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    • 1. 发明授权
    • Optical pickup apparatus
    • 光拾取装置
    • US07934226B2
    • 2011-04-26
    • US12631341
    • 2009-12-04
    • Chikashi YoshinagaKenichi Takeuchi
    • Chikashi YoshinagaKenichi Takeuchi
    • G11B7/22G11B7/08
    • G11B7/13G11B7/12
    • An optical pickup apparatus comprising: a photo detector configured to receive light reflected from a medium; a housing mounted with the photo detector; and a projecting portion projecting from the housing, the projecting portion including a displacement preventer configured to prevent displacement of the photo detector or an adhesive relative to the housing, the displacement preventer including a fixing portion formed to extend along a plurality of directions, the photo detector being provided on the housing by applying the adhesive to the displacement preventer.
    • 一种光学拾取装置,包括:光电检测器,被配置为接收从介质反射的光; 安装有光电检测器的外壳; 以及突出部,其从所述壳体突出,所述突出部包括位移防止器,其构造成防止所述光检测器或粘合剂相对于所述壳体的位移,所述防止位移器包括形成为沿多个方向延伸的固定部,所述照片 检测器通过将粘合剂施加到位移防止器而设置在壳体上。
    • 2. 发明授权
    • Successive approximation type A/D converter
    • 逐次逼近型A / D转换器
    • US07786908B2
    • 2010-08-31
    • US12213560
    • 2008-06-20
    • Chikashi Yoshinaga
    • Chikashi Yoshinaga
    • H03M1/10
    • H03M1/1023H03M1/46
    • A successive approximation type A/D converter includes a main capacitance array connected with a common connection node; a correction capacitance array; a voltage comparator configured to detect a voltage of the common connection node; and a successive approximation register in which a value is set based on an output of the voltage comparator. A first control circuit changes voltages applied to capacitance elements of the main capacitance array and the correction capacitance array based on a value set in the successive approximation register. A second control circuit responds to a control signal to connect the main capacitance array to an input voltage signal or a first predetermined voltage, and the correction capacitance array to the common connection node or a second predetermined voltage.
    • 逐次逼近型A / D转换器包括与公共连接节点连接的主电容阵列; 校正电容阵列; 电压比较器,被配置为检测公共连接节点的电压; 以及其中基于电压比较器的输出设置值的逐次逼近寄存器。 第一控制电路基于在逐次逼近寄存器中设置的值来改变施加到主电容阵列和校正电容阵列的电容元件的电压。 第二控制电路响应控制信号将主电容阵列连接到输入电压信号或第一预定电压,并将校正电容阵列连接到公共连接节点或第二预定电压。
    • 4. 发明申请
    • Semiconductor device
    • 半导体器件
    • US20070176259A1
    • 2007-08-02
    • US11699336
    • 2007-01-30
    • Chikashi Yoshinaga
    • Chikashi Yoshinaga
    • H01L29/00
    • H01L23/5223H01L28/60H01L2924/0002H01L2924/00
    • A problem of an increased manufacturing cost is caused in conventional semiconductor devices. A semiconductor device 1 includes: a lower electrode 102 provided on a semiconductor substrate 101; an insulating film 105, provided on the lower electrode 102 so as to be in contact with the lower electrode 102; an upper electrode 103, provided on the insulating film 105 so as to be in contact with the insulating film 105; an opening portion 121, provided in the lower electrode 102 and extending through the lower electrode 102; and an opening portion 122, provided in the upper electrode 103 and extending through the upper electrode 103. The insulating film 123 is embedded in the opening portion 121 that is provided in the lower electrode 102. Similarly, the insulating film 124 is embedded in the opening portion 122 that is provided in the upper electrode 103.
    • 在常规半导体器件中引起制造成本增加的问题。 半导体器件1包括:设置在半导体衬底101上的下电极102; 设置在下电极102上以与下电极102接触的绝缘膜105; 设置在绝缘膜105上以与绝缘膜105接触的上电极103; 设置在下电极102中并延伸穿过下电极102的开口部分121; 以及设置在上电极103中并延伸穿过上电极103的开口部分122.绝缘膜123嵌入设置在下电极102中的开口部分121中。类似地,绝缘膜124嵌入 开口部122设置在上部电极103中。
    • 6. 发明授权
    • Successive approximation type analog/digital converter and operation method of successive approximation type analog/digital converter
    • 逐次逼近型模拟/数字转换器和逐次逼近型模拟/数字转换器的操作方法
    • US07924205B2
    • 2011-04-12
    • US12482601
    • 2009-06-11
    • Chikashi Yoshinaga
    • Chikashi Yoshinaga
    • H03M1/38
    • H03M1/0697H03M1/144H03M1/46
    • In a successive approximation-type A/D converter, an S/H circuit samples and holds an analog input voltage. A D/A converter section receives current digital data corresponding to a current search voltage range, and outputs a plurality of comparison voltages based on the current digital data. A comparator section performs parallel comparison in which the held analog input voltage is compared with each of the plurality of comparison voltages. A successive approximation register section outputs digital data for a next search voltage range within the current search voltage range as the current digital data to the digital-to-analog converter section based on a result of the parallel comparison using the current search voltage range. A timing control circuit generates a switching signal from the parallel comparison to a redundant comparison such that the redundant comparison is performed.
    • 在逐次逼近型A / D转换器中,S / H电路采样并保持模拟输入电压。 D / A转换器部分接收与当前搜索电压范围对应的当前数字数据,并且基于当前数字数据输出多个比较电压。 比较器部分执行并行比较,其中保持的模拟输入电压与多个比较电压中的每一个进行比较。 逐次逼近寄存器部分基于使用当前搜索电压范围的并行比较的结果,将当前搜索电压范围内的下一个搜索电压范围的数字数据作为当前数字数据输出到数模转换器部分。 定时控制电路从并行比较生成切换信号到冗余比较,从而执行冗余比较。
    • 8. 发明申请
    • Successive approximation type A/D converter
    • 逐次逼近型A / D转换器
    • US20080316080A1
    • 2008-12-25
    • US12213560
    • 2008-06-20
    • Chikashi Yoshinaga
    • Chikashi Yoshinaga
    • H03M1/34
    • H03M1/1023H03M1/46
    • A successive approximation type A/D converter includes a main capacitance array connected with a common connection node; a correction capacitance array; a voltage comparator configured to detect a voltage of the common connection node; and a successive approximation register in which a value is set based on an output of the voltage comparator. A first control circuit changes voltages applied to capacitance elements of the main capacitance array and the correction capacitance array based on a value set in the successive approximation register. A second control circuit responds to a control signal to connect the main capacitance array to an input voltage signal or a first predetermined voltage, and the correction capacitance array to the common connection node or a second predetermined voltage.
    • 逐次逼近型A / D转换器包括与公共连接节点连接的主电容阵列; 校正电容阵列; 电压比较器,被配置为检测公共连接节点的电压; 以及其中基于电压比较器的输出设置值的逐次逼近寄存器。 第一控制电路基于在逐次逼近寄存器中设置的值来改变施加到主电容阵列和校正电容阵列的电容元件的电压。 第二控制电路响应控制信号将主电容阵列连接到输入电压信号或第一预定电压,并将校正电容阵列连接到公共连接节点或第二预定电压。
    • 9. 发明申请
    • Wiring layout structure for optical head device
    • 光头设备接线布局结构
    • US20050270914A1
    • 2005-12-08
    • US11075224
    • 2005-03-08
    • Chikashi YoshinagaHideyuki Saikawa
    • Chikashi YoshinagaHideyuki Saikawa
    • G11B7/12G11B7/00G11B7/085G11B7/09G11B7/125
    • G11B7/12G11B7/08582
    • A fixture plate is fixed by a screw onto an optical housing of the optical head device at a portion corresponding to where a monitor signal path portion and an act signal path portion are arranged overlapping one another. The two signal path portions are portions of two types of signal paths discretely formed on a flexible wiring board. The fixture plate is composed of a conductive material. One of the monitor signal path portion and the act signal path portion is covered by the fixture plate and fixed by a screw onto the optical housing together with the fixture plate, while the other of the monitor signal path portion and the act signal path portion is hooked in place by a hook provided on the fixture plate. The fixture plate is interposed between the monitor signal path portion and the act signal path portion.
    • 在对应于监视信号路径部分和动作信号路径部分彼此重叠的部分处,固定板通过螺钉固定到光学头装置的光学壳体上。 两个信号路径部分是离散地形成在柔性布线板上的两种信号路径的部分。 固定板由导电材料组成。 监视信号路径部分和动作信号路径部分中的一个被固定板覆盖并且与固定板一起由螺钉固定到光学壳体上,而监视信号路径部分和动作信号路径部分中的另一个是 通过设在夹具板上的钩钩住就位。 夹具板夹在监视信号路径部分和动作信号路径部分之间。
    • 10. 发明授权
    • Objective lens driving device with cover having an opening for exposing a tracking coil
    • 具有盖的物镜驱动装置具有用于暴露跟踪线圈的开口
    • US06845510B2
    • 2005-01-18
    • US10354495
    • 2003-01-29
    • Chikashi Yoshinaga
    • Chikashi Yoshinaga
    • G11B7/09G11B7/08G11B7/085
    • G11B7/0932G11B7/0933G11B7/0935
    • The height of a tracking coil in an objective lens driving device having a cover over a magnetic circuit is freed from limitations imposed by the cover, so that an effective length of the tracking coil can be ensured. Magnets 2, 3 generating an effective flux and facing yokes 6, 7 facing the magnets are provided such that effective edges of a focusing coil 12 and a tracking coil 13 are located in an air gap. A cover 19 is provided over the top surface of the magnets 2, 3 and the facing yokes 6, 7. The cover 19 has a notch formed for exposing the tracking coil 13 so as to avoid limiting the height of the tracking coil 13, thereby securing an appropriate effective length of the tracking coil 13 within the effective flux.
    • 在磁路上具有盖子的物镜驱动装置中的跟踪线圈的高度不受盖子施加的限制,从而可以确保跟踪线圈的有效长度。 磁铁2,3产生有效磁通并且面向磁铁的面对磁轭6,7设置成使得聚焦线圈12和跟踪线圈13的有效边缘位于气隙中。 盖子19设置在磁体2,3的上表面和面对的磁轭6,7之间。盖19具有形成用于暴露跟踪线圈13的凹口,以避免限制跟踪线圈13的高度,由此 将跟踪线圈13的适当有效长度固定在有效通量内。