会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Anti-thief security sensor assembly using the opening of the projector cover for beam adjustment
    • 防盗安全传感器组件使用投影机盖的开启进行光束调节
    • US06714131B2
    • 2004-03-30
    • US10251994
    • 2002-09-20
    • Masashi IwasawaHiroyuki IkedaTsuyoshi HatanoFumikatsu Sone
    • Masashi IwasawaHiroyuki IkedaTsuyoshi HatanoFumikatsu Sone
    • G08B1318
    • G08B13/183G08B29/046
    • To provide an anti-thief security sensor assembly wherein an optical axis adjustment of a beam projector can be accurately achieved merely by physically opening a cover of a beam projecting unit while a cover of a beam receiving unit is not opened physically, the anti-thief security sensor assembly includes a beam projecting unit (1) for emitting an infrared beam IR and having a projector cover (21A) mounted on a projector base (20A) so as to cover and protect a sensor circuit. This beam projecting unit (1) includes an opening detecting switch (7) for detecting the physical opening of the projector cover (21A) and a transmission request generating circuit (8) operable in response to the detection by the opening detecting switch (7) to output a received beam level transmission request signal B to the beam receiving unit (2). The beam receiving unit (2) for receiving the infrared beam IR from the beam projecting unit 1 includes a level output circuit (52) operable in response to receipt of the received beam level transmission request signal B to transmit to the beam projecting unit (1) a level display signal C indicative of the amount of the infrared beam received by the beam receiving unit (2).
    • 为了提供防盗安全传感器组件,其中只有通过在射束接收单元的盖子物理上没有打开的情况下物理地打开射束投影单元的盖才可以准确地实现射束投影仪的光轴调节,防盗 安全传感器组件包括用于发射红外光束IR并具有安装在投影仪基座(20A)上以便覆盖和保护传感器电路的投影仪盖(21A)的光束投射单元(1)。 该光束投射单元(1)包括用于检测投影仪盖(21A)的物理开口的开启检测开关(7)和响应于开启检测开关(7)的检测而可操作的传输请求发生电路(8) 将接收到的波束级传输请求信号B输出到波束接收单元(2)。 用于从光束投射单元1接收红外光束IR的光束接收单元(2)包括电平输出电路(52),该电平输出电路响应于接收到的波束级传输请求信号B被发送到波束投影单元(1 )表示由光束接收单元(2)接收的红外光束的量的电平显示信号C.
    • 3. 发明授权
    • Anti-theft security sensor assembly
    • 防盗安全传感器组件
    • US06819240B2
    • 2004-11-16
    • US10247956
    • 2002-09-20
    • Masashi IwasawaTsuyoshi HatanoHiroyuki Ikeda
    • Masashi IwasawaTsuyoshi HatanoHiroyuki Ikeda
    • G08B1300
    • G08B13/183
    • To provide an anti-thief security sensor assembly wherein an optical axis of a beam projecting unit can be accurately aligned with that of a beam receiving unit, the anti-thief security sensor assembly includes a beam projecting unit 1 for projecting an infrared beam IR and a beam receiving unit 8 for receiving the infrared beam IR. The beam projecting unit 1 includes a projector cover 21A detachably mounted on a mounting base 20A for enclosing and protecting a sensor circuit on the mounting base 20A, an opening detecting switch 7 for detecting a physical opening of the projector cover 21A, and a projected beam suppressing circuit 4 operable in response to detection by the opening detecting switch 7 to reduce a quantity of the infrared beam emitted from the beam projecting unit 1 to thereby reproduce the infrared beam of a quantity substantially equal to that having passed through the projector cover 21A. The beam receiving unit 8 includes a receiver cover 21 detachably mounted on a mounting base 20 for enclosing and protecting a sensor circuit on the mounting base 20, an opening detecting switch 18 for detecting a physical opening of the receiver cover 21 and a received beam level suppressing circuit 19 operable in response to detection by the opening detecting switch 18 to lower the level of the beam signal received by the beam receiving unit 8 to thereby reproduce reduction of the amount of the received infrared beam caused by the receiver cover 21.
    • 为了提供防盗安全传感器组件,其中射束投影单元的光轴可以与射束接收单元的光轴精确对准,防盗安全传感器组件包括用于投射红外光束IR的光束投影单元1和 用于接收红外光束IR的光束接收单元8。 光束投射单元1包括可拆卸地安装在安装基座20A上用于封装和保护安装基座20A上的传感器电路的投影仪盖21A,用于检测投影仪盖21A的物理开口的开启检测开关7和投影光束 抑制电路4响应于开启检测开关7的检测而可操作,以减少从光束投射单元1发射的红外光束的量,从而再现与通过投影仪盖21A的量基本相等的红外光束。 光束接收单元8包括可拆卸地安装在安装基座20上的接收器盖21,用于封装和保护安装基座20上的传感器电路,用于检测接收器盖21的物理开口的开启检测开关18和接收的电平 抑制电路19响应于开启检测开关18的检测而可操作,以降低由光束接收单元8接收的光束信号的电平,从而再现由接收器盖21引起的接收的红外光束的量的减少。
    • 4. 发明授权
    • X-ray computed tomography apparatus
    • X射线计算机断层摄影装置
    • US5568530A
    • 1996-10-22
    • US417785
    • 1995-04-06
    • Yasuo SaitoTsuyoshi Hatano
    • Yasuo SaitoTsuyoshi Hatano
    • A61B6/03
    • A61B6/032Y10S378/901
    • An X-ray computed tomography apparatus in which detection signals based on X-rays transmitted through an object to be examined are repeatedly integrated at predetermined intervals. The integral signal is sampled a plurality of times in an initial period of the interval, and the sampled signals are averaged. The integral signal is also sampled a plurality of times in a final period of the interval, and the sampled signals are averaged. Projection data are created by subtracting the initial average value from the final average value. Circuit noise can be reduced according to the increase in number of times of sampling with a detioration in X-rays available for processing since the integration time is substantially shortened. Circuit noise becomes conspicuous when the dose of transmitted X-rays is relatively small, and becomes latent when the dose of X-rays is relatively large. The number of sampling times is controlled by oversampling on the basis of scan conditions which allow estimation of the dose of transmitted X-rays in such a manner. When the dose of transmitted X-rays is relatively small, the circuit noise reducing effect can be improved at a cost of a reduction in the amount of X-rays available for processing. When the dose of transmitted X-rays is relatively large, the amount of X-rays available for processing can be improved.
    • 一种X射线计算机断层摄影装置,其中以预定间隔重复地整合基于通过被检体的X射线的检测信号。 积分信号在该间隔的初始周期中多次采样,并且采样信号被平均。 积分信号在该间隔的最后期间也被多次采样,并且采样信号被平均。 通过从最终平均值中减去初始平均值创建投影数据。 可以根据可用于处理的X射线检测中的抽样次数的增加来减少电路噪声,因为积分时间大大缩短。 当透射的X射线的剂量相对较小时,电路噪声变得明显,并且当X射线的剂量相对较大时,电路噪声变得潜伏。 采样次数由基于扫描条件的过采样控制,扫描条件允许以这种方式估计透射X射线的剂量。 当透射的X射线的剂量相对较小时,可以以减少可用于处理的X射线量的代价来改善电路噪声降低效果。 当透射X射线的剂量相对较大时,可以提高可用于处理的X射线量。
    • 8. 发明授权
    • Nozzle assembly for vacuum cleaner
    • 吸尘器喷嘴总成
    • US4638526A
    • 1987-01-27
    • US713031
    • 1985-03-18
    • Yoshitaka MurataTsuyoshi HatanoHideo Ohkubo
    • Yoshitaka MurataTsuyoshi HatanoHideo Ohkubo
    • A47L9/06
    • A47L9/06A47L9/0653A47L9/0673
    • A suction nozzle assembly for a vacuum cleaner, which has a suction spout having a coupling stem for fluid-connection with the vacuum cleaner, a generally rectangular nozzle housing tiltably connected with the suction spout and having a sweeping surface defined at the bottom thereof and adapted to confront a surface to be cleaned, an elongated brush assembly carried by the nozzle housing for movement between projected and retracted positions in a direction perpendicular to the longitudinal sense of the housing through the sweeping surface, a brush height adjustment device for adjustably moving the brush assembly to any one of the projected and retracted positions, and a restraint device for restraining the housing from undergoing an arbitrary tilting motion relative to the suction spout.
    • 一种用于真空吸尘器的吸嘴组件,其具有具有用于与真空吸尘器流体连接的联接杆的抽吸口,与抽吸口可倾斜地连接并具有限定在其底部的扫掠表面的大致矩形的喷嘴壳体, 面对要清洁的表面,由喷嘴壳体承载的细长刷组件,用于在垂直于通过扫掠表面的壳体的纵向方向的方向上在伸出位置和缩回位置之间移动;刷高度调节装置,用于可调节地移动刷子 组合到突出和缩回位置中的任何一个,以及用于限制壳体相对于抽吸喷口经历任意倾斜运动的约束装置。