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    • 1. 发明申请
    • Self-adjusting snow plow
    • 自调雪犁
    • US20040205985A1
    • 2004-10-21
    • US10841740
    • 2004-05-07
    • Charles M. Schmeichel
    • E01H004/00
    • E01H5/06E01H5/061
    • A self-adjusting snow plow for use with pickup trucks and sport utility vehicles is disclosed. The snow plow includes a mounting apparatus for attachment to a vehicle and a plow blade having first and second ends, a top, a bottom, a plurality of retention members and a rubber scraper. The mounting apparatus includes a pair of mounting uprights and a hitch tongue which is easily mounted in a hitch receiver which is secured to the front of a vehicle. The retention members are constructed and arranged to at least partially encircle and slideably engage one of the respective mounting uprights and the retention members allow the respective ends of the plow blade to slide upward relative to the mounting upright most proximate to that end of the plow while the other end of the plow remains generally in the same position relative to the mounting upright proximate that end of the plow blade. The retention members also permit the bottom of the plow blade to pivot away from the respective mounting uprights when the plow blade is engaged with the mounting apparatus in a working orientation and the vehicle is in motion in a direction rearward of the plow blade.
    • 公开了一种用于皮卡车和运动型多用途车辆的自调整雪犁。 雪犁包括用于附接到车辆的安装装置和具有第一和第二端的犁刀,顶部,底部,多个保持构件和橡胶刮刀。 安装装置包括一对安装立柱和搭接舌片,其易于安装在固定到车辆前部的搭接接收器中。 保持构件被构造和布置成至少部分地环绕并可滑动地接合相应的安装立柱中的一个,并且保持构件允许犁刀的相应端部相对于最靠近犁耕的端部的安装直立部向上滑动,同时 犁的另一端通常位于相对于靠近犁刀的端部的安装直立处于相同的位置。 当犁刀以工作方向与安装装置接合时,保持构件还允许犁刀的底部枢转远离相应的安装立柱,并且车辆沿着犁刀的后方移动。
    • 2. 发明申请
    • Scrapping method of building and scrapping machine
    • 建筑和报废机的报废方法
    • US20040211093A1
    • 2004-10-28
    • US10423698
    • 2003-04-25
    • Toshihito Okamoto
    • E01H004/00
    • E04G23/08
    • A scrapping method of constructions includes steps of moving a scrapping machine, locating the scrapping machine by self-run into the building, the scrapping machine capable of attaching one of a breaker and a clasped crushing device to a tip portion of a drive arm; forming a movement hole which is formed at a floor part of an upper floor by the scrapping machine after the movement process, the scrapping machine capable of passing through the movement hole and moving to the upper floor; moving the scrapping machine to the upper floor via the movement hole; moving the scrapping machine to the highest floor after the hole formation process and the movement process to the upper floor are performed one by one; scrapping at a top part of the building without the floor part located the scrapping machine, the building scrapping so as to place a demolition waste inside the building; discharging the demolition waste that produces at the scrapping process through the movement hole to the lower direction; and performing the demolition work to the lower floor after the scrapping machine moves to the lower floor after scrapping at a top part of the building, and the scrapping process for the top part of the building and discharging process are performed one by one so that it can scrap using the scrapping machine of a building it does not matter of the height of the building and can operate so as to place demolition waste inside the building from a top of the building and to transport the scraping machine to upper story easily, and the building is disassembled without securing the installation space or work space of the machine around the building.
    • 拆卸方法包括移动报废机,自动将报废机定位到建筑物中的步骤,能够将断路器和分离的破碎装置中的一个连接到驱动臂的末端部分的报废机; 形成在移动处理之后通过报废机在上层的地板部分形成的移动孔,所述报废机能够通过所述移动孔并移动到所述上层; 通过移动孔将报废机移动到上层; 在开孔形成处理和向上层的移动处理逐个进行后,将报废机移动到最高层; 在建筑物的顶部拆除,而没有地板部分位于报废机器上,建筑物报废,以便在建筑物内放置拆除废物; 将在报废过程中产生的拆卸废物通过移动孔向下方排出; 在拆除建筑物顶部的报废机移动到下层后,对下层进行拆卸工作,并对建筑物的顶部和排放处理进行报废处理,逐个进行, 可以使用建筑物的报废机进行废料,这与建筑物的高度无关,可以操作,以便从建筑物的顶部将建筑物内的废弃物放置在建筑物的顶部,并将刮板运送到上层的容器, 建筑物拆卸而不必将机器的安装空间或工作空间固定在建筑物周围。
    • 4. 发明申请
    • Method and apparatus for disposing of accumulations of snow
    • 用于处理积雪的方法和装置
    • US20040000305A1
    • 2004-01-01
    • US10459780
    • 2003-06-11
    • Kevin Molyneaux
    • E01H004/00
    • E01H5/102
    • A method and apparatus for disposing of accumulations of snow. A first step involves providing a receptacle which is adapted to hold and retain liquids, has a loading mouth, heat pipes which melt accumulations of snow positioned within the receptacle and a drain. A second step involves connecting a liquid conduit from the drain of the receptacle to an access opening to a municipal sewer system. A third step involves dumping loads of snow into the receptacle with a front end loader. A fourth step involves melting the snow within the receptacle to convert the snow to water. A fifth step involves draining the water through the drain of the receptacle and the liquid conduit for disposal in the municipal sewer system.
    • 一种用于处理积雪的方法和装置。 第一步涉及提供适于保持和保持液体的容器,具有装载口,将管道积聚在容器内的积雪和排水口的热管。 第二步涉及将液体导管从容器的排水口连接到通往市政下水道系统的进入口。 第三步包括用前端装载机将雪载入垃圾箱。 第四步涉及熔化容器内的雪以将雪转化为水。 第五步包括将水排出容器的排水口和液体管道,以便在市政下水道系统中处理。
    • 8. 发明申请
    • Ice resurfacing blade
    • 冰表面刷刀
    • US20030070326A1
    • 2003-04-17
    • US10272746
    • 2002-10-16
    • Andrew BeilinWilliam C. Birch
    • E01H004/00
    • E01H4/023
    • The blade is made of heat-treated stainless steel that has one or two sharp edges for resurfacing ice, such as at an ice rink with an ice resurfacing machine. The preferred material is stainless steel. The blade lasts four times longer than a conventional blade, reducing the sharpening interval and reducing the cost of removal, replacement, shipping, and re-sharpening. Reduced maintenance lowers the chance that a worker will be injured during maintenance activities. The life of the blade is about 15 years compared to one year for conventional bladed. It does not corrode during storage. Because the blade is sharper and stronger than conventional ice resurfacing blades, it provides a flatter and smoother finished ice surface than conventionally available. The improved blade allows the ice to be resurfaced more quickly by allowing deeper cuts and faster operation of the resurfacing machine itself.
    • 刀片由经热处理的不锈钢制成,其具有用于重新铺上冰的一个或两个锋利的边缘,例如在与冰表面重铺机的溜冰场上。 优选的材料是不锈钢。 刀片比常规刀片长四倍,减少了磨削间隔,降低了拆卸,更换,运输和重新磨削的成本。 减少维护降低维修工作中工人受伤的机会。 刀片寿命约为15年,而传统刀片的寿命为一年。 储存期间不会腐蚀。 因为刀片比传统的冰面革刀片更锋利,更坚固,因此比现有技术提供了更平坦,更平滑的成品冰表面。 改进的叶片允许通过允许更深的切割和更快的操作重新铺展机器本身来更快地重新铺上冰。