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    • 3. 发明授权
    • Thermal-transfer-type color printer having a feed roller with micro
projections
    • 热转印型彩色打印机具有带微型投影的进给辊
    • US5645361A
    • 1997-07-08
    • US643403
    • 1996-05-06
    • Susumu MitsushimaHayami SugiyamaHitoshi NakagawaHiromitsu OgitaMinoru YamakuniKenichi KawaharaShigeyuki KawamuraKazuhiro Tsuji
    • Susumu MitsushimaHayami SugiyamaHitoshi NakagawaHiromitsu OgitaMinoru YamakuniKenichi KawaharaShigeyuki KawamuraKazuhiro Tsuji
    • B41J2/325B41J2/525B41J13/076
    • B41J13/076B41J2/325B41J2/525
    • In a thermal-transfer-type color printer, an ink ribbon and a paper are sandwiched between a thermal head and a platen roller so that a specific image is transferred onto the paper in a specific color. The platen roller is made by a rubber material which has a certain degree of hardness. On the surface of the ink ribbon, plural colors of ink are sequentially and repeatedly painted. Hence, after transferring an image onto the paper in one color, the paper is moved backward; and then, another image is transferred onto the paper in another color. Thus, a multi-color printing is performed. In order to avoid a color shade or an printing error, in which a printing position of one-color image does not accurately match with a printing position of another-color image, the paper should be accurately moved forward and backward. In order to do so, the thermal-transfer-type color printer provides a precise paper-feed mechanism which comprises a pinch roller and a paper-feed roller. Around a surface of the paper-feed roller, micro projections are formed in predetermined size and shape, so that the paper is certainly held between the pinch roller and paper-feed roller. The micro projections can be formed at a selected surface area of the paper-feed roller. Those micro projections are formed by carrying out an etching process using a masking pattern formed at a certain surface area of the paper-feed roller.
    • 在热转印型彩色打印机中,墨带和纸被夹在热敏头和压纸辊之间,使得特定图像以特定颜色转印到纸上。 压辊由具有一定硬度的橡胶材料制成。 在墨带的表面上,依次重复地喷涂多种颜色的墨水。 因此,在以一种颜色将图像转印到纸上之后,纸张向后移动; 然后,另一个图像以另一种颜色转印到纸上。 因此,进行多色打印。 为了避免单色图像的打印位置与另一种彩色图像的打印位置不准确匹配的色调或打印错误,纸张应该被准确地向前和向后移动。 为了这样做,热转印型彩色打印机提供精确的进纸机构,其包括夹送辊和送纸辊。 在供纸辊的表面周围,以预定尺寸和形状形成微突起,使得纸张肯定地保持在夹送辊和送纸辊之间。 微型突起可以形成在给纸辊的选定的表面区域。 通过使用形成在造纸辊的某一表面积处的掩模图案进行蚀刻工艺来形成这些微突起。
    • 4. 发明授权
    • Multi-input transistor circuit and multi-input transconductance circuit
    • 多输入晶体管电路和多输入跨导电路
    • US5977818A
    • 1999-11-02
    • US418447
    • 1995-04-07
    • Zdzislaw CzarnulKazuhiro Tsuji
    • Zdzislaw CzarnulKazuhiro Tsuji
    • H01L29/78G05F3/24H03F1/32H03F1/56H03F3/345H03F3/45G05F3/02
    • H03F3/45188G05F3/247H03F2203/45356H03F2203/45358
    • A multi-input transistor circuit including a plurality of input MOS transistors having gates each serving as an analog voltage input terminal, operating in a non-saturation area and connected in parallel; and circuit for providing a constant drain/source voltage for each of the input MOS transistors, and having a current output point. A multi-input transconductance circuit including first and second MOS transistor groups having gates serving as first and second analog voltage input terminals, respectively, operating in a non-saturation area and connected in parallel; and a circuit for providing constant drain/source voltage for the transistors in each group and connected to a common source connecting point of each of the first and second MOS transistor groups, and having first and second current output terminals. The multi-input transistor and the multi-input transconductance circuit exhibit input-to-output linearity, have a wide dynamic range and are equivalent to an n-gate transistor.
    • 一种多输入晶体管电路,包括多个具有各自用作模拟电压输入端的栅极的输入MOS晶体管,在非饱和区域中并联并联; 以及用于为每个输入MOS晶体管提供恒定的漏极/源极电压并具有电流输出点的电路。 一种多输入跨导电路,包括分别具有用作第一和第二模拟电压输入端的栅极的第一和第二MOS晶体管组,工作在非饱和区并并联连接; 以及用于为每个组中的晶体管提供恒定的漏极/源极电压并且连接到第一和第二MOS晶体管组中的每一个的公共源极连接点并且具有第一和第二电流输出端子的电路。 多输入晶体管和多输入跨导电路具有输入到输出的线性度,具有宽动态范围并且等效于n栅极晶体管。
    • 7. 发明授权
    • Structure for fixing feedthrough capacitor in high-frequency device and
manufacturing method of high-frequency device
    • 高频装置中的馈通电容器固定结构及高频装置的制造方法
    • US5097389A
    • 1992-03-17
    • US487840
    • 1990-03-05
    • Katsuo ItoKazunori KinoshitaKazuhiro Tsuji
    • Katsuo ItoKazunori KinoshitaKazuhiro Tsuji
    • H05K7/04H05K7/14H05K9/00
    • H05K9/006
    • A high frequency device having a shield casing with the interior divided into small sections by shield plates, and with circuit blocks of a high frequency circuit in the respective sections including substrates with circuit components on the upper surface with terminals extending through the substrate to a printed circuit on the lower surface. A feedthrough capacitor is mounted in the casing or in the shield plate, or both, in a level corresponding to the level of the substrate, such that the feedthrough terminal of the capacitor extends adjacent the printed circuit, and such that, when the device is immersed in solder to solder the terminals of the components to the printed circuit, the feedthrough terminal of the capacitor is also soldered to the printed circuit and the capacitor itself is also soldered to the casing or the shield plate. Further, steadying fingers are provided around the fixing hole portion in the casing or plate, and these are spaced around the periphery of the fixing hole portion so that the two fingers nearest the bottom edge of the casing or plate are a maximum distance from the edge, so as to maximize the resistance of the casing or plate to distortion when the fingers are bent laterally from within the fixing hole portion.
    • 具有屏蔽壳体的高频器件,其内部通过屏蔽板分成小部分,并且在各部分中具有高频电路的电路块,包括在上表面上具有电路部件的基板,端子通过基板延伸到印刷 电路在下表面。 馈通电容器安装在壳体或屏蔽板中,或者两者中,以与衬底的电平相对应的电平,使得电容器的馈通端子相邻于印刷电路延伸,并且使得当器件为 浸入焊料中以将部件的端子焊接到印刷电路,电容器的馈通端子也焊接到印刷电路,并且电容器本身也焊接到壳体或屏蔽板。 此外,在壳体或板中的固定孔部分周围设置稳定的指状物,并且这些指状物围绕固定孔部分的周边间隔开,使得最靠近壳体或板的底部边缘的两个指状物距离边缘的最大距离 以便当手指从固定孔部分中横向弯曲时,使壳体或板的阻力最大化。
    • 9. 发明授权
    • Fine adjusting mechanism for preset type tuner
    • 预置式调谐器微调机构
    • US4532485A
    • 1985-07-30
    • US560760
    • 1983-12-12
    • Katsuo ItoKazunori YoshimuraKazuhiro TsujiKazuo Kontani
    • Katsuo ItoKazunori YoshimuraKazuhiro TsujiKazuo Kontani
    • H03J1/14H03J5/28
    • H03J5/28Y10T74/19516
    • An improved fine adjusting mechanism for a preset type tuner, which is so arranged that, with a ring having cam portions being fitted under pressure onto a fine adjusting shaft of a tuner for simultaneous rotation with it and also for slippage with respect to the fine adjusting shaft against a torque larger than a predetermined extent, a lever having a transmission gear rotatably mounted on it is urged by a spring force so that its actuating projections are held in pressure contact with the cam surface of the ring with the cam portions, so that rotation of the fine adjusting shaft is converted into a pivotal movement of the lever through the ring so as to positively engage the transmission gear with each of gears having threaded portions for an efficient local oscillation frequency adjustment.
    • 一种用于预设型调谐器的改进的微调机构,其被布置成使得具有凸轮部分的环被压配合到调谐器的微调轴上以与之同时旋转并且还用于相对于微调 轴的扭矩大于预定范围,具有可旋转地安装在其上的传动齿轮的杆被弹簧力推动,使得其致动突起与凸轮部分与环的凸轮表面保持压力接触,使得 细调节轴的旋转被转换成杠杆通过环的枢转运动,以便使传动齿轮与每个具有用于有效的本地振荡频率调节的螺纹部分的齿轮啮合。