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    • 3. 发明授权
    • Remote mirror adjustment mechanism
    • 遥控镜调节机构
    • US6024460A
    • 2000-02-15
    • US113859
    • 1998-07-10
    • Norman B. RobbinsCraig A. Confer
    • Norman B. RobbinsCraig A. Confer
    • B60R1/068F16C1/12G02B7/182F16C1/10
    • F16C1/12B60R1/068Y10T74/20432
    • A remote mirror adjustment mechanism for manually adjusting the position of a vehicle side rear-view mirror wherein the adjustment mechanism has a base member having an annular edge for engaging and mounting the adjustment mechanism to a substantially flat interior panel of the vehicle and forming a recessed space in the panel. The base member includes a concave socket for rotatably receiving a ball socket there against. An elongated arm member is mounted to the ball socket and biased from an actuation position with the arm member extending outwardly from the recessed space and beyond the annular edge to a rest position retracted in the recessed space and below the annular edge. A plurality of cables interconnect the ball socket and the side rear-view mirror to provide angular adjustment of the mirror when the arm member rotates the ball socket in the actuation position. A housing defining a cavity encloses the ball socket against the concave socket of the base member. The arm member is biased to the rest position to prevent accidental miss-adjustment of the side rear-view mirror by the vehicle operator.
    • 一种用于手动调节车辆侧视镜的位置的远程镜调节机构,其中所述调节机构具有用于将所述调节机构接合并安装到所述车辆的基本平坦的内部面板的环形边缘的基座构件,并且形成凹陷 面板空间。 基座构件包括用于在其上可旋转地接收球窝的凹形插座。 细长臂构件安装到球窝并且从致动位置偏置,其中臂构件从凹陷空间向外延伸并且超过环形边缘到缩回到凹陷空间中并在环形边缘下方的静止位置。 当臂构件在致动位置旋转球窝时,多个电缆互连球窝和侧后视镜以提供反射镜的角度调节。 限定腔的壳体将球窝封闭在基座构件的凹入插槽上。 臂构件被偏压到静止位置,以防止车辆操作者意外地错误调整侧面后视镜。
    • 4. 发明授权
    • Remote control rear view mirror, cable operated
    • 遥控后视镜,电缆操作
    • US4690013A
    • 1987-09-01
    • US829004
    • 1986-02-13
    • Charles Bramer
    • Charles Bramer
    • B60R1/068F16C1/10
    • B60R1/068Y10T74/20432
    • A rear view mirror assembly comprising a housing shell with a mirror glass receptive member that has a spherical surfaced projection on the back side thereof that is received in snap-lock engagement with a gimbal mounted ring in the housing shell so that the two are afforded relative movement therebetween. A gear toothed segment on an extended arm is provided on the mirror glass receptive member which is engaged by a pinion gear mounted on the gimbal ring so that when the pinion gear is turned, via a single strand bowden wire remote control operating structure, the mirror glass receptive member is actuated relative to the gimbal ring to effect a mirror adjustment, and when the pinion gear is moved axially the gimbal ring and the mirror glass receptive member are actuated together to effect a relatively different mirror adjustment movement.
    • 一种后视镜组件,其包括具有镜面玻璃接收构件的壳体壳体,其在其背侧上具有球形表面突出部,其与壳体壳体中的万向节安装环卡扣锁定接合,使得两者相对于 之间的移动。 延伸臂上的齿轮齿条设置在镜玻璃接收构件上,该玻璃接收构件由安装在万向环上的小齿轮接合,使得当小齿轮通过单股弓丝线遥控操作结构转动时,镜 玻璃容纳构件相对于万向环启动以进行镜子调节,并且当小齿轮沿轴向运动时,万向节环和反射镜玻璃接收构件一起被致动以实现相对不同的镜面调节运动。
    • 5. 发明授权
    • Remote control rearview mirror and pivot
    • 遥控后视镜和枢轴
    • US4628760A
    • 1986-12-16
    • US458198
    • 1983-01-17
    • Chester R. Huddleston
    • Chester R. Huddleston
    • B60R1/06B60R1/068F16C1/10F16D1/12F16D3/22
    • B60R1/068Y10T403/32311Y10T74/20432
    • A rearview mirror and pivot construction therefor having improved stability in mechanically and electrically driven remote control mirror structures and which permits mounting and dismounting of the apparatus at the mirror end. A female hemispherical receiver is matingly engaged against a hemispherical male element. An intermediate armed cross pivot is engaged in a fixed path by both the male and female elements and confines relative pivotal movement between said male and female elements to transverse paths defined by the cross pivot element. One of the male and female elements is secured to a mirror base. The other of the male and female elements is detentably secured to a backing fixture holding the reflective element in the rearview mirror.
    • 后视镜和枢轴结构在机电和电驱动遥控镜结构中具有改进的稳定性,并且允许在镜端安装和拆卸设备。 雌性半球形接收器配合地接合抵靠半球形公元件。 中间武装的十字架枢轴通过阳元件和阴构件两者而固定在固定的路径上,并且将所述阳元件和阴元件之间的相对枢转运动限制为由横向枢轴元件限定的横向路径。 男性和女性元素之一固定在镜子基座上。 阳元件和阴元件中的另一个被牢固地固定到保持后视镜中的反射元件的背衬固定件上。
    • 8. 发明授权
    • Remote control mirror
    • 遥控镜
    • US4189956A
    • 1980-02-26
    • US861835
    • 1977-12-19
    • James E. Brubaker
    • James E. Brubaker
    • B60R1/068G05G1/00
    • B60R1/068Y10T74/20432
    • A remote control mirror, comprising a mirror support, a base having a projection fixed thereto and extending therefrom. The mirror support has a groove into which the projection extends. The groove has a bottom which is arcuate both longitudinally and transversely of the groove. The curvature of the groove longitudinally is greater than the curvature of the groove transversely. In one form, the projection has at least two contact areas engaging the groove, which have a lesser extends of curvature than the groove in a direction transversely of the groove. In another form, the two areas form a part of the projection.
    • 一种遥控反射镜,包括镜支撑件,具有固定到其上并从其延伸的突起的底座。 反射镜支撑件具有凹槽,突出部延伸到凹槽中。 该槽具有在槽的纵向和横向两个弧形的底部。 槽的曲率纵向大于槽的曲率。 在一种形式中,突起具有接合凹槽的至少两个接触区域,其在横向于凹槽的方向上具有比凹槽更小的曲率延伸。 在另一种形式中,两个区域形成投影的一部分。
    • 9. 发明授权
    • Day/night outside mirror for vehicles
    • 白天/晚上车外的镜子
    • US4084886A
    • 1978-04-18
    • US678871
    • 1976-04-21
    • Steven Wayne GroschMichael John Stack
    • Steven Wayne GroschMichael John Stack
    • B60R1/068B60R1/08G02B17/00
    • B60R1/087B60R1/068Y10T74/20432
    • This invention provides a day/night outdoor mirror for a vehicle in which the mirror is of the remote-operable type manipulated by Bowden cables at least some of which are clamped on the exterior and under compression between the clamp and the support member for the mirror so that a resilient biasing force is imposed on the support member. The device includes a pivotal mounting means for the support member, an additional Bowden cable for rotating the support member in opposition to the resilient biasing force to shift the mirror to a second angular position, and an operating element which incorporates a detent to hold the mirror in the adjusted position.
    • 本发明提供了一种用于车辆的昼/夜间室外镜,其中反射镜是由Bowden电缆操纵的远程操作型,其中至少一些被夹在外部并且在夹具和用于镜子的支撑构件之间的压缩下 使得弹性偏置力施加在支撑构件上。 该装置包括用于支撑构件的枢转安装装置,用于使支撑构件与弹性偏压力相反地旋转的另外的鲍登缆线,以将反射镜移动到第二角位置;以及操作元件,其包括制动器以保持镜子 在调整位置。