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    • 71. 发明申请
    • DISPLAY DEVICE, REAR VIEW DEVICE AND MOTOR VEHICLE
    • 显示设备中,回到设备和机动车
    • WO2015173695A3
    • 2016-05-26
    • PCT/IB2015053327
    • 2015-05-07
    • SMR PATENTS SARL
    • FRITZ DANIEL
    • F21V8/00
    • G02B6/0051B60R1/02B60R1/081B60R1/12B60R2001/1215G02B6/0038G02B6/0058
    • The present invention relates to a display arrangement for a motor vehicle, which can be disposed in a rear view device such as an interior- or exterior rear view mirror, the display arrangement comprising at least one light source (10) and at least one optical unit (2). The at least one optical unit (2) comprises at least one light-conducting body having at least one coupling-in section (8) through which light emitted by at least one light source (10) can be coupled into the light-conducting body (4) and having at least one coupling-out section (12) through which light can be coupled out of the light-conducting body (4). The at least one optical unit (2) also comprises at least one optical means (16) which at least in some sections is or can be secured to the light-conducting body (4) such that it is overlaid on the surface of the at least one coupling-out section (12) of said light-conducting body. The optical means (16) comprises at least one optical element (18) by means of which a beam path of at least the light passing through the optical element (18) can be deflected and/or split into light bundles, in particular scattered. The display arrangement is characterised in that the optical means (16) comprises a plurality of optical elements (18) which, when they are at the same distance from the coupling-in section (8) of the light-conducting body, correspond in their refraction- and/or reflection behaviour and, in the opposite case, differ. Further provided are a rear view device comprising such a display arrangement, and a motor vehicle comprising such a rear view device.
    • 本发明涉及一种用于机动车辆的显示装置,其可以被布置在后视镜单元作为内部或外部镜子,与至少一个发光装置(10)和具有至少一个光学单元(2),所述至少一个导光体,所述(至少一个coupling- 8)由(至少一个光源10)的光发射到导光体(4)可被耦合,和所述至少一个Auskoppelabschnitt(12),通过它从所述导光体(4)的光可被耦合出来,和(至少一个光学装置 16),其可以是固定的或设定至少部分所述光导的所述至少一个Auskoppelabschnitt(12)平面地在捕捉(导光体4)和所述至少一个光学元件(18),通过该光通过的光路至少在(由光学元件18) 光偏转和/或分成光束,特别是STR 是eubar,其特征在于,对应于在它们的折射和/或反射特性的光学装置(16)的多个光学元件(18)中的从所述耦入部相同或偏离距离在光导的和(8)在另一种情况下是不同的。 此外,与这样的显示装置的后视镜装置及具有这样的后视镜装置的机动车是可用的。
    • 72. 发明申请
    • FORWARD VIEWING CAMERA CONFIGURED TO CONTROL OUTSIDE ELECTRO-OPTIC MIRROR
    • 前视镜摄像机配置控制外部电光镜
    • WO2016014933A1
    • 2016-01-28
    • PCT/US2015041971
    • 2015-07-24
    • GENTEX CORP
    • SODERSTROM JOAKIM D V
    • B60R1/06B60R1/08
    • B60R1/088B60R1/081G02F1/163
    • A system for controlling a dimming function of a display element of a host vehicle is disclosed. The system comprises a display element configured to provide a rearward view from the host vehicle and a sensor directed forward relative to the host vehicle. A controller is in communication with the sensor and the display element. The controller is configured to identify a taillight of a detected vehicle from data received from the sensor. Based on the data received from the sensor, the controller calculates a passing period for the host vehicle to pass the detected vehicle. Based on the passing period the controller adjusts a display property of the display element to limit a glare displayed by the display element.
    • 公开了一种用于控制主车辆的显示元件的调光功能的系统。 该系统包括被配置为提供来自主车辆的后视图和相对于主车辆向前指向的传感器的显示元件。 控制器与传感器和显示元件通信。 所述控制器被配置为根据从所述传感器接收的数据来识别检测到的车辆的尾灯。 基于从传感器接收到的数据,控制器计算本车辆通过检测到的车辆的通过时间。 基于通过时间段,控制器调整显示元件的显示属性以限制由显示元件显示的眩光。
    • 74. 发明申请
    • IMPROVEMENT TO EXTERNAL REARVIEW MIRROR SYSTEM
    • 改进外部后视镜系统
    • WO2011022801A3
    • 2011-04-28
    • PCT/BR2010000288
    • 2010-08-27
    • METAGAL IND & COMERCIOMIYABUKURO PEDRO TAKASHI
    • MIYABUKURO PEDRO TAKASHI
    • B60R1/08B60R1/02B60R1/06B60R1/062B60R1/07B60R1/072B60R1/074
    • B60R1/072B60R1/025B60R1/0617B60R1/081
    • The present invention relates to an external rearview mirror pertaining to the field of motor vehicle accessories, and comprising an external rearview mirror (1) essentially formed by a mirror plate (10), a base plate (20), an electric actuator (30), a support and frame assembly (40)-(41), a base (50), and a mechanism (60) for adjusting the position and protecting against impacts or the like. The electric actuator (30) is associated with the conventional position regulation circuit (35) actuated by a button (36) within reach of the driver. In addition, the invention relates to an electric-electronic device comprising a module (70) actuated by the gear shift lever (101) when the reverse gear is engaged for enlarging the field of view when the vehicle is driving backwards during a parking manoeuvre, and a module (80) actuated when the turn signal switch (102) is actuated, in order to enlarge the field of view when direction is changed during a lane changing manoeuvre.
    • 本发明涉及一种与机动车附件领域相关的外部后视镜,其包括基本上由镜板(10),基板(20),电致动器(30)形成的外部后视镜(1) ,支撑和框架组件(40) - (41),基座(50)和用于调节位置并防止碰撞等的机构(60)。 电动致动器(30)与由驱动器可到达的按钮(36)致动的常规位置调节电路(35)相关联。 另外,本发明涉及一种电动电子设备,其包括当车辆在停车操作期间向后行驶时倒档齿轮接合以扩大视场的由变速杆(101)致动的模块(70) 以及当转向信号开关(102)被致动时致动的模块(80),以便在车道变换机动期间改变方向时放大视场。
    • 76. 发明申请
    • AUTOMATIC VIEWING OF VEHICLE BLIND SPOT
    • 车辆盲点的自动查看
    • WO2005051715A3
    • 2005-11-03
    • PCT/US2004038959
    • 2004-11-22
    • MOTOROLA INCQUALICH JOHN RMCGRATH MICHAEL J
    • QUALICH JOHN RMCGRATH MICHAEL J
    • B60R1/02B60R1/08B60R1/06G02B5/08G02B7/182
    • B60R1/081B60R1/025
    • Observing an object (12) within a visual blind spot (14) of a motor vehicle (10) includes using a mirror (16) with at least one motor (18) mechanically coupled thereto. Preferably, a position of the side view mirror (16) can be adjusted by the at least one motor (18). An object detector (22) detects objects within a visual blind spot (14) of a vehicle (10). The object detector (22) is operable to provide a detection signal to the at least one motor (18) to adjust a position of the mirror (16) to provide a view of the blind spot (14) to a driver (26) of the vehicle (10). The view can be toggled between normal viewing (34) and blind spot viewing (14) depending on the detection signal. The view (28) can also be adjusted to track the object (12).
    • 观察机动车辆(10)的视觉盲区(14)内的物体(12)包括使用具有与其机械耦合的至少一个马达(18)的镜子(16)。 优选地,侧视镜(16)的位置可以通过至少一个马达(18)进行调整。 物体检测器(22)检测车辆(10)的视觉盲区(14)内的物体。 所述物体检测器(22)可操作以向所述至少一个马达(18)提供检测信号以调节所述镜子(16)的位置以向所述驱动器(26)提供 车辆(10)。 取决于检测信号,该视图可以在正常观看(34)和盲点观看(14)之间切换。 视图(28)也可以被调整以追踪物体(12)。
    • 77. 发明申请
    • OUTER DOUBLE REAR-VIEW MIRROR
    • 外部双重后视镜
    • WO02032723A1
    • 2002-04-25
    • PCT/ES2001/000390
    • 2001-10-15
    • B60R1/08
    • B60R1/081
    • The outer double rear-view mirror can be used in automobiles and comprises a housing (2) that can be coupled to a support (1) that is mounted on the structure of the vehicle. The housing (2) forms a hollow body provided with an upper location (3) and a bottom location (4) that are separated by a transversal partition (5) whose front edge (6) is linked to the front edge (7) of the housing (2). A mirror (8) provided with a positioning mechanism that can be actuated from inside and/or outside the vehicle is located in the upper location (3), said mechanism making it possible to position the mirror (8) in any commonly used positions. An additional mirror (9) having a fixed position relative to the housing (2) is placed in the bottom location (4), said mirror being adapted in such a way that the driver can see the side of the vehicle and the corresponding rear wheel or that the driver of the vehicle can see the vehicles behind him when said vehicles are located in the blind spot area. The invention can be used in the automobile industry.
    • 外部双后视镜可以用于汽车,并且包括可以联接到安装在车辆结构上的支撑件(1)的壳体(2)。 壳体(2)形成中空体,该中空体具有上部位置(3)和底部位置(4),所述上部位置(3)和底部位置(4)由横向隔离部分(5)分开,前部边缘(6)连接到前部边缘 外壳(2)。 设置有能够从车辆内部和/或外部致动的定位机构的反射镜(8)位于上部位置(3)中,所述机构使得可以将反射镜(8)定位在任何常用的位置。 相对于壳体(2)具有固定位置的附加反射镜(9)被放置在底部位置(4)中,所述反射镜适于使得驾驶员可以看到车辆的侧面和相应的后轮 或者当所述车辆位于盲区时,车辆的驾驶员可以看到他身后的车辆。 本发明可用于汽车工业。
    • 79. 发明申请
    • MULTI-ANGULAR PANORAMIC AUTOMOTIVE REARVIEW MIRROR
    • 多角度全景汽车后视镜
    • WO1984000728A1
    • 1984-03-01
    • PCT/US1982001134
    • 1982-08-23
    • VILLA-REAL, Antony-Euclid, C.
    • B60R01/08
    • B60R1/081
    • A centrally placeable multi-angularly manipulatable combination automotive rearview mirror having a plurality of integral flat optically non-distorting reflective faces (1, 2) inter-connected by movable but firm connecting means (8), each respective face capable of being positioned optimally by the driver to provide him with a much greater than ordinary scope of vision from both the rear-left side to the rear-right side including the direct rear view of the traffic environment, thus solving the risk factors such as the so-called right-sided rear blind-spot and also diminishing the frequent head turning and common visual disruption to the driver relevant to his important frontal attention during driving. Each corresponding integral face (1, 2) is provided with respective arrow indicia (6, 7) both for instructional purposes to the driver on the proper directional tilt required for each said integral face and also to effectively achieve the functional capability of constantly reminding the driver regarding the proper directional right or left rear view conditions relative to the correspondingly tilted mirror face he is watching.
    • 一种可居中放置的多角度可操纵组合汽车后视镜,具有由可移动而坚固的连接装置(8)相互连接的多个整体的平坦光学不变形的反射面(1,2),每个相应的面能够被最佳地定位 驾驶员为他提供比从左后侧到右后侧的普通视力远远大于包括交通环境的直接后视图,从而解决诸如所谓的右侧的风险因素, 侧面的后方盲点,也减少了驾驶员对驾驶员的重要正面关注频繁的车头转弯和常见的视觉中断。 每个对应的整体面(1,2)都设有相应的箭头标记(6,7),既用于驾驶员针对每个所述整体面所需的适当方向倾斜的目的,也有效地实现了不断提醒 驾驶员关于相对于他正在观看的相应倾斜的镜面的正确的方向右或左后视状态。
    • 80. 发明申请
    • THE HIDDEN SIDE MIRROR OF VEHICLE
    • 汽车的隐形镜子
    • WO2016103061A1
    • 2016-06-30
    • PCT/IB2015/055729
    • 2015-07-29
    • SAMIEI, Reza
    • SAMIEI, Reza
    • B60R1/06G08G1/16B60R1/07
    • B60R1/081B60R1/074
    • The side mirrors of vehicles are used while turning, changing either the line or the direction to check if other transportation means are found around the vehicle or not. However, some points publicly known as blind spots are not within the sight of drivers. This issue may lead to accidents a well as huge financial or physical damages. Moreover, when the driver tries to park the car or drive it back, a lot of spots are hidden from his sight which causes the vehicles to hit some obstacle or etc. In the present invention, in order to overcome the mentioned problems, a hidden mirror has been used which can help the driver in two conditions if necessary. First of all, when turning left or right or changing the direction the hidden mirror comes out of the frame of side mirrors automatically and the area which is not covered by the side mirror is shown to the driver. The second mode is when the vehicle is driven back. In this manner, the same mirror is displaced and shows the area of rear wheel to the driver and helps the driver to drive backward with a better vision scope.
    • 车辆的后视镜在转弯时使用,改变线路或方向,以检查车辆周围是否有其他运输工具。 然而,一些被公认为盲点的点不在司机的视线之内。 这个问题可能会导致事故的巨大财务或物理损失。 此外,当驾驶员试图停放汽车或将其驱回时,很多地方隐藏着视线,导致车辆碰到障碍物等。在本发明中,为了克服上述问题,隐藏 已经使用了镜子,如果需要,可以在两个条件下帮助驾驶员。 首先,当左转或右转或改变方向时,隐形镜自动从侧镜框架出来,并且驾驶员显示未被侧镜覆盖的区域。 第二种模式是当车辆被驱回时。 以这种方式,相同的反射镜被移动并且示出了后轮到驾驶员的区域,并且帮助驾驶员以更好的视野范围向后推动。