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    • 1. 发明授权
    • Pointing apparatus
    • 指点装置
    • US06297804B1
    • 2001-10-02
    • US09373645
    • 1999-08-13
    • Atsushi Kashitani
    • Atsushi Kashitani
    • G09G508
    • G06F3/038G06F3/033G09G5/08
    • The present invention provides a precise, easy to understand pointing apparatus. It allows users to point both to a position on a display on which virtual world information is displayed and to real objects in the real world with one pointing device to increase productivity. The pointing apparatus comprises, for example, a light pointer capable of projecting a desired-shaped pointer light beam on a real object in the real world, such as a document or a three-dimensional object, at a desired position or in a desired direction, a display on which virtual world objects such as a graphical user interface or electronic data are displayed, a pointing device allowing the user to point to a desired position, and a boundary detection sensor detecting the position of the real object and sensing the boundary between the real object and the display area of the display. The pointing apparatus displays a cursor when the user points to a position on the display, while it displays the pointer light when the user points to the real object. This ability allows the user to point to both a position in the virtual world and a position in the real world with one pointing device.
    • 本发明提供了一种精确,易于理解的指向装置。 它允许用户使用一个指点设备将两者指向显示虚拟世界信息的显示器上的位置,并将其指向真实世界中的真实对象,以提高生产力。 指示装置包括例如能够将期望形状的指示器光束投射到真实世界中的真实物体(例如文件或三维物体)处于期望位置或期望方向的光指示器 ,显示诸如图形用户界面或电子数据的虚拟世界对象的显示器,允许用户指向期望位置的指示设备,以及检测真实对象的位置并检测真实对象的位置的边界检测传感器 真实物体和显示器的显示区域。 当用户指向显示器上的位置时,指示设备显示光标,同时当用户指向真实物体时显示指示灯。 该功能允许用户使用一个指点设备指向虚拟世界中的位置和现实世界中的位置。
    • 3. 发明申请
    • Network session control system
    • 网络会话控制系统
    • US20050021777A1
    • 2005-01-27
    • US10842864
    • 2004-05-11
    • Toshiyasu NakaoAkitake MitsuhashiAtsushi Kashitani
    • Toshiyasu NakaoAkitake MitsuhashiAtsushi Kashitani
    • H04L12/70H04L12/24H04L29/08H04M3/00G06F15/16
    • H04L67/14H04L69/329
    • A network session is established by a session establishment procedure in accordance with whether or not a difference in priority of session establishment exists among a plurality of terminals for which the network session is to be established. Based on reserved connection information registered in a database, a network administration device for establishing a network session among a plurality of terminals uses a first session establishment procedure that treats all of the terminals in the same manner when there is no difference in the priority of session establishment among the plurality of terminals, and uses a second session establishment procedure that inquires and performs other operations in advance as to whether or not to establish a session with high-priority terminals and treats with priority the terminals of high-priority users when there is a difference in the priority of session establishment.
    • 根据是否存在要建立网络会话的多个终端之间存在会话建立的优先级的差别,通过会话建立过程来建立网络会话。 基于登记在数据库中的保留连接信息,用于在多个终端之间建立网络会话的网络管理装置使用第一会话建立过程,当会话的优先级没有差异时,以相同的方式对待所有终端 建立多个终端,并且使用第二会话建立过程,其预先查询和执行其他操作,以确定是否建立与高优先级终端的会话,并且当存在高优先级用户的终端时优先处理高优先级用户的终端 会话建立的优先级差异。
    • 4. 发明授权
    • Image input method, image input apparatus, and recording medium
    • 图像输入方法,图像输入装置和记录介质
    • US06587597B1
    • 2003-07-01
    • US09448948
    • 1999-11-24
    • Toshiyasu NakaoAtsushi Kashitani
    • Toshiyasu NakaoAtsushi Kashitani
    • G06K932
    • H04N5/23238H04N5/232
    • When compositing a plurality of acquired partial images, the effects of differences in viewpoint contained in the partial images can be reduced, and a high quality wide-viewfield image is inputted. An image input apparatus for photographing parts of a field to be photographed while altering the photographic direction by rotating a camera, projecting a plurality of partial images of the field to be photographed which are obtained onto a projection surface, and based on the results of this projection, conducting compositing on a composite image surface, and inputting the composite image, wherein is provided an image compositing mechanism 009, which employs the rotational center of the camera as the center of projection during the compositing of the plurality of partial images, and which employs, as the projection point of a pixel of a partial image, the intersection point between the projection surface which is established in space and a straight line, which is parallel to a straight line connecting the viewpoint of the camera and the pixel in the partial image in an image plane formed by the plurality of partial images, and which passes through the rotational center of the camera.
    • 当合成多个获取的部分图像时,可以减少包含在部分图像中的视点的差异的影响,并且输入高质量的宽视场图像。 一种图像输入装置,用于拍摄要拍摄的场的部分,同时通过旋转相机来改变拍摄方向,将获得的要拍摄的场的多个部分图像投影到投影表面上,并且基于该结果 投影,在合成图像表面上进行合成,并输入合成图像,其中提供了图像合成机构009,其在多个部分图像的合成期间采用照相机的旋转中心作为投影的中心,以及哪个 采用作为部分图像的像素的投影点,在空间中建立的投影表面与直线平行的直线之间的交点,该直线连接相机的视点和部分图像中的像素的直线 图像,其由多个部分图像形成,并且通过相机的旋转中心。
    • 5. 发明授权
    • Radio communication system
    • 无线通信系统
    • US06266537B1
    • 2001-07-24
    • US09280218
    • 1999-03-29
    • Atsushi KashitaniKatsuhiro Yamanaka
    • Atsushi KashitaniKatsuhiro Yamanaka
    • H04R700
    • H04W74/06H04W64/00
    • A radio communication system includes a plurality of base stations and a plurality of mobile stations belonging to the service areas covered by the radio zones respectively formed by the base stations and performs data communication by polling. Each base station includes a transmission output control section for controlling the transmission output of a polling signal to sequentially form a plurality of radio zones having different coverages, a section for receiving responses from the plurality of mobile stations to a plurality of polling signals having different transmission outputs and determining the position of each of the mobile stations in a specific one of the plurality of radio zones.
    • 无线电通信系统包括属于由基站分别形成的无线电区域覆盖的服务区域的多个基站和多个移动台,并通过轮询执行数据通信。 每个基站包括传输输出控制部分,用于控制轮询信号的传输输出以顺序地形成具有不同覆盖的多个无线电区域,用于从多个移动台接收具有不同传输的多个轮询信号的响应部分 输出并确定多个无线电区域中的特定一个中的每个移动站的位置。
    • 7. 发明申请
    • Data Delivery System and Data Delivery Method
    • 数据传送系统和数据传送方式
    • US20070280279A1
    • 2007-12-06
    • US11662602
    • 2005-09-14
    • Akitake MituhasiToshiyasu NakaoAtsushi Kashitani
    • Akitake MituhasiToshiyasu NakaoAtsushi Kashitani
    • H04L12/54
    • H04L45/00H04L12/1895H04L67/12H04L67/325
    • A data delivery method for delivering data that are object of delivery, these data containing observation time and observation results of a prescribed object of observation, to a data-using terminal includes steps of: executing a delivery process when a delivery condition has been met; storing delivery history information that indicates the delivery history of the delivery object data; and, based on the delivery history information, generating packaged delivery information, which is information in which a plurality of delivery destinations to which the same delivery object data are simultaneously delivered are placed in correspondence. In the delivery process, based on the packaged delivery information, all types of delivery object data that have been placed in correspondence with the delivery condition that has been met are delivered to the data-using terminals of all delivery destinations that have been placed in correspondence with the delivery condition.
    • 一种数据传送方法,用于将传送对象的数据传送到数据使用终端,包括观察时间和规定的观察对象的观察结果的数据包括以下步骤:执行传送条件已满足时的传送处理; 存储指示传送对象数据的传送历史的传送历史信息; 并且基于传送历史信息,生成作为其中同时传送相同传送对象数据的多个传送目的地的信息的打包传送信息被对应地放置。 在交付过程中,基于打包的交货信息,已经与已经满足的交货条件相对应地放置的所有类型的交货对象数据被传送到已经被放置在对应关系的所有交货目的地的数据使用终端 配送条件。
    • 8. 发明授权
    • Biaxial driving mechanism and image inputting apparatus used this mechanism and light projecting apparatus used this mechanism
    • 双轴驱动机构和图像输入装置使用该机构和投光装置使用该机构
    • US06744565B1
    • 2004-06-01
    • US09444811
    • 1999-11-22
    • Atsushi KashitaniToshiyasu Nakao
    • Atsushi KashitaniToshiyasu Nakao
    • G02B1514
    • F16M11/2014F16M11/10F16M11/18F16M2200/041
    • A biaxial driving mechanism, an image inputting apparatus used this biaxial driving mechanism and a light projecting apparatus used this biaxial driving mechanism, in which a mirror positioned in front of a camera or a light projecting instrument is rotated biaxially, and takes an image of a desiring direction or projects an image to a desiring direction without having an electric connection between the mirror and a driving part, are provided. In the biaxial driving mechanism, a horizontal rotating mechanism provides a ring gear, whose center axis is the same as that of an optical axis of a camera, holds a mirror, and a motor for rotating the ring gear around the optical axis of the camera. And also, in the biaxial driving mechanism, a vertical rotating mechanism provides an end cam gear, whose center axis is the same as that of the optical axis of the camera and its thickness changes along its circumference direction, a motor for rotating the end cam gear around the optical axis of the camera, a link mechanism, whose one end is fitted to the mirror in a stage that the one end can rotate, and at the other end a rolling bearing is fitted and the rolling bearing contacts the upper face of the end cam gear, and a spring pushes the link mechanism to the end cam gear.
    • 使用该双轴驱动机构的双轴驱动机构,使用该双轴驱动机构的图像输入装置和使用该双轴驱动机构的投光装置,其中位于相机前方的反射镜或投光仪器双轴旋转,并且拍摄图像 提供了希望的方向或将图像投射到期望的方向,而不会在反射镜和驱动部分之间具有电连接。 在双轴驱动机构中,水平旋转机构提供一个环形齿轮,其中心轴与相机的光轴相同,保持反射镜,以及用于围绕相机的光轴旋转齿圈的马达 。 此外,在双轴驱动机构中,垂直旋转机构提供端部凸轮齿轮,其中心轴与照相机的光轴相同,并且其厚度沿其圆周方向变化,用于使端部凸轮旋转的电动机 围绕照相机的光轴的齿轮,连杆机构,其一端在一端可旋转的阶段装配到反射镜,另一端装配有滚动轴承,滚动轴承接触到 端部凸轮齿轮和弹簧将连杆机构推动到端部凸轮齿轮。
    • 10. 发明授权
    • Rotary mirror scanner unit having optical angular displacement sensor
    • 具有光学角位移传感器的旋转镜扫描仪单元
    • US5625183A
    • 1997-04-29
    • US490572
    • 1995-06-15
    • Atsushi KashitaniSatoshi Segawa
    • Atsushi KashitaniSatoshi Segawa
    • H04N1/047H04N1/113H04N1/193H04N1/04G03B3/00
    • H04N1/0473H04N1/113H04N1/193H04N2201/0436H04N2201/0471H04N2201/04755
    • In a scanner unit for An overhead image scanner, a rotatably mounted mirror reflects light from a surface to be scanned off to a focusing lens to form an optical image of a scanned line on a linear image sensor. An extension arm is connected to the minor for rotation therewith. To one end of the arm is attached an electromagnetic drive system and to the other end a light reflecting member which is formed with a multiplicity of microscopically spaced apart tracks running parallel to the length of the extension arm. A laser beam spot is formed on the reflecting member and a photodiode array detects reflections therefrom to produce a plurality of output signals representative of the amounts of reflections incident on different areas of the array. The outputs of the photodiode array are processed to produce a tracking error pulse when the minor is rotated by a predetermined amount of arc and a control current is supplied to the electromagnetic drive system so that the mirror is driven at a substantially constant speed. The tracking error pulse is supplied to the linear image sensor to cause the optical image of the scanned line to be converted to an electrical signal.
    • 在顶置图像扫描仪的扫描仪单元中,可旋转地安装的镜将来自要扫描的表面的光反射到聚焦透镜,以在线性图像传感器上形成扫描线的光学图像。 延伸臂与未成型机连接以与其一起旋转。 臂的一端安装有电磁驱动系统,另一端安装有光反射构件,该反射构件形成有平行于延伸臂的长度延伸的多个微观间隔开的轨道。 激光束点形成在反射构件上,并且光电二极管阵列检测其反射,以产生表示入射在阵列的不同区域上的反射量的多个输出信号。 处理光电二极管阵列的输出以产生跟踪误差脉冲,当小灯旋转预定量的电弧时,控制电流被提供给电磁驱动系统,使得反射镜以基本恒定的速度被驱动。 将跟踪误差脉冲提供给线性图像传感器,以将扫描线的光学图像转换成电信号。