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    • 4. 发明授权
    • Measuring apparatus for checking a spring strut appertaining to the
front wheel suspension of a vehicle
    • 用于检查与车辆的前轮悬架相关的弹簧支柱的测量装置
    • US4407073A
    • 1983-10-04
    • US281276
    • 1981-07-08
    • Lars-Erik NilssonTommy Lofling
    • Lars-Erik NilssonTommy Lofling
    • G01B5/00G01B5/14
    • G01B5/14G01B5/0028B60G2202/312B60G2206/93B60G2206/931B60G2206/94
    • According to the invention, simple measuring apparatus (10) is produced which is designed to ascertain if a so-called spring strut (50) appertaining to the front wheel suspension in a vehicle has been deformed or more specifically if it has been bent, the apparatus being designed to be used primarily on wheels equipped with disc brakes. The apparatus is used in situ, i.e. on a spring strut (50) mounted in place in the vehicle, and it is necessary only for the wheel to be removed, with the tire and rim, so that the disc brake (40) is exposed. The measuring apparatus consists of an upright (12) which is attached to a base part (14, 20) designed to be attached, preferably by means of permanent magnets (24, 26), to the outside of the brake disc (40). The upright (12) bears movably a measuring arm (30) equipped with a length scale and projecting out from the upright (12) at right angles to the plane of the brake disc (40); this arm also bears movably a pointer device ( 36) which can be made to seek out the center (60) of the upper fixing (55) of the spring strut (50) in the bodywork. After this adjustment, the perpendicular distance (a) from the fixing center (60) to the plane of the brake disc (40) can be read off on the scale on the measuring arm (30). From the knowledge of this distance it can be established whether or not the spring strut (50) has been deformed (bent).
    • 根据本发明,制造简单的测量装置(10),其被设计成确定在车辆中具有前轮悬架的所谓的弹簧支柱(50)是否已经变形或更具体地如果它已经弯曲,则 设备主要用于配备盘式制动器的车轮上。 该装置在原位使用,即安装在车辆中的适当位置的弹簧支柱(50)上,并且只需要轮胎与轮胎和轮辋一起移除,使得盘式制动器(40)暴露 。 该测量装置包括一个立柱(12),该立柱(12)连接到设计成优选通过永磁体(24,26)连接到基座部分(14,20)上的制动盘(40)的外部。 直立式(12)可移动地具有配备有长度标尺的测量臂(30),并从垂直板(12)以与制动盘(40)平面成直角的方式伸出; 该手臂还可移动地具有指针装置(36),该指针装置可被制造成在车身中寻找弹簧支柱(50)的上固定件(55)的中心(60)。 在该调整之后,可以在测量臂(30)上的刻度上读取从固定中心(60)到制动盘(40)的平面的垂直距离(a)。 从该距离的知识可以确定弹簧支柱(50)是否已经变形(弯曲)。
    • 5. 发明授权
    • Electro-pneumatic signal converter
    • 电动气动信号转换器
    • US4442854A
    • 1984-04-17
    • US341018
    • 1982-01-20
    • Stig NorderLars-Erik Nilsson
    • Stig NorderLars-Erik Nilsson
    • F15B5/00F16K31/02G05D16/20G05D16/00
    • F16K31/02G05D16/2013Y10T137/2278
    • An electro-pneumatic signal converter for converting an electrical current signal into a pneumatic pressure, comprising a force balancing system where a magnetic force is balanced against a pneumatic force, consists of a coil (11) through which the electrical signal current flows, a magnetic circuit comprising a core (12) of ferromagnetic material disposed in the coil (11) with a nozzle chamber (14) with a mouth in the form of a nozzle (13) in one end of the core, a flapper (17) of ferromagnetic material over the nozzle and a link (16) of ferromagnetic material which closes the magnetic circuit between the flapper and the opposite end of the core, a feed line (19, 19A, 19B) for a constant flow of feed air into the nozzle chamber (14) and out again through the nozzle (13) into the gap (25) between the nozzle and the flapper, and a pressure-sensing line (24) from the nozzle chamber to a pressure-dependent member (7) to transmit a pneumatic pressure signal from the nozzle chamber to the pressure-dependent member.
    • 一种用于将电流信号转换成气动压力的电动气动信号转换器,其包括磁力平衡于气动力的力平衡系统,其由电信号电流流过的线圈(11) 电路包括设置在线圈(11)中的铁磁材料芯(12),其具有在芯的一端具有喷嘴(13)形式的嘴的喷嘴室(14),铁磁体(17)的挡板 喷嘴上的材料和一个铁心材料的连接件(16),其封闭挡板和芯体的相对端之间的磁路,用于使进料空气恒定流入喷嘴室的进料管线(19,19A,19B) (14)并且通过喷嘴(13)再次进入喷嘴和挡板之间的间隙(25),以及从喷嘴室到压力依赖元件(7)的压力传感线(24) 从喷嘴室到p的气压信号 ressure依赖成员。