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    • 2. 发明授权
    • Terminal crimped state testing method
    • 端子卷曲状态测试方法
    • US06819116B2
    • 2004-11-16
    • US10079401
    • 2002-02-22
    • Teruyuki IshibashiKazuyoshi Tomikawa
    • Teruyuki IshibashiKazuyoshi Tomikawa
    • H01H3104
    • H01R43/0488G01R31/04H01R2201/20Y10T29/49181Y10T29/53213
    • In a terminal crimped state testing method, in step S1, a reference waveform is created on the basis of a load when a terminal in a good crimped state is obtained, and the reference waveform is divided into plural reference waveform segments to set singular points. In step S2, the reference waveform segments containing singular points of the segments are integrated. In step S3, a characteristic waveform is created on the basis of the load when a crimping terminal to be tested is obtained. The characteristic waveform thus created is divided into plural sample waveform segments and the waveform segments corresponding to the reference waveform segments are integrated. In step S4, the integrated values of the reference waveform segments are compared with those of the sample waveform segments, thereby deciding whether the crimped state of the crimping terminal is good or not. In this configuration, the terminal crimped state can be stably tested, the defectiveness is precisely detected, and the time taken for testing can be shortened.
    • 在端子压接状态测试方法中,在步骤S1中,当获得良好压接状态的端子时,基于负载创建参考波形,并且将参考波形划分成多个参考波形段以设置奇异点。 在步骤S2中,包含段的奇异点的参考波形段被积分。 在步骤S3中,当获得被测试的压接端子时,基于负载产生特性波形。 这样产生的特征波形被分成多个采样波形段,与参考波形段对应的波形段被积分。 在步骤S4中,将参考波形段的积分值与采样波形段的积分值进行比较,从而判断压接端子的压接状态是否良好。 在这种结构中,可以稳定地测试端子卷曲状态,精确地检测缺陷,并且可以缩短测试所需的时间。
    • 3. 发明授权
    • Method of testing a wire harness using a multicontact connector
    • 使用多触点连接器测试线束的方法
    • US5604440A
    • 1997-02-18
    • US504790
    • 1995-07-20
    • Kazuyoshi TomikawaToshinori IguraTakayuki Tsuchiya
    • Kazuyoshi TomikawaToshinori IguraTakayuki Tsuchiya
    • B60R16/02G01R31/04H01R43/00G01R27/76
    • G01R31/045B60R16/0207
    • A connector formed with a first portion on the connector positioned differently according to a kind of the connector. The first portion is, for example, the forward end of a terminal or a cutout formed on the housing of the connector. At least one multicontact switch pin is fixedly arranged on a carriage base in a direction such that the probe pin of the multicontact pin extends towards the first portion. The switch pin has at least two contacts and a probe pin projecting outwardly of the multicontact switch pin. Each of the contacts is connected to a corresponding test circuit. The probe pin is adapted to move into and/or out of contact with the contacts when the probe pin is pushed inwardly into the multicontact switch pin. The carriage base is moved by a predetermined distance towards the connector to allow the probe pin to engage the first portion so that the probe pin moves into and/or out of contact with said contacts. Continuity in the test circuits is checked to determine the position of the first portion in a direction in which the probe pin moves towards the first portion.
    • 一种连接器,其形成有连接器上的第一部分,根据连接器的种类不同地定位。 第一部分例如是形成在连接器的壳体上的端子或切口的前端。 至少一个多触点开关销固定地布置在滑架基座上,使得多触头销的探针朝向第一部分延伸。 开关引脚至少有两个触点和一个探头引脚向外伸出多触点开关引脚。 每个触点连接到相应的测试电路。 当探头针向内推入多功能开关销时,探针适于移入和/或脱离触点。 托架基座朝向连接器移动预定距离,以允许探针与第一部分接合,使得探针与所述触点移动和/或脱离接触。 检查测试电路中的连续性以确定第一部分在探针针对第一部分移动的方向上的位置。