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    • 61. 发明授权
    • Emergency braking device for linear motor driven transport system
    • 用于线性电机驱动运输系统的紧急制动装置
    • US5626082A
    • 1997-05-06
    • US559759
    • 1995-11-13
    • Takashi Nozaki
    • Takashi Nozaki
    • B61C13/04B65G54/02H02K41/025B61K7/00
    • B61C13/04B65G54/02H02K41/025
    • A linear motor driven transport system of an improved design is presented. The conventional roller configuration for holding the transport vehicle on the rail track has been replaced with a spring-loaded design so as to maintain the contact between the roller and the rail surface regardless of the curvatures in the routing track. Weighing device of an improved direct-loading design is adopted to improve the ruggedness of the device. Devices for controlling the positioning of the transport vehicle, including the carrier, have been simplified and the number of component pieces reduced to lower the cost of manufacturing the transport system. The container and track configurations have also been modified to enable efficient track set-up and loading/unloading of goods in complex track routing in a limited space. The primary drive unit, the vehicle stopping device, the vehicle position detection device and the emergency braking unit provided only in the vertical section of the track are all placed on the side of the rail which faces the transport vehicle. This arrangement of the components on one side of the rail facilitates manufacturing, assembling and servicing of the components. The overall result is that not only the cost of manufacturing the system has been reduced, but also the overall transportation operation has been improved with minimal maintenance requirements so as to enable the application of the transport system in any facility requiring handling of a large number of goods and information, such as parts, medical charts, and documentations in factories, hospitals, libraries and other such organizations.
    • 提出了一种改进设计的线性马达驱动输送系统。 用于将运输车辆保持在轨道上的常规辊结构已经被弹簧加载的设计替代,以便保持辊和轨道表面之间的接触,而与路线轨迹中的曲率无关。 采用改进的直接加载设计的称重装置来提高装置的坚固性。 已经简化了用于控制包括载体在内的运输车辆的定位的装置,并且减少了部件件的数量以降低制造运输系统的成本。 容器和轨道配置​​也已被修改,以便在有限的空间内进行复杂轨道路由中的货物的高效跟踪设置和装载/卸载。 仅在轨道的垂直部分中设置的主驱动单元,车辆停止装置,车辆位置检测装置和紧急制动单元都被放置在面向运输车辆的轨道侧。 轨道一侧的部件的这种布置方便了组件的制造,组装和维修。 总体结果是,不仅制造系统的成本降低了,而且整体运输运​​行已经得到改善,维护要求最低,从而能够将运输系统应用于需要处理大量 商品和信息,如零件,医疗图表,以及工厂,医院,图书馆等组织的文件。
    • 65. 发明授权
    • Information processing apparatus, information processing method, and data structure of content files
    • 信息处理装置,信息处理方法和内容文件的数据结构
    • US09047680B2
    • 2015-06-02
    • US13391160
    • 2010-06-08
    • Aritoki KawaiTakashi Nozaki
    • Aritoki KawaiTakashi Nozaki
    • G06G5/00G06T3/40G06F3/0482G06F3/0481G06T11/00
    • G06T3/40G06F3/04815G06F3/0482G06T11/001
    • As a user inputs instruction to start up content, an initial image is displayed. A viewpoint shift request is made, viewpoint coordinates are calculated according to the viewpoint shift request. Then verified is whether a hierarchical level has been changed in hierarchical image data due to a shift of the viewpoint coordinates or not. If the hierarchical level has been changed, the node of a hierarchical image is extracted from image correspondence data and then a coordinate transform matrix associated with the node is modified. A new elemental image is decoded, each image is subjected to the coordinate transform based on the image correspondence data so as to evaluate the coordinates on display coordinates. Each elemental image is placed on the evaluated coordinates, which in turn integrates the elemental images and updates a displayed imaged.
    • 作为用户输入启动内容的指令,显示初始图像。 进行视点移动请求,根据视点移动请求计算视点坐标。 然后验证是否由于视点坐标的偏移而在分层图像数据中是否已经改变了层次级别。 如果层次级别已经改变,则从图像对应数据中提取分层图像的节点,然后修改与该节点相关联的坐标变换矩阵。 解码新的元素图像,基于图像对应数据对每个图像进行坐标变换,以评估显示坐标上的坐标。 每个元素图像被放置在评估的坐标上,该坐标反过来整合元素图像并且更新所显示的成像。
    • 68. 发明授权
    • Graphics processing apparatus and graphics processing method
    • 图形处理装置和图形处理方法
    • US07961184B2
    • 2011-06-14
    • US11495187
    • 2006-07-28
    • Takashi NozakiNatsuo KodaHiroki KatoHirotoshi Maegawa
    • Takashi NozakiNatsuo KodaHiroki KatoHirotoshi Maegawa
    • G06T17/00
    • G06T19/20G06T2219/2021
    • A graphics processing unit is provided. A basic model display processing unit generates and displays rendering data based on three-dimensional model information on an object to be rendered. An effect model processing unit performs processing for applying a predetermined effect to a three-dimensional model of the object. A basic model storing unit stores a basic model file which defines a basic form of the object. An effect model storing unit stores an effect model file which describes the effect to be applied to the basic model in order to create a variation form while maintaining the identity of the basic form of the object. An effect processing unit applies the effect described in the effect model file to the basic model of the object, thereby changing the basic model. A rendering unit performs graphics processing for displaying a variation of the object based on the basic model changed.
    • 提供图形处理单元。 基本模型显示处理单元基于关于要呈现的对象的三维模型信息生成并显示呈现数据。 效果模型处理单元执行将预定效果应用于对象的三维模型的处理。 基本模型存储单元存储定义对象的基本形式的基本模型文件。 效果模型存储单元存储描述要应用于基本模型的效果的效果模型文件,以便在保持对象的基本形式的身份的同时创建变体形式。 效果处理单元将效果模型文件中描述的效果应用于对象的基本模型,从而改变基本模型。 渲染单元执行用于基于改变的基本模型显示对象的变体的图形处理。
    • 70. 发明授权
    • Shaft coupling
    • 轴联轴器
    • US07690999B2
    • 2010-04-06
    • US10579785
    • 2004-11-18
    • Takashi NozakiHiroyuki HakamataKeisuke SoneYoshihiko Hayama
    • Takashi NozakiHiroyuki HakamataKeisuke SoneYoshihiko Hayama
    • F16D3/04
    • F16D3/04
    • A shaft coupling includes plates fitted on ends of input and output shafts, respectively. A plurality of guide grooves are formed in the opposed surfaces of the plates, respectively, so that each of the grooves extends perpendicular to the corresponding groove formed in the other plate. A steel ball is disposed between each pair of guide grooves of the plates at a portion where the pair of grooves cross each other. When the steel balls are pushed by the driving plate, they push the driven plate while rolling in the guide grooves, with their movements restricted by a retainer in the radial direction of the plates. Thus, large power can be smoothly transmitted between the rotary members with less frictional resistance. The offset amount can be changed easily. Between the plates, there are only the steel balls and the retainer.
    • 轴联轴器分别包括安装在输入和输出轴端部的板。 多个引导槽分别形成在板的相对表面中,使得每个槽垂直于形成在另一个板中的相应凹槽延伸。 在一对槽彼此交叉的部分处,钢球设置在板的每对导向槽之间。 当钢球被驱动板推动时,它们在导向槽中滚动时推动从动板,其运动受到保持器在板的径向方向的限制。 因此,能够在摩擦阻力较小的旋转体之间平稳地传递大的动力。 可以容易地改变偏移量。 在板之间,只有钢球和保持架。