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    • 86. 发明授权
    • Fixing system for solar panels
    • 太阳能电池板固定系统
    • US08683760B2
    • 2014-04-01
    • US13376357
    • 2010-05-31
    • Johan Segers
    • Johan Segers
    • E04D13/18E04H9/02F16M11/04B41J29/08
    • E04H9/02E04D13/1407F24S25/61F24S2025/6006H02S20/24Y02B10/12Y02B10/20Y02E10/47
    • Fixing system for solar panels for use on principally flat roofs, consisting of a base and a roof penetration, which base can be anchored to the existing steel structure of the roof, which base is further suitable to be connected to the specified roof penetration, which roof penetration is equipped above with fixings for the attachment of the further structure of the solar panels, where the roof penetration includes an inner tube and an outer tube formed from principally rectangular tubes fitting one inside the other without contacting one another, at an angle of 45° so that rubber profiles can be pressed into the spaces between the inner tube and the outer tube, serving to provide thermal gaps and functioning as a mechanical connection between the inner tube and the outer tube.
    • 用于太阳能电池板的固定系统,主要用于平屋顶,由基座和屋顶穿透组成,该基座可以锚固到屋顶的现有钢结构,该基座还适合连接到指定的屋顶穿透, 屋顶穿透装配在上方,用于安装太阳能电池板的另外结构的固定件,其中屋顶穿透包括内管和由主要为彼此彼此接合而不彼此接触的主要矩形管形成的外管,以 45°,使得橡胶轮廓可以被压入内管和外管之间的空间中,用于提供热间隙并且用作内管和外管之间的机械连接。
    • 87. 发明授权
    • Medium clamping device and image forming device
    • 中型夹紧装置和成像装置
    • US08606167B2
    • 2013-12-10
    • US12797109
    • 2010-06-09
    • Haruhiko NishidaToshinori SasakiMasaru Funayanagi
    • Haruhiko NishidaToshinori SasakiMasaru Funayanagi
    • G03G15/00B41J29/08
    • G03G15/6564G03G15/235
    • A medium clamping device includes a device main unit that includes: a first circularly moving body that has a surface circularly moving and harder than a recording medium; a second circularly moving body that has a surface moving circularly and harder than the recording medium passing between the both surfaces of the two circularly moving bodies; and a load applying section that applies a load to at least one of the first circularly moving body and the second circularly moving body, to sandwich the recording medium by the load with two moving bodies. The medium clamping device further includes: a support section that supports the device main unit and is secured to a fixed body; and an alleviating system that alleviates transmission of a shock from the device main unit to the fixed body and is incorporated in the support section.
    • 一种介质夹紧装置,包括:装置主体,包括:第一圆周运动体,其表面循环移动并且比记录介质硬; 第二圆周移动体,其具有比通过两个圆周运动体的两个表面之间的记录介质圆周且更硬的表面; 以及负载施加部,其对所述第一圆周方向移动体和所述第二圆形运动体中的至少一个施加载荷,通过所述载荷将所述记录介质夹在两个移动体上。 介质夹紧装置还包括:支撑部件,其支撑装置主单元并固定到固定体; 以及缓解从装置主体到固定体的冲击传递并被并入支撑部的减轻系统。
    • 88. 发明授权
    • Equipment enclosure acoustical door with low impedance distributed air flow
    • 具有低阻抗分布式气流的设备外壳声门
    • US07334662B1
    • 2008-02-26
    • US11201976
    • 2005-08-11
    • William James AnderlMichael Desmond O'Connell
    • William James AnderlMichael Desmond O'Connell
    • G06F1/20H05K7/20G10K11/16B41J29/08H05K5/03B41J29/10
    • H05K7/20009
    • An acoustic door for an equipment enclosure, such as a rack mount cabinet, also provides a low impedance air flow uniformly delivered across the cabinet opening. A pair of metal panels, with acoustic foam along the rear surfaces, extend angularly outward and toward one another to form an air inlet opening between the outer edges. A central column is positioned between the panels which, in a horizontal section, forms an aerodynamic dome which has a continuously curved sheet metal surface at the front and sides that also captures a core of acoustic foam that is exposed at the rear. A rigid vane is disposed at each lateral side and parallel to the central column to cause air to follow the column surface, deflecting air behind the column and effecting uniform delivery of air flow across the cabinet front opening at the rear opening of the door.
    • 用于设备外壳(例如机架安装柜)的声门还提供均匀地传送穿过机柜开口的低阻抗气流。 一对具有沿着后表面的声发泡体的金属板以成角度的方式相互向外延伸并在彼此之间形成空气入口。 中心柱定位在面板之间,其在水平部分中形成空气动力学圆顶,其在前部和侧部具有连续弯曲的金属板表面,其还捕获在后部暴露的声发泡芯。 刚性叶片设置在每个侧面并平行于中心柱,以使空气跟随柱面,使柱后面的空气偏转,并使空气流均匀地传递通过门后部开口处的机柜前开口。