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    • 2. 发明授权
    • Optical block and display unit
    • 光学块和显示单元
    • US6144492A
    • 2000-11-07
    • US101774
    • 1998-12-21
    • Atsushi IwamuraTakaaki IwakiHideki KatsuragawaToru Kawai
    • Atsushi IwamuraTakaaki IwakiHideki KatsuragawaToru Kawai
    • G02B27/14G02B27/28H04N5/74H04N9/31G02B5/30
    • G02B27/285G02B27/1046G02B27/123G02B27/145G02B27/149G02B27/283H04N9/3105H04N9/3167H04N5/7441
    • An optical block, which may be of a small size, for applying light efficiently to a display device such as a liquid crystal panel, and a display apparatus. The optical block (1) has a polarizing beam splitter (3) mounted on baseboard (2) at a predetermined angle with respect to light applied from a light source (10), for passing a P wave toward an exit side and reflecting an S wave, reflecting device (4) mounted on the baseboard (2) for reflecting the reflected S wave toward the exit side, and plane-of-polarization rotating device (5) mounted on the baseboard (2) for rotating the plane of polarization of the S wave reflected toward the exit side. The display apparatus has a light source (10), a first multilens array (12), the optical block (1), a second multilens array (13), separating device (14, 19) for separating emitted light into red light (R), green light (G), and blue light (B), light modulating device (17, 21, 26) for generating modulated red light, modulated green light, and modulated blue light based on the separated light, and emitting device (18) for combining the modulated red light, modulated green light, and modulated blue light and emitting combined modulated light. The optical block is of a thin structure so that it may be a space saver and lightweight. Optical paths from the light source to liquid crystal panels or the like may be reduced to reduce the size of the display apparatus.
    • PCT No.PCT / JP97 / 04364 Sec。 371 1998年12月21日第 102(e)日期1998年12月21日PCT 1997年11月28日PCT公布。 第WO98 / 23993号公报 日期1998年6月4日光学块(其可以是小尺寸)用于将光线有效地施加到诸如液晶面板的显示装置和显示装置。 光学块(1)具有相对于从光源(10)施加的光以预定角度安装在基板(2)上的偏振分束器(3),用于使P波朝向出射侧反射并反射S 安装在基板(2)上的反射装置(4),用于将反射的S波反射到出射侧;以及安装在基板(2)上的用于旋转偏振面的偏振旋转装置(5) S波反射到出口侧。 显示装置具有光源(10),第一多光阵列(12),光学块(1),第二多光阵列(13),用于将发射的光分离为红光的分离装置(14,19) ),绿光(G)和蓝光(B),用于产生调制红光的光调制装置(17,21,26),调制绿光和基于分离光的调制蓝光,以及发光装置(18 ),用于组合调制的红光,调制的绿光和调制的蓝光并发射组合的调制光。 光学块具有薄的结构,因此它可以是节省空间并且重量轻。 可以减少从光源到液晶面板等的光路以减小显示装置的尺寸。
    • 3. 发明授权
    • Projector apparatus
    • 投影仪
    • US06191826B1
    • 2001-02-20
    • US08974544
    • 1997-11-19
    • Kyoichi MurakamiHiroaki EndoHiroshi MurayamaAtsushi Iwamura
    • Kyoichi MurakamiHiroaki EndoHiroshi MurayamaAtsushi Iwamura
    • H04N931
    • H04N9/3188H04N9/3105H04N9/3182
    • The projector apparatus comprises an image signal processor for generating color drive signals of at least four channels, which correspond to at least four kinds of colors including the colors selected according to the spectrum of the light source, from the three primary color image signals; a light-splitting device for splitting the light from the light source into at least four kinds of lights according to the colors corresponding to the color drive signals generated in the image signal processor; light valves, each of which comprises a liquid crystal element driven by the color drive signal for modulating each of the light splitted from that of the light source by the light-splitting device; and a combining device for combining each of components of light modulated by the light valves.
    • 投影仪装置包括图像信号处理器,用于从三原色图像信号产生至少四个通道的颜色驱动信号,其对应于包括根据光源的光谱选择的颜色的至少四种颜色; 光分离装置,用于根据与图像信号处理器中产生的彩色驱动信号相对应的颜色将来自光源的光分成至少四种光; 光阀,每个光阀包括由彩色驱动信号驱动的液晶元件,用于通过光分离装置调制与光源分离的每个光; 以及组合装置,用于组合由光阀调制的光的每个分量。
    • 5. 发明授权
    • Optical device and display apparatus
    • 光学装置及显示装置
    • US06186629B1
    • 2001-02-13
    • US09216547
    • 1998-12-18
    • Atsushi IwamuraTatsuru KanamoriToru Kawai
    • Atsushi IwamuraTatsuru KanamoriToru Kawai
    • G03B2100
    • G03B21/10G03B21/2073G03B21/208G03B33/12H04N9/3105H04N9/3152H04N9/3167
    • An illumination optical device has the following elements. A first optical block includes a first lens array having a plurality of cell lenses each being approximately similar in shape to a light modulation device. A second optical block includes a second lens array having a plurality of cell lenses corresponding to the respective cell lenses of the first lens array of the first optical block and each being approximately similar in shape to the light modulation device, and a first converging component for converging beams that have passed through the second lens array toward the light modulation device. A second converging component is disposed in the vicinity of the light modulation device and serves to image beams that are output from the second optical block at a predetermined position. The cell lenses of the first lens array have different aspherical surfaces.
    • 照明光学装置具有以下要素。 第一光学块包括具有多个单元透镜的第一透镜阵列,每个单元透镜的形状大致与光调制装置相似。 第二光学块包括第二透镜阵列,该第二透镜阵列具有与第一光学块的第一透镜阵列的各个单元透镜相对应的多个单元透镜,并且每个单元透镜的形状大致与光调制装置的形状近似相似;以及第一会聚部件, 已经通过第二透镜阵列的会聚光束朝向光调制装置。 第二会聚部件设置在光调制装置附近,用于将从第二光学块输出的光束成像在预定位置。 第一透镜阵列的单元透镜具有不同的非球面。
    • 7. 发明申请
    • System apparatus and method for interconnecting TDM and frame/packet communication networks
    • 用于互连TDM和帧/分组通信网络的系统装置和方法
    • US20070053369A1
    • 2007-03-08
    • US11339449
    • 2006-01-26
    • Masahiko MizutaniYoshihiro AshiMasayuki TakaseAtsushi IwamuraAkihiko TanakaHideki EndoTohru Kazawa
    • Masahiko MizutaniYoshihiro AshiMasayuki TakaseAtsushi IwamuraAkihiko TanakaHideki EndoTohru Kazawa
    • H04L12/56H04J3/16
    • H04L45/04H04J3/1617H04J2203/0083
    • An interconnection between fully synchronous networks of the prior art and next generation frame communications networks, which is required for the shift to next-generation packet networks and a broader-based connection service, is realized. Here, the first point is that a means of bidirectional frame format conversion between a synchronous multiplexing system and a logical multiplexing system is provided, and a method of transmitting data between different networks on a path as if it was being transmitted in the same network. The second point is that when converting network control information in an STM network into data suitable for a packet network, even across the boundary of a synchronous multiplexing system and a logical multiplexing system, a unified communication management means is provided over the whole path. For this purpose, a hierarchized logical path control method is used wherein, in a network comprising two or more information relay devices having one or more line interfaces, this network performs communication between information relay devices using data packets, and has a means, when performing communication between any two points in the network, to control the path via which the packets pass between arbitrary end points, and the communication control means has a first communication path management function which performs communication management at the connection level which is terminated at the end point of a communication section, and a second communication path management function which performs communication management for each section of a physical circuit or logical circuit which is terminated at each communication section between any adjacent information relay devices in the communication section.
    • 实现了向下一代分组网络的转移和基于更广泛的连接服务所需的现有技术和下一代帧通信网络的完全同步网络之间的互连。 这里,第一点是提供了在同步多路复用系统和逻辑多路复用系统之间进行双向帧格式转换的方法,以及在路径上的不同网络之间传输数据的方法,就好像它在同一个网络中传输一样。 第二点是,当将STM网络中的网络控制信息转换成适用于分组网络的数据时,甚至跨越同步复用系统和逻辑多路复用系统的边界,在整个路径上提供统一的通信管理装置。 为此,使用层次化的逻辑路径控制方法,其中在包括具有一个或多个线路接口的两个或多个信息中继设备的网络中,该网络使用数据分组来执行信息中继设备之间的通信,并且具有在执行 在网络中的任意两点之间进行通信,以控制分组在任意端点之间通过的路径,并且通信控制装置具有第一通信路径管理功能,该功能在终端终止的连接级进行通信管理 以及第二通信路径管理功能,其对通信部分中的任何相邻信息中继设备之间的每个通信部分终止的物理电路或逻辑电路的每个部分进行通信管理。
    • 8. 发明授权
    • Image data transmission apparatus, image data transmission method, and image data receiving apparatus
    • 图像数据发送装置,图像数据发送方法以及图像数据接收装置
    • US09497438B2
    • 2016-11-15
    • US13320967
    • 2011-03-22
    • Atsushi IwamuraHajime Inoue
    • Atsushi IwamuraHajime Inoue
    • H04N13/00H04N13/04H04N21/4402H04N21/4363H04N21/81
    • H04N13/139H04N13/178H04N13/194H04N13/30H04N21/43635H04N21/4402H04N21/816
    • [Object] To prevent image quality deterioration due to unnecessary format conversion.[Solution] An STB (set top box) 200 receives bit stream data that is transmitted from a broadcast station 100 in such a manner as to be carried on a broadcast wave, and obtains stereoscopic image data, audio data, and the like. Furthermore, the STB 200 transmits the stereoscopic image data and the audio data to the TV (television receiver) 300 through the digital interface of HDMI. In a case where the received stereoscopic image data can be handled by a TV 300 and, furthermore, the TV 300 has requested that transmission of the stereoscopic image data be performed without performing format conversion, the STB 200 does not convert the format of the received image data, and transmits the received image data to the TV 300 in the as-is format. Furthermore, in the case of other cases, the STB 200 converts in advance the format of the received stereoscopic image data into, for example, a format that is set by the user, and transmits the stereoscopic image data to the TV 300.
    • [解决方案] STB(机顶盒)200接收从广播台100发送的位流数据,以便在广播波上传送,并获得立体图像数据,音频数据等。 此外,STB200通过HDMI的数字接口将立体图像数据和音频数据发送到TV(电视接收机)300。 在接收到的立体图像数据可以由TV300处理的情况下,并且TV300已经请求在不进行格式转换的情况下执行立体图像数据的发送,STB 200不转换所接收的立体图像数据的格式 并将所接收的图像数据以原样格式发送到TV300。 此外,在其他情况下,STB 200将接收到的立体图像数据的格式预先转换为例如由用户设置的格式,并将立体图像数据发送到TV 300。