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    • 122. 发明公开
    • Rolling bearing device with sensor and strain sensor
    • 传感器和Dehnungssensor
    • EP1717464A2
    • 2006-11-02
    • EP06008664.2
    • 2006-04-26
    • JTEKT CORPORATION
    • Ueno, HiroshiMizuta, Shinichi
    • F16C19/38F16C19/52F16C33/58
    • F16C19/522F16C19/184F16C33/586F16C2229/00F16C2233/00
    • In the rolling bearing device with a sensor in this invention, a band-shaped film 111 having insulation property is affixed to an outer circumferential surface of an outer ring 101 so as to extend in the circumferential direction. On the film 111 is affixed a foil 112 composed of identical four portions and having electrical conductivity which are placed at generally equal intervals in the circumferential direction of the outer ring 101. A resistance between a first place and a second place of the foil 112 is measured by a resistance measurement section of a microcomputer. A preload calculation section of the microcomputer, upon reception of an output from the resistance measurement section, calculates a preload of the outer ring 101 based on the measured resistance.
    • 在本发明的具有传感器的滚动轴承装置中,具有绝缘性的带状膜111被固定在外圈101的外圆周表面上,从而沿圆周方向延伸。 在薄膜111上贴有由相同的四部分组成并具有导电性的箔片112,其沿外圆周101的圆周方向以大致相等的间隔放置。箔片112的第一位置和第二位置之间的电阻为 由微计算机的电阻测量部测量。 微型计算机的预加载计算部分在接收到电阻测量部分的输出时,基于所测量的电阻计算出外圈101的预载荷。
    • 128. 发明公开
    • ADJUSTABLE BEARING SPACER
    • 可调式隔轴承
    • EP0991870A4
    • 2000-04-26
    • EP98929127
    • 1998-06-18
    • CASTLE NOEL
    • CASTLE NOEL
    • F16C19/54F16C25/06F16C35/06
    • F16C19/548F16C19/364F16C25/06F16C41/008F16C2226/60F16C2229/00
    • An adjustable bearing spacer (12) includes a cylindrical outer body (42) having a first end (44) for abutment with a bearing cone (28) disposed within one end of a hub (10) and an adjustable ring (46) for abutment with an opposite bearing cone (30). The ring (46) is threadingly engaged with the outer body (42) so as to be extendable from an end (48) of the body (42) allowing adjustment of the length of the spacer (12). End (48) is provided with a plurality of evenly-spaced markings. Two of these markings are in the form of small holes into which the prongs of a tool can be inserted. End (58) of ring (46) is also provided with markings in the form of holes into which the prongs of a tool can be inserted. The markings form an indexing scale for providing an indication of the extension in the length of the spacer (12) when the ring (46) is screwed in or out. The degree of extension is calculated as follows E = 1/x.z/y where X equals the number of threads per unit length on ring (46); Y equals the number of markings on the outer body (42); and Z equals the number of markings on the outer body (42) traversed by one of the markings on the ring (46) as the ring (46) is screwed outwardly of the body (42).