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    • 1. 发明申请
    • Retrac-A-Vac
    • US20060179600A1
    • 2006-08-17
    • US11061919
    • 2005-02-17
    • David MaurerJames Bordonaro
    • David MaurerJames Bordonaro
    • A47L9/00
    • A47L5/362A47L9/0036
    • A Shop Vacuum Cleaner commonly utilized for the Industrial and non industrial environments alike. Our shop vacuum cleaner, hereafter known as the “Retrac-A-Vac”. Said Retrac-A-Vac is vacuum cleaning product which incorporates extremely unique features. Said Retrac-A-Vac's uniqueness rests in its' ability and “on demand”, to in real time extend, deploy and retract, draw back its' vacuum hose. Said Retrac-A-Vac's real time hose manipulation feature though unique in itself, is supported by other internal mechanical advantages within unit. The additional features inasmuch when grouped together, collectively and in a mutual sense support the main feature's true functionality. As a result and united together they are indeed unique notwithstanding in themselves. The Retrac-A-Vac embodiment encompasses a cylindrical outer housing covering. Said outer cover housing having an ensconced inner structure for the depositing of debris, be it solid or liquid substance, additionally and within said housing, there is incorporated an electric motor and blower container—holding compartment. The Retrac-A-Vac vacuum's outer cylindrical housing covering incorporates swivel and locking style wheel casters located at its' base for unit's maneuverability. Said Retrac-A-Vac provides for a removable top cover that is manually detachable for undemanding access to the inner enconsed housing for removal of debris. Said top cover has latch-able mechanisms for its' attachment or removal and also provides a hand grip that varies in locking position for manual carrying. The Retrac-A-Vac's ensconced inner housing containing the comportment for debris deposit provides along its outer surface, an elongated hose that straightforwardly wraps in a spiral fashion around and within the grooved spiral channel along and about the inner cavity's outer surface. Said methodology designed to work with multiple configurations not necessarily reflected in supplied drawings. The Retrac-A-Vac's inner housing having a costed protrused cavity shaft outwardly extending through the outer cylindrical housing side cover with added hand grip that allows for the manual expansion and retraction of said vacuum hose. The outer most end of said vacuum hose provides for a vacuum hand grip, control handle and trigger with mechanisms and capabilities for the physical intake of debris. Sold hand grip housing also incorporates control switches for hose's deployment and retractably whereby the outer extended hose easily retracts into the costed protused cavity shaft on demand and in real time. Alternatively and not shown there is incorporated within Retrac-A-Vac's main housing and/or cover, a similar hose deployment & retraction control mechanism as incorporated within sold Retrac-A-Vac's hose grip.
    • 3. 发明授权
    • Surveillance systems and methods to monitor, recognize, track objects and unusual activities in real time within user defined boundaries in an area
    • 监控系统和方法可以在一个区域内的用户定义的边界内实时监控,识别,跟踪物体和异常活动
    • US08908034B2
    • 2014-12-09
    • US13289241
    • 2011-11-04
    • James Bordonaro
    • James Bordonaro
    • H04N7/18G08B13/196
    • G08B13/19682
    • A surveillance system and method that utilize computer vision technology and background subtraction to monitor, recognize, and track objects or unusual activities within user specified boundaries. The system and method comprises at least one camera and at least one computer with a software program showing one or multiple windows of camera's field of views in real time. The program allows users to define one or multiple boundaries within any window. The program further utilizes background subtraction technique to establish normal “home-position” of objects within defined boundaries. The program compares current image of the objects against the normal “home-position” to determine/calculate the difference of pixel intensity values. If the difference is beyond the predetermine threshold, the program will flag the movement of the object and give off alert.
    • 使用计算机视觉技术和背景扣除来监视,识别和跟踪用户指定边界内的对象或异常活动的监视系统和方法。 该系统和方法包括至少一个照相机和具有软件程序的至少一个计算机,其显示实时的照相机视场的一个或多个窗口。 该程序允许用户在任何窗口内定义一个或多个边界。 该程序进一步利用背景减法技术在定义的边界内建立对象的正常“归位”。 该程序将对象的当前图像与正常的“原位置”进行比较,以确定/计算像素强度值的差异。 如果差异超出预定阈值,程序将标记对象的移动并发出警报。
    • 5. 发明申请
    • Surveillance systems and methods to monitor, recognize, track objects and unusual activities in real time within user defined boundaries in an area
    • 监控系统和方法可以在一个区域内的用户定义的边界内实时监控,识别,跟踪物体和异常活动
    • US20120188370A1
    • 2012-07-26
    • US13289241
    • 2011-11-04
    • James Bordonaro
    • James Bordonaro
    • H04N7/18
    • G08B13/19682
    • A surveillance system and method that utilize computer vision technology and background subtraction to monitor, recognize, and track objects or unusual activities within user specified boundaries. The system and method comprises at least one camera and at least one computer with a software program showing one or multiple windows of camera's field of views in real time. The program allows users to define one or multiple boundaries within any window. The program further utilizes background subtraction technique to establish normal “home-position” of objects within defined boundaries. The program compares current image of the objects against the normal “home-position” to determine/calculate the difference of pixel intensity values. If the difference is beyond the predetermine threshold, the program will flag the movement of the object and give off alert.
    • 使用计算机视觉技术和背景扣除来监视,识别和跟踪用户指定边界内的对象或异常活动的监视系统和方法。 该系统和方法包括至少一个照相机和具有软件程序的至少一个计算机,其显示实时的照相机视场的一个或多个窗口。 该程序允许用户在任何窗口内定义一个或多个边界。 该程序进一步利用背景减法技术在定义的边界内建立对象的正常“归位”。 该程序将对象的当前图像与正常的“原位置”进行比较,以确定/计算像素强度值的差异。 如果差异超出预定阈值,程序将标记对象的移动并发出警报。