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    • 3. 发明申请
    • OPTICAL DISC DRIVING DEVICE
    • 光盘驱动器件
    • US20100014397A1
    • 2010-01-21
    • US12522122
    • 2007-12-27
    • Hiroshi HoshinoNobuaki Hirai
    • Hiroshi HoshinoNobuaki Hirai
    • G11B20/00G11B3/74
    • G11B7/08511G11B7/0941G11B2007/0013
    • An optical disc driving device includes a control circuit 4 for performing a gain adjustment for each of two recording surfaces of a multilayered optical disc 1 on the basis of an FE signal in such a way as to maintain a state in which light is focused onto either of the recording surfaces, to generate a focus servo loop signal, and for generating a focus jump signal for causing either a transition from a state in which the light is focused onto one recording surface to a state in which the light is focused onto the other recording surface, or a transition in the opposite direction from a threshold set up on the basis of an amount of gain adjustment, and a focus actuator driving circuit 5 for performing either a focus jump or an operation of maintaining the state in which the light is focused.
    • 光盘驱动装置包括:控制电路4,用于根据FE信号对多层光盘1的两个记录面的每一个进行增益调整,以便将光聚焦到任何一个 以产生聚焦伺服环路信号,并且用于产生聚焦跳跃信号,以产生从光聚焦到一个记录表面的状态到光聚焦到另一个的状态的转变 记录表面或与基于增益调整量设置的阈值相反方向的转变;以及聚焦致动器驱动电路5,用于执行聚焦跳跃或维持光的状态的操作 专注于
    • 7. 发明授权
    • Optical disc driving device
    • 光盘驱动装置
    • US08675463B2
    • 2014-03-18
    • US12522122
    • 2007-12-27
    • Hiroshi HoshinoNobuaki Hirai
    • Hiroshi HoshinoNobuaki Hirai
    • G11B20/00G11B3/74
    • G11B7/08511G11B7/0941G11B2007/0013
    • An optical disc driving device includes a control circuit 4 for performing a gain adjustment for each of two recording surfaces of a multilayered optical disc 1 on the basis of an FE signal in such a way as to maintain a state in which light is focused onto either of the recording surfaces, to generate a focus servo loop signal, and for generating a focus jump signal for causing either a transition from a state in which the light is focused onto one recording surface to a state in which the light is focused onto the other recording surface, or a transition in the opposite direction from a threshold set up on the basis of an amount of gain adjustment, and a focus actuator driving circuit 5 for performing either a focus jump or an operation of maintaining the state in which the light is focused.
    • 光盘驱动装置包括:控制电路4,用于根据FE信号对多层光盘1的两个记录面的每一个执行增益调整,以便将光聚焦到任何一种 以产生聚焦伺服环路信号,并且用于产生聚焦跳跃信号,以产生从光聚焦到一个记录表面的状态到光聚焦到另一个的状态的转变 记录表面或与基于增益调整量设置的阈值相反方向的转变;以及聚焦致动器驱动电路5,用于执行聚焦跳跃或维持光的状态的操作 专注于
    • 8. 发明申请
    • IMAGE DISPLAY APPARATUS AND IMAGE DISTORTION CORRECTION METHOD OF THE SAME
    • 图像显示装置及其图像失真校正方法
    • US20090268095A1
    • 2009-10-29
    • US12159125
    • 2007-02-21
    • Hiroshi HoshinoRyo KawamuraAtsuyuki Yamamoto
    • Hiroshi HoshinoRyo KawamuraAtsuyuki Yamamoto
    • H04N5/00H04N9/31G10L21/00G03B21/10
    • H04N5/74
    • An image display apparatus includes a projector 2 receiving an image signal and projecting image light and a screen 1 including a projection plane of arbitrary shape. The projector 2 and screen 1 are connected with link mechanisms 3a to 3c and link mechanisms 3b and 3d. The relative position and posture between the projector 2 and the screen 1 are automatically or manually changeable. The relative position and posture between the projector 2 and the screen 1 are measured, and correction parameters for correcting distortion of image light projected from the projector 2 onto the screen 1 are calculated from the previously set viewing position of the viewer and the shape of the projection plane of the projector 2. Based on the calculated correction parameters, the image signal inputted into the projector 2 is subjected to distortion correction processing. It is therefore possible to allow the viewer to see a clear image even if the position of the screen is changed.
    • 图像显示装置包括:接收图像信号和投影图像光的投影仪2以及包括任意形状的投影平面的画面1。 投影仪2和屏幕1与链接机构3a至3c和连杆机构3b和3d连接。 投影机2和屏幕1之间的相对位置和姿态可自动或手动地改变。 测量投影仪2和屏幕1之间的相对位置和姿势,并根据观看者的先前设定的观看位置和从观看者的形状来计算用于校正从投影仪2投射到屏幕1上的图像光的失真的校正参数 投影仪的投影面2.基于所计算的校正参数,输入到投影仪2的图像信号进行失真校正处理。 因此,即使屏幕的位置改变,也可以让观看者看到清晰的图像。
    • 9. 发明授权
    • Electric heating device for fluid food material
    • 流体食品电加热装置
    • US06678470B1
    • 2004-01-13
    • US10256406
    • 2002-09-27
    • Hiroshi Hoshino
    • Hiroshi Hoshino
    • H05B360
    • H05B3/0009H05B3/023H05B2203/021
    • Disclosed is an electric heating device for heating a fluid food material, for example, a liquid food material with high viscosity such as mayonnaise or the like, and a solid-liquid mixed food material such as a mixture of tea powder, coffee powder or the like and water, in which a solid and a liquid are mixed. The heating device includes a cylindrical container body having the bottom end thereof and containing the fluid food material. A cylindrical outer electrode is mounted in this container body, and an inner electrode, having an outer circumferential surface opposite to the inner circumferential surface of the outer electrode, is arranged at the center of the container body. An electric power is supplied from a power supply to the inner electrode and the outer electrode, and an electric current flows through the food material injected in the container body, whereby the food material is heated by the Joule heat. In heating the food material, the inner electrode is relatively rotated relative to the container body. Therefore, the food material flows in a circumferential direction in the container body due to its viscosity, and thus the adhesion of the food material to the electrode can be prevented.
    • 公开了一种用于加热流体食品材料的电加热装置,例如具有高粘度的液体食品,例如蛋黄酱等,以及固体 - 液体混合食品材料,例如茶粉,咖啡粉或 类似物和水,其中固体和液体混合。 加热装置包括具有其底端并包含流体食品材料的圆柱形容器主体。 圆筒状的外部电极被安装在该容器主体中,并且具有与外部电极的内周面相反的外周面的内部电极设置在容器主体的中心。 从电源向内部电极和外部电极供给电力,并且电流流过注入容器主体的食品,由此通过焦耳热加热食品。 在加热食物材料时,内部电极相对于容器主体相对旋转。 因此,食品材料由于其粘度而在容器主体的圆周方向上流动,因此可以防止食品材料与电极的粘附。
    • 10. 发明授权
    • High speed heavy duty tire including bead part with side packing rubber
    • 高速重型轮胎,包括带侧面包装橡胶的胎圈部分
    • US5253690A
    • 1993-10-19
    • US804998
    • 1991-12-10
    • Kiyoshi UeyokoMikio TakatsuHiroshi Hoshino
    • Kiyoshi UeyokoMikio TakatsuHiroshi Hoshino
    • B60C1/00B60C13/00B60C15/00B60C15/06
    • B60C15/0072B60C1/0025B60C13/00B60C15/0018B60C15/06B60C15/0607Y10T152/10828Y10T152/10837Y10T152/10846
    • A high speed heavy duty tire with improved bead durability, which includes: a bead core disposed in each of the bead portions; a radial carcass extending between the bead portions and turned up around the bead cores to form two turned up portions and one main portion therebetween; a belt disposed radially outside the carcass; a tapered bead apex disposed between the main portion and each turned up portion of the carcass and extending radially outwardly; and a sidewall disposed on each side of the carcass and extending from the bead base to the tread edge, wherein the sidewall comprises a lower sidewall and an upper sidewall, the lower sidewall extending radially outwardly from the bead base over a height corresponding to the radially outermost edge of a flange of the tire's regular rim, and the upper sidewall extending radially outwardly from the radially outer edge of the lower sidewall. Each bead portion is provided between the carcass and the lower sidewall with a side packing of small thickness, the side packing is made of rubber having a 100% modulus MP of 53 to 95 kg/sq.cm., the bead apex is made of rubber having a 100% modulus MA of 78 to 120 kg/sq.cm., the lower sidewall is made of rubber having a 100% modulus MC of 40 to 70 kg/sq.cm., the upper sidewall is made of rubber having a 100% modulus MS of 10 to 45 kgf/sq.cm., and these 100% modulus values MP, MA, MC and MS are in the relation of MS
    • 一种具有改善的珠粒耐久性的高速重型轮胎,其包括:设置在每个胎圈部分中的胎圈芯; 径向胎体,其在胎圈部分之间延伸并且围绕胎圈芯线卷起,以在它们之间形成两个折叠部分和一个主要部分; 设置在胎体径向外侧的带; 设置在胎体的主要部分和每个翻起部分之间并且径向向外延伸的锥形胎圈三角形; 以及设置在所述胎体的每一侧并且从所述胎圈基部延伸到所述胎面边缘的侧壁,其中所述侧壁包括下侧壁和上侧壁,所述下侧壁从所述胎圈基部径向向外延伸, 轮胎正常边缘的凸缘的最外边缘,并且上侧壁从下侧壁的径向外边缘径向向外延伸。 每个胎圈部分设置在胎体和下侧壁之间,具有小厚度的侧填料,侧填料由100%模量MP为53至95kg / sq.cm的橡胶制成,胎圈三角形由 100%模量MA为78〜120kg / sq.cm的橡胶,下侧壁由100%模量MC为40〜70kg / sq.cm的橡胶制成,上侧壁由橡胶制成, 100%模量MS为10〜45kgf / sq.cm,这些100%模量值MP,MA,MC和MS为MS