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    • 61. 发明授权
    • Semiconductor device with internal power supply circuit, together with liquid crystal device and electronic equipment using the same
    • 具有内部电源电路的半导体装置,与液晶装置及使用电子设备的电子设备一起使用
    • US06181584B2
    • 2001-01-30
    • US09534532
    • 2000-03-27
    • Norio KoizumiMasahiko Tsuchiya
    • Norio KoizumiMasahiko Tsuchiya
    • H02M318
    • G09G3/3696G09G2330/021G09G2330/027
    • A semiconductor device that is capable of preventing erroneous operation such as momentary lighting, having a booster circuit to which first and second power supply potentials VDD and VSS are supplied from an external power source, for boosting the absolute value of the potential difference therebetween and charging the boosted potential to a capacitor. This booster circuit has a plurality of transistors and a plurality of capacitors, and the boosted potential is charged to one of the plurality of capacitors in accordance with how the plurality of transistors are turned on or off. The gates of a plurality of transistors are connected to output lines of first and second NAND circuits, to which the output of a comparator is input through a buffer. The output of the comparator is at a low level when the second power supply potential VSS is higher than a reference potential VREG, such as when the power is forcibly cut, in which case the charge in one of the plurality of capacitors is discharged, based on the outputs from the first and second NAND circuits.
    • 一种半导体装置,其能够防止诸如瞬时点亮的错误操作,具有从外部电源向第一和第二电源电位VDD和VSS提供的升压电路,用于升高其间的电位差的绝对值并充电 电容器的电位升高。 该升压电路具有多个晶体管和多个电容器,并且根据多个晶体管的导通或截止的方式将升压电位充电到多个电容器中的一个。 多个晶体管的栅极连接到第一和第二NAND电路的输出线,比较器的输出通过缓冲器输入到其中。 当第二电源电位VSS高于基准电位VREG时,比较器的输出处于低电平,例如当电源被强制切断时,在这种情况下,多个电容器之一中的电荷基于放电 在第一和第二NAND电路的输出上。
    • 63. 发明授权
    • Dog-clutch transmission system
    • 狗离合器传动系统
    • US08800400B2
    • 2014-08-12
    • US13425294
    • 2012-03-20
    • Kosaku TakahashiDai AraiJunya WatanabeMasataka TanakaMasahiko TsuchiyaSatoru Nojima
    • Kosaku TakahashiDai AraiJunya WatanabeMasataka TanakaMasahiko TsuchiyaSatoru Nojima
    • F16H3/22
    • F16H3/16F16H3/006F16H63/18F16H2061/0474F16H2200/0052F16H2306/18
    • A dog-clutch transmission system having dog-clutches is provided that can effectively lower the sound resulting from the engagement of dogs during the meshing of gears. A dog-clutch transmission system includes first gears installed adjacent to each other on respective shafts so as not to be rotatable relatively to the respective shafts and to be axially slidable; and second gears installed so as to be rotatable relatively to the respective shafts and not to be axially slidable. Each of the first gears has dog-teeth projecting in the axial direction and each of the other gears has dog-holes recessed in the axial direction. Speed-stages are switchable by bringing the dog-teeth and the dog-holes into engagement and disengagement. A speed-change ratio proportion of a change-speed ratio at an arbitrary n-speed speed-stage to a speed-change ratio at a (n+1)-speed speed-stage is set at 0.725 or more.
    • 提供了具有离合器的狗离合器传动系统,其能够有效地降低齿轮啮合期间由于啮合引起的声音。 一种离合器离合器传动系统包括在相应的轴上彼此相邻设置的第一齿轮,以便不能相对于相应的轴旋转并且可轴向滑动; 以及第二齿轮,其被安装成相对于相应的轴可旋转,并且不能被轴向滑动。 每个第一齿轮具有沿轴向突出的齿形齿,并且每个其它齿轮具有沿轴向凹陷的爪形孔。 速度阶段可以通过使狗齿和狗孔进入接合和分离来切换。 任意的n速变速级的变速比与第(n + 1)速度转速级的变速比的变速比的比例设定为0.725以上。
    • 66. 发明授权
    • Power supply circuit, driving device, electro-optic device, electronic apparatus, and method of supplying driving-voltages
    • 电源电路,驱动装置,电光装置,电子装置以及驱动电压的供给方法
    • US07479954B2
    • 2009-01-20
    • US11211372
    • 2005-08-25
    • Masahiko Tsuchiya
    • Masahiko Tsuchiya
    • G09G5/00
    • G09G3/3625G09G3/2014G09G3/3696G09G2310/0208
    • A power supply circuit which generates driving voltages for an electro-optic device having a plurality of common electrodes and a plurality of segment electrodes with the use of multi-line driving in which four lines of common electrodes are simultaneously selected. The driving voltages are first through seventh driving voltages in which an i-th (2≦i≦5, and i is an integer) driving voltage is higher than an (i+1)th driving voltage. The power supply circuit includes: a common electrode driving-voltage generator circuit which generates the first and seventh driving voltages used for selection of the common electrodes at a positive side and a negative side on the basis of the fourth driving voltage; and a segment electrode driving-voltage generator circuit which generates the fourth driving voltage, the second and third driving voltages used for the segment electrodes at the positive side on the basis of the fourth driving voltage, and the fifth and the sixth driving voltages used for the segment electrodes at the negative side on the basis of the fourth driving voltage. The segment electrode driving-voltage generator circuit changes and outputs output potentials of only the third and fifth driving voltages from among the second through sixth driving voltages, while a voltage difference between the third and fourth driving voltages is kept equal to a voltage difference between the fourth and the fifth driving voltages.
    • 一种电源电路,其通过使用同时选择四条公共电极的多行驱动来产生具有多个公共电极和多个段电极的电光装置的驱动电压。 驱动电压是第i至第7驱动电压,其中第i(2≤i≤5,i为整数)驱动电压高于第(i + 1)驱动电压。 电源电路包括:公共电极驱动电压发生器电路,其基于第四驱动电压产生用于在正侧和负侧选择公共电极的第一和第七驱动电压; 以及段电极驱动电压发生器电路,其基于第四驱动电压产生第四驱动电压,用于正极侧的段电极的第二和第三驱动电压,以及用于第四驱动电压的第五和第六驱动电压 基于第四驱动电压的负极侧的段电极。 段电极驱动电压发生器电路在第二至第六驱动电压之间改变并输出仅第三和第五驱动电压的输出电位,同时第三和第四驱动电压之间的电压差保持等于 第四和第五驱动电压。
    • 68. 发明授权
    • Boat propulsion unit
    • 船推进单位
    • US07247068B2
    • 2007-07-24
    • US11378138
    • 2006-03-17
    • Hiroshi IwakamiAtsushi KusudaMasahiko Tsuchiya
    • Hiroshi IwakamiAtsushi KusudaMasahiko Tsuchiya
    • B63H20/28
    • B63H11/08F01P5/10F01P2050/02F01P2050/04
    • A propulsion unit for a boat has a cooling water intake structure through which entry of cooling water is obstructed when the boat is towed while the impeller is not turned, and through which sufficient cooling water enters when the impeller is turned. The propulsion unit includes an impeller, plural stationary blades provided on the downstream side of the impeller, and a cooling water intake structure. The intake structure is disposed between adjacent first and second stationary blades, on the side of the first stationary blade relative to a bisecting line between the two stationary blades. Hydraulic pressure on the side of the first stationary blade, relative to the bisecting line, is lowered by guide action of the impeller, and hydraulic pressure on the side of the second stationary blade relative to the bisecting line is raised, respectively, when the boat is towed while the impeller is stopped.
    • 用于船的推进单元具有冷却水入口结构,当叶轮没有转动时拖船时冷却水的进入被阻挡,当叶轮转动时通过该冷却水进入足够的冷却水。 推进单元包括叶轮,设置在叶轮下游侧的多个固定叶片和冷却水进入结构。 进气结构相对于两个固定叶片之间的平分线设置在相邻的第一和第二固定叶片之间,在第一固定叶片的侧面上。 第一固定叶片相对于平分线的一侧的液压通过叶轮的引导作用而降低,并且当第二固定叶片相对于平分线的液压在船上时分别升高 在叶轮停止时被拖曳。
    • 70. 发明授权
    • Small boat
    • 小船
    • US07168386B2
    • 2007-01-30
    • US10935077
    • 2004-09-08
    • Takao KochiMasahiko TsuchiyaHajime Shogase
    • Takao KochiMasahiko TsuchiyaHajime Shogase
    • B63B39/06B63B1/20B63B35/73B63H11/08
    • B63B35/731B63B1/042
    • A small boat has left and right sponsons extending in a longitudinal direction and respectively attached to left and right side walls forming a boat body. The sponsons are provided with an attachment section contacting a left side wall, a gliding section extending substantially horizontally from a lower edge of the attachment section, an inclined section connecting to a side edge of the gliding section, an upper edge of the attachment section, and projecting sections extending from an upper edge to a lower edge of the inclined section. Water flowing along the inclined section is guided by the projection sections and removed or separated from the inclined section. Accordingly, a small boat that turns through a small arc turning locus is provided, e.g., a small boat that is capable of relatively tight turning.
    • 小船具有沿着纵向方向延伸的左右支架,并且分别附接到形成船体的左侧壁和右侧壁。 所述支架设置有接合左侧壁的附接部分,从所述附接部分的下边缘基本上水平延伸的滑动部分,连接到所述滑动部分的侧边缘的倾斜部分,所述附接部分的上边缘, 以及从倾斜部分的上边缘延伸到下边缘的突出部分。 沿着倾斜部分流动的水由突出部分引导并且从倾斜部分移除或分离。 因此,提供了通过小弧形转动轨迹转动的小船,例如能够相对紧密转动的小型船。