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    • 1. 发明公开
    • BEFESTINGUNGSANORDNUNG
    • EP1763639A1
    • 2007-03-21
    • EP05741881.6
    • 2005-05-19
    • A. Raymond & Cie
    • BREMONT, MichelPAPIRER, YvesHAENSEL, MathiasTAKENAKA, Yasuki
    • F16B11/00
    • F16B37/048F16B11/006Y10S411/908Y10T24/3687Y10T428/24008Y10T428/2817
    • A fixing device comprising a fixing part (1), consisting of a fixing section (3) provided with a planar outer-sided surface, and a melt adhesive which can be melted in order to fix the fixing part (1). The fixing part (1) is provided with a receiving recess (6) which is open in the direction of the planar outer-sided surface (4). A retaining structure (8, 9; 14; 15, 16, 18; 20, 21) is provided in the region of the receiving recess (6). The melt adhesive is embodied as a pressed part (11) whose shape is adapted to the retaining structure (8, 9; 14; 15, 16, 18; 20, 21) such that the pressed part (11) can be joined to the fixing part (1). As a result it is possible to pre-manufacture the fixing device without melting the melt adhesive.
    • 一种定影装置,包括固定部分(1),该固定部分由具有平面外侧表面的固定部分(3)和为了固定固定部分(1)而可以熔化的熔融粘合剂组成。 固定部件(1)设有在平面外侧表面(4)的方向上敞开的容纳凹部(6)。 保持结构(8,9; 14; 15,16,18; 20,21)设置在容纳凹部(6)的区域中。 所述熔融粘合剂被实施为与所述保持结构(8,9; 14; 15,16,18; 20,21)适配的形状的受压部件(11),使得所述受压部件(11)能够与所述受压部件 (1)。 结果,可以在不熔化熔融粘合剂的情况下预先制造固定装置。
    • 3. 发明授权
    • BEFESTIGUNGSELEMENT
    • EP1504198B1
    • 2006-11-29
    • EP03717270.7
    • 2003-04-04
    • A. Raymond & Cie
    • SASEK, VáclavMENZEL, Thomas
    • F16B21/08F16B5/06F16B2/22
    • F16B19/1081F16B21/086F16B21/088
    • The invention relates to a fastening element that is suited for fastening a component to a supporting part (3). Said fastening element is comprised of a holding part (1) for the component to be fastened and of an anchor foot (2), with which the fastening element can be anchored in a through-hole of the supporting part (3). The anchor foot (2) comprises a shank (5), which perpendicularly projects from the holding part (1), and comprises at least two opposite spring arms (4), whose ends are joined to the shank end (6), which spread in the direction of the holding part (1), and whose outer surfaces are provided with opposite contact surfaces (14) which are set back by steps (13). When inserting the anchor foot (2) into the hole in the supporting part (3), these contact surfaces (14) rest against the wall of the hole in a spring-like manner while the steps (13) simultaneously engage behind the edge of the hole. The fastening element is characterized in that opposite contact surfaces (12, 14), which are radially set back by steps (11, 13), are arranged in pairs on the conically spreading spring arms (4) at different heights that correspond to the diameter of different width holes in the supporting part (3). The curvature of these contact surfaces follows that of the respective hole wall (15). The shank (5) comprises, at the same heights, however, while being offset by 90° with regard to the spring arms (4), contact surfaces (9, 10), which correspond to the diameter of the same different width holes in the supporting part (3) and whose curvature follows that of the respective hole wall (15). These contact surfaces (9, 10) rest against the relevant hole wall (15) when inserting the anchor foot (2) into the hole of the supporting part (3).
    • 6. 发明授权
    • BEHEIZBARE SCHEIBENWASCHDÜSE
    • 加热式清洗喷
    • EP1299274B1
    • 2006-04-12
    • EP01949396.4
    • 2001-06-09
    • A. Raymond & Cie
    • UTZ, DanielLESSER, Hans-Jürgen
    • B60S1/52
    • B60S1/522
    • The invention relates to a heatable windscreen washer nozzle which is fastened to the windscreen wiper of a motor vehicle. The washer nozzle consists of a housing provided with a connecting element (2). The connecting element (2) is joined to a splash water hose (19) which can be electrically heated by integrated wires (22) or a wire fabric. The ends (23) of the heating wires (22) are electrically bypassed just in front of the end of the hose (24). The housing (1) is also provided with a chamber which accommodates a nozzle body (6) and contains a heating plate (28) disposed above the nozzle body(6), in addition to a cover (8) used to seal the chamber. The nozzle body (6) is embodied as a flat chip wherein several channel ducts are guided from a central water through-flow inlet (25) in an outward direction in the form of a fan.A rib (29) is formed on the edge (32) of the heating plate (28), fully covering the surface of the nozzle chip. The rib extends into the connecting element (2) in such a way that the ends (23) of the heating wires (22) extend over the rib (29) of the heating plate (28) in a contactless manner when the heated splash water hose (19) is placed on the connecting element (2). The heat generated by the heating wires is thus advantageously transmitted to the heating plate without coming into direct contact with the rib. The warmed heating plate can thus directly emit heat to the splash water as far as the end of the channel ducts, resulting in optimum heating of said splash water.
    • 9. 发明授权
    • BEFESTIGUNGSELEMENT ZUM EINSETZEN IN EIN LANGLOCH EINER TRÄGERPLATTE
    • 固定元件用于装配到插槽承载板
    • EP1461536B1
    • 2005-09-14
    • EP02796634.0
    • 2002-12-14
    • A. Raymond & Cie
    • GOMBERT, Stéphane
    • F16B21/02
    • F16B21/02Y10S24/53
    • The inventive plastic fixing element comprises a base part (3) for inserting into a longitudinal cavity (4) of a carrier plate (20). The base part (3) consists of a head (5), whose shape corresponds to the edge (6) of the longitudinal cavity (4) and a shaft (7), which is adapted to the width of said cavity (4). Once the head (5) has been inserted, the base part can be locked in the longitudinal cavity (4) by means of a quarter-rotation and the elastic deformation of the shaft (7). To prevent the base part (3) from working loose in the longitudinal cavity, the shaft (7) has a central strut (10) of the same width as the longitudinal cavity (4), which connects the head (5) to the base part (1) of the fixing element. A respective limb (12) is formed at a right-angle and in opposing directions on each edge (11) of said strut, in such a way that the limbs (12) are bent elastically towards the central strut (10) by the edge (6) of the longitudinal cavity (4) during the rotation of the shaft (7) and after a quarter-rotation return to their original position as a result of the elastic restoring force of the plastic, thus preventing a rotation in the opposite direction.