会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Access door unit
    • 检修门单元
    • US09295900B1
    • 2016-03-29
    • US14121714
    • 2014-10-10
    • Nicholas E. Dixon, Jr.
    • Nicholas E. Dixon, Jr.
    • A63B71/02E06B1/16E06B3/80E06B9/52E06B1/52
    • A63B71/022A63B69/0002A63B2069/0008A63B2102/182E06B1/16E06B1/52E06B3/80E06B9/52
    • An access door unit includes a door, doorway structure, and elements for pivotally attaching the door to the doorway structure. The doorway structure has an outer perimeter frame and base affixed thereon. The base has support members extending in transverse relation to and outwardly fore and aft from the outer perimeter frame and adapted to rest on a generally level support surface such that the outer perimeter frame extends upright from the base enabling the doorway structure to assume a free-standing, self-supporting orientation on the support surface. The outer perimeter frame of the doorway structure defines a passage large enough to fit the door and permit entry or exit through the passage when the door is opened. A closure panel of the door may be full or half length in accordance with the different uses being made of the access door unit.
    • 进出门单元包括门,门口结构和用于将门枢转地连接到门口结构的元件。 门口结构具有固定在其上的外周框架和底座。 基部具有支撑构件,该支撑构件与外周框架呈横向关系和向前和向后延伸,并且适于搁置在大致水平的支撑表面上,使得外周框架从基座竖立延伸,使得门口结构能够呈现自由度, 站立,自支撑方向在支撑表面上。 门口结构的外周框架限定一个足够大的通道,以便安装门,并允许门打开时进入或离开通道。 根据进出门单元的不同用途,门的闭合面板可以是全长或半长。
    • 5. 发明授权
    • Apparatus for filling hollow members with granulated material
    • 用造粒材料填充中空构件的装置
    • US4670954A
    • 1987-06-09
    • US802383
    • 1985-11-27
    • Peter Lisec
    • Peter Lisec
    • E06B3/673B65B7/28E06B1/16
    • E06B3/67317Y10S29/063Y10T29/49879Y10T29/5137Y10T29/5191
    • An apparatus is disclosed for filling spacer frames for insulating glass with hygroscopic granulated material wherein the conduit connecting a storage tank with the discharge opening for the granulated material exhibits a section having a relatively large cross section and a section having a relatively small cross section, which latter section is turned in the upward direction and the axis of which is offset in the upward direction with respect to the axis of the section having a relatively large cross section. This apparatus is utilized, for example, in a machine for filling spacer frames for insulating glass including two processing arrangements with which holes can be produced in legs of the spacer frame, granulated material can be introduced, and the holes can be resealed. The processing arrangements comprise a plate contacted by the respective leg of the spacer frame and provided with a hole for the passage of a drill as well as the orifices of the conduit for the granulated material and of a duct for sealing compound. In order to place the legs of the spacer frame, seized by clamping devices, in sequence into alignment with the hole for the drill and the orifices for the ducts, the clamping installations and the plate are displaceable relatively to each other.
    • 公开了一种用于用吸湿造粒材料填充用于中空玻璃的间隔框架的装置,其中将储罐与用于造粒材料的排出口连接的导管具有横截面相对较大的部分和横截面相对较小的部分, 后段部分沿向上方向转动,并且其轴线相对于截面相对较大的部分的轴线向上方向偏移。 该装置例如用于填充用于中空玻璃的间隔框架的机器,包括两个处理装置,其中可以在间隔框架的腿部产生孔,可以引入粒状材料,并且可以再次密封孔。 处理装置包括由间隔框架的相应腿接触的板,并且设置有用于钻孔通过的孔以及用于造粒材料的管道的孔和用于密封化合物的管道。 为了将间隔框架的腿放置在夹紧装置中,与钻孔的孔和管道的孔对齐,夹紧装置和板可相对于彼此移位。
    • 7. 发明授权
    • Building wall assembly with weepage channels
    • 建筑大楼装配有通道
    • US3844077A
    • 1974-10-29
    • US35653873
    • 1973-05-02
    • VANCE L
    • VANCE L
    • E06B1/64E06B3/08E06B3/58E06B1/16E06B1/18E06B7/14
    • E06B3/5821E06B1/64E06B3/08
    • A building wall assembly including hollow mullions which are adapted to receive recessed framing elements to provide maximum exposure of panel surfaces including decorative panels and both fixed and movable window panels or panes. The mullions are so configurated as to be assembled from two mullion elements which permit relative longitudinal sliding movement between the mullion parts responsive to thermally induced expansion and contraction. Each mullion forming element has a generally Z-shaped web portion and flanges extending in the same direction from opposed ends thereof. Framing elements, which are to a major extent recessed within the exterior of the mullion walls, are secured thereto by fastening means. A fastener clip or glazing bead is received within the framing elements. Compressible gasket means are secured within the framing elements and the fastener clip in order to compressibly engage opposed marginal portions of a fixed panel to sealingly secure the same in position. A ventilating window structure incorporating a form of the mullion and frame elements described above. The window having a movable frame member provided with a web-like body portion, outwardly directed flanges defining an outwardly open channel for receipt of hinge means and corner joining means. A glazing bead received within recesses in the body portion of the movable frame element. A rearwardly disposed inwardly directed flange having a glazing strip receiving recess with a gasket or glazing strip secured therein. The glazing bead having a glazing strip receiving opening and a glazing strip disposed therein. The marginal portions of the window pane secured in compressible engagement between the glazing strips. A rotating window structure having a movable frame member, a mullion as described above and an inwardly open channel shaped fixed frame member. The movable frame member having a tubular body with an inwardly projecting flange and glazing bead receiving openings securing a glazing bead in position. Glazing strips received within the inwardly projecting flange and the glazing bead to secure the window pane to the movable frame. A compressible gasket or glazing strip element having an anchoring section, a compressible body portion and outer legs. The anchoring section having a resilient pilot section for assisting in introducing the gasket element into a recess. The body section is tubular and a rod-like connecting sector is interposed between the anchoring section and the tubular body section. Angularly rearwardly disposed resilient outer legs are connected with said tubular body section and project farther rearwardly than said tubular body section.
    • 一种建筑物墙壁组件,包括中空竖框,其适于接收凹入的框架元件以提供面板表面的最大曝光,包括装饰板以及固定和可移动的窗板或窗格。 竖框是如此构造的,以便由两个竖框元件组装,这些竖框元件允许响应于热诱导的膨胀和收缩在竖框部分之间的相对纵向滑动运动。 每个竖框形成元件具有大致Z形的网部分和从其相对端沿相同方向延伸的凸缘。 通过紧固装置固定在竖框外部凹陷的主要部分的框架元件。 在框架元件内容纳紧固夹或玻璃珠。 可压缩垫圈装置固定在框架元件和紧固夹内,以便与固定板的相对的边缘部分可压缩地接合,以将其固定在适当位置。
    • 8. 发明授权
    • Knockdown framing
    • 锁定框架
    • US3789561A
    • 1974-02-05
    • US3789561D
    • 1972-02-14
    • AMERICAN STANDARD INC
    • HERBERT M
    • E04B2/76E06B1/16E06B3/988E04C2/38
    • E06B1/16E04B2/76E06B3/988Y10T403/4681
    • Improved knockdown framing for erection and installation in an access opening of a building for supporting one or more movable panels and one or more fixed panels. The various knockdowned frame elements (such as the header, jamb members, mullions and sill members) are packaged into a compact shipping bundle or package; at the job site the various frame elements are connected together by special connectors which are concealed during the process of erecting and installing the frame. The installed frame thus has the same appearances as a welded frame.
    • 改进的击倒框架用于在建筑物的进入开口中安装和安装以支撑一个或多个可移动面板和一个或多个固定面板。 各种被击倒的框架元件(例如标题,侧柱构件,竖框和门框构件)被封装成紧凑的运输束或包装; 在作业现场,各种框架元件通过在架设和安装框架的过程中被隐藏的特殊连接器连接在一起。 因此,安装的框架具有与焊接框架相同的外观。