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    • 91. 发明公开
    • Pivotable computer access door structure having concealed, breakaway hinge mechanism
    • SchwenkbareComputerzugangstürstrukturmit unsichtbarer und trennbarer Scharniervorrichtung
    • EP0959213A1
    • 1999-11-24
    • EP99303928.8
    • 1999-05-20
    • Compaq Computer Corporation
    • Della Fiora, Troy A.Kung, IanMundt, Kevin W.
    • E05D7/10G06F1/18
    • G06F1/181E05D1/06E05D7/1044E05D7/105E05D7/1055E05Y2900/606Y10S16/13Y10T16/535
    • A drive bay opening (24) in the front bezel portion of a tower type computer CPU unit is provided with a swing-out plastic access door (26). The door (26) is pivotable between a closed position and a full open stop position in which it is outwardly pivoted more than ninety degrees away from its closed position. A specially designed concealed, break-away hinge structure (28) removably interconnects the access door (26) and front bezel portion and includes a pair of hinge arms (42,44) projecting outwardly from the door (26) and molded integrally therewith. Outer end tabs (62) in the hinge arms (42,44) have apertures (68) therein that rotatably receive hinge pins (46,48) within recessed pocket areas in the bezel (22). In the event that the access door (26) is forcibly pivoted outwardly beyond its full open stop position, separate disconnect pins (54,56) disposed laterally outwardly of the hinge pins (46,48) act as cams that torsionally deflect the hinge tabs (62) out of engagement with the hinge pins (46,48). As a result, the door (26) simply pops off the bezel (22) without damaging either the door (26), the hinge structure (28) or the bezel (22). The hinge arm tabs (62) of the separated, undamaged access door (26) may subsequently be snapped back onto the hinge pins (46,48) with chamfered edge portions (72) of the tabs (62) initially engaging domed portions (74) of the hinge pins (46,48) to torsionally deflect the tabs (62) in a manner facilitating their re-connection to the hinge pins (46,48) on the bezel (22).
    • 塔型计算机CPU单元的前挡板部分中的驱动器托架开口(24)设置有摆动塑料检修门(26)。 门(26)可在关闭位置和完全打开的停止位置之间枢转,在该位置中,门从关闭位置向外枢转超过九十度。 一个特别设计的隐蔽的分离式铰链结构(28)可移除地将检修门(26)和前挡板部分互连,并且包括从门(26)向外突出并与其成一体模制的一对铰链臂(42,44)。 铰链臂(42,44)中的外端翼片(62)在其中具有孔(68),其可旋转地接收在所述挡板(22)中的凹进凹槽区域内的铰链销(46,48)。 在进入门(26)被强制地向外枢转超过其完全打开的停止位置的情况下,设置在铰链销(46,48)的横向外侧的单独的断开销(54,56)用作凸轮,其使铰链片 (62)与铰链销(46,48)脱离接合。 结果,门(26)简单地从挡板(22)弹出而不损坏门(26),铰链结构(28)或边框(22)。 分离的,未损坏的检修门(26)的铰链臂突片(62)可以随后被卡扣回到铰链销(46,48)上,突片(62)的倒角边缘部分(72)初始接合圆顶部分 )以便于它们重新连接到所述边框(22)上的铰链销(46,48)的方式扭转所述突片(62)的转动。
    • 94. 发明申请
    • A CLEANING MACHINE, SUCH AS A VACUUM CLEANER COMPRISING A HOUSING, AND A HINGEABLE ELEMENT BEING DETACHABLY ATTACHABLE THERETO
    • 清洁机,如包装住的真空清洁机,以及可连接的可拆卸元件
    • WO2015176727A1
    • 2015-11-26
    • PCT/DK2015/050062
    • 2015-03-23
    • NILFISK-ADVANCE A/S
    • KJAERGAARD, Christian Thorup
    • A47L9/00A47L11/00E05D7/10H01F7/00
    • A47L9/0018A47L9/00A47L11/40E05D1/06H01F7/0252
    • The invention relates to a cleaning machine (1) comprising a housing (10) and at least one hingeable element (20), as well as to the hingeable element (20) itself. The hingeable element (20) is detachably attachable to said housing via a hinge structure comprising at least two pairs of magnetizable or magnetic member surfaces (H1, E1; H2, E2). At least one surface in each pair exhibits a magnetic force for engagement with the other surface in said pair. A first member surface (E1; E2) in each of said pairs is supported by said hingeable element (20) and a second member surface (H1; H2) in each of said pairs is supported by said housing (10). When said hingeable element (20) is attached to said housing (10), said magnetic force is extending in a direction substantially in parallel with a magnetic centre axis (A m ) extending between each first member surface (E1; E2). This provides a sufficient attachment force in the hinge structure both to allow the hingeable element (20) to stay attached to the housing during use, as well as to allow the hingeable element (20) to become detached easily from the housing (10), thus to function as a "break away".
    • 本发明涉及一种包括壳体(10)和至少一个可铰接元件(20)以及可铰链元件(20)本身的清洁机器(1)。 可铰链元件(20)通过包括至少两对可磁化或磁性构件表面(H1,E1; H2,E2)的铰链结构可拆卸地附接到所述壳体。 每对中的至少一个表面具有用于与所述对中的另一个表面接合的磁力。 每个所述对中的第一构件表面(E1; E2)由所述可铰接元件(20)支撑,并且每个所述对中的第二构件表面(H1; H2)由所述壳体(10)支撑。 当所述可铰接元件(20)附接到所述壳体(10)时,所述磁力沿与在每个第一构件表面(E1; E2)之间延伸的磁中心轴线(Am)基本上平行的方向延伸。 这在铰链结构中提供足够的附接力,以允许可铰链元件(20)在使用期间保持附接到壳体,并且允许可铰链元件(20)容易地从壳体(10)脱离, 从而起到“脱离”的作用。
    • 95. 发明申请
    • FROST INHIBITING JOINTS FOR INSULATED PANELS AND CURTAINS
    • 用于绝缘板和窗帘的FROST抑制接头
    • WO2014093058A3
    • 2014-11-27
    • PCT/US2013072842
    • 2013-12-03
    • RITE HITE HOLDING CORPHOFFMANN DAVID J
    • HOFFMANN DAVID J
    • F25D23/02E04B2/88F25D23/08
    • F25D23/023E05D1/06E05D7/10E05D15/0621F16B2001/0028F25D23/02F25D23/028F25D23/063F25D23/087
    • Example panel assemblies with frost inhibiting seal members are disclosed herein. Some example panel assemblies disclosed herein are particularly suited for creating a blast freezer (for food and other products) by using the panels in cordoning off a relatively small quick-freeze area within a larger freezer room. In some examples disclosed herein, a touch-and-hold fastener (e.g., VELCRO) connects two or more insulated flexible panels along their adjoining vertical edges to span the width of a supporting frame that is wider than a width of a single panel. To seal the joint and/or inhibit frost from developing along the joint, some example panel assemblies disclosed herein include a seal member with touch-and-hold elements plus sealing edges extending laterally in opposite directions. In some examples disclosed herein, the touch-and-hold elements couple two panels together while the sealing edges (e.g., foam strip or double looped sheet of material) block air from flowing through the touch-and-hold elements.
    • 本文公开了具有防霜密封构件的示例性面板组件。 本文公开的一些示例性面板组件特别适于通过使用面板封锁较大的冷冻室内的相对较小的速冻区域来创建速冻冷冻机(用于食物和其他产品)。 在本文公开的一些示例中,触摸并保持紧固件(例如VELCRO)沿着它们的邻接垂直边缘连接两个或更多个绝缘柔性面板以跨越比单个面板的宽度更宽的支撑框架的宽度。 为了密封接头和/或防止霜沿接头发展,本文公开的一些示例性面板组件包括具有触摸保持元件的密封构件以及沿相反方向横向延伸的密封边缘。 在本文公开的一些示例中,触摸和保持元件将两个面板连接在一起,而密封边缘(例如,泡沫条或双环材料片)阻止空气流过触摸保持元件。