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    • 2. 发明申请
    • Radiation image storage panel and process for producing the same
    • 辐射图像存储面板及其制造方法
    • US20070075282A1
    • 2007-04-05
    • US11540547
    • 2006-10-02
    • Takashi KomiyamaMasako MurofushiKenji Takahashi
    • Takashi KomiyamaMasako MurofushiKenji Takahashi
    • G03C5/16
    • G21K4/00C09K11/7733
    • A radiation image storage panel comprises a layer containing an europium activated cesium bromide stimulable phosphor. The europium activated cesium bromide stimulable phosphor has a structure such that a ratio of a signal intensity, which corresponds to g=1.90 with respect to europium activated cesium bromide and which is taken in an ESR spectrum at a Q-band, to the signal intensity, which corresponds to g=1.88 with respect to europium activated cesium bromide and which is taken in the ESR spectrum at the Q-band, is equal to at least 0.7. The radiation image storage panel is produced with a process, wherein a vapor phase deposited film, which contains pillar-shaped crystals of the europium activated cesium bromide stimulable phosphor, is formed on the base plate in a vacuum atmosphere and is then subjected to heat processing in the vacuum atmosphere.
    • 辐射图像存储面板包括含有铕活化的溴化铯可刺激磷光体的层。 铕活化铯溴化物刺激性荧光体具有这样的结构,使得相对于铕活化铯溴化物相对于g = 1.90的信号强度与在Q波段的ESR光谱中获得的信号强度与信号强度的比值 相对于铕活化的溴化铯g = 1.88,并且其在Q波段的ESR光谱中获得等于至少0.7。 制造放射线图像存储面板,其中在真空气氛中在基板上形成含有铕活化铯溴化物刺激性荧光体的柱状晶体的气相沉积膜,然后进行热处理 在真空气氛中。
    • 3. 发明授权
    • Input/output device having hart communications functions
    • 具有哈特通信功能的输入/输出设备
    • US08463963B2
    • 2013-06-11
    • US13170425
    • 2011-06-28
    • Takashi KomiyamaKentaro KitahoriYoshinori Monaka
    • Takashi KomiyamaKentaro KitahoriYoshinori Monaka
    • G06F13/12G06F13/00
    • G05B19/0423
    • Channels, which are assigned to each individual lower-level device that are the input/output destinations for HART communications signals that are produced through superimposing, onto a 4 to 20 mA DC signal, digital signals that have been converted into 1200 Hz and 2200 Hz frequency signals; a first controlling portion for controlling communications with a higher-level device; and HART communications portions, provided for each individual channel, for extracting frequency signals from the HART communications signals received through the channels, and for sending to the controlling portion digital signals corresponding to the frequency signals, are provided; where the first controlling portion sends, to the higher-level device, the digital signals received from the individual HART communications portions.
    • 分配给每个单独下层设备的通道,这些设备是通过叠加产生的HART通信信号的输入/输出目的地到4到20 mA直流信号,已转换为1200 Hz和2200 Hz的数字信号 频率信号; 用于控制与较高级设备的通信的第一控制部分; 和HART通信部分,用于从通过信道接收的HART通信信号中提取频率信号,并且向控制部分发送对应于频率信号的数字信号,为每个单独信道提供HART通信部分。 其中第一控制部分向上级设备发送从各个HART通信部分接收的数字信号。
    • 4. 发明申请
    • INPUT/OUTPUT DEVICE HAVING HART COMMUNICATIONS FUNCTIONS
    • 具有HART通信功能的输入/输出设备
    • US20120002734A1
    • 2012-01-05
    • US13170425
    • 2011-06-28
    • Takashi KomiyamaKentaro KitahoriYoshinori Monaka
    • Takashi KomiyamaKentaro KitahoriYoshinori Monaka
    • H04L27/00
    • G05B19/0423
    • Channels, which are assigned to each individual lower-level device that are the input/output destinations for HART communications signals that are produced through superimposing, onto a 4 to 20 mA DC signal, digital signals that have been converted into 1200 Hz and 2200 Hz frequency signals; a first controlling portion for controlling communications with a higher-level device; and HART communications portions, provided for each individual channel, for extracting frequency signals from the HART communications signals received through the channels, and for sending to the controlling portion digital signals corresponding to the frequency signals, are provided; where the first controlling portion sends, to the higher-level device, the digital signals received from the individual HART communications portions.
    • 分配给每个单独下层设备的通道,它们是通过叠加产生的HART通信信号的输入/输出目的地到4到20 mA直流信号,已转换为1200 Hz和2200 Hz的数字信号 频率信号; 用于控制与较高级设备的通信的第一控制部分; 和HART通信部分,用于从通过信道接收的HART通信信号中提取频率信号,并且向控制部分发送对应于频率信号的数字信号,为每个单独信道提供HART通信部分。 其中第一控制部分向上级设备发送从各个HART通信部分接收的数字信号。
    • 7. 发明授权
    • Recording medium read device
    • 记录介质读取装置
    • US06542453B1
    • 2003-04-01
    • US09680210
    • 2000-10-06
    • Yoshinori YamadaTakashi KomiyamaYasuhiro ShinkaiKoji Asao
    • Yoshinori YamadaTakashi KomiyamaYasuhiro ShinkaiKoji Asao
    • G11B358
    • G11B17/0515
    • Positioning means (5) for positioning a recording medium at a predetermined position on a read mechanism of a device after the recording medium loaded into a loading opening (11) has been transported to the read mechanism or a detector means for detecting that the recording medium has been positioned is provided pivotably about one end thereof inside the device. The positioning means (5) comprises first positioning portion (52) for positioning a recording medium of a smaller diameter and a second positioning portion (53) for positioning a recording medium of a larger diameter. The detector means comprises a first detector member (52a) for contacting with the rim of the recording medium of the smaller diameter and a second detector member (53a) for contacting with the rim of the recording medium of the larger diameter. The device is adapted such that, when the recording medium of the larger diameter is transported, the first positioning portion (52) or the first detector member (52a) is retreated from the transport passage for the recording medium of the larger diameter.
    • 定位装置(5),用于在装载到装载开口(11)中的记录介质之后将记录介质定位在装置的读取机构上的预定位置处,已经被传送到读取机构或检测装置,用于检测记录介质 已经被定位成围绕设备的一端可枢转地设置。 定位装置(5)包括用于定位较小直径的记录介质的第一定位部分(52)和用于定位较大直径的记录介质的第二定位部分(53)。 检测器装置包括用于与较小直径的记录介质的边缘接触的第一检测器构件(52a)和用于与较大直径的记录介质的边缘接触的第二检测器构件(53a)。 该装置适于使得当输送较大直径的记录介质时,第一定位部分(52)或第一检测器构件(52a)从用于较大直径的记录介质的传送通道退回。
    • 10. 发明申请
    • Unevenness elimination end-point detecting apparatus and unevenness elimination end-point detecting method for CMP apparatus
    • CMP装置的不均匀性消除终点检测装置和不均匀性消除终点检测方法
    • US20080180695A1
    • 2008-07-31
    • US11986944
    • 2007-11-27
    • Takashi KomiyamaToshiyuki Yokoyama
    • Takashi KomiyamaToshiyuki Yokoyama
    • G01B11/24B24B49/12
    • B24B37/013B24B49/12G01B11/306
    • An unevenness elimination end-point detection apparatus for a CMP apparatus which polishes a film to be polished formed on a wafer surface includes: light irradiation means for irradiating a light on a polishing surface of the wafer during polishing of the wafer; photoelectric conversion means for converting a light intensity of a reflected light from the polishing surface into an electric signal to output the electric signal as a light intensity signal; and determination means for determining an elimination end-point of the initial unevenness of the wafer on the basis of the light intensity signal output from the photoelectric conversion means. The irradiated light is white light and the white light is split and input to the photoelectric conversion means, and light intensity signals are output in units of wavelengths of split lights. In this manner, an elimination end-point of the initial unevenness can be optically detected during wafer polishing.
    • 用于抛光形成在晶片表面上的待抛光膜的CMP装置的不均匀性消除终点检测装置包括:在晶片抛光期间将光照射在晶片的抛光表面上的光照射装置; 光电转换装置,用于将来自抛光表面的反射光的光强度转换为电信号,以输出电信号作为光强度信号; 以及确定装置,用于基于从光电转换装置输出的光强度信号确定晶片的初始不均匀性的消除终点。 被照射的光是白光,白光被分离并输入到光电转换装置,并且以分光的波长为单位输出光强度信号。 以这种方式,可以在晶片抛光期间光学地检测初始不均匀性的消除终点。