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    • 1. 发明申请
    • BAND CONTROL METHOD AND COMMUNICATION APPARATUS
    • 带控制方法和通信装置
    • US20090238206A1
    • 2009-09-24
    • US11910572
    • 2006-03-30
    • Yasuhiro HamadaKeiichi OhataKenichi MaruhashiTakao MorimotoMasaharu ItoShuya Kishimoto
    • Yasuhiro HamadaKeiichi OhataKenichi MaruhashiTakao MorimotoMasaharu ItoShuya Kishimoto
    • H04J3/22
    • H04L5/143H04B1/50H04J3/1694H04L5/0037
    • The present invention intends to improve communication efficiency between two communication apparatuses each engaged in the communication by full duplex communication method by using a surplus band of the one to transmission band of the other. A first bandwidth required by a first communication apparatus (A) at data transmission and a second bandwidth required by a second communication apparatus (B) at data transmission are presumed. Next, the first bandwidth presumed as mentioned is compared to a first bandwidth used which the first communication apparatus (A) currently uses and at the same time, the second bandwidth presumed as mentioned is compared to a second bandwidth used which the second communication apparatus (B) currently uses. The first bandwidth and the second bandwidth are then adjusted, and a third bandwidth which the first communication apparatus (A) uses at data transmission and a fourth bandwidth which the second communication apparatus (B) uses are determined.
    • 本发明旨在通过使用一个对另一个的传输频带的剩余频带来提高通过全双工通信方式进行通信的两个通信装置之间的通信效率。 推测第一通信装置(A)在数据传输时所需的第一带宽和第二通信装置(B)在数据传输时所需的第二带宽。 接下来,将所提到的假定的第一带宽与当前使用的第一通信装置(A)所使用的第一带宽进行比较,并且同时将假定的所述第二带宽与第二通信装置( B)目前使用。 然后调整第一带宽和第二带宽,并确定第一通信装置(A)在数据传输时使用的第三带宽和第二通信装置(B)使用的第四带宽。
    • 2. 发明授权
    • Band control method and communication apparatus
    • 频带控制方法和通信装置
    • US08045580B2
    • 2011-10-25
    • US11910572
    • 2006-03-30
    • Yasuhiro HamadaKeiichi OhataKenichi MaruhashiTakao MorimotoMasaharu ItoShuya Kishimoto
    • Yasuhiro HamadaKeiichi OhataKenichi MaruhashiTakao MorimotoMasaharu ItoShuya Kishimoto
    • H04J3/16
    • H04L5/143H04B1/50H04J3/1694H04L5/0037
    • The present invention intends to improve communication efficiency between two communication apparatuses each engaged in the communication by full duplex communication method by using a surplus band of the one to transmission band of the other. A first bandwidth required by a first communication apparatus (A) at data transmission and a second bandwidth required by a second communication apparatus (B) at data transmission are presumed. Next, the first bandwidth presumed as mentioned is compared to a first bandwidth used which the first communication apparatus (A) currently uses and at the same time, the second bandwidth presumed as mentioned is compared to a second bandwidth used which the second communication apparatus (B) currently uses. The first bandwidth and the second bandwidth are then adjusted, and a third bandwidth which the first communication apparatus (A) uses at data transmission and a fourth bandwidth which the second communication apparatus (B) uses are determined.
    • 本发明旨在通过使用一个对另一个的传输频带的剩余频带来提高通过全双工通信方式进行通信的两个通信装置之间的通信效率。 推测第一通信装置(A)在数据传输时所需的第一带宽和第二通信装置(B)在数据传输时所需的第二带宽。 接下来,将所提到的假定的第一带宽与当前使用的第一通信装置(A)所使用的第一带宽进行比较,并且同时将假定的所述第二带宽与第二通信装置( B)目前使用。 然后调整第一带宽和第二带宽,并确定第一通信装置(A)在数据传输时使用的第三带宽和第二通信装置(B)使用的第四带宽。
    • 5. 发明申请
    • STORAGE MEDIUM PLAYBACK DEVICE
    • 存储媒体播放设备
    • US20100095315A1
    • 2010-04-15
    • US12515355
    • 2007-11-29
    • Kei ShirahataShigeki AsaiTakao MorimotoMasayoshi Takehata
    • Kei ShirahataShigeki AsaiTakao MorimotoMasayoshi Takehata
    • G11B17/04
    • G11B17/26
    • Problem: A storage medium playback device includes a first playback means that plays back on the basis of information stored on a storage medium, a second playback means that plays back on the basis of information stored on a storage medium, and a single insertion slot through which a storage medium to be played back by the first playback means and a storage medium to be played back by the second playback means are inserted, wherein the storage playback device is capable of simultaneously playing back different storage media each with the first playback means and the second playback means; therefore, the area of an installation face for insertion slots is effectively used.Solution: The storage medium playback device includes a first playback means that plays back on the basis of information stored on a storage medium, a second playback means that plays back on the basis of information stored on a storage medium, and a single insertion slot through which a storage medium to be played back by the first playback means and a storage medium to be played back by the second playback means are inserted, wherein the storage playback device is capable of simultaneously playing back different storage media each with the first playback means and the second playback means.
    • 问题:存储介质重放装置包括:基于存储在存储介质上的信息重放的第一重放装置,基于存储在存储介质上的信息重放的第二重放装置,以及通过 插入要由第一播放装置播放的存储介质和由第二播放装置重放的存储介质,其中存储回放设备能够同时利用第一播放装置同时播放不同的存储介质, 第二播放装置; 因此,有效地使用用于插入槽的安装面的面积。 解决方案:存储介质重放装置包括:基于存储在存储介质上的信息重放的第一重放装置,基于存储在存储介质上的信息重放的第二重放装置,以及通过 插入要由第一播放装置播放的存储介质和由第二播放装置重放的存储介质,其中存储回放设备能够同时利用第一播放装置同时播放不同的存储介质, 第二播放装置。
    • 6. 发明授权
    • Disk device for disks of different sizes
    • 不同尺寸磁盘的磁盘设备
    • US06469972B1
    • 2002-10-22
    • US09669627
    • 2000-09-26
    • Takao MorimotoMasao SatoTatsunori Fujiwara
    • Takao MorimotoMasao SatoTatsunori Fujiwara
    • G11B1704
    • G11B17/0515G11B17/0404
    • A disk device comprises first and second disk selection projections 102, 103 which regulate an angle of the disk conveyed to a small or large disk positioning recess 121, 122 on the basis of an outer radius of the disk. The first and second disk selection projections have tapered faces 102a, 103a provided at fixed intervals on a disk guiding face 101a facing the conveying roller 111. The disk device further comprises steps 121a, 122a for positioning the small disk 201 or the large disk 200 having an angle regulated in accordance with the outer radius to the small disk positioning recess 121 or to the large disk positioning recess 122.
    • 磁盘装置包括第一和第二磁盘选择突起102,103,该第一和第二磁盘选择突起102,103基于磁盘的外半径来调节传送到小或大的磁盘定位凹槽121,122的磁盘的角度。 第一和第二盘选择突起具有在面向输送辊111的盘引导面101a上以固定间隔设置的锥形面102a,103a。盘装置还包括用于定位小盘201或大盘200的步骤121a,122a, 根据与小盘定位凹部121或大盘定位凹部122的外径相对应的角度。
    • 8. 发明授权
    • Optical Semiconductor device with carrier recombination layer
    • 具有载流子复合层的光半导体器件
    • US5917846A
    • 1999-06-29
    • US824435
    • 1997-03-26
    • Takao Morimoto
    • Takao Morimoto
    • H01L29/74H01L33/06H01L33/12H01L33/14H01L33/30H01S5/00H01S5/22H01S5/227H01S3/19
    • H01S5/227H01S5/2205H01S5/2206H01S5/2227H01S5/2272
    • A p-InP buffer layer is formed on a p-type InP substrate. A selective growth layer consisted of a p-InP clad layer, a SCH-strained MQW layer, and an n-InP clad layer sequentially in stripe form is formed on the buffer layer. On the surface of the buffer layer at both sides of the selective growth portion, a p-InP buried layer, an n-InP blocking layer, a p-InP blocking layer and SCH-MQW carrier recombination layer are selectively grown in the sequential order in a manner that those layer are not grown on the upper surface of the selective growth portion. With burying upper portions of these layers, an n-InP clad burying layer, and an n-InGaAsP contact layer are formed. Then, a surface electrode is formed with covering the entire surface. Also, a back surface electrode is formed on the backside surface of the p-type InP substrate.
    • 在p型InP衬底上形成p-InP缓冲层。 在缓冲层上形成由p-InP包层,SCH-应变MQW层和顺序呈条状形式的n-InP包层组成的选择性生长层。 在选择生长部分两侧的缓冲层的表面上,按顺序选择性地生长p-InP掩埋层,n-InP阻挡层,p-InP阻挡层和SCH-MQW载流子复合层 使得那些层不在选择性生长部分的上表面上生长。 通过埋入这些层的上部,形成n-InP包层掩埋层和n-InGaAsP接触层。 然后,形成覆盖整个表面的表面电极。 此外,背面电极形成在p型InP衬底的背面上。
    • 10. 发明授权
    • Electromagnetic relay
    • 电磁继电器
    • US5696475A
    • 1997-12-09
    • US600175
    • 1996-02-12
    • Katsumi YoshitaniHiromi NishimuraShigeru TajimaNorimasa KajiFumihiro KamitaniYukiharu TanakaTakao MorimotoShiro Maeda
    • Katsumi YoshitaniHiromi NishimuraShigeru TajimaNorimasa KajiFumihiro KamitaniYukiharu TanakaTakao MorimotoShiro Maeda
    • H01H50/02H01H50/04H01H50/64H01H51/22
    • H01H50/026H01H2050/028H01H50/042H01H50/648H01H51/2245
    • An electromagnetic relay has a base provided with an insulation enclosure and with a contact block outwardly of the enclosure. An electromagnet block is received within the enclosure and includes a coil, yokes, and an armature extending through the coil along the length of the enclosure. The armature is magnetically coupled to the coil and is movable relative to the yokes upon energization of the coil. A card is provided to connect the armature and a movable contact of the contact block for closing and opening the contact. A cover fitted on the base includes an insulation partition which extends between the enclosure and the contact block to accomplish a double-wall insulation between the electromagnet and the contact block. The card has a trunk for connection with the armature and a crosspiece for connection with the movable contact. The trunk extends into the enclosure through a front is opening thereof to fit around the end of the armature such that the entire length of the armature is insulated from the contact block by the enclosure and by the trunk. The crosspiece extends from the trunk longitudinal outwardly of the enclosure for connection with the movable contact outwardly of the insulation enclosure and partition. Further, the partition is contiguous along substantially the entire length of the enclosure. With these features, the relay can have an improved double-wall insulation between the electromagnet block and the contact block without leaving any insulation break along the length of the electromagnet block.
    • 电磁继电器具有设置有绝缘外壳并具有外壳外部的接触块的基座。 电磁铁块被容纳在外壳内,并且包括一个线圈,轭铁和沿着外壳长度延伸通过线圈的衔铁。 电枢磁耦合到线圈,并且在线圈通电时可以相对于轭移动。 提供卡以连接电枢和接触块的可动触点,用于闭合和打开触点。 安装在基座上的盖包括在外壳和接触块之间延伸的绝缘隔板,以在电磁体和接触块之间实现双壁绝缘。 卡具有用于与电枢连接的主干和用于与可动触点连接的横档。 主干通过前部开口而延伸到外壳中,以适配于电枢的端部,使得电枢的整个长度通过外壳和主体与接触块绝缘。 横档从外壳纵向向外延伸,用于与绝缘外壳和隔板外部的可动触头相连接。 此外,分隔件基本上围绕外壳的整个长度连续。 利用这些特征,继电器可以在电磁体块和接触块之间具有改进的双壁绝缘,而不会沿着电磁体块的长度留下任何绝缘断裂。