BEARING DEVICES
    • 信息轴承装置
    • WO2015177765A1
    • 2015-11-26
    • PCT/IB2015/053782
    • 2015-05-22
    • LAU, Tak WaiLAM, Wing Hong
    • LAU, Tak WaiLAM, Wing Hong
    • G06K19/00
    • G06K19/0614G06K19/06037G06K19/06093
    • A tamper or copy resistant information bearing device (400) is disclosed. The information bearing device (400) comprises a first data bearing pattern (420) and a second data bearing pattern (440) in overlap. At least a portion of the first data bearing pattern (420) overlaps with at least a portion of the second data bearing pattern (440) to form an overlapping region comprising an overlapped data bearing pattern. At least some information bearing elements (422) of the first type and at least some information bearing elements (442) of the second type in said overlapping data bearing pattern are joined or connected in abutment to form a plurality of overlapped information bearing elements. An overlapped information bearing element comprises a first portion due to said information bearing element of the first type, a second portion due to said information bearing element of the second type, and a third portion due to merging or overlapping of said information bearing element of the first type and said information bearing element of the second type.
    • 公开了一种防篡改信息承载装置(400)。 信息承载装置(400)包括重叠的第一数据承载模式(420)和第二数据承载模式(440)。 第一数据承载图案(420)的至少一部分与第二数据承载图案(440)的至少一部分重叠以形成包括重叠数据承载图案的重叠区域。 第一类型的至少一些信息承载元件(422)和所述重叠数据承载图案中的第二类型的至少一些信息承载元件(442)被邻接连接或连接以形成多个重叠信息承载元件。 重叠信息承载元件包括由于所述第一类型的信息承载元件的第一部分,由于所述第二类型的信息承载元件而产生的第二部分,以及由于所述信息承载元件的合并或重叠而导致的第三部分 第一类型和所述第二类型的信息承载元件。
    • 2. 发明申请
    • COMPOSITE INFORMATION BEARING DEVICES
    • 复合信息轴承装置
    • WO2015092694A1
    • 2015-06-25
    • PCT/IB2014/066991
    • 2014-12-17
    • LAU, Tak Wai
    • LAU, Tak WaiLAM, Wing Hong
    • G06K19/06
    • G06K19/06103G06K19/06037G06K19/06056G06T1/0071H04N1/3216H04N1/32165H04N1/32293H04N1/32352
    • A composite information bearing device comprising an image pattern and a human readable data device. The human readable data device includes a set of human readable data symbols representing a first set of data. The first set of data includes a first data portion and a second data portion. The image pattern represents a second set of data and comprises a third data portion. One of the first or said second data portions is to form an identification code upon combination or concatenation with said third data portion, and the other one of said first or said second data portions not forming part of said identification code is to form a verification code, the verification code being related to said identification code by a scheme of operation.
    • 一种复合信息承载装置,包括图像图案和人类可读数据装置。 人类可读数据设备包括表示第一组数据的一组人类可读数据符号。 第一组数据包括第一数据部分和第二数据部分。 图像图案表示第二组数据,并且包括第三数据部分。 第一或所述第二数据部分之一是在与所述第三数据部分组合或级联时形成识别码,而不构成所述识别码的一部分的所述第一或所述第二数据部分中的另一个是形成验证码 ,所述验证码通过操作方案与所述识别码相关。
    • 6. 发明申请
    • RELAYING DEVICES FOR WIRELESS MESH NETWORK
    • 用于无线网状网络的中继设备
    • WO2013128357A2
    • 2013-09-06
    • PCT/IB2013/051499
    • 2013-02-25
    • LAM, Pak, Kit
    • LAM, Pak, Kit
    • H04W84/18H04W88/04
    • A relaying device, such as a router, especially those for forming the backbone of a wireless mesh network, comprises a first wireless frontend and a second wireless frontend which are to communicate with each other to facilitate data communication between a first external device and a second external device. The first wireless frontend is to communicate wirelessly with the first external device and the second wireless frontend is to communicate with the second external device using IEEE 802.11 infrastructure mode transmission protocol. Such a relaying device facilitates the cost effective construction of a high speed WMN of say 300 Mbps using infrastructure mode protocol contrary to conventional wisdom.
    • 诸如路由器的中继设备,特别是用于形成无线网状网络的骨干网的中继设备包括第一无线前端和第二无线前端,其将彼此通信以促进第一外部设备与第二外部设备之间的数据通信 外部设备。 第一个无线前端是与第一个外部设备进行无线通信,第二个无线前端将使用IEEE 802.11基础设施模式传输协议与第二个外部设备进行通信。 这种中继装置利用与常规智慧相反的基础设施模式方案,有助于以300Mbps的高速WMN的成本有效地构建。
    • 7. 发明申请
    • ORNAMENTAL ASSEMBLIES
    • 组委会
    • WO2015025266A1
    • 2015-02-26
    • PCT/IB2014/063963
    • 2014-08-19
    • CHOW TAI FOOK JEWELLERY COMPANY LIMITED
    • CHENG, Sik Ki
    • A44C9/00A44C17/00A44C25/00
    • A44C17/0233A44C9/003A44C17/0225
    • An ornamental assembly (10) comprises a first ornamental part (120) and a second ornamental part (140). The first ornamental part (120) comprises a first ornamental body defining a first arcuate portion, a first plane and a first arcuate surface on the first arcuate portion. The second ornamental part (140) comprises a second ornamental body defining a second arcuate portion, a second plane and a second arcuate surface on the second arcuate portion. The first ornamental part (120) and the second ornamental part (140) are joined at a hinge joint (130) and are relatively rotatable about a hinge axis (138) defined by the hinge joint (130) to move between a first configuration and a second configuration. The first arcuate surface and the second arcuate surface are in complementary abutment when the first ornamental part (120) and the second ornamental part (140) are in the first configuration. The first arcuate surface and the second arcuate surface are not in complementary abutment when the first ornamental part (120) and the second ornamental part (140) are in the second configuration.
    • 装饰组件(10)包括第一装饰部件(120)和第二装饰部件(140)。 第一装饰部件(120)包括限定第一弧形部分的第一装饰体,第一平面和第一弧形部分上的第一弧形表面。 第二装饰部件(140)包括限定第二弓形部分的第二装饰主体,第二弓形部分上的第二平面和第二弧形表面。 第一装饰部件(120)和第二装饰部件(140)在铰链接头(130)处连接并且可以围绕由铰链接头(130)限定的铰链轴线(138)相对旋转以在第一构造和 第二种配置。 当第一装饰部件(120)和第二装饰部件(140)处于第一构型时,第一弧形表面和第二弓形表面互相邻接。 当第一装饰部件(120)和第二装饰部件(140)处于第二构造时,第一弓形表面和第二弓形表面不互补邻接。
    • 8. 发明申请
    • ORNAMENTAL ARTICLES
    • 分类文章
    • WO2015025265A1
    • 2015-02-26
    • PCT/IB2014/063962
    • 2014-08-19
    • CHOW TAI FOOK JEWELLERY COMPANY LIMITED
    • CHENG, Sik Ki
    • A44C9/00A44C17/00A44C25/00
    • A44C17/0233A44C9/0015A44C9/003A44C17/0225
    • An ornamental assembly (10) comprises a first ornamental part (120) and a second ornamental part (140). The first ornamental part (120) comprises a first ornamental body defining a first plane and a first latching part. The second ornamental part (140) comprises a second ornamental body defining a second plane and a second latching part. The first ornamental part (120) and the second ornamental part (140) are joined at a hinge joint (130) such that the first ornamental part (120) and the second ornamental part (140) are relatively rotatable about a hinge axis (138) to move between a first configuration and a second configuration. The hinge axis (138) is defined by the hinge joint (130). The first latching part and the second latching part are to cooperate to form a latching device in a latching configuration when in the first configuration and a latching device in a releasing configuration when in the second configuration.
    • 装饰组件(10)包括第一装饰部件(120)和第二装饰部件(140)。 第一装饰部件(120)包括限定第一平面和第一闩锁部分的第一装饰主体。 第二装饰部件(140)包括限定第二平面和第二闩锁部分的第二装饰主体。 第一装饰部件(120)和第二装饰部件(140)在铰链接头(130)处接合,使得第一装饰部件(120)和第二装饰部件(140)能够围绕铰链轴线(138)相对旋转 )在第一配置和第二配置之间移动。 铰链轴线(138)由铰链接头(130)限定。 当处于第一配置时,第一闩锁部分和第二闩锁部分将协作以形成处于闩锁配置的闩锁装置,并且当处于第二配置时,第一闩锁部分和第二闩锁部分形成处于释放配置的闩锁装置。
    • 10. 发明申请
    • GAS GENERATING APPARATUS AND COMPONENTS THEREOF
    • 气体发生装置及其组件
    • WO2014064627A1
    • 2014-05-01
    • PCT/IB2013/059594
    • 2013-10-24
    • QUANTUM HYDROGEN LIMITED
    • BEIER, DetlefGOULD, Neil
    • C25B1/06C25B9/00C25B13/00
    • C25B9/08C25B1/04C25B13/02C25B15/00Y02E60/366
    • A gas generating apparatus (100) comprises an electrode plate group assembly (160) which comprises separator device (170) for separating adjacent electrode plates (162, 164) of an electrode plate group assembly (160). The separator device (170) comprises a permeable membrane portion (174), a non-permeable portion (172) surrounding said permeable membrane portion (174), a sealing boundary (171) moulded on said non-permeable portion (172) and surrounding said permeable membrane portion (174), and a first gas collection aperture (176) formed on a first gas transit chamber (173) defining portion of said non-permeable portion (172). The first gas transit chamber (173) spans across a major or the entire lateral portion of said permeable membrane portion (174). The longitudinal separation distance between said sealing boundary (171) and said permeable membrane portion (174) at said first gas transit chamber (173) defining portion increases as said sealing boundary (171) extends laterally from said one lateral end of said permeable membrane portion (174) towards said first gas collection aperture (176).
    • 气体发生装置(100)包括电极板组组件(160),其包括用于分离电极板组组件(160)的相邻电极板(162,164)的分离器装置(170)。 分离器装置(170)包括渗透膜部分(174),围绕所述可渗透膜部分(174)的不可渗透部分(172),模制在所述非渗透部分(172)上的密封边界(171) 所述可渗透膜部分(174)和形成在限定所述不可渗透部分(172)的部分的第一气体转移室(173)上的第一气体收集孔(176)。 第一气体转运室(173)横跨所述可渗透膜部分(174)的主要或整个横向部分。 所述密封边界(171)在所述第一气体转移室(173)限定部分处的所述密封边界(171)和所述可渗透膜部分(174)之间的纵向分隔距离随着所述密封边界(171)从所述渗透膜部分的所述一个侧端 (174)朝向所述第一气体收集孔(176)。