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    • 5. 发明申请
    • Optical module locking mechanism and method of locking and releasing a locking state of an optical module
    • 光模块锁定机构和锁定和释放光模块锁定状态的方法
    • US20100098385A1
    • 2010-04-22
    • US12588390
    • 2009-10-14
    • Yuuji Minota
    • Yuuji Minota
    • G02B6/36
    • G02B6/4201
    • An optical module locking mechanism for engaging and locking together a case, that makes up an optical module and that incorporates elements for performing optical communication, and a cage that accommodates the case includes: a locking member provided in a manner that allows pivoting in the case and that includes a detaining projection that can engage with and be detained by a detaining hole formed in the cage; a lever provided in the case in a manner that allows sliding parallel to the direction of extraction of the case from the cage; and an biasing member provided in the case for biasing the lever toward a prescribed position. The optical module locking mechanism is configured such that: in a state in which the case is accommodated in the cage and in which the lever is in a prescribed position, the detaining projection of the locking member is detained in the detaining hole; and the lever, in the course of sliding from the prescribed position along the direction of extraction of the case against the biasing force of the biasing member comes into contact with the locking member and thus causes the locking member to pivot inside the case, whereby the detention of the detaining projection in the detaining hole is released.
    • 一种光学模块锁定机构,用于将构成光学模块并且包括用于执行光学通信的元件的外壳接合和锁定在一起,以及容纳壳体的保持架包括:锁定构件,其以允许在壳体中枢转的方式设置 并且其包括可与形成在笼中的扣留孔接合并被其扣留的扣留突起; 设置在壳体中的方式允许平行于从壳体提取壳体的方向滑动; 以及设置在所述壳体中用于将所述杆朝向规定位置偏压的偏置构件。 光学模块锁定机构构造成:在壳体容纳在保持架中并且杆处于规定位置的状态下,锁定构件的扣留突起被扣留在扣留孔中; 并且在抵抗偏置构件的偏置力的情况下,沿着从壳体的取出方向从规定位置滑动的过程中的杆与锁定构件接触,从而使锁定构件在壳体内枢转,由此, 将扣留投影拘留在扣留孔中被释放。