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引用次数: 4

摘要

尽管链式围栏在北美很流行,用于财产划分,但大多数欧洲国家使用实心墙,即砖,石头或混凝土。在拘留所,实心墙也很常见,用于划定庭院。其他应用包括安装在石头建筑外墙的传感器,需要通过爬墙来检测入侵。直到最近,使用的传感器必须安装在立面或墙壁顶部,使用支架才能正常工作。本文中讨论的传感器呈现出有趣的特性,使其能够满足对隐形固体壁传感器的需求。事实上,ENCLOSURE使用了一个单一的电缆概念,可以直接安装在墙上。使用本地调频广播塔,电缆周围的场不密集,沿着墙壁均匀分布,以防止与雨或冰相关的问题,这是其他传感器的问题。对于隐蔽的应用,单泄漏同轴电缆,可以在施工期间直接嵌入墙壁的砂浆中,或者在现有的墙壁上开槽。最近,围护结构已经成功地安装在不同的墙体结构上。最近的成果包括拘留中心的砖墙、考古遗址的砖墙和私人贵宾财产的石墙围栏,这些都非常令人鼓舞。我们提供了对新的壁挂式和快速部署应用程序的长期beta测试结果。重点放在场地的特殊性和这些应用的场地损伤的处理。
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A new invisible volumetric sensor for solid wall applications
Even though, chain link fences are popular in North America for property delimitation, most European countries use solid walls, i.e., brick, stone or concrete. Solid walls are also very common in detention centres, for court yard delimitation. Other applications include sensors mounted on the external wall of a stone building, where detection of intrusions by wall climbing is needed. Until recently, the sensors used had to be mounted on the facade or the top of the wall using stand offs to perform properly. The sensor discussed in the article presents interesting characteristics that allow it to address the need for an invisible solid wall sensor. Indeed, ENCLOSURE uses a single cable concept that can be mounted directly on the wail. Using a local FM broadcast tower, the field surrounding the cable is not dense and distributes uniformly along the wail to prevent problems associated with rain or ice which are a problem to other sensors. For covert applications, the single leaky coaxial cable, can be embedded directly in the mortar of the wall during its construction, or grooved into an existing wall. Recently, ENCLOSURE has been successfully installed on different wall constructions. The latest results which include brick walls for detention centres, brick walls of an archaeological site and stone wall fences for a private VIP property are very encouraging. We present results of longer term beta testing for new wall mounted and fast deployable applications. Emphasis is placed on site particularities and the treatment of site impairments for those applications.
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