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    • 1. 发明授权
    • Broadcast wave receiving system
    • 广播波接收系统
    • US08391512B2
    • 2013-03-05
    • US12774071
    • 2010-05-05
    • Atsushi MinakawaSadatoshi HisamotoTetsuya Toyama
    • Atsushi MinakawaSadatoshi HisamotoTetsuya Toyama
    • H03G5/00G08B1/08H04B15/00
    • H04B15/02H04B2215/064H04B2215/065
    • A controlling unit includes: a memory unit that stores information in which the multiple clock frequencies that satisfy conditions for predetermined reception interferences to a part of multiple carrier frequencies included in a band frequency of the broadcast wave are previously set so that not all clock frequencies satisfy the conditions for the reception interferences to the same carrier frequencies, the information indicating a relation between each clock frequency and the carrier frequency that includes the reception interference; a reception frequency setting unit that sets the carrier frequency to be received to the broadcast wave receiving unit; a clock frequency determining unit that refers to the information stored in the memory unit and determines a clock frequency that does not include a reception interference to the carrier frequency that is set by the reception frequency setting unit, the determined clock frequency being out of the multiple clock frequencies; and a clock frequency setting unit that sets the clock frequency determined by the clock frequency determining unit to the reference clock generating unit, so that the reference clock generating unit generates a reference clock having the determined clock frequency.
    • 控制单元包括:存储器单元,其存储其中预先设置满足预定接收干扰条件的多个时钟频率到包括在广播波段的频带中的多个载波频率的一部分的信息,使得并非所有时钟频率满足 接收到相同载波干扰的条件,表示每个时钟频率与包括接收干扰的载波频率之间的关系的信息; 接收频率设定单元,其将要接收的载波频率设置到广播波接收单元; 时钟频率确定单元,其参考存储在存储单元中的信息,并且确定不包括对由接收频率设置单元设置的载波频率的接收干扰的时钟频率,确定的时钟频率在多个之外 时钟频率; 以及时钟频率设定单元,其将由时钟频率确定单元确定的时钟频率设置为基准时钟生成单元,使得基准时钟生成单元生成具有确定的时钟频率的基准时钟。
    • 3. 发明授权
    • Speaker diaphragm and speaker using the same
    • 扬声器隔膜和扬声器使用相同
    • US07567684B2
    • 2009-07-28
    • US11183033
    • 2005-07-15
    • Yushi OnoSadatoshi HisamotoTakeru Inoue
    • Yushi OnoSadatoshi HisamotoTakeru Inoue
    • H04R25/00
    • H04R31/006H04R9/045H04R31/003H04R2307/025H04R2307/029
    • A speaker diaphragm 1 includes a first diaphragm portion 5, a second diaphragm portion 6 integrally molded with the first diaphragm portion 5, and a bobbin-receiving portion 7 protruding from a back side of a connecting portion between the first diaphragm portion 5 and the second diaphragm portion 6, with one end of a voice coil bobbin 2 being bonded to the bobbin-receiving portion 7. The bobbin-receiving portion 7 includes a first extension 8 extending backwards from the first diaphragm portion 5 and a second extension 9 extending backwards from the second diaphragm portion 6. A bobbin-receiving groove 10 is defined between the first extension 8 and the second extension 9. The voice coil bobbin 2 is inserted in and bonded to the bobbin-receiving groove 10.
    • 扬声器振动板1包括第一隔膜部分5,与第一隔膜部分5一体模制的第二隔膜部分6和从第一隔膜部分5和第二隔膜部分5之间的连接部分的后侧突出的线轴接收部分7。 隔膜部分6,其中一个音圈骨架2的一端接合到线轴接收部分7.线轴接收部分7包括从第一隔膜部分5向后延伸的第一延伸部分8和从第一隔膜部分5向后延伸的第二延伸部分9 第二隔膜部分6.在第一延伸部分8和第二延伸部分9之间限定绕线筒容纳槽10.音圈架2插入并接合到绕线筒容纳槽10。
    • 4. 发明申请
    • Speaker diaphragm and speaker using the same
    • 扬声器隔膜和扬声器使用相同
    • US20060062422A1
    • 2006-03-23
    • US11183033
    • 2005-07-15
    • Yushi OnoSadatoshi HisamotoTakeru Inoue
    • Yushi OnoSadatoshi HisamotoTakeru Inoue
    • H04R11/02
    • H04R31/006H04R9/045H04R31/003H04R2307/025H04R2307/029
    • A speaker diaphragm 1 includes a first diaphragm portion 5, a second diaphragm portion 6 integrally molded with the first diaphragm portion 5, and a bobbin-receiving portion 7 protruding from a back side of a connecting portion between the first diaphragm portion 5 and the second diaphragm portion 6, with one end of a voice coil bobbin 2 being bonded to the bobbin-receiving portion 7. The bobbin-receiving portion 7 includes a first extension 8 extending backwards from the first diaphragm portion 5 and a second extension 9 extending backwards from the second diaphragm portion 6. A bobbin-receiving groove 10 is defined between the first extension 8 and the second extension 9. The voice coil bobbin 2 is inserted in and bonded to the bobbin-receiving groove 10.
    • 扬声器振动板1包括第一隔膜部分5,与第一隔膜部分5一体模制的第二隔膜部分6和从第一隔膜部分5和第二隔膜部分5之间的连接部分的后侧突出的线轴接收部分7。 隔膜部分6,其中一个音圈骨架2的一端接合到线轴接收部分7。 线轴接收部分7包括从第一隔膜部分5向后延伸的第一延伸部分8和从第二隔膜部分6向后延伸的第二延伸部分9。 在第一延伸部8和第二延伸部9之间限定绕线筒容纳槽10。 音圈架2被插入并接合到线轴容纳槽10。
    • 8. 发明授权
    • Surround-sound processing system
    • 环绕声处理系统
    • US06956954B1
    • 2005-10-18
    • US09555908
    • 1999-10-15
    • Kazumasa TakemuraJoji KasaiTetsuro NakatakeSadatoshi Hisamoto
    • Kazumasa TakemuraJoji KasaiTetsuro NakatakeSadatoshi Hisamoto
    • H04S3/00H04R5/02H04R5/00
    • H04S3/00
    • Surround-effect, providing no unnatural feeling to the listeners who sit next to each other under side-by-side basis through virtual sound sources, is realized. A surround left channel signal SL and a surround right channel signal SR are mixed with an adder 10 and are in monaural. A first monophonic signal and a second monophonic signal thus resulted are supplied to a virtual localization processor 12. A first virtual localization output of the processor 12 is supplied to a front left speaker SPL and a front right speaker SPR and a second virtual localization output thereof is supplied to a front center speaker SPC. In this way, virtual sound sources can be created at the right and the left to the listener 2. Similarly, virtual sound sources can also be created at the right and the left to the listener 3. Sound fields from the virtual surround sources are in reverse to the listener 2 and the listener 3. However, no substantial drawbacks caused by the reversal are observed because monophonic signals are reproduced as the surround signals in this embodiment. In this way, surround-effect with natural feeling can be achieved.
    • 实现了环绕效果,通过虚拟声源在并排的基础上彼此相邻的听众没有不自然的感觉。 环绕左声道信号SL和环绕右声道信号SR与加法器10混合并处于单声道。 由此产生的第一单声道信号和第二单声道信号被提供给虚拟定位处理器12。 处理器12的第一虚拟定位输出被提供给前置左扬声器SPL和前右扬声器SPR,并且其第二虚拟定位输出被提供给前中心扬声器SPC。 以这种方式,虚拟声源可以在右边和左边创建到听众2。 类似地,虚拟声源也可以在右边和左边被创建到听众3。 来自虚拟环绕声源的声场与听众2和收听者3相反。 然而,由于在本实施例中单声道信号作为环绕信号被再现,所以观察不到逆转引起的实质性缺点。 以这种方式,可以实现具有自然感的环绕效果。
    • 9. 发明授权
    • Pulse width modulation circuit
    • 脉宽调制电路
    • US06765449B2
    • 2004-07-20
    • US10368695
    • 2003-02-19
    • Kazutaka MurayamaSadatoshi HisamotoNorio UmezuYoshitaka HandaShuichi Hiza
    • Kazutaka MurayamaSadatoshi HisamotoNorio UmezuYoshitaka HandaShuichi Hiza
    • H03K708
    • H03K7/08H03K5/12
    • A pulse width modulation circuit of the present invention includes: pulse generation means being provided with a first power supply and charged with a first current and a second current between which a constant current is distributed to turn ON/OFF a switching element, thereby generating a pulse from a first output section; pulse modulation means for controlling the charging while controlling a distribution ratio between the first current and the second current based on an input signal, thereby changing a pulse width of the output pulse; and first short circuit means for shorting the first output section with the first power supply when the pulse being output from the first output section transitions to a voltage of the first power supply.
    • 本发明的脉冲宽度调制电路包括:脉冲发生装置,设有第一电源并充电第一电流和第二电流,在该第一电流和第二电流之间分配有恒定电流以使开关元件导通/断开,从而产生 来自第一输出部的脉冲; 脉冲调制装置,用于控制充电,同时基于输入信号控制第一电流和第二电流之间的分配比,从而改变输出脉冲的脉冲宽度; 以及第一短路装置,用于当从第一输出部分输出的脉冲转变到第一电源的电压时,用第一电源使第一输出部分短路。