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    • 2. 发明授权
    • Communication device, image storage device, image pickup device, and control method thereof
    • 通信装置,图像存储装置,图像拾取装置及其控制方法
    • US07403221B2
    • 2008-07-22
    • US10533140
    • 2003-11-06
    • Shinichi YamazakiKenichi Fujii
    • Shinichi YamazakiKenichi Fujii
    • H04N5/232
    • H04N1/32771G06F17/30265H04N1/00307H04N1/32776H04N2201/0084
    • When a communication device sends an image pickup instruction signal to an image pickup device by remote control, positional information obtained by the communication device is also sent. Upon reception of the image pickup instruction signal, the image pickup device performs image pickup. When storing a taken image, the positional information received is stored in the header of the image. Moreover, when searching an image stored in the image pickup device from the communication device, the image pickup device informs the communication device of search conditions (time information, positional information, and keyword) added to the image and positional information attribute (GPS information, base station ID, and character data). The communication device performs search by using the search condition and the positional information attribute informed by the image pickup device.
    • 当通信装置通过遥控器将图像拾取指令信号发送到图像拾取装置时,也发送由通信装置获得的位置信息。 在接收到图像拾取指令信号时,图像拾取装置执行图像拾取。 当存储拍摄图像时,接收的位置信息被存储在图像的标题中。 此外,当从通信装置搜索存储在图像拾取装置中的图像时,图像拾取装置向通信装置通知添加到图像的搜索条件(时间信息,位置信息和关键字)和位置信息属性(GPS信息, 基站ID和字符数据)。 通信装置通过使用由图像拾取装置通知的搜索条件和位置信息属性来执行搜索。
    • 3. 发明申请
    • Communication device, image storage device, image pickup device, and control method thereof
    • 通信装置,图像存储装置,图像拾取装置及其控制方法
    • US20060025071A1
    • 2006-02-02
    • US10533140
    • 2003-11-06
    • Shinichi YamazakiKenichi Fujii
    • Shinichi YamazakiKenichi Fujii
    • H04H7/00
    • H04N1/32771G06F17/30265H04N1/00307H04N1/32776H04N2201/0084
    • When a communication device sends an image pickup instruction signal to an image pickup device by remote control, positional information obtained by the communication device is also sent. Upon reception of the image pickup instruction signal, the image pickup device performs image pickup. When storing a taken image, the positional information received is stored in the header of the image. Moreover, when searching an image stored in the image pickup device from the communication device, the image pickup device informs the communication device of search conditions (time information, positional information, and keyword) added to the image and positional information attribute (GPS information, base station ID, and character data). The communication device performs search by using the search condition and the positional information attribute informed by the image pickup device.
    • 当通信装置通过遥控器将图像拾取指令信号发送到图像拾取装置时,也发送由通信装置获得的位置信息。 在接收到图像拾取指令信号时,图像拾取装置执行图像拾取。 当存储拍摄图像时,接收的位置信息被存储在图像的标题中。 此外,当从通信装置搜索存储在图像拾取装置中的图像时,图像拾取装置向通信装置通知添加到图像的搜索条件(时间信息,位置信息和关键字)和位置信息属性(GPS信息, 基站ID和字符数据)。 通信装置通过使用由图像拾取装置通知的搜索条件和位置信息属性来执行搜索。
    • 5. 发明授权
    • Seat cushion with portions with different compression characteristics
    • 座垫具有不同压缩特性的部位
    • US4837881A
    • 1989-06-13
    • US127236
    • 1987-12-01
    • Nobuaki KondoShinichi Yamazaki
    • Nobuaki KondoShinichi Yamazaki
    • A47C7/18B29C39/12B29K105/04
    • A47C7/18Y10S297/01
    • A seat cushion with compression characteristics which differ by portions including an upper layer portion, which is made of a low hardness foamed body and forming an entire surface of the seat, and a lower layer portion, which is made of a high hardness foamed body and supporting the upper layer portion, the upper and lower layer portions being soft composition polyurethane foamed bodies and molded in a same foaming mold to form an integral body with a strong boundary portion formed along their interface. A basic profile of the upper layer portion is a sloped plane with its height increased toward a front, edge, in the longitudinal direction, while that of the lower layer portion corresponds to a sitting posture of a human body occupying the seat. In a hind seat portion, a thickened portion is provided for the entire surface in a transverse direction by thickening the low hardness foamed body into having a cross section of a concaved arc form in the longitudinal direction by approximating the sitting posture line of a buttocks. In a front seat portion, on either a right or left side, the upper layer portion is made thicker than the basic profile by gradually increasing its thickness toward the front edge in sloped form, in the longitudinal direction, with this thickened portion shaped into a circular arc form in the transverse direction.
    • 具有由具有由低硬度发泡体构成的上层部分并形成座椅的整个表面的部分不同的压缩特性的座垫以及由高硬度发泡体制成的下层部分, 支撑上层部分,上层部分和下层部分是软质组合物聚氨酯发泡体,并且在相同的发泡模具中模制,以形成具有沿其界面形成的强边界部分的整体。 上层部分的基本轮廓是其高度在纵向方向上朝向前部,边缘增加的倾斜平面,而下层部分的高度对应于占据座椅的人体的坐姿。 在后座部分中,通过近似臀部的坐姿线,通过使低硬度发泡体在纵向方向上具有凹形弧形横截面而使横向方向的整个表面设置加厚部分。 在前座部分中,在右侧或左侧,通过在纵向方向上以倾斜的形式逐渐增加其厚度,使上层部分形成为比基部轮廓更厚,该加厚部分形成为 在横向上形成圆弧形。
    • 6. 发明授权
    • Plasma deposition apparatus
    • 等离子体沉积装置
    • US4401054A
    • 1983-08-30
    • US257616
    • 1981-04-27
    • Seitaro MatsuoHideo YoshiharaShinichi Yamazaki
    • Seitaro MatsuoHideo YoshiharaShinichi Yamazaki
    • C23C16/511H01J37/32H01L21/00C23C13/08
    • H01L21/67069C23C16/511H01J37/32357Y10S505/826
    • A plasma deposition apparatus having a plasma formation chamber and a specimen chamber which are arranged separately. Gaseous material and microwave power are introduced to the plasma formation chamber to generate plasma by a microwave discharge through electron cyclotron resonance. The plasma is extracted to the specimen chamber from the plasma extracting orifice. In the specimen chamber, the plasma is accelerated by the effect of divergent magnetic field to irradiate the surface of the specimen so as to deposit a thin film on the specimen substrate. A high-quality thin film is formed with a high efficiency at a low temperature. Accordingly, a thin film can be deposited on a specimen substrate having a low heat resistivity. The plasma deposition apparatus is useful for manufacturing various kinds of electronic devices.
    • 具有分别配置的等离子体形成室和试样室的等离子体沉积装置。 将气体材料和微波功率引入等离子体形成室,以通过电子回旋共振通过微波放电产生等离子体。 等离子体从等离子体提取孔提取到样品室。 在样品室中,通过发散磁场的作用加速等离子体照射样品的表面,以便在样品基底上沉积薄膜。 在低温下高效率地形成高质量的薄膜。 因此,可以在具有低热阻的试样基板上沉积薄膜。 等离子体沉积设备可用于制造各种电子设备。
    • 7. 发明授权
    • Radio receiver comprising automatic gain controlling function
    • 无线电接收机包括自动增益控制功能
    • US5321851A
    • 1994-06-14
    • US612551
    • 1990-11-13
    • Sakae SugayamaHisao IshiiShinichi Yamazaki
    • Sakae SugayamaHisao IshiiShinichi Yamazaki
    • H03G3/30H03J7/28H04B7/00
    • H03G3/3052H03J7/285
    • A cross modulation interference free AM radio receiver with precise channel selection includes an RF amplifying circuit for a radio frequency (RF) signal incoming through an antenna (1; 101) to output a wide band RF signal and an automatic gain control (AGC) circuit (7; 107) for controlling the gain of the RF amplifying circuit in accordance with the field strength of the wide band RF signal. A circuit (3, 4, 5, 6; 109, 110, 111, 112, 113) as provided for extracting a desired signal from the wide band RF signal, and a first control circuit (81; 114, 116, 118) for reducing the AGC effect of the AGC circuit in a decrease in the field strength of the desired signal which results in an increase in the amplification rate of the RF amplifying circuit. A second control circuit (8) makes the first control circuit non-operative in response to an instruction of an automatic channel selection at which time the AGC circuit performs an AGC operation only in accordance with the field strength of a wide band RF signal. A third control circuit (118) sets the AGC circuit in forced AGC state where the gain of the RF amplifying circuit is minimized when the field strength of the desired signal is above a first reference value, and a sensitivity switching circuit (119) reduces the sensitivity of the AGC circuit to the wide band RF signal field strength when the field strength of the desired signal is below a second reference value.
    • 具有精确信道选择的交叉调制无干扰的无线电接收机包括用于通过天线(1; 101)输入的射频(RF)信号的RF放大电路,以输出宽带RF信号和自动增益控制(AGC)电路 (7; 107),用于根据宽带RF信号的场强来控制RF放大电路的增益。 提供用于从宽带RF信号中提取期望信号的电路(3,4,5,6; 109,110,111,112,113)以及第一控制电路(81; 114,116,118),用于 在所需信号的场强降低中降低AGC电路的AGC效应,导致RF放大电路的放大率增加。 第二控制电路(8)使得第一控制电路响应于自动信道选择的指令而不工作,此时AGC电路仅根据宽带RF信号的场强执行AGC操作。 第三控制电路(118)将AGC电路设置为强制AGC状态,其中当期望信号的场强高于第一参考值时RF放大电路的增益最小化,并且灵敏度切换电路(119)将 当所需信号的场强低于第二参考值时,AGC电路对宽带RF信号场强的灵敏度。
    • 9. 发明申请
    • Acceptance/reception separating system in financial institution
    • 金融机构接受/接收分离系统
    • US20050273425A1
    • 2005-12-08
    • US11143494
    • 2005-06-03
    • Shinichi Yamazaki
    • Shinichi Yamazaki
    • G06Q10/00G06Q20/34G06Q40/00G06Q40/02G06Q50/00G06F17/60
    • G06Q30/02G06Q20/10
    • An acceptance/reception separating system in a financial institution has: accepting means which accepts a process for a financial transaction; deposit receipt issuing means which issues a deposit receipt showing the acceptance of the process; business processing means which executes the process; notifying means which notifies the system of the end of the process; and receiving means which confirms a personal identification by the deposit receipt and enables a processing result to be received. The acceptance of the process and the reception of the processing result are separately executed. When the process for the financial transaction is accepted, the deposit receipt is issued to the customer. After the process, he can receive the processing result by the deposit receipt. A waiting time of the customer is shortened and customer services and processing efficiency can be improved.
    • 金融机构的接受/接收分离系统有:接受金融交易流程的接受方式; 存放收据发行单据,发出显示接受过程的存款收据; 执行该过程的业务处理手段; 通知手段,通知系统结束过程; 以及接收装置,其通过存款接收确认个人识别,并且能够接收处理结果。 处理结果的接受和处理结果的接收被分别执行。 当金融交易的过程被接受时,存款收据将发给客户。 过程结束后,他可以通过存款收据收到处理结果。 缩短客户的轮候时间,提高客户服务和处理效率。