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    • 1. 发明授权
    • Collation assemblies
    • 整理大会
    • US5885055A
    • 1999-03-23
    • US605139
    • 1996-06-24
    • Frank WojtalewiczHelmut RappDietrich Thor StratenGunter WeissPeter SrostlikNicholas LyonsRonald Corbett WainwrightPaul John WelfareRolf David Mears
    • Frank WojtalewiczHelmut RappDietrich Thor StratenGunter WeissPeter SrostlikNicholas LyonsRonald Corbett WainwrightPaul John WelfareRolf David Mears
    • B65G57/14B65G49/08B65G57/03B65H29/34B65H29/38B65H31/18
    • B65G49/08B65G57/035
    • A conveyor-collator assembly for use in forming stacks of articles, e.g. concrete roof tiles (T) at speeds of up to 200 tiles per minute, is provided with a conveyor means (42) by which tiles (T) are fed seriatim to a velocity control means (72) whereby each tile (T) is transferred under "no-load" or substantially "no-load" conditions onto a falling shelf conveyor (140). Tiles (T) held in the conveyor (140) are thereafter deposited onto a support (26-28) of a stack forming means (24) under "no-load" or substantially "no-load" conditions whereby breakages of tiles (T) due to "shock loads" experienced hitherto in prior art arrangements is eliminated. The stack-forming means (24) of the conveyor-collator assembly is arranged with the supports (26, 28) thereof mounted for sequential movement through the same spacial path at rates consistent with ensuring that upon the completion of a stack of tiles (T) on one of said supports (26, 28) at a downstream end of the path the other of said supports (26, 28) is approaching an upstream end of said path for facilitating the stacking of tiles (T) in a subsequent stack thereof.
    • PCT No.PCT / EP94 / 03066 Sec。 371日期1996年6月24日 102(e)1996年6月24日PCT 1994年9月13日PCT PCT。 公开号WO95 / 08501 日期1995年3月30日用于形成物品堆叠的输送机整理机组件 具有高达200瓦/分钟速度的混凝土屋顶瓦(T)设置有输送装置(42),瓦片(T)通过该传送装置被顺序地送入速度控制装置(72),从而每个瓦片(T)被传送 在“空载”或基本上“空载”的条件下在下降的货架输送机(140)上。 保持在输送机(140)中的瓦(T)然后在“空载”或基本上“空载”的条件下沉积到堆叠形成装置(24)的支撑件(26-28)上,从而破坏瓦(T )由于迄今为止在现有技术装置中经历的“冲击载荷”被消除。 输送机 - 整理机组件的堆叠形成装置(24)被布置成其支撑件(26,28)安装成用于顺序移动通过相同的空间路径,速率与确保在堆叠的瓦片(T )在所述路径的下游端的一个所述支撑件(26,28)中,所述支撑件(26,28)中的另一个正在接近所述路径的上游端,以便于随后的堆叠中的瓦片(T)的堆叠 。
    • 4. 发明申请
    • METHOD AND PLANT FOR THE MANUFACTURE OF BUILDING PRODUCTS
    • 建筑产品制造方法与设备
    • US20110183023A1
    • 2011-07-28
    • US13082019
    • 2011-04-07
    • Caroline Joyce BENNETTPeter SROSTLIKGregor VOGT
    • Caroline Joyce BENNETTPeter SROSTLIKGregor VOGT
    • C04B41/81
    • C04B28/02B28B5/028B28B11/04C04B41/009C04B41/52C04B41/71C04B2111/00594Y02W30/92C04B14/06C04B18/08C04B40/0028C04B40/0089C04B40/0263C04B2103/304C04B2103/32C04B2103/54C04B41/0072C04B41/4853C04B41/502C04B41/53C04B41/48C04B2103/40
    • A plant and method for the manufacture of cementitious products, viz. cast concrete roof tiles (T), the plant comprising a mixing station where the constituents of a cementitious composition, less an air entraining agent, are admixed under atmospheric pressure and further mixed under a partial vacuum of 200 to 340 mBar after the addition of an air entraining agent, the plant also comprising a moulding station where the tiles (T) are cast in a gang-mould before being cured in a conventional autoclave for up to 10 hours at 45° C. The cured concrete roof tiles (T) are de-moulded after curing and conveyed to a surface preparation zone where a primer coat of a water based epoxy and a surface coating of a water based emulsion paint are applied to at least an upper surface (in use) of the cast concrete roof tiles (T). The admixed cementitious composition has a Ford Cup flow of between 40 and 60 seconds and a slump test of between 180 and 220 mm. In an alternative method, instead of applying a primer coat, the upper surfaces, in use, of the roof tiles T are subjected to abrasion by grit-blasting to remove a thin layer from the upper surfaces thereby facilitating the subsequent application thereto of a surface coating.
    • 一种用于制造水泥产品的设备和方法, 浇筑混凝土屋面瓦(T),该植物包括混合站,其中将水泥组合物的成分,较少的加气剂在大气压下混合,并在加入一种二氧化碳后在200至340mBar的部分真空下进一步混合 引气剂,该工厂还包括一个成型工位,其中瓦片(T)在45℃在常规高压釜中固化长达10小时之前,在模具中铸造。混凝土屋面瓦(T)为 在固化后进行脱模并输送到表面处理区域,其中将水性环氧树脂的底漆涂层和水性乳液漆的表面涂层施加到铸造混凝土屋顶瓦片的至少上表面(使用中) T)。 混合水泥组合物具有40-60秒的福特杯流量和180-220mm的坍落度试验。 在替代方法中,代替底漆涂层,在使用中,屋顶瓦片T的上表面通过喷砂进行磨损以从上表面移除薄层,从而便于随后向其施加表面 涂层。
    • 6. 发明授权
    • Shock absorbers
    • 减震器
    • US4423802A
    • 1984-01-03
    • US287472
    • 1981-07-27
    • Werner BotzemOrtwin KnappePeter Srostlik
    • Werner BotzemOrtwin KnappePeter Srostlik
    • F16F7/12G21F5/08B60T11/04
    • F16F7/12G21F5/08
    • An improved cushioning or shock absorbing device attachable to the ends of a generally cylindrical container for transporting or storing radioactive material, especially spent nuclear fuel elements, has a substantially uniform dampening or cushioning characteristic even for different impact directions. The device is cap-shaped, having an annular part with a plug part in the outer end thereof. The annular part includes a strong rigid inner sleeve extending from the open end of the device partly between the two parts. The inner end of the plug part has a sheet metal disc-like inner cover secured to the sleeve for detachment on impact. Both parts are divided into a plurality of interior chambers by sheet metal plates, the chambers being filled with cushioning material. The container is provided with an exterior abutment surface spaced from and opposed to the inner end of the annular part, when the device is installed, so that the annular part is detached on impact and becomes effect to absorb shocks on engagement with the abutment surface.
    • 改进的缓冲或冲击吸收装置可附接到用于运输或储存放射性材料,特别是废核燃料元件的大致圆柱形容器的端部,即使对于不同的冲击方向也具有基本均匀的润湿或缓冲特性。 该装置是帽形的,具有在其外端具有插头部分的环形部分。 环形部分包括从装置的开口端部分地在两部分之间延伸的坚固的刚性内套筒。 插头部分的内端具有固定到套筒上的钣金盘状内盖,用于在冲击时分离。 两个部件通过金属板被分成多个内部腔室,这些腔室被缓冲材料填充。 当装置安装时,容器设置有与环形部分的内端间隔开并与之相对的外部邻接表面,使得环形部件在冲击下分离并且变得有效地吸收与邻接表面接合的冲击。
    • 7. 发明授权
    • Method and plant for the manufacture of building products
    • 制造建筑产品的方法和设备
    • US07981335B2
    • 2011-07-19
    • US11912808
    • 2006-04-26
    • Caroline Joyce BennettPeter SrostlikGregor Vogt
    • Caroline Joyce BennettPeter SrostlikGregor Vogt
    • C04B41/81
    • C04B28/02B28B5/028B28B11/04C04B41/009C04B41/52C04B41/71C04B2111/00594Y02W30/92C04B14/06C04B18/08C04B40/0028C04B40/0089C04B40/0263C04B2103/304C04B2103/32C04B2103/54C04B41/0072C04B41/4853C04B41/502C04B41/53C04B41/48C04B2103/40
    • A plant and method for the manufacture of cementitious products, viz. cast concrete roof tiles (T), the plant comprising a mixing station (2) where the constituents of a cementitious composition, less an air entraining agent, are admixed under atmospheric pressure and further mixed under a partial vacuum of 200 to 340 mBar after the addition of an air entraining agent, the plant also comprising a molding station (4) where the tiles (T) are cast in a gang-mold (6) before being cured in a conventional autoclave for up to 10 hours at 45 degrees C. The cured concrete roof tiles (T) are de-molded after curing and conveyed to a surface preparation zone (12) where a primer coat of a water based epoxy and a surface coating of a water based emulsion paint are applied to at least an upper surface in use of the cast concrete roof tiles (T). The admixed cementitious composition has a Ford Cup flow of between 40 and 60 seconds and a slump test of between 180 and 220 mm. In an alternative method, instead of applying a primer coat, the upper surfaces, in use, of the roof tiles T are subjected to abrasion by grit-blasting to remove a thin layer from the upper surfaces thereby facilitating the subsequent application thereto of a surface coating.
    • 一种用于制造水泥产品的设备和方法, 浇筑混凝土屋顶瓦(T),该植物包括混合站(2),其中将水泥组合物的组分少于一个加气剂混合在大气压下并在200-340mBar的部分真空下进一步混合, 加入引气剂,该植物还包括一个成型台(4),其中瓦片(T)在常规高压釜中在45℃下固化10小时之前,在组合模具(6)中铸造瓦片(T) 固化的混凝土屋面瓦(T)在固化后被去模塑并输送到表面处理区(12),其中将水基环氧树脂的底漆涂层和水基乳液漆的表面涂层施加到至少一个上层 表面使用的浇注混凝土瓦(T)。 混合水泥组合物具有40-60秒的福特杯流量和180-220mm的坍落度试验。 在替代方法中,代替底漆涂层,在使用中,屋顶瓦片T的上表面通过喷砂进行磨损以从上表面移除薄层,从而便于随后向其施加表面 涂层。
    • 9. 发明授权
    • Container combination for the transportation and storage of radioactive
waste especially nuclear reactor fuel elements
    • 容器组合用于运输和储存放射性废物,特别是核反应堆燃料元件
    • US4330711A
    • 1982-05-18
    • US139666
    • 1980-04-14
    • Stefan AhnerRichard ChristDieter KleinPeter Srostlik
    • Stefan AhnerRichard ChristDieter KleinPeter Srostlik
    • G21C19/32G21F5/005G21F5/10G21F5/00
    • G21F5/005G21F5/10
    • For the transportation and storage of irradiated nuclear fuel elements there are needed combinations of inner and outer containers wherein the inner container should be usable for the storage of the fuel elements in correspondingly conceived fuel element storehouses without reloading, unnecessary waste of space and burden of weight on the storage support. This is obtained by a container combination in which(a) the bottom and the jacket of the outer container are so dimensioned in their thickness that they completely or preponderantly take care of the shielding function against gamma and neutron radiation,(b) the inner container is axially fixed in the outer container in such manner that the cover of the inner container and the cover of the outer container do not touch,(c) the radial position of the inner container in the outer container is fixed by a narrowing of the cross section of the inner space of the outer container proceeding downwardly to the bottom and(d) the outer wall of the inner container is made tight against the inner wall of the outer container through sealing elements.
    • 对于辐射核燃料元件的运输和储存,需要内外容器的组合,其中内容器应当可用于将燃料元件储存在相应构思的燃料元件仓库中,而不需要重新加载,不必要的空间浪费和重量负担 在存储支持上。 这是通过容器组合获得的,其中(a)外容器的底部和护套的尺寸设计成它们的厚度,使得它们完全或主要地处理抵抗伽马和中子辐射的屏蔽功能,(b)内部容器 在内容器的盖和外容器的盖不接触的情况下轴向固定在外容器中,(c)外容器中的内容器的径向位置通过十字形变窄而固定 外部容器的内部空间的一部分向下延伸到底部,并且(d)内部容器的外壁通过密封元件紧密地抵靠外部容器的内壁。