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    • 1. 发明授权
    • Light regulation device
    • 调光装置
    • US06275338B1
    • 2001-08-14
    • US08863623
    • 1997-05-27
    • Takayuki AraiKayoko Watai
    • Takayuki AraiKayoko Watai
    • G02B502
    • G02B5/0242G02B5/0247G02B5/0263G02B5/0278G02B6/0051G02B6/0053
    • A light regulation element regulates both the travelling direction and diffusion state of a light emitted from a surface light source device. Lights from a cylindrical light source 2 such as a cold cathode tube is introduced in a light guide 1. The light guide 1 has an emission surface 1a on the side opposite to a reflection element 4, and a light regulation element 3 is arranged in opposition to the emission surface 1a. Protrusions 3a are formed on one surface or both surfaces of the light regulation element 3. Coated on the surface on the light emission side of the light regulation element 3 is a light diffusion layer 5. The turbidity of the light diffusion layer 5 falls within a range from 1900 cm−1 to 2400 cm−1 . The light emitted from the emission surface 1a of the light guide penetrates the light regulation element 3, thereby causing the light travelling direction to be regulated. Then, the light whose travelling direction has been regulated penetrates the light diffusion layer 5, thereby causing a light diffusion. The light diffusion layer 5 is formed, for example, by mixing fine particles of a glass having a light penetrability or of a synthetic resin such as acryl and silicone, or fine hollow particles of glass, acryl resin or the like, or air bubbles in a coating material having a light penetrability.
    • 光调节元件调节从面光源装置发射的光的行进方向和扩散状态。 来自圆筒形光源2(例如冷阴极管)的光被引入光导1中。光导1在与反射元件4相反的一侧上具有发射表面1a,并且光调节元件3相对布置 到出射面1a。 突起3a形成在调光元件3的一个表面或两个表面上。涂覆在调光元件3的发光侧的表面是光扩散层5.光扩散层5的浊度落入 范围从1900厘米-1到2400厘米-1。 从光导体的发射表面1a发射的光穿透光调节元件3,从而调节光行进方向。 然后,调整行进方向的光穿透光扩散层5,从而导致光扩散。 光扩散层5例如通过混合具有光穿透性的玻璃的微粒或丙烯酸和硅酮的合成树脂或玻璃,丙烯酸树脂等的微小中空颗粒或气泡而形成 具有透光性的涂料。
    • 4. 发明申请
    • Vehicle Air Conditioner
    • 车用空调
    • US20110171897A1
    • 2011-07-14
    • US13061864
    • 2009-08-24
    • Toshiaki TsutsumiTakayuki AraiMasayuki MuraseDaisuke Araki
    • Toshiaki TsutsumiTakayuki AraiMasayuki MuraseDaisuke Araki
    • B60H1/26
    • B60H1/00849B60H1/00671B60H2001/00085B60H2001/00614B60H2001/00721
    • A vehicle air conditioner provided with an airflow structure for an intake box, wherein, in an HVAC comprising, in an intake box, a control device for controlling the number of rotation, the control device is reliably cooled by airflow regardless of the ratio of mixing between internal air and external air. A vehicle air conditioner of center-concentrated type, wherein a control device (6) for controlling the number of rotation is mounted to a vehicle interior-side wall surface inside an intake box (2) and wherein an air delivery guide (22) is provided in the intake box (2), the air delivery guide (22) delivering to the control device (6) a part of air introduced from a direction crossing the direction of opening of a suction opening (7) of a blower (8).
    • 一种车辆空调装置,其具有用于进气箱的气流结构,其中,在HVAC中,在进气箱中包括用于控制旋转次数的控制装置,所述控制装置通过气流可靠地冷却,而与混合比无关 内部空气和外部空气之间。 一种中心集中式的车辆用空调装置,其特征在于,在进气箱(2)的内部的车辆内侧壁面上安装有用于控制旋转数的控制装置(6),其中,空气排出导向件(22)为 设置在所述进气箱(2)中的所述空气输送引导件(22)将从与鼓风机(8)的吸入口(7)的打开方向相交叉的方向引入的空气的一部分输送到所述控制装置(6) 。
    • 6. 发明申请
    • COMPUTER-READABLE RECORDING MEDIUM WHICH STORES RENDERING PROGRAM, RENDERING APPARATUS AND RENDERING METHOD
    • 计算机可读记录介质,存储渲染程序,渲染设备和渲染方法
    • US20090289940A1
    • 2009-11-26
    • US12312700
    • 2007-11-20
    • Ryou KimuraTakayuki AraiYasuharu KaseKiyoshi Kawarazaki
    • Ryou KimuraTakayuki AraiYasuharu KaseKiyoshi Kawarazaki
    • G06T15/50
    • G06T15/80G06T2210/16
    • To provide a rendering program, a rendering apparatus, and a rendering method, which are capable of displaying a sterical model surface using a fabric in which the real feel of material is reproduced. A reflection property measurement device 10 receives reflected light of an actual yarn T2 and measures a reflection property representing the energy of the reflected light of the yarn T2. A correction portion 106 calculates a specular reflection coefficient Ks, a glossiness coefficient p, and first and second diffuse reflection coefficients Kd1, Kd2 by using parameter fitting so that the error between the reflection property of the actual yarn and the energy of the reflected light obtained from a reflection function becomes minimum. A rendering portion 107 renders the sterical model by using the reflection function in which the coefficients are calculated and a texture which is the model of a fabric subjected to a napping treatment.
    • 提供能够使用其中再现材料的真实感觉的织物来显示空间模型表面的渲染程序,渲染装置和渲染方法。 反射特性测量装置10接收实际纱线T2的反射光并测量表示纱线T2的反射光能量的反射特性。 校正部分106通过使用参数拟合来计算镜面反射系数Ks,光泽度系数p以及第一和第二漫反射系数Kd1,Kd2,使得实际纱线的反射特性与所获得的反射光的能量之间的误差 从反射函数变为最小。 渲染部分107通过使用其中计算系数的反射函数和作为进行起毛处理的织物的模型的纹理来呈现空间模型。