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    • 52. 发明申请
    • SOUND REPRODUCING DEVICE
    • 声音再现设备
    • WO1996003740A1
    • 1996-02-08
    • PCT/JP1995001500
    • 1995-07-27
    • SONY CORPORATIONDAIICHI KOSHO CO., LTD.NAKAMURA, JunichiNAKAMURA, Masakazu
    • SONY CORPORATIONDAIICHI KOSHO CO., LTD.
    • G10K15/04
    • G10K15/04G10H1/361G10H2210/251G10H2210/261
    • A reproducing device which reproduces a plurality of accompaniment signals and signals indicating the kinds of the accompaniment signals from a recording medium comprises a reproducing section, at least one musical interval converting circuit, and first and second mixers. The reproducing section reproduces signals from the recording medium loaded on the device. The musical interval converting circuit converts the musical interval of sound signals inputted from a microphone into another musical interval which is separated from the inputted interval by a prescribed pitch. The first mixer mixes the sound signals converted by the musical interval converting circuit with the inputted sound signals. The second mixer mixes the sound signals outputted from the first mixer with the accompaniment signals outputted from the reproducing section.
    • 从记录介质再现多个伴奏信号和表示伴奏信号种类的信号的再现装置包括再现部分,至少一个音乐间隔转换电路以及第一和第二混频器。 再现部分再现来自装载在装置上的记录介质的信号。 音乐间隔转换电路将从麦克风输入的声音信号的音程转换为与输入的间隔分开预定间距的另一个音程。 第一混频器将由音频转换电路转换的声音信号与输入的声音信号混合。 第二混频器将从第一混频器输出的声音信号与从再现部分输出的伴奏信号相混合。
    • 57. 发明申请
    • INFORMATION MEMORY PROCESSOR
    • 信息记忆处理器
    • WO1995029444A1
    • 1995-11-02
    • PCT/JP1995000810
    • 1995-04-25
    • SONY CORPORATIONSAWADA, Yoshiaki
    • SONY CORPORATION
    • G06F12/00
    • G06F12/08Y10S707/99953Y10S707/99956
    • An information memory processor as a storage including off-line media. This storage can be accessed equally by all users, and the user's convenience to use the storage is improved. The division and dynamic allotment of resources for the information memory processing are carried out, and various kinds of storages in the resources for the information memory processing are integrated by a file system and hierarchized according to speed and characteristics. A file system is formed on the various kinds of hierarchized storages so that a user accesses an arbitrary file without distinguishing various kinds of storages and/or without distinguishing file systems.
    • 作为包括离线媒体的存储器的信息存储处理器。 所有用户可以平等地访问该存储,并且改善了用户使用存储的方便性。 执行用于信息存储处理的资源的划分和动态分配,并且用于信息存储处理的资源中的各种存储器通过文件系统进行集成,并根据速度和特性进行分级。 在各种分层存储器上形成文件系统,使得用户访问任意文件,而不区分各种存储和/或不区分文件系统。
    • 58. 发明申请
    • DISK RECORDING AND/OR REPRODUCTION APPARATUS AND DISK RECORDING MEDIUM EXCHANGER
    • 磁盘记录和/或复制设备和磁盘记录介质交换器
    • WO1995028710A1
    • 1995-10-26
    • PCT/JP1995000734
    • 1995-04-14
    • SONY CORPORATIONMUKAIDA, Kumio
    • SONY CORPORATION
    • G11B17/26
    • G11B17/223
    • A disk recording and/or reproduction apparatus for selectively taking out a disk from a container and for effecting recording and/or reproducing information signals, which includes a disk container disposed on the front side inside the main body of the apparatus to hold a plurality off parallel trays for placing disks; a take-out mechanism for selectively pulling out one of the trays from the container and taking out the disk placed on the tray; a recording and/or reproduction portion for recording and/or reproducing information signals to and from the disk taken out by the take-out mechanism, disposed at the rear side inside the main body of the apparatus; and eject mechanism for putting selectively any of the remaining trays outside the main body; and control means for independently controlling the eject mechanism and the take-out mechanism. The eject mechanism and the take-out mechanism are independently driven and controlled by a system control portion. A tray can be selectively pulled from the container by the take-out mechanism, while another can be selectively put out the main body by the eject mechanism. Even when the information signal is recorded and/or reproduced to and from the disk, ejection of other trays becomes possible.
    • 一种磁盘记录和/或再现装置,用于从容器中选择性地取出磁盘并用于进行信息信号的记录和/或再现,该信息信号包括设置在装置的主体内的前侧的磁盘容器以保持多个关闭 用于放置磁盘的平行托盘; 用于从容器中选择性地拉出一个托盘并取出放置在托盘上的盘的取出机构; 记录和/或再现部分,用于将设置在设备主体内的后侧的由取出机构取出的盘的信息信号记录和/或再现; 以及用于将剩余托盘中的任何托盘选择在主体外部的弹出机构; 以及用于独立地控制排出机构和取出机构的控制装置。 排出机构和取出机构由系统控制部独立地驱动和控制。 托盘可以通过取出机构从容器选择性地拉出,而另一个可以通过弹出机构选择性地从主体中排出。 即使当信息信号被记录和/或从盘再现时,也可以弹出其它的托盘。
    • 59. 发明申请
    • NONAQUEOUS-ELECTROLYTE SECONDARY CELL
    • 非电解电解质二次电池
    • WO1995028011A1
    • 1995-10-19
    • PCT/JP1995000694
    • 1995-04-07
    • SONY CORPORATIONOMARU, AtsuoNAKAJIMA, NaoyukiNAGAMINE, Masayuki
    • SONY CORPORATION
    • H01M10/40
    • H01M4/587H01M4/133H01M10/05H01M10/0525H01M10/0587
    • A nonaqueous-electrolyte secondary cell having a negative electrode made of a carbon material which can be doped with lithium and from which dopant lithium can be removed, a positive electrode, a nonaqueous electrolyte prepared by dissolving an electrolyte in a nonaqueous solvent. The carbon material is a pulverized graphite material having a true density of 2.1 g/cm and a bulk density of 0.4 g/cm . This graphite material is such a powder that the mean value of the shape parameter (x) expressed by the following formula is below 125.x = (L/T) x (W/T) where x is the shape parameter of the powder, T is the thickness of powder at the thinnest part, L is the length of powder in the length direction. W is the length of powder in the direction normal to the length direction. The graphite material has a specific surface area of 9 m /g and a cumulative 10 % grain size of 3 mu m, a cumulative 50 % grain size of 10 mu m, and a cumulative 90 % grain size of 70 mu m in the particle size distribution found by a laser diffraction method. Such a graphite material powder is prepared by, for example, graphitizing a molded body of a carbon material by heat treatment and grinding the graphitized molded body. The mean fracture strength value of the particles of the graphitic material is greater than 6.0 kgf/mm .
    • 一种非水电解质二次电池,其具有由可掺杂锂的碳材料制成的负极,可以除去掺杂剂锂的正极,通过将电解质溶解在非水溶剂中而制备的非水电解质。 碳材料是真密度为2.1g / cm 3,体积密度为0.4g / cm 3的粉碎石墨材料。 该石墨材料是粉末,由下式表示的形状参数(x)的平均值低于125.x =(L / T)×(W / T),其中x是粉末的形状参数, T是最薄部分的粉末厚度,L是粉末长度方向的长度。 W是沿垂直于长度方向的方向的粉末长度。 石墨材料的比表面积为9m 2 / g,累积10%粒度为3μm,累积50%粒径为10μm,累积90%粒径为70μm 在通过激光衍射法发现的粒度分布中。 这样的石墨材料粉末可以通过例如利用热处理对石墨化成形体进行热处理和研磨来对碳材料的成形体进行石墨化来制备。 石墨材料颗粒的平均断裂强度值大于6.0kgf / mm 2。