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    • 91. 发明公开
    • Copying machine control apparatus
    • SteuerungfüreinKopiergerät。
    • EP0343066A1
    • 1989-11-23
    • EP89401359.8
    • 1989-05-17
    • Shinko Electric Co. Ltd.
    • Maeno, Satoru c/o Shinko Electric Co.LtdFukuyama, Norio c/o Shinko Electric Co.LtdOhishi, Tetsuo c/o Shinko Electric Co.Ltd
    • G03G15/22G03G15/00
    • G03G15/5008G03G15/0131G03G15/04G03G15/305
    • A copying machine control apparatus which includes a first control means (53) for actuating a first driving means (51a) which operates a photoconductive drum (10), a second control means (55) for actuating a second driving means (39) which operates a scanning means (3), and a third control means (54) for actuating a third driving means (52a) which operates a transfer drum (15). Each of first, second, and third control means has a position controller and a speed controller, respectively, operated by a common reference pulse train, in which the position controller generates a position control signal to indicate the turning position difference at any moment, and the speed controller generates a speed control signal which is composed of a frequency difference between the common reference pulse train and the pulse train outputted from respective pulse encoders, then this speed control signal is added to the position control signal to generate a driving signal which actuates each of first, second, and third driving means (51a, 39, 52a), respectively. Thus, the first, second, and third driving means are harmoniously operated by the common reference pulse train. In the case there each of the first and third driving means in constructed by an outer-rotor type electric motor, each of the photoconductive and transfer drums is rotated by the outer rotor of the electric motor.
    • 一种复印机控制装置,包括用于致动用于操作感光鼓(10)的第一驱动装置(51a)的第一控制装置(53),用于致动操作第二驱动装置(39)的第二控制装置(55) 扫描装置(3)和用于致动操作转印鼓(15)的第三驱动装置(52a)的第三控制装置(54)。 第一,第二和第三控制装置中的每一个分别具有由公共参考脉冲串操作的位置控制器和速度控制器,其中位置控制器产生位置控制信号以指示任何时刻的转动位置差异,以及 速度控制器产生速度控制信号,该速度控制信号由公共参考脉冲串和从各个脉冲编码器输出的脉冲串之间的频率差组成,然后该速度控制信号被加到位置控制信号上,以产生驱动信号 分别为第一,第二和第三驱动装置(51a,39,52a)。 因此,第一驱动装置,第二驱动装置和第三驱动装置由公共参考脉冲串协调地运行。 在由外转子型电动机构成的第一驱动装置和第三驱动装置中的每一个的情况下,光电导体和转印鼓中的每一个由电动机的外转子旋转。
    • 92. 发明公开
    • Engine driven generator
    • Durch einen电机agetriebener发电机。
    • EP0338512A2
    • 1989-10-25
    • EP89106938.7
    • 1989-04-18
    • Shinko Electric Co. Ltd.
    • Takakado, Yuzo c/o Toyohashi Factory of
    • H02J7/14H02P9/08H02K7/18F02N11/04
    • H02J7/14F02N11/04H02J7/1492H02P9/009H02P9/08
    • An engine driven generator having an engine (1), a three-phase sysnchronous generator (3) to be driven by the engine (1), a direct current power supply (15) for actuating the engine (1), a direct current/alternating current power supply converter (13) for converting a direct current power of the direct current power supply (15) to an alternating current power and supplying the alternating current power to the three-phase synchronous generator (3):

      (1) characterized in further comprising a full-wave rectifier (11) for rectifying an output of the three-phase generator (3) and supplying the thus rectified output to the direct current/alternating current power converter (13); a switching unit (12) for switching output terminals of the direct current/alternating current power converter (13) to terminals of an outer device or output terminals of the synchrnous generator (3); a rotor position detector (10) for detecting a position of rotor of the synchronous generator (3); and
      (2) characterized in that during the period when the three-phase synchronous generator (3) performs the power generating operation after completing the actuation of the engine (1), a pair of positive and negative first single-­ phase switching elements are subjected to successive ON/OFF control operation while one pair of two-phase switching elements and the other pair of two-phase switching elements are alternated for each half of the time and subjected to PWM control operation so that output terminals corresponding to the two-phase switching elements are short-circuited with each other.
    • 一种具有发动机(1),由发动机(1)驱动的三相系统同步发电机(3)的发动机驱动发电机,用于致动发动机(1)的直流电源(15),直流/ 交流电源转换器(13),用于将直流电源(15)的直流电力转换为交流电力,并向三相同步发电机(3)提供交流电力:(1)其特征在于: 进一步包括用于整流三相发电机(3)的输出并将这样整流的输出提供给直流/交流电力转换器(13)的全波整流器(11)。 用于将直流/交流电力转换器(13)的输出端子切换到同步发电机(3)的外部装置或输出端子的端子的开关单元(12); 用于检测同步发电机(3)的转子位置的转子位置检测器(10); (2)其特征在于,在三相同步发电机(3)在完成发动机(1)的动作之后执行发电操作的期间,一对正,负的第一单相开关元件 连续的ON / OFF控制操作,同时一对两相开关元件和另一对两相开关元件在每半个时间交替进行PWM控制操作,使得对应于两相的输出端 开关元件彼此短路。 0
    • 94. 发明公开
    • Video signal hard copying apparatus
    • Bildsignalgerätzur Erzeugung von Hardcopies。
    • EP0316946A2
    • 1989-05-24
    • EP88119229.8
    • 1988-11-18
    • Shinko Electric Co. Ltd.
    • Shimomura, Shinzo c/o Ise Factory of
    • H04N1/40
    • H04N1/00291H04N1/00294H04N1/3875H04N1/40
    • A video signal hard copying apparatus for printing on a copying sheet of paper input color video signals including R, G, B signals, and horizontal and vertical synchronizing signals as a color image signal includes D/A converter means for generating reference voltages each changing stepwise, comparator means for comparing the color image signal with the reference voltages to provide digital signal patters composed of logical "0s" and/or logical "1s" indicative of the state of the color image signal, and memory means for temporarily storing the digital signal patterns for latter associated processings.
      An automatic setting apparatus for generating a video signal sampling clock in the video signal hard copying apparatus includes display means for displaying marks thereon separated by a predetermined drawn distance, memory means for storing the predetermined drawn data, storage state judging and adjusting menas for judging whether or not the drawn distance is stored at a correct location in the memory means which location is estimated by the storage state judging and adjusting means itself, and further outputting a frequency dividing ratio setting signal, and frequency multiplier means for generating a sampling clock for sampling the input video signal, the sampling clock being employed for the foregoing judgement by the storage state judging and adjusting means until a correct sampling clock is established.
    • 用于在包括R,G,B信号以及水平和垂直同步信号的纸输入彩色视频信号的复印纸上打印作为彩色图像信号的视频信号硬拷贝装置包括D / A转换器装置,用于产生每个逐步变化的参考电压 用于将彩色图像信号与参考电压进行比较的比较器装置,以提供由表示彩色图像信号的状态的逻辑“0”和/或逻辑“1”组成的数字信号图形;以及存储装置,用于临时存储数字信号 后期关联处理的模式。 一种用于在视频信号硬拷贝装置中产生视频信号采样时钟的自动设置装置包括显示装置,用于显示以预定绘制距离分隔的标记,用于存储预定绘制数据的存储装置,存储状态判断和调整手段,用于判断是否 或者不将绘制的距离存储在存储装置中的正确位置,该位置由存储状态判断和调整装置本身估计,并且还输出分频比设置信号,以及频率乘法器装置,用于产生采样时钟 输入视频信号,通过存储状态判断和调整装置对上述判断采用采样时钟,直到建立正确的采样时钟。
    • 95. 发明公开
    • Printing method of thermal printer
    • Druckverfahrenfürthermische Drucker。
    • EP0295953A2
    • 1988-12-21
    • EP88305571.7
    • 1988-06-17
    • Shinko Electric Co. Ltd.
    • Iwata, Satoshi c/o Shinko Electric Co., Ltd.Ishiyama, Kiyoshige c/o Shinko Electric Co., Ltd.
    • B41J2/32B41J2/355B41J2/365
    • B41J2/38
    • When a print line is printed on a printing paper by supplying a print current (C101 to C104) to a thermal head (4), heating elements (THa1 to THdn) within the thermal head and a transfer ribbon (13) are easily adhered together due to melted ink on surface of the transfer ribbon. Due to such adhering between the heating elements and the transfer ribbon, a white line is easily formed on a printing paper (14). In order to prevent such white line from being formed, the heating elements must be prevented from being cooled down after printing each print line. More specifically, in a period between a first time (t1) when each print line is completely printed and a second time (t4) when a printing paper is to be transported forward to a next print line, the heating elements are heated by relatively small heating value which is sufficient to melt a adhering portion formed between the heating elements and the transfer ribbon but which is insufficient to perform the printing. Thus, the heating elements are prevented from being adhered to the transfer ribbon, so that each print line can be printed with accuracy and without forming the white line.
    • 当通过向热敏头(4)提供打印电流(C101至C104)将印刷线印刷在打印纸上时,热敏头和转印色带(13)内的加热元件(THa1至THdn)容易粘附在一起 由于转印带表面的熔融墨水。 由于加热元件和转印带之间的粘附,容易在打印纸(14)上形成白线。 为了防止形成这种白线,必须防止加热元件在印刷每条印刷线之后被冷却。 更具体地说,在打印纸完全打印的第一时间(t1)和将打印纸向前传送到下一打印行的第二时间(t4)之间的时间段内,加热元件被相对较小地加热 该加热值足以熔化在加热元件和转印带之间形成的粘合部分,但不足以进行印刷。 因此,防止加热元件粘附到转印带上,使得可以精确地印刷每个印刷线并且不形成白线。
    • 96. 发明公开
    • SEAM WELDING APPARATUS
    • KONTINUIERLICHE SCHWEISSANLAGE。
    • EP0273984A1
    • 1988-07-13
    • EP87904330.5
    • 1987-07-07
    • N.P.W. Technical Laboratory, Co.Shinko Electric Co. Ltd.
    • KAWANO, HitoshiHAYASHI, MitsuhiroYAMAMOTO, YukioBAN, Kunikatsu
    • B23K11/24
    • B23K11/309B23K11/063B23K2201/12
    • A seam welding apparatus characterized in that a metal sheet or surface coated metal sheet is shaped cylindrically, a base metal (4) having an overlap portion S with which both side edges of the metal sheet or the surface coated metal sheet overlap in a belt form is inserted between a pair of electrode rollers (1) and (2) with a wire electrode (3) being wound around the rollers, the overlap portion S is clamped and pressed between the electrode rollers (1), (2) and the wire electrode (3) to effect seam welding and furthermore there is provided a welding current power source (8) for supplying a welding current to between the electrode rollers (1) and (2). A detector (6) for detecting at least the forward end (4a) of the base metal (4) is disposed on a line L connecting the respective rotary shafts (1a), (2a) of the electrode rollers (1), (2) and the output side of this detector (6) is connected to a control circuit (7) which calculates the feed start timing and feed stop timing of the welding current to the electrode rollers (1), (2) based on the result of detection by the detector (6) and instructs the welding current power source (8) to start or stop the supply of the welding current based on these timings.
    • 接缝焊接 用于通过使电极辊(1,2)之间的金属片的重叠部分通过焊接来自电源(8)的焊接电流而进行焊接的检测器(6)至少检测基材的前缘 设置在连接电极辊的旋转轴线的线路和使用该检测器的输出的控制电路(7),以计算和控制电流供应开始和停止时间。 县。 所述控制电路接收来自检测器的输入,所述检测器包括检测金属后端转发单元(10)中的盘(13)中的狭缝(9)的位置的接近开关(14)。
    • 97. 发明公开
    • Printing process for a thermal transfer type multicolor printer
    • Druckverfahrenfürnach demÜbertragungsprinziparbeitenden mehrfarbigen Thermo-Drucker。
    • EP0256660A2
    • 1988-02-24
    • EP87306080.0
    • 1987-07-09
    • Shinko Electric Co. Ltd.
    • Mitsushima, Susumu c/o Shinko Electric Co. Ltd.Toida, Akikazu c/o Shinko Electric Co. Ltd.
    • B41J35/18
    • B41J35/18
    • A printing process for a thermal transfer type multicolor printer repeatedly transfer a plurality of color ink, such as yellow, magenta and cyan color ink, in turn on a printing paper (1) so as to obtain a multicolor printed paper (1c). After every time when one color ink is transferred to the printing paper (1), the printing paper (1) lapped with a multicolor ink film (2) is fed forward to a predetermined separation position at a predetermined printing speed under a pressure applied between a thermal head (7) and a platen roller (6). Thereafter, the thermal head (7) is separated from the platen roller (6) so as to prevent the remaining heat of the thermal head (7) from affecting to the multicolor ink film (2), so that the ink wax of the multicolor ink film (2) is prevented from being melted and working as an adhesive agent for the printing paper (1) and the multicolor ink film (2). Hence, the printing paper (1) can be separated from the multicolor ink film (2) with ease. Then the feeding speed of the printing paper (1) is made slower than that of the multicolor ink film (2) so as to prevent the multicolor ink film (2) from slackening. Thereafter, the printing paper (1) is completely separated from the multicolor ink film (2) and the transferred ink quantity is not changed in this separation process (S5, S10 and S15; S6, S11 and S16), thus, the multicolor dot printing can be performed with accuracy.
    • 热转印型多色打印机的打印处理依次在打印纸(1)上重复地传送诸如黄色,品红色和青色油墨的多种彩色油墨,以获得多色打印纸(1c)。 在每次将一色油墨转印到打印纸(1)上之后,用多色油墨膜(2)打印的打印纸(1)以预定的打印速度向前送到预定的分离位置, 热敏头(7)和压纸辊(6)。 此后,将热敏头(7)与压纸辊(6)分离,以防止热敏头(7)的余热对多色油墨膜(2)的影响,使得多色油墨 油墨膜(2)被防止熔化并作为打印纸(1)和多色油墨膜(2)的粘合剂而起作用。 因此,可以容易地将打印纸(1)与多色油墨膜(2)分离。 然后使打印纸(1)的进给速度比多色油墨膜(2)的进给速度慢,以防止多色油墨膜(2)松弛。 此后,在该分离处理(S5,S10和S15; S6,S11和S16)中,打印纸(1)与多色墨膜(2)完全分离,转印墨量不变,因此,多色点 可以精确地执行打印。
    • 98. 发明公开
    • Electromagnetic clutch
    • Elektromagnetische Kupplung。
    • EP0249489A2
    • 1987-12-16
    • EP87305218.7
    • 1987-06-12
    • Shinko Electric Co. Ltd.
    • Nakamura, Hiroaki
    • F16D27/10
    • F16D27/112F16D2027/008
    • An electromagnetic clutch of the type which includes a rotor secured around a rotation shaft, a drive member rotatably mounted around the rotation shaft, an armature mounted through a resilient member to the drive member with a gap to the rotor, a bearing mounted around the rotation shaft, a yoke mounted around the bearing for rotation about the rotation shaft, and the yoke locking mechanism for locking the yoke to a frame so as to prevent the yoke from accompanying the rotation shaft when the rotation shaft is rotated, the yoke having a coil wound therearound, and in which the rotor, the armature and the yoke are arranged to form a magnetic path so that the armature is electromagnetically attracted to the rotor for transmitting torque from the drive member to the rotation shaft when the coil is energized. The rotation shaft includes: a first sintered compact shaft made of a first magnetic alloy, the first shaft having the bearing fitted therearound; and a second sintered compact shaft, concentrically jointed to the first shaft for transmitting the torque to the first shaft, the second shaft being made of a second magnetic alloy, the second shaft having both the rotor and the drive member placed therearound.
    • 一种电磁离合器,其包括围绕旋转轴固定的转子,围绕旋转轴可旋转地安装的驱动构件,通过弹性构件安装到具有与转子间隙的驱动构件的电枢,围绕旋转安装的轴承 轴,围绕所述轴承安装的用于围绕所述旋转轴旋转的轭和所述轭锁定机构,用于将所述轭锁定到框架,以便当所述旋转轴旋转时防止所述轭与所述旋转轴相关,所述轭具有线圈 并且其中转子,电枢和轭被布置成形成磁路,使得当线圈通电时,电枢被电磁地吸引到转子以将扭矩传递到驱动构件到旋转轴。 旋转轴包括:由第一磁性合金制成的第一烧结致密轴,具有安装在其周围的轴承的第一轴; 以及第二烧结致密轴,其同轴地连接到第一轴,用于将扭矩传递到第一轴,第二轴由第二磁性合金制成,第二轴具有设置在其周围的转子和驱动构件。
    • 99. 发明公开
    • System for driving drum
    • 系统防火墙。
    • EP0230134A2
    • 1987-07-29
    • EP86309924.8
    • 1986-12-18
    • Shinko Electric Co. Ltd.
    • Maeno, Satoru c/o Shinko Electric Co., LtdFukuyama, Norio c/o Shinko Electric Co., LtdOhishi, Tetsuo c/o Shinko Electric Co., LtdKyutoku, Senzo c/o Shinko Electric Co., LtdNakamura, Thutomu c/o Shinko Electric Co., Ltd
    • H02P8/00
    • H02P8/14H02K37/00H02K37/12
    • A system for driving a drum includes a pulse motor including an annular rotor fixedly mounted within the drum for rotation therewith and rotatable relative to a stator disposed within the rotor. The pitches of the rotor teeth and stator teeth are determined in such a manner that a magnetic flux linking each of the coils is changed in a sinusoidal fashion in synchronism with the rotation of the rotor. A pole position-detecting device produces a multi-phase sinusoidal pole position-detecting signal representative of the position of the magnetic poles relative to the rotor. A speed control device produces a current amplitude command signal representative of a desired torque of the rotor. A multiplier multiplies the pole-position detecting signal by the current amplitude command signal to produce a multiplication signal. A current control device is responsive to the multiplication signal to output to the coils a drive current corresponding in amplitude to the current amplitude command signal and corresponding in phase to the pole-position detecting signal, thereby energizing the coils to rotate the rotor together with the drum relative to the stator.
    • 用于驱动滚筒的系统包括脉冲马达,其包括固定地安装在滚筒内的环形转子,用于与其一起旋转并相对于设置在转子内的定子旋转。 以这样的方式确定转子齿和定子齿的间距,使得每个线圈的磁通量以与转子的旋转同步的正弦方式改变。 极位置检测装置产生代表磁极相对于转子的位置的多相正弦极位置检测信号。 速度控制装置产生代表转子的期望转矩的电流幅度指令信号。 乘法器将极点检测信号乘以当前振幅指令信号,以产生乘法信号。 电流控制装置响应乘法信号向线圈输出与当前振幅指令信号相对应的振幅的驱动电流,并与相位相对应的极位置检测信号,从而给线圈通电以使转子与 鼓相对于定子。
    • 100. 发明公开
    • Linear motor truck apparatus
    • Eisenbahnfahrzeug mit Linearmotor。
    • EP0197751A2
    • 1986-10-15
    • EP86302407.1
    • 1986-04-01
    • Shinko Electric Co. Ltd.
    • Matsumoto, TakashiUdagawa, Shigeru
    • B61B13/08E01B25/10
    • E01B25/10B61B13/12F02B75/22
    • A linear motortruck apparatus including: a truck having pairs of wheels rotatably mounted thereon; a supporting mechanism, having a rail extending along a line of travel of the truck, for supporting and guiding the truck along the line of travel by engaging the wheels with the rail; and a drive mechanism, including the linear motor, for driving the truck so that the truck may travel along the line of travel. The rail includes a pair of elongated sub-rail members each having a pair of inclined engaging faces parallel to the line of travel and converging to each other so that each sub-rail member has substantially V-shaped cross section and a jointing mechanism for jointing the sub-rail members so that the engaging faces of each sub-rail member converge to opposite directions; the wheels are mounted in at least four pairs; and the truck includes a mounting mechanism for mounting the at least four pairs of wheels thereto so that two pairs of the wheels are disposed to engage with one pair of the engaging faces and the other pairs are disposed to engage with the other pair of the engaging faces.
    • 一种线性马达卡车装置,包括:具有可转动地安装在其上的成对的车辆的卡车 支撑机构,其具有沿着卡车的行进线延伸的轨道,用于通过使车轮与轨道接合来沿着行进线来支撑和引导卡车; 以及包括用于驱动卡车的线性马达的驱动机构,使得卡车可以沿着行进线行进。 轨道包括一对细长的副轨道构件,每个子轨道构件具有平行于行进线并且彼此会聚的一对倾斜的接合面,使得每个子轨道构件具有大致V形的横截面和用于接合的接合机构 所述副轨道构件使得每个子轨道构件的接合面会聚到相反方向; 车轮至少安装四对; 并且该卡车包括用于将至少四对车轮安装到其上的安装机构,使得两对车轮设置成与一对接合面接合,并且另一对配置成与另一对接合部 面对。