会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 41. 发明申请
    • CONNECTOR PLUG
    • 连接器插头
    • WO1996042122A1
    • 1996-12-27
    • PCT/JP1996001188
    • 1996-04-30
    • SONY CORPORATIONSMK CO., LTD.MORIKAWA, SeiichiONO, Naoyuki
    • SONY CORPORATIONSMK CO., LTD.
    • H01R13/639
    • H01R13/639H01R13/6582H01R13/6592
    • A connector plug (41) in which a housing (78) having a plurality of contacts (82) in a socket inserting hole (81) is covered with a metal shell section (88) of a shield case (79). The metal shell section (88) is a square tube whose axis extends in the direction where the plug (41) is plugged and elastic parts (77) are provided in the direction of insertion of the plug (41). The elastic parts (77) swell out from both sides of the metal shell section (88), or is bent so as to curve outward the lower parts of both sides of the metal shell section (88). A cut (89) is made in the bottom part of the metal shell section (88) in the direction of insertion of the plug (41) so that the section (88) is elastic. When the connector plug (41) is inserted into a connector socket (42), the section (88) is securely connected to the socket (42) and the whole structure is compact, because the section (88) is elastic due to the elastic parts (77) of the section (88) and the clearance produced when the section (88) is inserted into the socket (42) is absorbed by the cut (89).
    • 一种连接器插头(41),其中在插座插入孔(81)中具有多个触点(82)的壳体(78)被屏蔽壳体(79)的金属壳部分(88)覆盖。 金属壳体部88是沿着插塞41插入的方向延伸的方管,弹性部77沿着插头41的插入方向设置。 弹性部件77从金属壳部分88的两侧膨胀,或弯曲,从而向金属外壳部分88的两侧下部弯曲。 在金属壳体部分88的底部沿插入插头41的方向制成切口89,使得部分88具有弹性。 当连接器插头(41)插入连接器插座(42)中时,部分(88)牢固地连接到插座(42),整个结构紧凑,因为部分(88)由于弹性而具有弹性 部分(88)的部分(77)和当部分(88)插入插座(42)时产生的间隙被切口(89)吸收。
    • 43. 发明申请
    • METHOD AND APPARATUS FOR DIGITAL DATA RECORDING/REPRODUCTION
    • 数字数据记录/复制的方法和装置
    • WO1996035209A1
    • 1996-11-07
    • PCT/JP1996001196
    • 1996-05-01
    • SONY CORPORATIONSHITARA, Teruyuki
    • SONY CORPORATION
    • G11B05/09
    • G11B20/1879G11B20/1209G11B27/323G11B27/328G11B27/36G11B2020/183
    • Data in a management region of a tape are reliably restored by a retry processing even when a read error occurs due to scratches on the tape. A physical ID with an initial value of 4000ID from PBOT is set to -1600ID (Fig. 19A) after normal VSIT write, to -1700ID after the first retry (Fig. 19B) and to -1800ID after the second retry (Fig 19C), and it decreases by 100ID after each retry. In contrast, VSIT is always written from 0ID. In this way, in the retry processing of VSIT, the physical ID of the start position does not change, and the actual write position, that is, the distance from PBOT, can be changed. Therefore, even when the error of VSIT write occurs due to scratches of the tape, for example, the VSIT write error can be restored by this retry processing.
    • 即使由于磁带上的划痕而发生读取错误,也可以通过重试处理可靠地恢复磁带的管理区域中的数据。 来自PBOT的初始值为4000ID的物理ID在正常VSIT写入之后被设置为-1600ID(图19A),在第一次重试之后被设置为-1700ID(图19B),并且在第二次重试之后变为-1800ID(图19C) ,每次重试后减少100ID。 相比之下,VSIT始终是从0ID写的。 以这种方式,在VSIT的重试处理中,开始位置的物理ID不改变,实际的写入位置,即与PBOT的距离可以改变。 因此,即使由于磁带的划痕而发生VSIT写入的错误,例如,可以通过该重试处理来恢复VSIT写入错误。
    • 44. 发明申请
    • METHOD AND CIRCUIT FOR SYNCHRONIZING PHASE
    • 用于同步相位的方法和电路
    • WO1996033557A1
    • 1996-10-24
    • PCT/JP1996001072
    • 1996-04-19
    • SONY CORPORATIONMOGI, YasuhideYAMAUCHI, Etsuro
    • SONY CORPORATION
    • H03L07/06
    • H04N5/073H03L7/085H03L7/093H03L7/0991H03L7/0994H04N5/0736H04N9/45
    • Signals (digital sine wave signals) (Sd) stored in a memory means (3) are read. The phase of input signal (analog sine wave signal) (Sr) supplied to an input terminal is compared with that of signal (Sa) generated by D/A-converting the signals (Sd) (by means of a comparator (2)), the reading address signal of the memory means (3) is controlled based on the phase error signal (a) generated as a result of the comparison by the comparator (2) (by means of an address forming circuit (5)). Thus, the phase of the digital sine wave signals (Sd) supplied to an output terminal (6) is synchronized with that of the analog sine wave signals (Sr) supplied to the input terminal (1). Desired digital signals synchronized with the phase of the input signals can be generated by processing the digital signals with a simple constitution.
    • 读取存储在存储器装置(3)中的信号(数字正弦波信号)(Sd)。 提供给输入端子的输入信号(模拟正弦波信号)(Sr)的相位与通过D / A转换信号(Sd)(借助比较器(2))产生的信号(Sa)进行比较, 基于由比较器(2)(借助于地址形成电路(5))的比较结果产生的相位误差信号(a)来控制存储装置(3)的读取地址信号。 因此,提供给输出端子(6)的数字正弦波信号(Sd)的相位与提供给输入端子(1)的模拟正弦波信号(Sr)的相位同步。 可以通过以简单的结构处理数字信号来产生与输入信号的相位同步的期望的数字信号。
    • 45. 发明申请
    • ELECTRONIC APPLIANCE WITH BATTERY COMPARTMENT
    • 带电池的电子设备
    • WO1996033517A1
    • 1996-10-24
    • PCT/JP1996001091
    • 1996-04-22
    • SONY CORPORATIONSUZUKI, Hiroyuki
    • SONY CORPORATION
    • H01M02/10
    • G11B33/121H01M2/1055
    • An electronic appliance comprising a battery compartment for storing cylindrical batteries (cells) loaded from an opening of the appliance body and having a first terminal connected to one of the terminals of the cylindrical battery; a cover for closing the opening; a second terminal movable with the cover and connected to the other terminal of the battery when the cover is closed; and a connection mechanism being out of contact with the second terminal when the cover opens while making electrical contact with the second terminal when the cover closes. Here, the second terminal includes a protruding portion that comes into electrical contact with the connection mechanism when the cover closes, and a fitting portion to which the cover is movably attached. The electronic appliance further comprises a retaining mechanism for keep the cover closed when the retaining mechanism is moved to the second terminal to close the opening.
    • 一种电子设备,包括:电池室,用于存储从所述器具主体的开口装载的圆柱形电池(电池),并且具有连接到所述圆柱形电池的一个端子的第一端子; 封闭开口的盖子; 第二端子,当盖子关闭时,可与盖一体移动并连接到电池的另一端子; 以及当所述盖关闭时,当所述盖打开同时与所述第二端子电接触时,所述连接机构与所述第二端子不接触。 这里,第二端子包括当盖关闭时与连接机构电接触的突出部分,以及可移动地附接到其上的装配部分。 电子设备还包括保持机构,用于当保持机构移动到第二端子以闭合开口时保持盖关闭。
    • 47. 发明申请
    • FLOATING HEAD SLIDER, FLOATING HEAD APPARATUS AND DISK DRIVING APPARATUS
    • 浮动头滑块,浮动头设备和磁盘驱动器
    • WO1996027876A1
    • 1996-09-12
    • PCT/JP1996000563
    • 1996-03-07
    • SONY CORPORATIONYOTSUYA, MichioKAWAZOE, KazushigeOKADA, Kanzo
    • SONY CORPORATION
    • G11B05/60
    • G11B5/6005G11B21/21
    • A floating head slider for a disk driving apparatus, which floats above a disk-like recording medium when this medium is rotated. The head slider includes an air lubrication surface formed on the surface opposed to the disk-like recording medium; a tapered portion on the air inflow side of the air lubrication surface; a recess along the center line extending from the air inflow side of the air lubrication surface to the air outflow side, the recess having the air inflow side thereof closed and the air outflow side thereof open and having a predetermined depth to generate a negative pressure; and a groove extending from the recess to the end of the air inflow side of the air lubrication surface along the center line, and being wider than the recess which divides the air lubrication surface but having the same depth. This head slider can float a predetermined distance above the surface of the disk recording medium in a stable state due to the positive pressure occurring on the air lubrication surface and the surface of the disk-like recording medium driven for rotation and the negative pressure generated by the recess.
    • 用于磁盘驱动装置的浮动磁头滑块,当该介质旋转时,其浮动在盘状记录介质的上方。 磁头滑块包括形成在与盘状记录介质相对的表面上的空气润滑表面; 在空气润滑表面的空气流入侧的锥形部分; 沿着中心线的从空气润滑表面的空气流入侧延伸到空气流出侧的凹部,所述凹部具有空气流入侧,并且空气流出侧打开并具有预定深度以产生负压; 以及沿着中心线从空气润滑表面的空气流入侧的凹部延伸到凹部的凹槽,并且比分开空气润滑表面但具有相同深度的凹部宽。 由于在空气润滑表面和被驱动旋转的盘状记录介质的表面上产生正压力,该磁头滑动器可以在稳定状态下浮动在盘记录介质表面上方的预定距离,并且由 凹槽
    • 49. 发明申请
    • DIGITAL DATA TRANSFER APPARATUS
    • 数字数据传输设备
    • WO1996024933A1
    • 1996-08-15
    • PCT/JP1996000280
    • 1996-02-09
    • SONY CORPORATIONTAJIMA, Hiroshi
    • SONY CORPORATION
    • G11B20/14
    • G11B20/1426G11B5/0086G11B5/09G11B20/10009
    • Bit discrimination is effected reliably by extracting clock pulses easily from signals transferred by a partial response transfer system. In the construction on a recording side, an 8-9 conversion circuit is connected in series with a precode circuit and a recording amplifier. Output signals of the recording amplifier are recorded on a magnetic tape and reproduction signals from the magnetic tape are supplied to a reproduction amplifier. On a reproduction side, the reproduction amplifier is connected to a partial response equalization/Viterbi decoding circuit and to a clock extraction circuit, which is connected to the partial response equalization/Viterbi decoding circuit.
    • 通过从部分响应传送系统传送的信号容易地提取时钟脉冲,可靠地实现位识别。 在记录侧的结构中,8-9转换电路与预编码电路和记录放大器串联。 记录放大器的输出信号被记录在磁带上,并且来自磁带的再现信号被提供给再现放大器。 在再现侧,再现放大器连接到部分响应均衡/维特比解码电路和连接到部分响应均衡/维特比解码电路的时钟提取电路。