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    • 61. 发明申请
    • WIRELESS COMMUNICATION SYSTEM
    • 无线通信系统
    • WO2006130988A1
    • 2006-12-14
    • PCT/CA2006/000953
    • 2006-06-09
    • TELECOMMUNICATIONS RESEARCH LABORATORIESPINKNEY, John, A.
    • PINKNEY, John, A.
    • H04L27/00H04B1/69H04B1/38
    • H04B1/69H04B2001/6912
    • An apparatus to facilitate wireless communication where one side of the link is designed for ultra-low power consumption. The apparatus comprises two types of transceivers: a full function transceiver (called the "Controller") and a reduced function transceiver (called the "Terminal"), which are normally connected in a "star" network configuration (i.e. several Terminals communicating with one Controller). The Controller communicates with Terminals directly using chirp signals which contain the modulated data to be transmitted. The Terminal communicates with the Controller by re-transmitting "carrier" chirp signals which have been sent to it by the Controller. In this way the Terminal does not generate any of its own RF signals, thereby reducing its power consumption. The Terminals may not communicate directly with each other, only indirectly through the Controller.
    • 一种便于无线通信的装置,其中链路的一侧被设计用于超低功耗。 该装置包括两种类型的收发器:全功能收发器(称为“控制器”)和减少功能的收发器(称为“终端”),其通常以“星形”网络配置连接(即,几个与一个终端通信的终端 控制器)。 控制器使用包含要发送的调制数据的啁啾信号直接与终端进行通信。 终端通过重新发送由控制器发送给它的“载波”啁啾信号与控制器通信。 这样,终端不产生任何自己的RF信号,从而降低其功耗。 终端可能不直接通过控制器间接通信。
    • 64. 发明申请
    • THERMO-STRUCTURAL BASE ON UNSTABLE SOILS
    • 不稳定土壤的热结构基础
    • WO2004005621A1
    • 2004-01-15
    • PCT/CA2003/000959
    • 2003-06-25
    • MOROSCHAN, Casey
    • MOROSCHAN, Casey
    • E01C3/06
    • E02D27/35E01C3/003E01C3/06E04C5/07
    • In this invention, after the grade at a construction site has been excavated and/or graded to its preliminary rough grade, re-enforcing material, typically synthetic in nature, such as nylon or polypropylene mesh or rods, fibre-glass rods or mesh, or other specified re­enforcing material is laid across soil at the construction site and a reinforced base is formed by covering the reinforcing material with a polymeric resin, whereby upon curing, the polymeric resin and reinforcing material forms a contiguous thermo-structural base. Re-enforcement material comprising synthetic and/or non-synthetic components in the form of rods, rope, strapping, mesh, netting, geotextile fabrics or other dimensional forms laid longitudinally, or in a grid pattern, in single or multiple layers, tied or not tied all in situ sprayed with a high density closed cell, water resistant expanding two component polyurethane foam system. The reinforcing material may be nylon, polypropylene, fiberglass, other synthetic or non-synthetic materials or combinations of these materials.
    • 在本发明中,在施工现场的等级已经被挖掘和/或分级到其初级粗级之后,通常是合成的材料,例如尼龙或聚丙烯网或棒,纤维玻璃棒或网, 或其他指定的增强材料铺设在施工现场的土壤上,并且通过用聚合物树脂覆盖增强材料形成增强基底,由此在固化时,聚合物树脂和增强材料形成连续的热结构基底。 重新执行材料包括杆,绳,带,网,网,土工织物或纵向铺设的其他尺寸形式的合成和/或非合成部件,或以网格图案,单层或多层,捆扎或 未捆扎全部原位喷涂高密度闭孔,防水膨胀双组分聚氨酯泡沫体系。 增强材料可以是尼龙,聚丙烯,玻璃纤维,其它合成或非合成材料或这些材料的组合。