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    • 91. 发明授权
    • Cotter-mounting apparatus
    • 单机安装设备
    • US06684492B2
    • 2004-02-03
    • US10266289
    • 2002-10-08
    • Katsuyoshi TachibanaHiroshi YoshidaYoshio KikukawaSatoshi Ogata
    • Katsuyoshi TachibanaHiroshi YoshidaYoshio KikukawaSatoshi Ogata
    • B23P1300
    • B23P19/045F01L3/10F01L2103/01Y10T29/49314Y10T29/53435Y10T29/53552Y10T29/53557Y10T29/53809
    • The present invention relates to a cotter-mounting apparatus that, by engaging a pair of cotters with engagement grooves provided on the outer circumferential surface of an axial member, mounts the pair of cotters that fix a retainer for holding a spring to exert a pressing force to the axial member in a compressed state, wherein the cotter-mounting apparatus includes a retainer holding mechanism that holds a retainer having a pair of cotters incorporated, and is driven to be relatively elevated and lowered on the upper side in the axial line direction of the axial member; a cotter separating mechanism for separating the pair of cotters from each other over the outer diameter of the axial member roughly in the horizontal direction while pushing up the pair of cotters from downward and for holding the pair of cotters; and a cotter pressing mechanism for pressing the pair of cotters separated by the cotter separating mechanism from the outside roughly in the horizontal direction and causing the cotters to be engaged with the engagement grooves positioned in advance. With such a structure, it is possible to mount cotters with a simple procedure, to increase productivity and to engage the pair of cotters with a plurality of engagement grooves without fail.
    • 开口装置技术领域本发明涉及一种开口装载装置,其通过使一对开口与设置在轴向构件的外周面上的卡合槽卡合而安装固定用于保持弹簧的保持架的一对开口,以施加按压力 在轴向部件处于压缩状态的情况下,其特征在于,所述开口装载装置具有保持架保持机构,该保持器保持机构保持具有并列的一对开口的保持器,并且在所述保持器保持机构的轴线方向的上侧被驱动为相对地升高和降低 轴向构件; 一个开口分离机构,用于大致在水平方向上在轴向部件的外径上彼此分离一对开口,同时从一侧向上推动一对开口并保持该一对开口; 以及开口推压机构,用于大致在水平方向上将由开口分离机构分开的一对开口部与外侧按压,并使开口部与预先定位的卡合槽卡合。 利用这种结构,可以以简单的方法安装开口,以提高生产率,并且可以毫不费力地使一对开口与多个接合槽接合。
    • 96. 发明授权
    • Receiver having DC offset decreasing function and communication system using the same
    • 具有DC偏移减小功能的接收机和使用该功能的通信系统
    • US06498929B1
    • 2002-12-24
    • US08880679
    • 1997-06-23
    • Hiroshi TsurumiHiroshi YoshidaTetsuro ItakuraTakafumi YamajiAkira YasudaTakashi UenoHiroshi TanimotoRyuichi FujimotoHiroshi Horiguchi
    • Hiroshi TsurumiHiroshi YoshidaTetsuro ItakuraTakafumi YamajiAkira YasudaTakashi UenoHiroshi TanimotoRyuichi FujimotoHiroshi Horiguchi
    • H04B716
    • H03D3/008H03G3/3052H04B1/30
    • A receiver having a function of a direct current offset, and including a receiving section for receiving a radio frequency signal, an analog signal processing section for amplifying, band-converting and frequency-converting an analog signal inputted from the receiving section, and an AD converting section for converting an output of the analog signal processing section from an analog signal to a digital signal. Also included is a digital signal processing section for processing the digital signal converted by the DC converting section. The receiver further includes an offset detecting element, provided in the digital signal processing section, for detecting a direct current offset signal produced in the receiving section or a frequency converting section, an offset holding element, provided in the digital signal processing section, for holding the direct current offset signal detected by the offset detecting element, a DA converting section for converting the direct current offset signal detected by the digital signal processing section into an analog signal, and a first offset correcting element, provided in the analog signal processing section, for correcting the analog signal on the basis of the direct current offset signal converted by the DA converting section into the analog signal.
    • 具有直流偏移功能的接收机,包括用于接收射频信号的接收部分,用于放大从接收部分输入的模拟信号的频带转换和频率转换的模拟信号处理部分,以及AD 转换部分,用于将模拟信号处理部分的输出从模拟信号转换成数字信号。 还包括用于处理由DC转换部分转换的数字信号的数字信号处理部分。 接收机还包括偏移检测元件,设置在数字信号处理部分中,用于检测在数字信号处理部分中设置的接收部分或频率转换部分产生的直流偏移信号,偏移保持元件,用于保持 由偏移检测元件检测的直流偏移信号,用于将由数字信号处理部分检测的直流偏移信号转换为模拟信号的DA转换部分和设置在模拟信号处理部分中的第一偏移校正元件, 用于基于由DA转换部分转换成的模拟信号的直流偏移信号来校正模拟信号。
    • 97. 发明授权
    • Reflecting mirror
    • 反射镜
    • US06480335B1
    • 2002-11-12
    • US09484182
    • 2000-01-18
    • Junichi NakahoNoriyuki TakaiHiroshi Yoshida
    • Junichi NakahoNoriyuki TakaiHiroshi Yoshida
    • G02B528
    • B60R1/08G02B5/0808G02B5/0866
    • A reflecting mirror is obtained which prevents double images from being formed and provides sufficient the hydrophilic property. The hydrophilic coating is approximately 15 nm in thickness and the photocatalytic coating between the hydrophilic coating and the glass substrate is approximately 240 nm in thickness. This setting of dimensions reduces the surface optical reflectance of light having a wavelength ranging from approximately 550 nm to 580 nm. This also reduces the deterioration of the photocatalytic action caused by the diffusion of sodium ions contained in the glass substrate into the photocatalytic coating. Furthermore, the aforementioned setting of dimensions turns the color of surface reflected light to whitish. Even when images formed by the surface reflected light or images formed by reflected light from the reflecting film interfered by surface reflected light are viewed, the after-image thereof hardly remains.
    • 获得反射镜,其防止形成双重图像并提供足够的亲水性。 亲水涂层的厚度约为15nm,亲水涂层和玻璃基板之间的光催化涂层的厚度约为240nm。 尺寸的这种设置减小了波长范围从大约550nm到580nm的光的表面光学反射率。 这也降低了由玻璃基板中所含的钠离子扩散到光催化涂层中引起的光催化作用的劣化。 此外,上述尺寸的设置使得表面反射光的颜色变白。 即使当由表面反射光形成的图像或由反射膜反射的反射光形成的图像被表面反射光干扰时,也不会留下其后像。
    • 98. 发明授权
    • Radio apparatus
    • 无线电设备
    • US06339711B1
    • 2002-01-15
    • US09039464
    • 1998-03-16
    • Shoji OtakaHiroshi TsurumiHiroshi YoshidaSyuichi SekineHiroyuki KayanoTadahiko Maeda
    • Shoji OtakaHiroshi TsurumiHiroshi YoshidaSyuichi SekineHiroyuki KayanoTadahiko Maeda
    • H04B138
    • H03D3/008H03F1/30H03F3/189H03F2200/294H03F2200/372H03F2200/504H03G3/3042H03L7/107H04B1/18H04B1/28H04B1/30H04B1/403H04B1/405
    • In a radio apparatus, the band of a loop filter of a synthesizer in a blank channel searching state is narrower than the band in a communicating state. In addition, a radio wave environment is measured. A characteristic necessary for the radio apparatus is determined corresponding to the measured radio wave environment. The power is controlled corresponding to the performance of the radio apparatus. Thus, the power consumption is decreased. In addition, the efficiency of the output power is improved. In the radio apparatus, the current consumption of a power amplifier PA is measured. A matching circuit (LNA or MIX) of the antenna is adjusted with the measured result so as to decrease an antenna loss. In the radio apparatus, a DC offset is removed from the transmitted power and the reflected wave. When the DC offset is removed using an AC coupling capacitor, the deterioration of the frequency characteristic of the receiving portion is compensated with a capacitor in a digital signal process. In the radio apparatus, a transmission power detecting portion is structured as an IC chip. The transmission power detecting portion detects the transmission power corresponding to leakage currents in the power supply of the IC chip and the ground. Thus, when the power is detected, a power loss is suppressed. Consequently, the power consumption of the radio apparatus can be decreased.
    • 在无线电设备中,空白信道搜索状态的合成器的环路滤波器的频带比通信状态的频带窄。 另外,测量无线电波环境。 根据测得的无线电波环境确定无线电设备所必需的特性。 根据无线电设备的性能来控制功率。 因此,功耗降低。 此外,输出功率的效率提高。 在无线电设备中,测量功率放大器PA的电流消耗。 利用测量结果调整天线的匹配电路(LNA或MIX),以减少天线损耗。 在无线电设备中,从发射功率和反射波中去除DC偏移。 当使用AC耦合电容器去除DC偏移时,在数字信号处理中用电容器补偿接收部分的频率特性的劣化。 在无线电设备中,传输功率检测部分被构造为IC芯片。 发送功率检测部分检测与IC芯片和地面的电源中的泄漏电流相对应的发送功率。 因此,当检测到电力时,功率损失被抑制。 因此,可以减少无线电设备的功耗。
    • 99. 发明授权
    • Method for manufacturing a semiconductor device
    • 半导体器件的制造方法
    • US06333237B1
    • 2001-12-25
    • US09531690
    • 2000-03-20
    • Hiroshi Yoshida
    • Hiroshi Yoshida
    • H01L218228
    • H01L21/8228
    • A method for manufacturing a semiconductor device separately forms two collector regions, two base extension regions, two base regions, and two collector extension regions on a first bipolar transistor forming region and a second bipolar transistor forming region that are formed on a semiconductor substrate, and includes a step of forming an emitter region on the first bipolar transistor region and forming, in the same process step, a base contact layer for an emitter electrode in the second bipolar transistor region as well, after which an emitter electrode is formed on the base contact layer.
    • 一种制造半导体器件的方法在半导体衬底上形成的第一双极晶体管形成区域和第二双极晶体管形成区域上分别形成两个集电极区域,两个基极延伸区域,两个基极区域和两个集电极延伸区域,以及 包括在第一双极晶体管区域上形成发射极区域的步骤,并且在相同的工艺步骤中,在第二双极晶体管区域中形成用于发射极的基极接触层,之后在基底上形成发射电极 接触层。