会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 44. 发明申请
    • Heat storage unit
    • 储热单元
    • US20070079951A1
    • 2007-04-12
    • US10580048
    • 2004-12-01
    • Kazuo TakahashiHiromiki YagiYasuo HigashiToshiya Miyake
    • Kazuo TakahashiHiromiki YagiYasuo HigashiToshiya Miyake
    • F28D19/00
    • C09K5/063F28D20/025Y02E60/145Y02P20/124
    • A heat storage unit capable of efficiently storing heat in a short time. The unit includes: a heat storage container 1a that houses sodium acetate 3, which stores heat by a state change between solid and liquid, and oil 2, which exchanges heat by directly contacting the sodium acetate 3, has smaller specific gravity than that of the sodium acetate 3, and is separated from the sodium acetate 3. Further, the unit includes: a supply pipe 4 that passes at least through the sodium acetate 3 housed in the heat storage container 1a and supplies the oil 2 into the heat storage container 1a; and a discharge pipe that discharges the oil 2 housed in the heat storage container 1a to the outside of the heat storage container 1a. Then, the supply pipe 4 crosses the boundary surface between the oil 2 and the sodium acetate 3 which are housed in the heat storage container 1a, has a plurality of discharge holes that discharge the supplied oil 2a, and at least one of the discharge holes 6 are positioned in the oil 2.
    • 一种能够在短时间内有效地储存热量的蓄热单元。 该单元包括:通过固体和液体之间的状态变化来储存热量的乙酸钠3和通过直接接触乙酸钠3进行热交换的油2的蓄热容器1a具有比 乙酸钠3,并与乙酸钠3分离。此外,该单元包括:供给管4,其至少通过容纳在蓄热容器1a中的乙酸钠3,并将油2供给到储热容器 集装箱1 a; 以及将容纳在蓄热容器1a内的油2排出到蓄热容器1a的外部的排出管。 然后,供给管4越过容纳在蓄热容器1a内的油2和乙酸钠3之间的边界面,具有排出供给油2a的多个排出孔,并且至少一个 排出孔6位于油2中。
    • 47. 发明申请
    • Optical pickup device and apparatus for reading data from optical storage medium
    • 用于从光学存储介质读取数据的光学拾取装置和装置
    • US20050041541A1
    • 2005-02-24
    • US10921836
    • 2004-08-20
    • Kiyoshi TateishiKazuo TakahashiMitsuru SatoIchiro Sugai
    • Kiyoshi TateishiKazuo TakahashiMitsuru SatoIchiro Sugai
    • G11B7/085G11B7/00G11B7/09
    • G11B7/08511G11B7/0945G11B2007/0013
    • An optical pickup is provided for preventing an objective lens from colliding with an optical recording medium at the stage of initial adjustments. The optical pickup device comprises a servo circuit, and a lens driver for driving an objective lens. In the servo circuit, a drive signal generator supplies the lens driver with one of a first focus drive signal for moving the objective lens in a direction closer to an information recording layer, and a second focus drive signal for moving the objective lens in a direction away from the information recording layer. A controller in a timing generator switches a signal supplied to the lens driver from the first focus drive signal to the second focus drive signal when the level changes by a predetermined range or more in a servo signal which is generated during a period in which the first focus drive signal is being supplied to the lens driver.
    • 提供了一种用于在初始调整阶段防止物镜与光记录介质碰撞的光拾取器。 光学拾取装置包括伺服电路和用于驱动物镜的透镜驱动器。 在伺服电路中,驱动信号发生器向透镜驱动器提供用于使物镜沿更靠近信息记录层的方向移动的第一聚焦驱动信号和用于使物镜沿方向移动的第二聚焦驱动信号 远离信息记录层。 定时发生器中的控制器在第一聚焦驱动信号中提供给镜头驱动器的信号切换到第二聚焦驱动信号,当电平在伺服信号中改变预定范围或更大时,该伺服信号是在第一 聚焦驱动信号被提供给镜头驱动器。
    • 48. 发明授权
    • Displaying three-dimensional medical images
    • 显示三维医学图像
    • US06826297B2
    • 2004-11-30
    • US09860867
    • 2001-05-18
    • Motoaki SaitoKazuo TakahashiKeiji ItoKimiaki Saito
    • Motoaki SaitoKazuo TakahashiKeiji ItoKimiaki Saito
    • G06K900
    • A61B6/465A61B6/032A61B6/463A61B6/466G06T11/008
    • Multiple objects having the same physical property within a subject are displayed as distinct three-dimensional images in one or more views. Projection data obtained by scanning the subject with electromagnetic radiation are used to create a spatial distribution of absorption values for the subject that is displayed as an image on an image display unit. The spatial distribution is also stored as a series of voxels representing a three-dimensional image of the subject. Particular spatial regions within the image are defined as objects, with each object comprising a set of voxels. The objects are grouped into one or more views using a set selection panel on the image display unit. A density, gradient and color for each object in a view are determined based on properties input through the a series of object property setting panels on the image display unit. Each object in a particular view is associated with one of the property setting panels. A relationship between degrees of opacity and values for the voxels in an object is defined in the property setting panel for the object and used to determine the density. The density, gradient and color for the objects in a view are stored as a parameter set in memory and optionally, on a non-volatile medium for subsequent retrieval. A volume rendering process applies the data in the parameter sets to the stored voxels to create one or more views of the three-dimensional image. A viewpoint parameter provides a common viewpoint for displaying multiple views simultaneously in different areas of a display.
    • 在一个或多个视图中,在对象内具有相同物理属性的多个对象被显示为不同的三维图像。 使用通过用电磁辐射扫描对象获得的投影数据用于产生在图像显示单元上作为图像显示的被摄体的吸收值的空间分布。 空间分布也被存储为表示对象的三维图像的一系列体素。 图像中的特定空间区域被定义为对象,每个对象包括一组体素。 使用图像显示单元上的设置选择面板将对象分组为一个或多个视图。 基于通过图像显示单元上的一系列对象属性设置面板输入的属性来确定视图中每个对象的密度,渐变和颜色。 特定视图中的每个对象与其中一个属性设置面板相关联。 在对象的属性设置面板中定义对象中体素的不透明度和值之间的关系,并用于确定密度。 视图中对象的密度,渐变和颜色作为参数集存储在存储器中,可选地存储在非易失性介质上用于随后的检索。 体绘制过程将参数集中的数据应用于存储的体素,以创建三维图像的一个或多个视图。 视点参数提供了在显示器的不同区域中同时显示多个视图的公共视点。