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    • 1. 发明授权
    • Hydro-demolition facet cutter and method of use
    • 水力拆除面切割机及使用方法
    • US08851576B2
    • 2014-10-07
    • US12705907
    • 2010-02-15
    • Gerard J. MacNeil
    • Gerard J. MacNeil
    • E21C25/60B26F3/00E04G23/08
    • B26F3/004E04G23/08Y10T83/364
    • Disclosed herein is a facet cutter used with hydro-demolition equipment in cutting openings in structural surfaces. The facet cutter includes a nozzle head with one or more nozzles. The nozzle head can be placed adjacent a side of the opening where the facet is to be cut. The nozzle head is oriented so that the axes of the nozzles are substantially perpendicular to the desire plane of the face of the facet. High-pressure fluid is applied to the nozzle and the nozzle head is moved over the plane of the facet, thereby cutting the facet. Various axial and rectilinear motions of the nozzle head may be effectuated by various drivers and rotators, at least some of which are controlled remotely by a remote control device.
    • 本文公开了一种在水力拆除设备中用于切割结构表面中的开口的小切割机。 小切刀包括具有一个或多个喷嘴的喷嘴头。 喷嘴头可以邻近开口的切面侧面放置。 喷嘴头被定向成使得喷嘴的轴线基本上垂直于小面的面的期望平面。 将高压流体施加到喷嘴,并且喷嘴头在小面的平面上移动,从而切割小面。 喷嘴头的各种轴向和直线运动可以由各种驱动器和旋转器实现,其中至少一些由遥控装置远程控制。
    • 2. 发明申请
    • REFRACTORY MATERIAL REMOVAL SYSTEM AND METHOD
    • REFRACTORY材料去除系统和方法
    • US20120103153A1
    • 2012-05-03
    • US13273082
    • 2011-10-13
    • Gerard J. MacNeilDavid B. MacNeil
    • Gerard J. MacNeilDavid B. MacNeil
    • B26F3/00B26D5/00B05B15/06B05B3/18B05B3/02
    • B08B9/0936B05B3/06B05B13/0636B26F3/004Y10T83/0591Y10T83/364
    • Apparatus for removing refractory lining the inside of a cylindrical structure comprising a traveler received within the structure and movable along its length and having a securing means, a rotatable nozzle assembly connected to the traveler, the nozzle assembly comprising one or more nozzle lines each terminating in a nozzle head that rotates, the nozzle assembly being configured in a manner that each nozzle head is suitably spaced from the refractory to be able to deliver a jet of fluid under pressure to the refractory, a nozzle rotation means for rotating the nozzle assembly, and a conduit means in fluid communication with the nozzle assembly suitable for delivering a flow of fluid to the nozzle assembly under sufficient pressure to cut the refractory material lining the structure. A method employing the apparatus for removing refractory.
    • 一种用于去除圆柱形结构内部的耐火衬里的装置,该圆柱形结构的内部包括容纳在结构内并可沿着其长度移动的移动器,并且具有固定装置,连接到滑行器的可旋转喷嘴组件,喷嘴组件包括一个或多个喷嘴管线, 喷嘴头旋转,喷嘴组件以每个喷嘴头适当地与耐火材料间隔开的方式配置,以便能够将压力下的流体射流输送到耐火材料;喷嘴旋转装置,用于旋转喷嘴组件;以及 与喷嘴组件流体连通的导管装置,其适于在足够的压力下将流体流输送到喷嘴组件,以切割衬在该结构上的耐火材料。 采用该装置去除耐火材料的方法。
    • 3. 发明申请
    • HYDRO-DEMOLITION FACET CUTTER AND METHOD OF USE
    • 水解切片切割机及其使用方法
    • US20110056355A1
    • 2011-03-10
    • US12705907
    • 2010-02-15
    • Gerard J. MacNeil
    • Gerard J. MacNeil
    • B26F3/00
    • B26F3/004E04G23/08Y10T83/364
    • Disclosed herein is a facet cutter used with hydro-demolition equipment in cutting openings in structural surfaces. The facet cutter includes a nozzle head with one or more nozzles. The nozzle head can be placed adjacent a side of the opening where the facet is to be cut. The nozzle head is oriented so that the axes of the nozzles are substantially perpendicular to the desire plane of the face of the facet. High-pressure fluid is applied to the nozzle and the nozzle head is moved over the plane of the facet, thereby cutting the facet. Various axial and rectilinear motions of the nozzle head may be effectuated by various drivers and rotators, at least some of which are controlled remotely by a remote control device.
    • 本文公开了一种在水力拆除设备中用于切割结构表面中的开口的小切割机。 小切刀包括具有一个或多个喷嘴的喷嘴头。 喷嘴头可以邻近开口的切面侧面放置。 喷嘴头被定向成使得喷嘴的轴线基本上垂直于小面的面的期望平面。 将高压流体施加到喷嘴,并且喷嘴头在小面的平面上移动,从而切割小面。 喷嘴头的各种轴向和直线运动可以由各种驱动器和旋转器实现,其中至少一些由遥控装置远程控制。
    • 4. 发明授权
    • Pipe scarifier
    • 管道覆层
    • US07100622B2
    • 2006-09-05
    • US10434574
    • 2003-05-09
    • Gerard J. MacNeilDavid B. MacNeilGordon W. MacNeilVernon G. Bose
    • Gerard J. MacNeilDavid B. MacNeilGordon W. MacNeilVernon G. Bose
    • B08B3/02
    • E03F9/00B08B9/0433
    • A scarifier for scarifying an interior surface of a sewer pipe, which includes an elongated frame having spaced apart upstanding frame elements at either end forming a plurality of guide surfaces on each side. A first track extends from one end of the frame to another, reversibly moveable upwardly along a first set of the guide surfaces on a first side of the frame in response to a control signal, which controls a drive system coupled to the track. A nozzle assembly is reversibly moveable along the track from one end of the scarifier to another so that a nozzle, mounted on the nozzle assembly, which emits a jet of fluid towards an interior surface of the sewer pipe, is operative to scarify a swath along the interior surface.
    • 一种用于清除下水道管的内表面的清理器,其包括细长框架,其在任一端具有间隔开的直立框架元件,在每侧形成多个引导表面。 响应于控制耦合到轨道的驱动系统的控制信号,第一轨道从框架的一端延伸到另一端,沿着框架的第一侧上的第一组引导表面可向上移动。 喷嘴组件可沿着轨道从分隔器的一端可逆地移动到另一端,使得安装在喷嘴组件上的喷嘴朝向下水道管的内表面喷射流体,可以沿着 内表面。
    • 5. 发明申请
    • LINING MATERIAL REMOVAL SYSTEM AND METHOD
    • 内衬材料去除系统和方法
    • US20130220381A1
    • 2013-08-29
    • US13861770
    • 2013-04-12
    • Gerard J. MacNeilDavid B. MacNeil
    • Gerard J. MacNeilDavid B. MacNeil
    • B08B9/043
    • B08B9/0433B05B3/06B05B13/0636B24C1/086B24C3/325B26F3/004F16L55/18
    • Apparatus for removing lining material from the inside of a cylindrical structure comprising a traveler received within the structure and movable along its length and having a securing means, a rotatable nozzle assembly connected to the traveler, the nozzle assembly comprising one or more nozzle lines each terminating in a nozzle head that rotates, the nozzle assembly being configured in a manner that each nozzle head is suitably spaced from the lining material to be able to deliver a jet of fluid under pressure to the lining material, a nozzle rotation means for rotating the nozzle assembly, and a conduit means in fluid communication with the nozzle assembly suitable for delivering a flow of fluid to the nozzle assembly under sufficient pressure to cut the lining material in the structure. A method employing the apparatus for removing lining material.
    • 用于从圆柱形结构的内部移除衬里材料的装置,包括容纳在结构内并可沿着其长度移动的移动器的具有固定装置的连接器,连接到旅行者的可旋转喷嘴组件,喷嘴组件包括一个或多个喷嘴管线, 在旋转的喷嘴头中,喷嘴组件被构造成使得每个喷嘴头与衬里材料适当地间隔开以能够将压力下的流体射流输送到衬里材料;喷嘴旋转装置,用于旋转喷嘴 组件和与喷嘴组件流体连通的管道装置,其适于在足够的压力下将流体流输送到喷嘴组件以切割结构中的衬里材料。 采用该装置去除衬里材料的方法。
    • 9. 发明授权
    • Machine and method for deconstructing a vertical wall
    • 用于解构垂直墙的机器和方法
    • US08814274B2
    • 2014-08-26
    • US12705273
    • 2010-02-12
    • Gerard J. MacNeilGordon W. MacNeilDavid B. MacNeilVeron Bose
    • Gerard J. MacNeilGordon W. MacNeilDavid B. MacNeilVeron Bose
    • E04G23/08
    • E04G23/08E04G1/20E04G23/081
    • A machine and method are disclosed for deconstructing walls and other substantially vertical surfaces. The machine comprises a static, stand-alone support-frame. A carriage is movably mounted on the support-frame, which carriage can be raised and lowered along the support-frame. The carriage includes a carrier-bar, which may be straight or curved. One or more nozzles are mounted to the carrier-bar by means of a nozzle carrier that moves back and forth along the length of the carrier-bar. The nozzles are connected to a high-pressure supply of an erosive material, preferably water. The erosive material, when forced through the nozzles, form jet streams that are directed against the surface of the workface, thereby eroding the surface. Optionally, the invention comprises means of yawing and rotating the nozzles, and means of adjusting the nozzles towards or away from the workface. Optionally, the invention comprises a work platform mounted on the support-frame.
    • 公开了用于解构壁和其它基本上垂直的表面的机器和方法。 该机器包括静态的独立支撑框架。 滑架可移动地安装在支撑框架上,该支架可以沿着支撑框架升高和降低。 托架包括可以是直的或弯曲的托杆。 一个或多个喷嘴通过沿承载杆的长度前后移动的喷嘴支架安装到承载杆上。 喷嘴连接到腐蚀性材料的高压源,优选水。 侵蚀性材料在被迫穿过喷嘴时形成指向工作面表面的喷射流,从而侵蚀表面。 可选地,本发明包括偏转和旋转喷嘴的装置,以及朝向或远离工作面调节喷嘴的装置。 可选地,本发明包括安装在支撑架上的工作平台。