发明名称 Vehicle slide rail device
摘要 A vehicle slide rail device is provided. The slide rail device includes a locking portion 51 which forms a region that is located between the first supported portion 50a and the second supported portion 53 of the lock spring 50, a pressed portion 50b, which is pressed by the lock release lever 40, formed on a portion of the lock spring between the second supported portion and the locking portion 51 that is positioned closest to the first supported portion, and a fracture-inducing portion provided on a portion of the lock spring between the pressed portion and the locking portion that is positioned closest to the first supported portion of the lock spring.
申请公布号 US9150125(B2) 申请公布日期 2015.10.06
申请号 US201314384710 申请日期 2013.09.27
申请人 SHIROKI CORPORATION 发明人 Hayashi Naoki
分类号 F16M11/38;B60N2/08;B60N2/07 主分类号 F16M11/38
代理机构 Millen, White, Zelano, Branigan, P.C. 代理人 Millen, White, Zelano, Branigan, P.C.
主权项 1. A slide rail device of a vehicle, comprising: a lower rail which extends in a forward/rearward direction and is provided with a large number of locked portions, which are arranged in the forward/rearward direction, said lower rail being immovable relative to a floor of the vehicle; an upper rail which is supported by said lower rail to be slidable in said forward/rearward direction and provided with two supporting portions, which are separated from each other in the forward/rearward direction; a lock spring, formed by processing a single metal wire material, which is provided with first and second supported portions, respectively supported by said two supporting portions and are separate from each other in the forward/rearward direction, and at least one locking portion which is selectively disengageably-engageable with said locked portions, wherein a biasing force of said lock spring biases said locking portion in a direction to engage with said locked portions; and a lock release lever, supported by said upper rail, which is rotatable between a locked position, at which said locking portion is allowed to engage with said locked portions, and an unlocked position, at which said lock release lever presses said lock spring in a direction such that said locking portion escapes from said locked portions against said biasing force, wherein said locking portion forms a region that is located between said first supported portion and said second supported portion of said lock spring, wherein a pressed portion, which is pressed by said lock release lever, is formed on a portion of said lock spring between said second supported portion and the locking portion that is positioned closest to said first supported portion, and wherein a fracture-inducing portion is provided on a portion of said lock spring between said pressed portion and said locking portion that is positioned closest to said first supported portion of said lock spring.
地址 Fujisawa-Shi, Kanagawa JP