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    • 1. 发明授权
    • Method for manufacturing ventilated sheet-metal floor members
    • 制造通风钣金地板构件的方法
    • US06167601A
    • 2001-01-02
    • US08542967
    • 1995-09-22
    • David GollhoferBrad E. Smithburg
    • David GollhoferBrad E. Smithburg
    • B21D3104
    • B65D88/742B21D31/046Y10T29/18Y10T83/0515Y10T83/4836
    • A method of manufacturing interlocking sheet metal floor members for use in a grain storage bin or like application requiring passage of fluid through the floor members without permitting passage of granular material therethrough. The method comprises the steps of forming a first interlocking section on a first side edge of a strip of sheet metal and a second interlocking section on a second side of the strip of sheet metal; shearing, opening and corrugating the strip of sheet metal in one roll forming stand which utilizes a pair of shearing and corrugation rollers, wherein the shearing step includes shearing rows of slits across a width of a central portion of the strip of sheet metal, wherein the opening step includes opening the slits to permit fluid flow therethrough, and wherein the corrugating step includes corrugating the strip of sheet metal along each of the series of the slits; and cutting the strip of sheet metal at selected transverse locations to form the sheet metal floor members. The first interlocking section of one sheet metal floor member is interlockable with the second interlocking section of another sheet metal floor member.
    • 一种制造用于粮食储存箱或类似应用中的互锁金属地板构件的方法,其需要使流体通过地板构件而不允许颗粒材料通过其中。 该方法包括以下步骤:在金属片条的第一侧边缘上形成第一互锁部分,在金属片材的第二侧上形成第二互锁部分; 在利用一对剪切和波纹辊的一个辊成型台中剪切,打开和瓦楞所述金属板条,其中所述剪切步骤包括穿过所述金属板条的中心部分的宽度的剪切行狭缝,其中, 开口步骤包括打开所述狭缝以允许流体流过其中,并且其中所述波纹工序包括沿着所述一系列所述狭缝中的每一个使所述金属板条条波纹化; 以及在所选择的横向位置切割所述金属板条,以形成所述金属板材构件。 一个钣金地板构件的第一联锁部分与另一个金属板材构件的第二互锁部分互锁。
    • 2. 发明授权
    • Device for continuous production of foil expanded metal
    • 用于连续生产箔片金属的装置
    • US06526637B1
    • 2003-03-04
    • US09423809
    • 2000-11-16
    • Norbert Geissler
    • Norbert Geissler
    • B21D3104
    • B26F1/18B21D31/04Y10T29/18
    • A device for continuous production of foil expanded metal comprising a cutting unit for continuous production of parallel, staggered longitudinal cuts in the foil, and an expansion unit for expanding the foil with the cuts perpendicularly to the longitudinal direction of the foil, the expansion unit provided with toothed belts which grasp both edges of the foil, in addition to a running body which is arranged therebetween to expand the foil running thereon. The configuration of the device is such that a toothed belt and a toothed wheel interacting therewith at a given angle are assigned to each foil edge, the edge of the foil is grasped between the toothed belt and the toothed wheel within an input and an output point. The toothed wheels are inclined in relation to each other so that their distance perpendicular to the longitudinal direction of the foil increases at the contact angle in the longitudinal direction of the foil.
    • 一种用于连续生产箔金属板的装置,包括用于在箔中连续生产平行的,交错的纵向切口的切割单元,以及用于使箔垂直于箔的纵向方向膨胀箔的膨胀单元,所述膨胀单元 具有抓住箔的两个边缘的齿形带,以及布置在其间的运行体,以使在其上运行的箔膨胀。 该装置的构造使得齿形带和以给定角度与其相互作用的齿轮被分配给每个箔片边缘,箔片的边缘在输入和输出点内被夹持在齿形带和齿轮之间 。 齿轮相对于彼此倾斜,使得其垂直于箔的纵向的距离以箔的纵向方向上的接触角增加。
    • 3. 发明授权
    • Blade tip for a rescue tool
    • 用于救援工具的刀片
    • US06311537B1
    • 2001-11-06
    • US09430777
    • 1999-10-29
    • Orlando C. Vigil
    • Orlando C. Vigil
    • B21D3104
    • A62B3/005Y10S72/705
    • A blade tip for a rescue spreading tool for spreading apart high strength materials to extricate one or more individuals from a damaged vehicle. The rescue spreading tool has a main body and a pair of arms operatively coupled to the main body and configured to move along an axis. A forked blade tip is releasably coupled to each of the arms and has a wide footprint for gripping the high strength materials. Additionally, each of the forked blade tips is configured to interface with an anchor point, such as a door pin from a damaged vehicle.
    • 用于拯救扩散工具的刀片尖端,用于分散高强度材料以将一个或多个人从损坏的车辆中解脱出来。 救援展开工具具有主体和一对臂,其可操作地联接到主体并且构造成沿轴线移动。 叉形叶片尖端可释放地联接到每个臂上并且具有用于夹紧高强度材料的宽的足迹。 另外,每个叉形叶片尖端被构造成与锚点(例如来自损坏的车辆的门销)相接合。
    • 5. 发明授权
    • Apparatus for expanding a metal sheet
    • 用于膨胀金属板的装置
    • US06212744B1
    • 2001-04-10
    • US09130713
    • 1998-08-07
    • Akira InanobeYasuyuki YoshiharaAkira IwamuraFumiaki Seta
    • Akira InanobeYasuyuki YoshiharaAkira IwamuraFumiaki Seta
    • B21D3104
    • B21D31/04Y10T29/10Y10T29/18
    • The apparatus comprises a reticulating machine (39) for simultaneously producing in metal sheet (2) of strip form a plurality of slits (67) disposed in a continuous and zigzag arrangement extending in the lengthwise direction thereof, and an expanding machine (40) for expanding in the lateral direction the metal sheet (2) in which slits (67) have been formed in order to produce a lozenge-shaped mesh configuration. The expanding machine (40) comprises two endless conveyor elements (44) disposed at the two lateral edges of the metal sheet (2), chuck members (47), a plurality of which are provided in an equally-spaced arrangement to the endless conveyor elements (44), and a center guide member (91) for conveying the metal sheet (2) while guiding the transverse central portion such that it is deflected to one side in the direction of thickness of the metal sheet (2). The chuck members (47) grip the lateral edges of the metal sheet (2) in which slits (67) have been formed, thereby expanding the metal sheet (2) while conveyed by the endless conveyor elements (44).
    • 该装置包括一个网状机器(39),用于同时制造带状的金属板(2),形成多个沿其长度方向延伸的连续且锯齿形布置的狭缝(67),以及扩展机(40),用于 在横向上沿着形成有切口(67)的金属板(2)膨胀以产生菱形网状结构。 膨胀机(40)包括设置在金属板(2)的两个侧边缘处的两个环形输送机元件(44),卡盘构件(47),其多个设置成与环形输送机 元件(44)和用于在引导横向中心部分的同时沿金属片(2)的厚度方向偏转到一侧的金属片(2)的中心引导构件(91)。 卡盘构件(47)夹持已经形成狭缝(67)的金属板(2)的侧边缘,从而在由环形输送元件(44)输送的同时使金属板(2)膨胀。
    • 6. 发明授权
    • Superplastic forming method
    • 超塑成型法
    • US06704981B2
    • 2004-03-16
    • US10221037
    • 2002-09-09
    • George StricklandAdam B Marriott
    • George StricklandAdam B Marriott
    • B21D3104
    • B21D26/055Y10T29/18Y10T29/303Y10T29/4998Y10T428/1234
    • A method of forming sheets of superplastically formable material into a three dimensional article, the sheets being joined together along diffusion bonds to form discrete cells, at least one gas path being provided through the bond between cells. The sheets are heated to a temperature at which they exhibit superplastic properties and a gas injected between the sheets to expand the cells, the gas paths allowing the injected gas to pass from cell to cell. The edges of the gas paths are locally heated to change the microstructure of the sheets in the edge areas, which reduces the flow resistance of the edges under superplastic forming conditions and thereby reduces the propensity of the diffusion bonds bordering the gas transfer holes to peel apart under the forces of the inert gas exerted on the sheets at the gas transfer paths.
    • 一种将超塑性可成形材料片形成三维制品的方法,所述片材沿着扩散键连接在一起以形成离散的细胞,通过所述细胞之间的键连接提供至少一个气体路径。 将片材加热到它们显示超塑性的温度和注入片之间的气体以使细胞膨胀,允许注入的气体从细胞通过到细胞的气体路径。 气体路径的边缘被局部加热以改变边缘区域中的片材的微观结构,这降低了在超塑性成形条件下的边缘的流动阻力,从而降低了与气体传递孔接合的扩散键的剥离倾向 在气体输送路径下施加在片材上的惰性气体的力。
    • 7. 发明授权
    • Process of manufacturing a core metal insert
    • US06532787B2
    • 2003-03-18
    • US10087519
    • 2002-03-01
    • Terry Robert Suitts
    • Terry Robert Suitts
    • B21D3104
    • B21D31/046B60J10/18Y10T29/18Y10T428/12201Y10T428/12361Y10T428/12389
    • A core metal insert for use in a sealing assembly is disclosed. The core metal insert is manufactured by a process which includes the step of cutting a plurality of left lateral outermost inboard slits and a plurality of right lateral outermost inboard slits in a metal blank so as to create a slitted metal blank. The process of manufacturing the core metal insert further includes the step of coining the slitted metal blank so that the core metal insert is manufactured with (i) a plurality of left lateral outermost inboard gaps defined therein, (ii) a plurality of right lateral outermost inboard gaps defined therein, (iii) a left lateral coin-formed bridge which is positioned within each left lateral outermost inboard gap of the plurality of left lateral outermost inboard gaps and which divides each left lateral outermost inboard gap into a first left lateral outermost inboard subgap and a second left lateral outermost inboard subgap, each of the first left lateral outermost inboard subgap and the second left lateral outermost inboard subgap extends through the core metal insert, and (iv) a right lateral coin-formed bridge which is positioned within each right lateral outermost inboard gap of the plurality of right lateral outermost inboard gaps and which divides each right lateral outermost inboard gap into a first right lateral outermost inboard subgap and a second right lateral outermost inboard subgap, each of the first right lateral outermost inboard subgap and the second right lateral outermost inboard subgap extends through the core metal insert.
    • 9. 发明授权
    • Blade tip for a rescue tool
    • 用于救援工具的刀片
    • US06389870B1
    • 2002-05-21
    • US09966865
    • 2001-09-27
    • Orlando C. Vigil
    • Orlando C. Vigil
    • B21D3104
    • A62B3/005Y10S72/705
    • A blade tip for a rescue spreading tool for spreading apart high strength materials to extricate one or more individuals from a damaged vehicle. The rescue spreading tool has a main body and a pair of arms operatively coupled to the main body and configured to move along an axis. A forked blade tip is releasably coupled to each of the arms and has a wide footprint for gripping the high strength materials. Additionally, each of the forked blade tips is configured to interface with an anchor point, such as a door pin from a damaged vehicle.
    • 用于拯救扩散工具的刀片尖端,用于分散高强度材料以将一个或多个人从损坏的车辆中解脱出来。 救援展开工具具有主体和一对臂,其可操作地联接到主体并且构造成沿轴线移动。 叉形叶片尖端可释放地联接到每个臂上并且具有用于夹紧高强度材料的宽的足迹。 另外,每个叉形叶片尖端被构造成与锚点(例如来自损坏的车辆的门销)相接合。