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RIVET NUT AND RIVET PIN AND COMBINATION OF A RIVET NUT AND A RIVET PIN WITH A SHEET PART

机译:铆钉和铆钉以及铆钉和铆钉与板料零件的组合

摘要

The invention relates to a rivet nut (10) with a base part (12) and a cylindrical rivet section (14), the base part having a central threaded cylinder (16), an annular contact surface (18) that is coaxial to the threaded cylinder in a plane (20) perpendicular to the longitudinal axis (22) of the threaded cylinder, and that has an axially aligned annular groove (24), said groove being arranged radially inside the annular contact surface and radially outside the cylindrical rivet section and said groove blending, on the radially inner side, into the outer surface of the cylindrical rivet section, and antirotation ribs (42) being provided in the area of the annular groove. The invention is characterized in that the annular groove, when seen in an axial cross-sectional plane, has a U-shaped cross-section with a radially outer lateral wall (30) which is relatively steep and which has, at the steepest point (33), an inclination to the center longitudinal axis of the rivet nut in the range of approximately 45° to approximately 20°, preferably of approximately 30° to approximately 0°. The volume of the annular groove is chosen in such a manner that across a range of sheet thicknesses adapted to the respective thread size there is room for the volume of the respective folded region of the rivet section inside the annular recess (80) that is formed by molding the sheet part (60) into the annular groove of the element and that it does not project beyond the side (82) of the molded sheet facing away from the annular contact surface.
机译:本发明涉及一种铆钉螺母(10),其具有基部(12)和圆柱状的铆钉段(14),该基部具有中心螺纹圆柱体(16),与螺母同轴的环形接触表面(18)。螺纹圆柱体在垂直于螺纹圆柱体纵轴(22)的平面(20)中,并具有轴向对齐的环形凹槽(24),该凹槽径向设置在环形接触面内,而径向设置在圆柱铆钉段外所述凹槽在径向内侧与圆柱状铆钉部分的外表面融合,并且在环形凹槽的区域中设有防转肋(42)。本发明的特征在于,当在轴向横截面中观察时,环形槽具有U形横截面,该U形横截面具有径向外侧壁(30),该径向外侧壁相对较陡并且在最陡点(E) 33),相对于铆钉螺母的中心纵向轴线的倾斜度在大约45°至大约20°的范围内,优选在大约30°至大约0°的范围内。环形凹槽的容积这样选择,使得在与相应的螺纹尺寸相适应的整个片材厚度范围内,在形成的环形凹口(80)内有用于铆钉部分的各个折叠区域的容积的空间。通过将片部分(60)模制到元件的环形凹槽中,其不会突出超过模制片的背离环形接触表面的侧面(82)。

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