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    • 2. 发明申请
    • A METHOD AND APPARATUS FOR CONSTRUCTING MULTI-STOREY BUILDINGS
    • 一种构建多层建筑的方法和装置
    • WO1993011315A1
    • 1993-06-10
    • PCT/AU1992000643
    • 1992-11-30
    • NEIGHBOURS, Gregory, John
    • E04B01/35
    • E04B1/3511
    • A method and apparatus for constructing a multi-storey building. A first slab (22) is formed directly on top of a second slab (21). The slab (22) is formed with a plurality of apertures spread about the slab area. A plurality of extendible prop means (10) are positioned in the respective apertures, the head portion (12) of each prop means being connected to the first slab (22), the foot portion (13) of each prop means being supported by a slab below the first slab (22). The prop means (10) is extended such that the first slab (22) is lifted to its desired position. Once in that desired position, the foot portion (13) of each extended prop means is retracted through its respective aperture to engage the upper surface of the first slab (22) and the process is repeated according to the number of storeys required in the building.
    • 一种构建多层建筑的方法和装置。 第一板坯(22)直接形成在第二板坯(21)的顶部上。 板坯(22)形成有围绕板坯区域扩展的多个孔。 多个可延伸的支承装置(10)定位在相应的孔中,每个支承装置的头部(12)连接到第一板(22),每个支撑装置的脚部(13)由 在第一板坯(22)下面的板坯。 支撑装置(10)被延伸使得第一板坯(22)被提升到其期望的位置。 一旦处于该期望的位置,每个延伸的支承装置的脚部(13)通过其相应的孔缩回以接合第一板(22)的上表面,并且根据建筑物中所需的层数重复该过程 。
    • 3. 发明申请
    • IMPROVEMENTS IN OR RELATING TO SKI HOLDERS
    • 改善或相对于滑雪持有人
    • WO1992000784A1
    • 1992-01-23
    • PCT/AU1991000312
    • 1991-07-15
    • NEIGHBOURS, Gregory, John
    • A63C011/02
    • A63C11/027
    • A ski holder/carrier comprises two substantially identical halves (23, 24) which are hinged together longitudinally by a hinge (25) and comprise end portions (21, 22) which are movable telescopically with respect to a central portion (20) and wherein the telescopic parts of each half of the carrier are retained by their respective central portions (23, 24) when the carrier is opened about the hinge (25) by means of tongue and groove sliding fitments between the telescoping portions (21, 22) and the central portion (20).
    • 雪橇架/托架包括两个基本上相同的半部(23,24),它们由铰链(25)纵向地铰接在一起,并且包括可相对于中心部分(20)可伸缩地移动的端部部分(21,22),并且其中 当托架通过在伸缩部分(21,22)之间的榫槽和滑动配件打开时,托架围绕铰链(25)打开时,托架的每一半的伸缩部分被它们各自的中心部分(23,24)保持, 中心部分(20)。
    • 6. 发明申请
    • CONCRETE SLAB LIFTING SYSTEM
    • 混凝土料提升系统
    • WO2004057122A1
    • 2004-07-08
    • PCT/NZ2003/000281
    • 2003-12-19
    • JACKING SYSTEMS LIMITEDNEIGHBOURS, Gregory, John
    • NEIGHBOURS, Gregory, John
    • E04B1/35
    • E04B1/3511B66F3/08B66F3/46
    • The invention provides a system and method of lifting and conveying a concrete slab and/or associated works. The slab has an area includes a plurality of apertures therethrough. A jack at least comprising a shaft having a portion passes through the aperture and contacts a lower support means. The system includes a means for connecting the slab to the shaft. The connection means incorporates at least one supporting member connecting the slab to the shaft. Each supporting member passes through another said aperture and engages the slab. Also included is a means for effecting longitudinal travel of said supporting means along said shaft, resulting in the raising or lowering of said slab. Position sensors are associated with each jack and the system includes a means for communicating and controlling between each jack and one or more main controllers. There is also provided a jack for lifting a concrete slab which includes a shaft and ball screw, a drive assembly, a hanger assembly, a support device. The drive assembly drives the ball screw to raise the shaft with respect to the hanger assembly such that the jack has climbed the support device supports the shaft to prevent toppling and provide stability.
    • 本发明提供一种提升和输送混凝土板和/或相关工程的系统和方法。 板坯具有包括穿过其中的多个孔的区域。 至少包括具有一部分的轴穿过所述孔并且接触下支撑装置的千斤顶。 该系统包括用于将板坯连接到轴的装置。 连接装置包括将板坯连接到轴的至少一个支撑构件。 每个支撑构件通过另一个所述孔并与板接合。 还包括用于实现所述支撑装置沿着所述轴的纵向移动的装置,导致所述板坯的升高或降低。 位置传感器与每个插孔相关联,并且系统包括用于在每个插孔和一个或多个主控制器之间进行通信和控制的装置。 还提供了用于提升包括轴和滚珠丝杠的混凝土板的千斤顶,驱动组件,衣架组件,支撑装置。 驱动组件驱动滚珠丝杠以相对于衣架组件升高轴,使得千斤顶已经爬上支撑装置支撑轴以防止翻倒并提供稳定性。