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    • 1. 发明授权
    • Projector headlamp
    • 投影机前大灯
    • US06821008B2
    • 2004-11-23
    • US10267901
    • 2002-10-09
    • Yosuke TokoroHitoshi TaniuchiTakashi Akutagawa
    • Yosuke TokoroHitoshi TaniuchiTakashi Akutagawa
    • B60Q104
    • F21S41/635F21S41/255F21S41/275
    • A conventional projector headlamp has low efficiency because an amount of light is shaded almost half by a shutter for a low-beam light distribution. In addition, only a projection lens is seen in the installed condition, inviting old-fashioned designs disadvantageously. In a projector headlamp (1) of the invention, a vertical section passing through the center of a projection lens (5) includes a convex front surface and a flat rear surface (5a). A line connecting the upper end to the lower end on the rear surface (5a) is tilted to the vertical. Thus, the projection lens (5) has a prismatic action for directing the entire light downward. This is effective to reduce an amount of light to be shaded by a shutter (4) and provide improved brightness and novel designed appearances.
    • 常规的投影仪前照灯的效率低,因为用于近光灯配光的遮光板几乎被遮挡了一半。 此外,在安装状态下只能看到投影透镜,不利地引用老式设计。 在本发明的投影仪前照灯(1)中,穿过投影透镜(5)的中心的垂直部分包括凸形前表面和平坦后表面(5a)。 连接上表面(5a)的上端与下端的线垂直地倾斜。 因此,投影透镜(5)具有用于将整个光线向下引导的棱镜作用。 这可以有效地减少由遮光板(4)遮蔽的光量并提供改进的亮度和新颖的设计外观。
    • 2. 发明授权
    • Vehicle headlight
    • US06575609B2
    • 2003-06-10
    • US10213378
    • 2002-08-07
    • Hitoshi TaniuchiHiroshi Iwasaki
    • Hitoshi TaniuchiHiroshi Iwasaki
    • F21V700
    • F21S41/692F21S41/162F21S41/17F21S41/255F21S41/321F21S41/36F21S41/365F21S41/43F21S41/60F21S41/675F21S41/686F21S41/689F21W2102/00
    • A vehicle headlight can include a light source, first and second ellipse group reflecting surfaces having a focus corresponding to the light source, a first parabolic group reflecting surface with a focus on a second focus of the second ellipse group reflecting surface, and a second parabolic group reflecting surface with a focus corresponding to the position of the light source. A movable shutter can be provided with a shutter part and a shade part. When the shade part is placed in the light flux of the first ellipse group reflecting surface, the shade part shades the light flux irradiating from the light source to the second parabolic group reflecting surface. On the other hand, when the shutter part is withdrawn from the light flux, the second parabolic group reflecting surface can receive light. The second ellipse group reflecting surface can reflect unused light from the first ellipse group reflecting surface toward the first parabolic group reflecting surface, and the first parabolic group reflecting surface can reflect the light in the irradiation direction. Thus, the low-beam distribution and the high-beam distribution can be improved in illumination. Furthermore, the light from the second parabolic group reflecting surface that is to be projected in the front direction can be added to the light reflected from the first ellipse group reflecting surface to improve the visibility in the front of the vehicle during high-beam distribution.
    • 3. 发明授权
    • Vehicle lamp and method
    • 车灯和方法
    • US06921188B2
    • 2005-07-26
    • US10436371
    • 2003-05-13
    • Hitoshi Taniuchi
    • Hitoshi Taniuchi
    • B60Q1/12F21S8/10F21S8/12F21V7/00F21V7/16F21V11/16F21V13/00F21V14/04F21W101/10F21Y101/00F21V13/10
    • B60Q1/12F21S41/162F21S41/17F21S41/321F21S41/36F21S41/365F21S41/43F21S41/675
    • A vehicle lamp emitting light to a lateral direction can include a simple construction to reduce design limitations, and can achieve desired light distribution characteristics by controlling the direction and intensity of light illuminated in a range covering the front and the side of the vehicle. The vehicle lamp preferably includes: a second reflecting surface for reflecting incident light from a light source to a predetermined direction; a third reflecting surface, arranged forward of the light source and backward of a projection lens and out of a main optical path, for reflecting light from the second reflecting surface toward front; and a fourth reflecting surface, arranged forward of the third reflecting surface and out of the main optical path, for reflecting light from the third reflecting surface to a lateral direction relative at least to a region of light emitted from the projection lens along the main optical path.
    • 向侧向发射光的车辆灯可以包括简化结构以减少设计限制,并且可以通过控制在覆盖车辆的前部和侧面的范围内照射的光的方向和强度来实现期望的光分布特性。 车辆灯具优选地包括:用于将来自光源的入射光反射到预定方向的第二反射表面; 第三反射面,布置在光源的前方,投影透镜的后方,从主光路出射,用于将来自第二反射面的光反射到前方; 以及第四反射面,其配置在所述第三反射面的前方且从所述主光路的外侧,用于将至少相对于从所述主光学器件从所述投影透镜发射的光的区域反射到来自所述第三反射面的光的横向方向 路径。
    • 4. 发明授权
    • Projector type lamp
    • 投影机型灯
    • US06700316B2
    • 2004-03-02
    • US10103564
    • 2002-03-22
    • Hitoshi TaniuchiTeruo Koike
    • Hitoshi TaniuchiTeruo Koike
    • H01J516
    • F21S41/265F21S41/26
    • A projector type lamp can include a projection lens formed by combining together projection lens elements obtained by processing a plurality of projection lenses that can be substantially identical in optical axis center Z, focal length, and focal point, yet different in outer diameter. The projection lens can appear substantially rectangular when viewed in an optical axis direction. Boundary portions between the plurality of processed projection lens elements can be composed of a line connecting points of intersection between a contour line of the projection lens and a line defining a part of each unprocessed projection lens element at which thickness is substantially zero. The lens surfaces of the processed projection lens elements can be continuous with one another through stepped portions that are parallel to the optical axis of the projection lens.
    • 投影仪型灯可以包括投影透镜,其通过将通过处理可在光轴中心Z,焦距和焦点上基本相同的多个投影透镜获得的投影透镜元件组合在一起,但是外径不同。 当从光轴方向观察时,投影透镜可以呈现大致矩形。 多个经处理的投影透镜元件之间的边界部分可以由连接投影透镜的轮廓线和限定每个未处理的投影透镜元件的一部分的线之间的相交点的线组成,厚度基本上为零。 经处理的投影透镜元件的透镜表面可以通过平行于投影透镜的光轴的阶梯部分彼此连续。
    • 6. 发明授权
    • Head lamp for vehicle
    • 汽车头灯
    • US06454448B2
    • 2002-09-24
    • US09785545
    • 2001-02-16
    • Hitoshi TaniuchiTeruo Koike
    • Hitoshi TaniuchiTeruo Koike
    • F21V709
    • F21S41/32F21S41/168F21S41/17F21S41/255F21S41/265F21S41/275F21S41/321F21S41/36F21S41/365F21S41/43F21S41/60F21S41/675F21S41/683
    • There has been a problem that in a head lamp with a prior constitution, an utilization factor of luminous flux with respect to a light source is low and the head lamp with brightness commensurate with power consumption can be obtained. According to the invention, it can be realized a head lamp 1 for a vehicle wherein a first elliptic system reflecting surface 3 having an optical axis in the illuminating direction of the head lamp and arranging a primary focus on the light source 2 and a second elliptic system reflecting surface 4 arranging the primary focus on the same light source 2 and intersecting the optical axis at approximately right angle to the optical axis of the first elliptic system reflecting surface 3 are provided, the projection lens 6, corresponding to the secondary focus of the first elliptic system reflecting surface and the shield plate 5, as required are provided, and a parabolic system reflecting surface 7 approximately taking the secondary focus as a focus, corresponding to the secondary focus of the second elliptic system reflecting surface 4 and the shield plate and taking the optical axis as the approximately illuminating direction is provided], whereby the light shielded by the shield plate and the light from the light source which can not reach the reflecting surface and heretofore, has been invalid to form the light-distribution characteristic can be recovered, and the utilization factor of luminous flux to the light source 2 can be improved, thereby to be solve the problems.
    • 存在以前的结构的前照灯的问题,相对于光源的光通量的利用率低,并且能够获得与功耗相当的亮度的头灯。 根据本发明,可以实现一种用于车辆的头灯1,其中第一椭圆系统反射表面3具有在头灯的照明方向上的光轴并且将主要焦点布置在光源2上,并且具有第二椭圆体 设置将主焦点设置在同一光源2上并且与第一椭圆系反射表面3的光轴成大致直角的光轴相交的系统反射表面4,投影透镜6对应于 第一椭圆系反射面和屏蔽板5,根据需要提供一个抛物线系统反射面7,其近似地将二次焦点作为焦点,对应于第二椭圆系反射表面4和屏蔽板的二次焦点, 提供光轴作为近似照明方向],由此被屏蔽板a遮蔽的光 可以恢复来自不能到达反射面的光源的光并且迄今为止无法形成分布特性,从而可以提高光源2的光通量的利用率,从而成为 解决问题。
    • 7. 发明授权
    • Lamp with switching device and control method thereof
    • 具有开关装置的灯及其控制方法
    • US06300718B1
    • 2001-10-09
    • US09383407
    • 1999-08-26
    • Hitoshi TaniuchiHiroshi IwasakiMasahito Okamoto
    • Hitoshi TaniuchiHiroshi IwasakiMasahito Okamoto
    • B60Q102
    • B60Q1/1415B60Q1/076F21S41/657
    • A headlight includes a beam-type switching device equipped with an electrical power limiting device. The power limiting device can lower operational electrical power after a certain time interval has passed following initial application of operational electrical power to the switching device. The switching device can include an electromagnetic solenoid 5a with a coil. Sufficient electrical current can be applied to the switching device for an initial period when electromagnetic solenoid 5a requires comparatively high operational electrical power, and an electrical power limiting device can lower the electrical power applied to the switching device after a short time period. The size and cost of the switching device can be reduced, overheating can be avoided, and the longevity and reliability of the device can be increased.
    • 前照灯包括配备有电力限制装置的光束式开关装置。 功率限制装置可以在对开关装置初次施加工作电力之后经过一定时间间隔后降低运行电力。 开关装置可以包括具有线圈的电磁螺线管5a。 在电磁螺线管5a需要相对较高的工作电力的初期,可以向切换装置施加足够的电流,并且电力限制装置可以在短时间段之后降低施加到开关装置的电力。 可以减少开关装置的尺寸和成本,可以避免过热,并且可以提高装置的寿命和可靠性。
    • 10. 发明授权
    • Headlight for irradiating light beam for a vehicle passing by in the
opposite direction
    • 用于照射光束的车辆用于通过相反方向的车辆
    • US5303126A
    • 1994-04-12
    • US977581
    • 1992-11-17
    • Hitoshi Taniuchi
    • Hitoshi Taniuchi
    • F21V7/00B60Q1/00
    • F21S48/137
    • A headlight exclusively for irradiating as light beam for a vehicle passing by in the opposite direction includes a light source and a reflective mirror as essential components. The reflective mirror has a first reflective surface having a contour of a revolving parabolic plane on an upper half of the reflective mirror, a second reflective surface having a contour of a revolving parabolic plane arranged at the central part of a lower half of the reflective mirror, and two reflective surfaces each having a contour a cylindrical parabolic plane arranged on the opposite side of the second reflective surface on the lower half of the reflective mirror. The last-mentioned reflective surfaces comprise a first surface and a second surface. The first surface serves to allow the light beam to be converged in the shape a substantially parallel light beam as seen in one direction, and the second surface serves in the same manner as the first surface in another direction at a right angle relative to the former. The headlight may be designed in the upside-down relationship relative to the aforementioned headlight such that all or the essential components are arranged upside down.
    • 专门用于照射作为通过相反方向的车辆的光束的头灯包括作为必要部件的光源和反射镜。 反射镜具有在反射镜的上半部具有旋转抛物面的轮廓的第一反射表面,具有布置在反射镜的下半部的中心部分处的旋转抛物面的轮廓的第二反射表面 和两个反射表面,每个具有轮廓的圆柱形抛物面,其布置在反射镜的下半部上的第二反射表面的相对侧上。 最后提到的反射表面包括第一表面和第二表面。 第一表面用于允许光束以从一个方向观察的基本平行的光束会聚,并且第二表面以与第一表面相同的方式在另一个方向上以相对于前者的直角成角度 。 前照灯可以相对于前述前照灯的上下颠倒的关系进行设计,使得所有或必要的部件被倒置放置。