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    • 4. 发明申请
    • SECTIONAL OVERHEAD DOOR AND APPARATUS FOR MAKING DOOR PANELS
    • 用于制作门面板的外部门和装置
    • WO9534738A2
    • 1995-12-21
    • PCT/US9507529
    • 1995-06-12
    • WAYNE DALTON CORP
    • MULLET WILLIS JMITCHELL ALBERT WBENNETT THOMAS B IIIWILSON WILLIAM S
    • B29C31/00B29C33/36B29C44/12B29C44/30E05D1/04E05D15/16E05D15/24E06B3/48B29C33/30B29C44/18
    • E06B3/485B29C31/00B29C33/36B29C44/1233B29C44/30E05D1/04E05D15/165E05D15/24E05D15/242E05Y2900/00E05Y2900/106E06B2009/587Y10S425/005
    • A sectional door (20) having a plurality of panels (21, 22, 23, 24), one of the edges (40) between adjacent pannels on a first panel having a substantially concave curvilinear surface (45) the other of the edges (50) having a planar surface (52). The hinges include a first hinge element (66) having a first leaf (67), a cylindrical first knuckle (72) at one edge of the first leaf, a through slot (73) proximate the first knuckle and a second hinge element (80) having a second leaf (85), a cylindrical second knuckle (81) at one edge of the second hinge element extending into the through slot and rotatable about the first knuckle. A panel (22) for sectional door (20) having a foam core (140, 240, 340), an inner surface (145, 245, 345) and a recess (150, 250, 350) in the inner surface and the foam core extending the longitudinal length of the foam core. A bracket assembly (110) for the bottom (35) of the door including, an L-shaped plate (111), a sleeve (120) for receiving a shaft (121) mounting one of the rollers (122), fasteners (115) for attaching the L-shaped plate to the lower panel and cut-outs (125) in the cylindrical sleeve positioned substantially above the fasteners whereby the fasteners may be removed only when the shaft is not positioned in the cylindrical sleeve. Conveyor apparatus (400, 500) for the continuous production of foam-cored door panel material (22') a second conveyor (402, 502) having panel engaging surfaces (451, 464, 535, 540) for engaging spaced skin surface (150).
    • 具有多个面板(21,22,23,24)的分段门(20),位于第一面板上的相邻侧壁之间的边缘(40)中的一个具有基本上凹的曲线表面(45),另一个边缘 50)具有平坦表面(52)。 铰链包括具有第一叶片(67)的第一铰链元件(66),在第一叶片的一个边缘处的圆柱形第一转向节(72),靠近第一转向节的通孔(73)和第二铰链元件(80 )具有第二叶片(85),在所述第二铰链元件的一个边缘处的圆柱形第二转向节(81)延伸到所述通孔中并可围绕所述第一转向节转动。 用于分段门(20)的面板(22),其具有泡沫芯(140,240,340),内表面(145,245,345)和内表面中的凹部(150,250,350)和泡沫 芯部延伸泡沫芯的纵向长度。 用于所述门的底部(35)的支架组件(110)包括:L形板(111),用于容纳安装所述辊(122)中的一个的轴(121)的套筒(120),紧固件(115) ),用于将L形板连接到基本上位于紧固件上方的圆筒形套筒中的下部面板和切口(125),从而只有当轴未定位在圆柱形套筒中时,紧固件才可以被移除。 用于连续生产泡沫式门板材料(22')的输送设备(400,500)具有用于接合间隔开的表面(150)的面板接合表面(451,446,535,540)的第二传送器(402,502) )。
    • 5. 发明申请
    • A BUILDING MATERIAL FOR BUILDING ELEMENTS, AND A METHOD AND A SYSTEM FOR MANUFACTURING SAID ELEMENTS
    • 用于建筑元件的建筑材料以及用于制造所述元件的方法和系统
    • WO1984002489A1
    • 1984-07-05
    • PCT/DK1983000126
    • 1983-12-21
    • SCHMIDT, John
    • B29D27/04
    • E04C2/10B29C44/30B29C44/3442B29K2075/00B29K2105/16B29L2031/10Y10S264/07Y10S521/917
    • A system for continuous manufacture of building elements consisting of a self-supporting framework of tightly compressed solid particles and a foaming material in the shape of a foamed plastic material, comprises a filling station where mould bottoms are placed in continuation of each other on a roller conveyor, assembled with sidewalls and passed along a guide section (8), wherein particle-shaped filler is supplied from a silo (9) while a premixed foam material is injected into the material through nozzle tubes (12), and the components are mixed before being injected into the mould and compressed. After placing of a top wall on each of the moulds, these are passed under a roller conveyor (3), and while the moulds are moved ahead between the roller conveyors (1) and (3) and possibly between roller conveyors outside the side, the foam material cements the particles together to a monolithic unit which will set before the moulds leave the roller conveyors (1, 3). After demoulding of the formed flow of material, this is cut by a cutting mechanism G into required lengths, and the moulds are carried back to the filling station.
    • 用于连续制造由紧密压缩的固体颗粒的自支撑框架和泡沫塑料材料形式的发泡材料组成的建筑构件的系统包括一个填充站,其中模具底部在辊子上彼此连续放置 输送机,其具有侧壁组装并沿着引导部分(8)通过,其中颗粒状填料从筒仓(9)供应,同时将预混合泡沫材料通过喷嘴管(12)注入材料中,并且将组分混合 然后注入模具并压缩。 在每个模具上放置顶壁之后,它们在辊式输送机(3)下方通过,并且当模具在辊式输送机(1)和(3)之间以及可能在侧面之间的辊式输送机之间移动时, 泡沫材料将颗粒粘结在一起,在模具离开辊子输送机(1,3)之前将被设置的整体单元。 在形成的材料流的脱模之后,将切割机构G切割成所需的长度,并将模具带回到加油站。
    • 7. 发明申请
    • APPARATUS AND METHOD FOR PRODUCTION OF INSULATING AND DRAINING BOARDS
    • 绝缘和排水板生产设备及方法
    • WO2011113957A1
    • 2011-09-22
    • PCT/EP2011/054227
    • 2011-03-21
    • IGNUCELL ABJALAKAS, Jonas
    • JALAKAS, Jonas
    • B29C67/20B29C44/56B29C44/30B29C44/34
    • B29C44/5618B29C44/30B29C44/3461
    • An apparatus for continuous production of insulating and draining boards, comprising a conveyor arrangement for conveying a mixture of beads of foamed plastic and a binder agent from an input end to an output end of the conveyor arrangement, the conveyor arrangement comprising an endless bottom conveyor belt and an endless top conveyor belt, the top conveyor belt being arranged above the bottom conveyor belt and defining therewith a conveyor path for conveying the mixture, and a drying unit for creating a drying environment, wherein the bottom conveyor belt and the top conveyor belt are arranged such that a first part of the conveyor path forms a compacting section for compacting a mixture of beads of foamed plastic and a binder agent, and wherein the drying unit is arranged to create a drying environment in a drying section of the conveyor path extending along a second part of the conveyor path arranged downstream of the first part, the drying section being arranged for drying the compacted mixture of beads of foamed plastic and binder agent.
    • 一种用于连续生产绝缘和排水板的设备,包括用于将输送端的发泡塑料颗粒和粘合剂的混合物输送到输送机装置的输出端的输送装置,输送装置包括无端底部输送带 和顶部输送带,顶部输送带布置在底部输送带上方并且用于限定输送混合物的输送路径,以及用于产生干燥环境的干燥单元,其中底部输送带和顶部输送带是 布置成使得输送路径的第一部分形成用于压实发泡塑料颗粒和粘合剂的混合物的压实部分,并且其中所述干燥单元布置成在沿着所述传送路径延伸的传送路径的干燥部分中产生干燥环境 传送路径的第二部分布置在第一部分的下游,干燥部分被布置成用于干燥com 泡沫塑料和粘合剂颗粒的混合物。
    • 9. 发明申请
    • METHOD FOR PRODUCTION OF POROUS CROSS-LINKED POLYMER
    • 生产多孔交联聚合物的方法
    • WO01041992A3
    • 2002-05-10
    • PCT/JP2000/008763
    • 2000-12-12
    • B29C44/30C08J9/28B29C44/32B29C44/34B29C44/36
    • B29C44/308B29C44/30C08J9/283
    • This invention has an object thereof to provide a method for producing an HIPE polymer which can prevent the HIPE from leaking, allow the formed HIPE including the opposite end parts thereof to acquire and retain an expected thickness, prevent the formed HIPE from failing to polymerize due to a decrease in an oxygen content, and allow the formed HIPE to retain a sheet such as an upper film. Such an object of this invention can be accomplished by a method for the production of a porous cross-linked polymer by the horizontal continuous polymerization of an HIPE, which comprises using weirs one each in the opposite end parts in the width direction of an HIPE supporting member to be used for the horizontal continuous polymerization of the HIPE.
    • 本发明的目的在于提供一种可以防止HIPE泄漏的HIPE聚合物的制造方法,使得包含其相对端部的形成的HIPE获得并保持预期的厚度,防止形成的HIPE由于不能聚合而形成 以减少氧含量,并允许所形成的HIPE保留诸如上膜的片材。 本发明的目的可以通过一种通过HIPE的水平连续聚合生产多孔交联聚合物的方法来实现,该方法包括在HIPE载体的宽度方向的相对端部分中使用堰 用于HIPE的水平连续聚合的成员。
    • 10. 发明申请
    • PROCESS AND APPARATUS FOR FABRICATION OF FLEXIBLE FOAM
    • 柔性泡沫的制造工艺和装置
    • WO1998028118A1
    • 1998-07-02
    • PCT/US1997022372
    • 1997-12-03
    • AEARO COMPANY
    • AEARO COMPANYPETERSON, Gregory, P.
    • B29C43/46
    • B29C44/30
    • Methods and apparatus for continuously forming thin-gauge flexible foam sheeting by controlling the rise of an expanding foam-forming mixture (3) until the reaction is substantially complete. The foam-forming mixture is cast onto a continuously conveyed first facing material (31), after which a second facing material (32) is applied to the foam-forming mixture, forming a sandwich. Dispersing means (33) squeeze the sandwich and evenly distribute the mixture between facing sheets. Rise of the foam is controlled by maintaining a gap between a multiplicity of pairs of upper rollers (42) and lower rollers (43).
    • 通过控制膨胀的形成泡沫的混合物(3)的升高直到反应基本完成,连续形成薄壁柔性泡沫板的方法和装置。 将形成泡沫的混合物浇铸到连续输送的第一面材料(31)上,然后将第二面向材料(32)施加到泡沫形成混合物上,形成夹心物。 分散装置(33)挤压三明治并将混合物均匀分布在相对的片材之间。 通过保持多对上辊(42)和下辊(43)之间的间隙来控制泡沫的上升。