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    • 82. 发明申请
    • TRANSPORT METHOD AND TRANSPORT APPARATUS
    • 运输方式和运输工具
    • US20100168908A1
    • 2010-07-01
    • US12644615
    • 2009-12-22
    • Hidehiro MAEDAKazuya OkamotoYasuaki Tanaka
    • Hidehiro MAEDAKazuya OkamotoYasuaki Tanaka
    • H01L21/677G06F7/00
    • H01L21/677H01L21/67092H01L21/67259H01L21/68H01L24/34H01L2924/00014Y10T156/10H01L2224/37099H01L2224/84
    • Provided is a transport method comprising judging whether there is a possibility that misalignment greater than or equal to a threshold value occurs between substrates to be layered that are held by a pair of substrate holders aligned and stacked by an aligning section, the misalignment occurring when the pair of substrate holders is transported from the aligning section to a pressure applying section; and if the judgment indicates that there is the possibility of misalignment, transporting the pair of substrate holders to a region other than the pressure applying section. Whether there is the possibility of misalignment may be judged based on acceleration of the substrate holders. Whether there is the possibility of misalignment may be judged based on acceleration of a transporting section that transports the substrate holders. Whether there is the possibility of misalignment may be judged based on relative positions of the substrate holders. Whether there is the possibility of misalignment may be judged based on relative positions of (i) a transporting section that transports the pair of substrate holders and (ii) one of the pair of substrate holders.
    • 提供了一种传送方法,包括判断是否存在由被对准部对准和堆叠的一对基板保持器保持的要分层的基板之间的大于或等于阈值的偏移的可能性, 一对基板支架从对准部分输送到压力施加部分; 并且如果判断表示存在不对准的可能性,则将一对基板保持器传送到除压力施加部以外的区域。 可以基于基板保持器的加速度判断是否存在未对准的可能性。 可以基于输送基板保持器的输送部的加速度判断是否存在未对准的可能性。 可以基于基板保持器的相对位置来判断是否存在未对准的可能性。 可以基于(i)输送一对基板保持器的输送部和(ii)一对基板保持件中的一个的相对位置来判断是否存在未对准的可能性。
    • 83. 发明授权
    • MRI RF coil configured to decouple coil elements and MRI apparatus employing the same
    • MRI RF线圈被配置为使线圈元件解耦,并且使用该线圈元件的MRI装置
    • US07642779B2
    • 2010-01-05
    • US12049689
    • 2008-03-17
    • Takahiro IshiharaKazuya OkamotoShinji Mitsui
    • Takahiro IshiharaKazuya OkamotoShinji Mitsui
    • G01V3/00
    • G01R33/3415G01R33/34084G01R33/365
    • A radio-frequency coil has a first element and a second element both being adjacently arranged so as to nip a division/join portion. The first element has a first main loop portion provided along an arrangement plain surface and a first sub-loop portion provided along a surface substantially perpendicular to the arrangement plain surface. The second element has a second main loop portion provided along the arrangement plain surface and a second sub-loop portion provided facing the first sub-loop. The first sub-loop portion and the second sub-loop portion generate an induced electromotive force such that, among magnetic fields generated when a current flows in one coil, a summation of the magnetic fields, which interlink with the other coil, becomes zero.
    • 射频线圈具有相邻设置的第一元件和第二元件,以便夹持分割/连接部分。 第一元件具有沿着布置平坦表面设置的第一主环部分和沿着大致垂直于布置平面的表面设置的第一子回路部分。 第二元件具有沿着布置平坦表面设置的第二主环部分和面向第一子回路设置的第二子回路部分。 第一子回路部分和第二子回路部分产生感应电动势,使得当电流在一个线圈中流动时产生的磁场中,与另一个线圈相互连接的磁场的总和变为零。
    • 84. 发明授权
    • MRI apparatus and high-frequency coil with plural imaging regions
    • MRI装置和具有多个成像区域的高频线圈
    • US07619412B2
    • 2009-11-17
    • US11440053
    • 2006-05-25
    • Kazuya OkamotoManabu Ishii
    • Kazuya OkamotoManabu Ishii
    • G01V3/00
    • G01R33/34046
    • A high-frequency coil for a magnetic resonance imaging apparatus includes two end members formed of a conductive material and arranged opposite to each other. A plurality of rod members, each of which is formed of a conductive material having a rod shape have one end portion connected to one of the two end members and the other end portion connected to the other of the two end members. At east one additional member is formed of a conductive member having a rod shape, the additional member having both ends connected to one of the rod members, the additional member being disposed outside a first imaging region formed by the end members and the rod members, and forming a second imaging region.
    • 用于磁共振成像装置的高频线圈包括由导电材料形成并彼此相对布置的两个端部构件。 多个棒状构件,其每一个由具有杆状的导电材料形成,其一个端部连接到两个端部构件之一,另一个端部连接到两个端部构件中的另一个。 在东部,一个附加部件由具有杆形状的导电部件形成,附加部件的两端连接到一个杆部件,附加部件设置在由端部部件和杆部件形成的第一成像区域的外部, 以及形成第二成像区域。
    • 86. 发明授权
    • Magnetic resonance imaging apparatus
    • 磁共振成像装置
    • US07570056B2
    • 2009-08-04
    • US11501893
    • 2006-08-10
    • Kazuto NakabayashiKazuya Okamoto
    • Kazuto NakabayashiKazuya Okamoto
    • G01V3/00
    • G01R33/28G01R33/56375
    • A coil support unit for use in a magnetic resonance imaging apparatus provided with a top board for placing thereon a subject, and a radio frequency coil provided on an upper surface of the top board, the magnetic resonance imaging apparatus imaging the subject utilizing the radio frequency coil, the coil support unit includes a port configured to electrically connect the radio frequency coil to a signal cable, the signal cable transmitting at least one of a transmission signal supplied to the radio frequency coil, and a magnetic resonance signal detected by the radio frequency coil, and a support member provided on the upper surface of the top board and including a guide groove formed therein, the guide groove permitting the port to slide therein.
    • 一种用于磁共振成像设备的线圈支撑单元,该磁共振成像设备设置有用于放置在其上的对象的顶板和设置在顶板的上表面上的射频线圈,所述磁共振成像设备利用射频 线圈,线圈支撑单元包括被配置为将射频线圈电连接到信号电缆的端口,信号电缆发送提供给射频线圈的发送信号中的至少一个以及由射频检测的磁共振信号 线圈和设置在顶板的上表面上并且包括形成在其中的引导槽的支撑构件,所述引导槽允许端口在其中滑动。
    • 88. 发明授权
    • Directional control valve
    • 定向控制阀
    • US07380571B2
    • 2008-06-03
    • US11144140
    • 2005-06-03
    • Kazuya Okamoto
    • Kazuya Okamoto
    • F15B13/04
    • F16K31/0613F16J15/104F16J15/125F16K11/0712Y10S251/90Y10T137/86606Y10T137/86614Y10T137/8663Y10T137/8671
    • A valve accommodating hole (11), and each of a supply port (20), discharge ports (21 and 22), and output ports (23 and 24) connected to the valve accommodating hole are formed in a valve casing (15), and a valve shaft (12) is attached to the valve accommodating hole (11) so as to be reciprocable in the axial direction. Circular rubber elastic valve elements (51 and 52) are attached to the valve shaft (12) and used for switching between a communication state where either one of the elastic valve elements is spaced away from an inner peripheral sealing surface of the valve accommodating hole (11) such that the supply port (20) and the respective output port (23 or 24) communicate with each other and a shut-off state where either one of the elastic valve elements comes in contact with the inner peripheral sealing surface such that the communication is shut off. Composite valve elements (61 and 62) each equipped with a circular reinforcement ring (63) and a rubber elastic seal (64) integrally provided to the reinforcement ring are attached to the valve casing (15), and each of the composite valve elements (61 and 62) switches between a communication state where the respective valve shaft output port (23 or 24) and the respective discharge port (21 or 22) communicate with each other and a shut-off state where the communication is shut off.
    • 在阀壳体(15)中形成有阀容纳孔(11),供给口(20),排出口(21,22)以及与阀容纳孔连接的输出口(23,24) 并且阀轴(12)安装在阀容纳孔(11)上,以能够沿轴向往复移动。 圆形橡胶弹性阀元件(51和52)安装在阀轴(12)上,用于在弹性阀元件中的任一个与阀容纳孔的内周密封面间隔开的连通状态 11),使得供给口(20)和各个输出口(23或24)彼此连通,并且关闭状态,其中弹性阀元件中的任一个与内周密封表面接触,使得 通信被关闭。 每个配有圆形加强环(63)和一体地设置在加强环上的橡胶弹性密封件(64)的复合阀元件(61和62)安装在阀壳体(15)上,并且每个复合阀元件 61和62)在相应的阀轴输出端口(23或24)和相应的排出口(21或22)彼此连通的通信状态和通信被切断的关闭状态之间切换。
    • 89. 发明授权
    • Charged-particle-beam mapping projection-optical systems and methods for adjusting same
    • 带电粒子束映射投影光学系统及其调整方法
    • US07183562B2
    • 2007-02-27
    • US11411349
    • 2006-04-25
    • Hiroshi NishimuraNaoto KiharaKinya KatoToru TakagiAkihiro GotoJunji IkedaKazuya Okamoto
    • Hiroshi NishimuraNaoto KiharaKinya KatoToru TakagiAkihiro GotoJunji IkedaKazuya Okamoto
    • G01N21/00G21K7/00
    • H01J37/26G01N23/225H01J37/1471H01J37/226H01J37/265H01J2237/0492H01J2237/057H01J2237/1501H01J2237/2482H01J2237/2538H01J2237/262H01J2237/2806H01J2237/2817H01J2237/282H01J2237/2823H01J2237/2826H01J2237/30438
    • Charged-particle-beam (CPB) mapping projection-optical systems and adjustment methods for such systems are disclosed that can be performed quickly and accurately. In a typical system, an irradiation beam is emitted from a source, passes through an irradiation-optical system, and enters a Wien filter (“E×B”). Upon passing through the E×B, the irradiation beam passes through an objective-optical system and is incident on an object surface. Such impingement generates an observation beam that returns through the objective-optical system and the E×B in a different direction to a detector via an imaging-optical system. An adjustment-beam source emits an adjustment beam used for adjusting and aligning the position of, e.g., the object surface and/or the Wien's condition of the E×B. The adjustment beam can be off-axis relative to the objective-optical system. For such adjusting and aligning, fiducial marks (situated, e.g., in the plane of the object surface) can be used that are optimized for the CPB-optical system and the off-axis optical system. Desirably, the image formed on the detector when electrical voltage and current are not applied to the E×B is in the same position as the image formed on the detector when electrical voltage and current are applied to the E×B. Also provided are “evaluation charts” for use in such alignments that do not require adjustment of the optical axis of the irradiation-optical system, and from which the kinetic-energy distribution of the emitted adjustment beam is stable.
    • 公开了可以快速且准确地执行这种系统的带电粒子束(CPB)映射投影光学系统和调整方法。 在典型的系统中,照射光束从光源发出,通过照射光学系统,并进入维恩滤光片(“ExB”)。 当通过ExB时,照射光束通过物镜光学系统并且入射到物体表面上。 这种冲击产生观察光束,该观察光束经由成像光学系统通过物镜 - 光学系统和ExB以不同的方向返回到检测器。 调整光束源发射用于调整和对准例如物体表面的位置和/或ExB的维恩状态的调节光束。 调节光束可以相对于物镜光学系统偏轴。 对于这种调整和对准,可以使用为CPB光学系统和离轴光学系统优化的基准标记(例如位于物体表面的平面中)。 理想地,当电压和电流未施加到ExB时,在检测器上形成的图像与当将电压和电流施加到ExB时形成在检测器上的图像位于相同的位置。 还提供了用于这种对准的“评估图”,其不需要调整照射光学系统的光轴,并且发射的调节光束的动能分布从该对准是稳定的。