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    • 91. 发明授权
    • Process for producing polyhydric alcohol
    • 多元醇的制造方法
    • US5608121A
    • 1997-03-04
    • US533513
    • 1995-09-25
    • Teruyuki NinomiyaToshio WatanabeAkira MoriTakaki IkebeAtsushi Iwamoto
    • Teruyuki NinomiyaToshio WatanabeAkira MoriTakaki IkebeAtsushi Iwamoto
    • C07C29/38C07C31/18
    • C07C29/38
    • There is disclosed a process for producing a polyhydric alcohol which comprises reacting an aliphatic aldehyde with formaldehyde in the presence of a base compound consisting essentially of a hydrogencarbonate and a carbonate which have been formed by the oxidation or hydrolysis of a formic acid salt, in particular, the process according to the above process wherein a formic acid salt which has been by-produced by the reaction of an aliphatic aldehyde with formaldehyde is oxidized or hydrolyzed in the presence of a noble metal catalyst or a nickel catalyst in a reductive state to form a base compound consisting essentially of a hydrogencarbonate and a carbonate and this base compound is circulated through the reaction of the aldehyde and formaldehyde and is reused as the base compound. The above process enables easy and highly efficient production of high quality polyhydric alcohols substantially without by-producing a formic acid salt with a low value-added.
    • 公开了一种生产多元醇的方法,该方法包括使脂族醛与甲醛在碱性化合物的存在下反应,所述碱性化合物主要由碳酸氢盐和碳酸酯组成,其通过甲酸盐的氧化或水解形成,特别是 ,根据上述方法的方法,其中通过脂族醛与甲醛的反应副产生的甲酸盐在还原状态的贵金属催化剂或镍催化剂存在下被氧化或水解形成 基本上由碳酸氢盐和碳酸盐组成的碱性化合物,该碱性化合物通过醛和甲醛的反应循环,并重复使用作为碱性化合物。 上述方法能够容易且高效地生产高品质的多元醇,基本上不产生具有低附加值的甲酸盐。
    • 92. 发明授权
    • Laser marking apparatus
    • 激光打标机
    • US5587094A
    • 1996-12-24
    • US433416
    • 1995-05-23
    • Koji YoshidaTaku YamazakiAkira Mori
    • Koji YoshidaTaku YamazakiAkira Mori
    • B23K26/00B23K26/06B23K26/067B23K26/08B41M5/24G02B26/10
    • B23K26/08B23K26/066B23K26/082B23K26/0821
    • A laser marking apparatus, capable of marking at a high scanning speed, effectively utilizing a laser power, and providing high marking accuracy, irradiates an incident laser beam from a laser beam source onto a marking surface by raster-scanning through a raster scanning system. The raster scanning system includes an X-direction polarizing mirror, a Y-direction polarizing mirror, a field lens, and a mask. A double polarizing prism, which includes a pair of polarizing prisms (13a, 13b) for branching the incident laser beam (1) into twin laser beams, is arranged in series at an intermediate position between the laser beam source (2) and the upstream one of the X-direction polarizing mirror (3) and the Y-direction polarizing mirror (8). An adjusting means is provided to vary the distance between the two polarizing prisms (13a, 13b) or to rotate one or both of the polarizing prisms (13a, 13b) to vary the rotation angle by rotating one of the twin laser beams around the other, to thereby vary the distance between the centers of the twin laser beams as they irradiate the mask.
    • PCT No.PCT / JP93 / 01717 Sec。 371日期:1995年5月23日 102(e)日期1995年5月23日PCT提交1993年11月24日PCT公布。 公开号WO94 / 12309 日期:1994年6月9日一种激光打标设备,能够以高扫描速度进行标记,有效地利用激光功率,并提供高标记精度,通过光栅扫描通过激光束源将入射激光束照射到标记表面上 光栅扫描系统。 光栅扫描系统包括X方向偏振镜,Y方向偏振镜,场透镜和掩模。 包括用于将入射激光束(1)分支成双激光束的一对偏振棱镜(13a,13b)的双偏振棱镜在激光束源(2)和上游之间的中间位置串联布置 X方向偏振镜(3)和Y方向偏振镜(8)中的一个。 提供调节装置以改变两个偏振棱镜(13a,13b)之间的距离或旋转偏振棱镜(13a,13b)中的一个或两个,以通过使两个激光束中的一个围绕另一个旋转来改变旋转角度 从而在照射该掩模时改变双激光束的中心之间的距离。
    • 93. 发明授权
    • Drive circuit for use with transmissive scattered liquid crystal display
device
    • 驱动电路用于透射散射液晶显示装置
    • US5532712A
    • 1996-07-02
    • US290600
    • 1994-08-15
    • Yukihiro TsudaAkira Mori
    • Yukihiro TsudaAkira Mori
    • G09G3/36
    • G09G3/3681G09G3/3622G09G3/3692
    • A drive circuit, for use with a transmissive scattered liquid crystal display device, prevents a residual image caused by a high speed display switching, while having a reduced size and fewer parts, thereby improving reliability. The drive circuit comprises a shift register (3a), a first gate for functioning as an AND circuit (2a), a second gate for functioning as an exclusive OR circuit (2b), and a switching device (7) with a higher withstand voltage than a logic signal. These constructional elements are formed within an IC. A logic signal for driving the liquid crystal display device is input to the second gate (2b). The output of the buffer (8) is connected to a totem pole drive circuit (10) for driving a common electrode (C) with a high voltage (HV) which is synchronized with the logic signal.
    • 与透射式分散液晶显示装置一起使用的驱动电路能够防止高速显示切换引起的残留图像,同时具有减小的尺寸和较少的部件,从而提高可靠性。 驱动电路包括移位寄存器(3a),用作AND电路(2a)的第一栅极,用作异或电路(2b)的第二栅极和具有较高耐受电压的开关器件(7) 比逻辑信号。 这些结构元件形成在IC内。 用于驱动液晶显示装置的逻辑信号被输入到第二门(2b)。 缓冲器(8)的输出连接到图腾柱驱动电路(10),用于驱动与逻辑信号同步的高电压(HV)的公共电极(C)。
    • 94. 发明授权
    • Drift suppressing circuit of gyroscope
    • 陀螺仪漂移抑制电路
    • US5355034A
    • 1994-10-11
    • US83888
    • 1993-06-28
    • Takeshi NakamuraAkira Mori
    • Takeshi NakamuraAkira Mori
    • G01C19/5649H03F1/30H03K5/24
    • G01C19/5649H03F1/303
    • An output signal of a gyroscope is input to two differential circuits having different characteristics in a high frequency band. Output signals of the differential circuits are compared in a comparison circuit, and the output signal of the gyroscope at the time when the output signals of the two differential circuits are equal is output from a sampling hold circuit. In the two differential circuits, the difference of the output signal of the gyroscope and an output signal of the sampling hold circuit is output. The output signal of the gyroscope may be input to a time constant circuit having a switching function and a hold function. At this time, the difference of the output signal of the gyroscope and the output signal of the time constant circuit is output from the differential circuit. The output signal of the differential circuit is compared with a reference voltage generated in a reference voltage circuit in a comparator. The switching function of the time constant circuit is controlled by an output signal of the comparator.
    • 陀螺仪的输出信号被输入到高频带中具有不同特性的两个差动电路。 在比较电路中比较差分电路的输出信号,并且从采样保持电路输出在两个差分电路的输出信号相等时陀螺仪的输出信号。 在两个差分电路中,输出陀螺仪的输出信号与采样保持电路的输出信号的差。 陀螺仪的输出信号可以被输入到具有切换功能和保持功能的时间常数电路。 此时,差分电路输出陀螺仪的输出信号与时间常数电路的输出信号的差。 将差分电路的输出信号与在比较器中的参考电压电路中产生的参考电压进行比较。 时间常数电路的开关功能由比较器的输出信号控制。
    • 95. 发明授权
    • Wireless mouse apparatus
    • 无线鼠标设备
    • US4754268A
    • 1988-06-28
    • US768737
    • 1985-08-23
    • Akira Mori
    • Akira Mori
    • G06F3/033G09G1/00
    • G06F3/03543
    • In a computer system comprising a computer having a keyboard, and a display device connected to the computer, an improved position indicator means comprising a mouse having means responsive to movement thereof over a support surface for generating electrical signals indicating the positioning of the mouse, power source means carried by the mouse, circuit means powered by said power source means for generating and transmitting radio signals corresponding to said electrical signal, and processing means associated with said computer for receiving said radio signal and converting said radio signal into a display on said display device positioned corresponding to the positioning of said mouse.
    • 在包括具有键盘的计算机和连接到计算机的显示设备的计算机系统中,改进的位置指示器装置包括具有响应于其在支撑表面上的移动的装置的鼠标,用于产生指示鼠标定位的电信号 由鼠标承载的源装置,由所述电源装置供电的电路装置,用于产生和发送与所述电信号对应的无线电信号;以及与所述计算机相关联的处理装置,用于接收所述无线电信号,并将所述无线电信号转换成所述显示器上的显示器 装置对应于所述鼠标的定位。
    • 96. 发明授权
    • Ignition timing control system for an internal combustion engine
    • 内燃机点火正时控制系统
    • US4723519A
    • 1988-02-09
    • US874849
    • 1986-06-16
    • Toshimitsu ItoAkira Mori
    • Toshimitsu ItoAkira Mori
    • F02P5/15F02P5/10F02P5/155
    • F02P5/1555F02P5/103F02P5/106Y02T10/46
    • An ignition timing control system mounted at an internal combustion engine, particularly, a non-surge tank type engine, is constituted by a crank angle sensor, an engine rotational speed sensor, an intake pipe air pressure sensor, and a microcomputer. In the microcomputer, an intake pipe air pressure correction unit for calculating a correction term and for obtaining a corrected intake pipe air pressure value, an optimal advanced angle calculation unit for obtaining an optimal advanced crank angle based on a control map having an optimal advanced angle between the corrected intake pipe air pressure and the engine rotational speed, and an ignition command unit for commanding an ON/OFF timing of a primary current of an ignition coil, are provided.
    • 安装在内燃机,特别是非喘振罐式发动机上的点火正时控制系统由曲轴转角传感器,发动机转速传感器,进气管气压传感器和微型计算机构成。 在微型计算机中,用于计算校正项并获得校正的进气管空气压力值的进气管气压校正单元,用于基于具有最佳前进角度的控制图获得最佳高级曲柄角的最佳提前​​角计算单元 并且提供了用于指示点火线圈的初级电流的接通/断开定时的点火指令单元。