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    • 82. 发明公开
    • STRUCTURE FOR MOUNTING ANTI-FOG SHEET TO VISOR SHIELD
    • 伊丽莎白十二月十九日电NEBELABSCHIRMUNG
    • EP2578098A1
    • 2013-04-10
    • EP11789565.6
    • 2011-04-25
    • Shoei Co. Ltd.
    • ISHIKAWA Michihiko
    • A42B3/24
    • F16B19/004A42B3/24F16B5/065F16B5/10F16B21/02
    • Disclosed is a mounting structure which comprises: a plurality of seat sections which are formed on the peripheral edge section of an anti-fog sheet which covers the inner surface of a visor shield; a plurality of support holes which are provided on the visor shield in positions that correspond to the seat sections; and a plurality of holding members which are supported by the support holes and which support the anti-fog sheet by seating the sheet in the seat sections. Therein, the holding members (10) are formed to be synthetic resin single components formed from: a main shaft (11), which has a head section (11a) at one end thereof that abuts the outer surface of the visor shield (3), and which is rotatably interlocked in the support holes (8); a small diameter eccentric shaft (12) which is eccentrically arranged next to the other end of the main shaft (11) and which can be seated in the seat sections (7); and a large end section (13) which is arranged next to the outer end of the eccentric shaft (12), and which can pass through the support holes (8). The main shaft is provided with elastically deforming sections (17, 19). Thus, a cheap and easy to handle structure for mounting an anti-fog sheet to a visor shield can be achieved using a structure wherein the holding members are single components and wherein even if a load is applied to the visor shield the holding members will not become damaged.
    • 公开了一种安装结构,其包括:多个座部,其形成在覆盖遮阳板的内表面的防雾片的周缘部上; 多个支撑孔,其在与所述座部对应的位置处设置在所述遮阳板护罩上; 以及多个保持构件,其由所述支撑孔支撑并且通过将所述片材安放在所述座椅部分中来支撑所述防雾片材。 其特征在于,所述保持构件(10)形成为由以下主要部件形成的合成树脂单组分:主轴(11),所述主轴(11)的一端具有与所述面罩(3)的外表面抵接的头部(11a) ,并且其可旋转地互锁在所述支撑孔(8)中; 一个小直径的偏心轴(12),其偏心地布置在主轴(11)的另一端上并且可以坐在座位部分(7)中; 以及设置在所述偏心轴(12)的外端附近并能够穿过所述支撑孔(8)的大端部(13)。 主轴设有弹性变形部分(17,19)。 因此,可以使用其中保持构件是单个部件的结构来实现将防雾片安装到遮阳板护罩上的廉价且易于处理的结构,并且其中即使负载施加到遮阳板护罩上,保持构件也不会 变得损坏
    • 87. 发明公开
    • ZAHNRADPUMPE UND HALTEGLIED HIERFÜR
    • 齿轮泵并保持此链接
    • EP1629202A1
    • 2006-03-01
    • EP04723189.9
    • 2004-03-25
    • Brueninghaus Hydromatik GmbH
    • WANSCHURA, GünterKUDERMANN, WolframSCHNIEDERJAN, Reinhold
    • F04C2/10F16B19/00
    • F16B19/004F04C2/101F04C2230/603
    • The invention relates to a gear pump unit (100) consisting of a pump cover (1), an inner rotor (16) which is rotatably mounted in a recess (9) of the pump cover (1) and is fixed to a driven plug-in shaft (11) in such a way that it rotates therewith, and an outer rotor (19) which is mounted in the recess (9) of the pump cover (1) in such a way that it rotates eccentrically in relation to the rotational axis (A) of the inner rotor (16). Said outer rotor (19) is only engaged with the inner rotor (16) in a first region (α) of the angle of rotation. In a second region (ß) of the angle of rotation, opposite said first region (α) of the angle of rotation, the inner rotor (16) is in contact with an inside surface (25) of a connecting piece (23) arranged in the recess (9). The outer surface (26) of the connecting piece (23) is in contact with the outer rotor (19). Once the recess (9) has been closed by a closing plate (27) fixed to the pump cover (1), an admission pressure chamber (21) and a low-pressure chamber (22) are formed in the recess (9). A holding element (33) arranged in the pump cover (1) holds the closing plate (27) on the pump cover (1), in the pre-mounted state of the gear pump unit (100), in such a way that the closing plate is fixed in terms of the angle of rotation.
    • 88. 发明公开
    • Resilient Clamping pin
    • 弹性夹紧销
    • EP1493931A1
    • 2005-01-05
    • EP04251185.7
    • 2004-03-02
    • Powers Fasteners Europe BV
    • Gaudron, Paul
    • F16B19/00
    • E04F13/0837F16B19/004
    • A clamping pin (3) comprising a sleeve (5) with a longitudinal slit (6). The slit is defined by edges (8) of the sleeve wall and the edges of the sleeve wall overlap at one end of the clamping pin. By overlapping the edges of the sleeve wall in this way, chaining of the clamping pins is prevented. Also, the overlapping edges of the sleeve wall, when subject to compression load (e.g. during the insertion into a prepared hole) can overlap further, thereby improving the compressibility of the clamping pin. At its other end (9), the sleeve may have an outwardly projecting flange (9) provided with one or more formations (10). The formations stiffen the flange.
    • 夹紧销(3)包括具有纵向狭缝(6)的套筒(5)。 狭缝由套管壁的边缘(8)限定,并且套管壁的边缘在夹紧销的一端重叠。 通过以这种方式重叠套壁的边缘,防止了夹紧销的链接。 而且,套筒壁的重叠边缘在受到压缩载荷时(例如在插入准备好的孔的过程中)可以进一步重叠,从而提高了夹紧销的可压缩性。 在其另一端(9),套筒可以具有设有一个或多个结构(10)的向外突出的凸缘(9)。 地层使法兰变硬。