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    • 2. 发明申请
    • RADIO RECEPTION APPARATUS AND RADIO RECEPTION METHOD
    • 无线电接收装置和无线电接收方法
    • US20120039363A1
    • 2012-02-16
    • US13284764
    • 2011-10-28
    • Atsushi MATSUMOTOKenichi MiyoshiAkihiko Nishio
    • Atsushi MATSUMOTOKenichi MiyoshiAkihiko Nishio
    • H04B1/06
    • H04L5/0016H04B1/692H04L5/0028H04L5/0044H04L5/006H04L5/0064H04L27/0008H04L27/3405
    • A radio transmission apparatus performs communications with high transmission efficiency. In this apparatus, a modulator modulates data and outputs to a first spreader. A second modulator modulates data under a modulation scheme having a higher M-ary number than the first modulator and outputs the modulated data to a second spreader. The first spreader spreads the data and outputs the spread data to a frequency domain mapping section. The second spreader spreads the data and outputs the spread data to a time domain mapping section. A frequency domain mapping section maps chips with spread data on subcarriers in the frequency domain and outputs the data with chips mapped on subcarriers to an IFFT section. The time domain mapping section maps chips with spread data on subcarriers in the time domain and outputs the data with chips mapped on subcarriers to the IFFT section.
    • 无线发送装置以高传输效率进行通信。 在该装置中,调制器调制数据并将其输出到第一扩展器。 第二调制器在具有比第一调制器更高的M值的调制方案下调制数据,并将调制的数据输出到第二扩展器。 第一扩展器扩展数据并将扩展数据输出到频域映射部分。 第二扩展器扩展数据并将扩展数据输出到时域映射部分。 频域映射部将具有频域上的子载波的扩展数据的芯片进行映射,并将具有映射在子载波上的码片的数据输出到IFFT部。 时域映射部将具有在时域中的子载波上的扩展数据的芯片进行映射,并将与副载波对应的芯片的数据输出到IFFT部。
    • 4. 发明申请
    • DRUG CONTAINER
    • 药物容器
    • US20110015609A1
    • 2011-01-20
    • US12892539
    • 2010-09-28
    • Atsushi MATSUMOTO
    • Atsushi MATSUMOTO
    • A61J1/14
    • A61M5/28A61M5/31505A61M5/36A61M2005/3104A61M2005/312A61M2005/3121
    • In a drug container filled with a liquid drug, bubbles are formed during prolonged storage even in the case where the liquid drug is filled in a gas-free state after removing dissolved gas. With the container here, bubbles formed in the container during storage are removed and the formation of bubbles in the container is inhibited or prevented. A drug container, in which a liquid drug is enclosed, includes at least in part a resin member coming into contact with the liquid drug and a pressurizing member removable from the drug container, by which the liquid drug is maintained in a pressurized state, with the liquid drug being in a substantially bubble-free state.
    • 在填充有液体药物的药物容器中,即使在去除溶解气体后液体药物填充无气体的情况下,也能够长时间保存形成气泡。 通过这里的容器,在存储期间在容器中形成的气泡被去除并且容器中形成气泡被抑制或防止。 封闭液体药物的药物容器至少部分包括与液体药物接触的树脂部件和从药物容器移除的加压部件,液体药物通过该加压部件保持加压状态, 液体药物处于基本上无气泡状态。
    • 5. 发明申请
    • MEDICINE INJECTION DEVICE AND METHOD
    • 医药注射装置和方法
    • US20120191102A1
    • 2012-07-26
    • US13433534
    • 2012-03-29
    • Atsushi MATSUMOTOMakoto Saruhashi
    • Atsushi MATSUMOTOMakoto Saruhashi
    • A61B17/58
    • A61M5/14526A61B17/8822A61B2017/00539A61M5/31511
    • A medicine injection device includes a medicine ejection unit having a fluid flow-in port for receiving liquid, and a pressure generation unit which includes a pressure generating chamber to generate pressure acting upon a working chamber of the medicine ejection unit through the liquid and which ejects medicine by moving a gasket based on the applied pressure. The pressure generation unit includes a pressure portion cylinder in the pressure generating chamber, a first pusher provided with a hollow gasket defining the inner volume of the pressure generating chamber and a second pusher which generates the pressure inside the pressure generating chamber by pressing a distal end head portion into the inside of the pressure generating chamber. The pressure portion cylinder and the first pusher are coupled through an engagement mechanism in which fixation and fixation release are possible at different pitches in the axial direction.
    • 药剂注射装置包括具有用于接收液体的流体流入口的药物喷射单元和压力产生单元,该压力产生单元包括通过液体产生作用在药物喷射单元的工作室上的压力的压力产生室, 基于所施加的压力移动垫圈来治疗药物。 压力发生单元包括在压力发生室中的压力部分气缸,第一推动器设置有限定压力产生室的内部容积的中空衬垫,以及第二推动器,其通过压迫压力产生室的远端产生压力 头部进入压力发生室的内部。 压力部分气缸和第一推动器通过接合机构联接,其中在轴向上以不同的间距可以进行固定和固定释放。
    • 7. 发明申请
    • BONE CEMENT INJECTING TOOL
    • 骨水泥注射工具
    • US20110015641A1
    • 2011-01-20
    • US12888471
    • 2010-09-23
    • Atsushi MATSUMOTO
    • Atsushi MATSUMOTO
    • A61B17/58A61B19/00
    • A61B17/8822
    • A bone cement injecting tool is configured to be capable of inhibiting or preventing the occurrence of air bubbles in the liquid as a pressure transmitting medium. The bone cement injecting tool is composed of a first cylinder possessing a bore, a second cylinder possessing a bore, a first gasket slidably sealing the bore of the first cylinder, a second gasket slidably sealing the bore of the second cylinder, a tube communicating the first cylinder and the second cylinder, and liquid (e.g., water) filling the space I the tube and the first and second cylinders between the two gaskets. A piston is positioned in the first cylinder, and a pressure-retaining member applies pressure to the forward end of the piston so the piston moves the first gasket toward the forward end, thereby delivering the water to the second cylinder through the tube. During storage, the pressure-retaining member pushes the piston toward the fore-end, and this pushing force produces the pressure of the water.
    • 骨水泥注入工具被构造成能够抑制或防止作为压力传递介质的液体中的气泡的发生。 骨水泥注射工具由具有孔的第一圆柱体,具有孔的第二圆柱体,可滑动地密封第一圆柱体的孔的第一垫圈,可滑动地密封第二圆柱体的孔的第二垫圈, 第一气缸和第二气缸,以及液体(例如水),其填充空间I,管和第一和第二气缸在两个垫圈之间。 活塞位于第一气缸中,并且压力保持构件向活塞的前端施加压力,使得活塞朝向前端移动第一垫圈,从而通过管将水输送到第二气缸。 在储存期间,压力保持构件将活塞推向前端,并且该推动力产生水的压力。
    • 9. 发明申请
    • COMMUNICATION METHOD, COMMUNICATION TERMINAL, AND BASE STATION APPARATUS
    • 通信方法,通信终端和基站设备
    • US20120099549A1
    • 2012-04-26
    • US13340408
    • 2011-12-29
    • Daichi IMAMURAAtsushi MATSUMOTOTakashi IWAISadaki FUTAGITomofumi TAKATA
    • Daichi IMAMURAAtsushi MATSUMOTOTakashi IWAISadaki FUTAGITomofumi TAKATA
    • H04W72/04H04W74/08
    • H04W74/002H04W74/0891
    • A radio transmitting apparatus and a radio transmitting method wherein the increase of the guard time in a random access region is reduced to secure the data transmitting region of an upstream line. In this apparatus, when a received signal power estimated by a received signal power estimating part (205) is the higher, a RACH format selecting part (206) selects a RACH format having the longer frame length. Contrarily, when a received signal power estimated by the received signal power estimating part (205) is the lower, the RACH format selecting part (206) selects a RACH format having the shorter frame length. A RACH data part arranging part (207) appropriately selects, in accordance with the selected RACH format, top-priority information, such as terminal identifiers, priority information, such as connection request information or band assignment request information, and non-priority information and arranges RACH data parts.
    • 一种无线发送装置和无线发送方法,其中减少随机接入区域中的保护时间的增加以确保上游线路的数据发送区域。 在该装置中,当由接收信号功率估计部(205)估计的接收信号功率越高时,RACH格式选择部(206)选择具有较长帧长的RACH格式。 相反,当由接收信号功率估计部分(205)估计的接收信号功率较低时,RACH格式选择部分(206)选择具有较短帧长的RACH格式。 RACH数据部分配置部分207根据选择的RACH格式,适当地选择诸如终端标识符等优先级信息,连接请求信息或频带分配请求信息等优先级信息,以及非优先级信息,以及 安排RACH数据部分。