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    • 1. 发明申请
    • DRUM TYPE WASHING MACHINE
    • 鼓式洗衣机
    • US20090199598A1
    • 2009-08-13
    • US12343590
    • 2008-12-24
    • Naoki KANAZAWA
    • Naoki KANAZAWA
    • D06F33/00G05D17/02
    • D06F33/02D06F39/003
    • Disclosed herein are a drum type washing machine and a control program therefore. The washing machine includes a control mechanism to control a motor. The control mechanism includes a torque control unit to perform torque addition processes of adding pulse type torque during only a period for which a drum makes one rotation in a uniform torque control state in which torque of the motor is uniformly controlled at least two times and to perform the second torque addition process after n+0.5 rotations of the drum (n is an integer not less than 1) on the basis of the first torque addition process, and a weight calculation unit to calculate an average value of rotational accelerations of the motor at the respective torque addition processes and to calculate a weight of laundry received in the drum based on the average value.
    • 因此,本文公开了一种滚筒式洗衣机和控制程序。 洗衣机包括用于控制电动机的控制机构。 该控制机构包括扭矩控制单元,其在仅在电动机的转矩被均匀地控制至少两次的均匀转矩控制状态期间,在鼓进行一次旋转的期间内,进行相加脉冲型转矩的转矩附加处理, 基于第一扭矩加法处理,在滚筒的n + 0.5转之后进行第二扭矩加法处理(n为1以上的整数),以及权重计算单元,计算马达的旋转加速度的平均值 并且基于平均值计算在滚筒中接收的衣物的重量。
    • 2. 发明申请
    • Rotating body control device and washing machine including the same
    • 旋转体控制装置和包括其的洗衣机
    • US20080041116A1
    • 2008-02-21
    • US11882096
    • 2007-07-30
    • Naoki KanazawaSeilchiro SuzukiShoichi MatsuiSadayuki Sato
    • Naoki KanazawaSeilchiro SuzukiShoichi MatsuiSadayuki Sato
    • D06F29/02G01M1/02
    • G01M1/36D06F37/225
    • Disclosed herein are a rotating body control device and a washing machine. The rotating body control device includes: a balancing unit including an annular race which is integrally formed with the rotating body and is concentric with the rotation shaft of the rotating body and a plurality of rolling bodies which are movably seated in the race; a detecting unit detecting a bit signal, which is generated according to a variation in relative position between the rolling bodies seated in the race and the eccentric amount of the rotating body which occurs during the rotation of the rotating body; an analyzing unit which analyzes a variation in amplitude of the bit signal detected by the detecting unit; and a control unit which controls the rotation of the rotating body according to the analyzed result of the analyzing unit.
    • 这里公开了旋转体控制装置和洗衣机。 旋转体控制装置包括:平衡单元,其包括与旋转体一体形成并与旋转体的旋转轴同心的环形座圈和可移动地安置在座圈中的多个滚动体; 检测单元,其检测位置信号,所述位信号是根据位于所述座圈中的滚动体之间的相对位置的变化和所述旋转体旋转期间发生的所述旋转体的偏心量而产生的; 分析单元,其分析由所述检测单元检测到的位信号的幅度变化; 以及控制单元,其根据分析单元的分析结果来控制旋转体的旋转。
    • 3. 发明授权
    • Hierarchical encoder including timing and data detection devices for a
content addressable memory
    • 分层编码器,包括用于内容可寻址存储器的定时和数据检测装置
    • US5619446A
    • 1997-04-08
    • US1751
    • 1993-01-07
    • Masato YonedaHiroshi SasamaNaoki Kanazawa
    • Masato YonedaHiroshi SasamaNaoki Kanazawa
    • G06F7/74G06F17/30G11C15/04G06F12/02
    • G06F7/74G06F17/30982G11C15/04
    • A Content Addressable Memory (CAM) encoder comprises either a prefetch circuit or a flag data sense circuit. While a hit signal in the first priority subblock is being encoded, a hit signal in the second priority subblock can be stored in the prefetch circuit. Therefore, the encoding operation is performed without subblock-to-subblock switch time and enables a large capacity CAM to operate at high speeds. Moreover, a semiconductor integrated circuit detects the differential current between the current flowing through a first signal line and the reference current flowing through a second signal line. Moreover, it can operate as the number detection circuit to detect the number of hit signal in the subblock and operates as the timing control circuit to predict the termination of the encoding operation. Therefore, this semiconductor integrated circuit can allow the encoder to encode very efficiently at high speed.
    • 内容可寻址存储器(CAM)编码器包括预取电路或标志数据检测电路。 当第一优先子块中的命中信号被编码时,第二优先级子块中的命中信号可被存储在预取电路中。 因此,在没有子块到子块切换时间的情况下执行编码操作,并且能够使大容量CAM以高速运行。 此外,半导体集成电路检测流过第一信号线的电流与流过第二信号线的参考电流之间的差分电流。 此外,它可以作为数字检测电路来操作以检测子块中的命中信号的数量,并且用作定时控制电路以预测编码操作的终止。 因此,该半导体集成电路可以允许编码器以高速非常有效地进行编码。
    • 4. 发明授权
    • Content addressable memory capable of changing priority in priority encoder
    • 内容可寻址存储器能够改变优先级编码器的优先级
    • US07257671B2
    • 2007-08-14
    • US10854282
    • 2004-05-27
    • Naoki Kanazawa
    • Naoki Kanazawa
    • G06F13/00
    • G11C15/00
    • A content addressable memory includes a plurality of word memories which respectively have assigned addresses, and each outputs a match/mismatch signal representing storage or no storage of a data item matching search data in a search mode, a priority encoder which output addresses of word memories which output the match signals in the search mode in predetermined fixed priority order, a first prior word-memory setting section for setting a first prior word memory, and a priority changing part which masks the match signals output from upper-positional word memories of the word memories, which correspond to word memories having upper positions compared with the first prior word memory in the fixed priority order in the priority encoder, and transmits signals representing that the word memories having the upper positions output no match signals to the priority encoder.
    • 内容可寻址存储器包括分别具有分配地址的多个字存储器,并且各自输出表示在搜索模式中与搜索数据匹配的数据项的存储或不存储的匹配/失配信号,输出字存储器的地址的优先编码器 其以预定的固定优先级顺序输出搜索模式中的匹配信号,用于设置第一先前字存储器的第一先前字存储器设置部分和屏蔽从上位字词存储器输出的匹配信号的优先级改变部分 对应于优先编码器中固定优先级顺序与第一先前字存储器相比较的具有上位置的字存储器的字存储器,并且将表示具有上位置的字存储器的信号发送给优先编码器。
    • 5. 发明授权
    • Content addressable memory device having an operation mode setting means
    • 具有操作模式设定装置的内容可寻址存储装置
    • US06842359B2
    • 2005-01-11
    • US10360924
    • 2003-02-10
    • Ryuichi HataMasahiro KonishiNaoki Kanazawa
    • Ryuichi HataMasahiro KonishiNaoki Kanazawa
    • G11C15/04G11C15/00
    • G11C15/00
    • A CAM (content addressable memory) device capable of flexibly coping with a wide range of user requirements with respect to operation speed and/or power consumption has operation mode setting means, generates a higher or lower internal voltage than an external power-supply voltage depending on the setting, and at least part of the internal circuit is operated by the internal voltage. In particular, the high level of the search-bit line and/or the high level of the match line are preferably set to the internal voltage. Also, the CAM device has bit line amplitude adjusting means for adjusting the amplitude of the bit line depending on the setting of the operation mode setting means and/or match line amplitude adjusting means for adjusting the amplitude of match line on which a search result is output, and thus is capable of appropriately changing the operation speed and power consumption depending on the setting.
    • 能够灵活应对各种用户对运行速度和/或功耗的要求的CAM(内容可寻址存储器)装置具有操作模式设定装置,产生与外部电源电压相关的更高或更低的内部电压 在该设置上,并且至少部分内部电路由内部电压操作。 特别地,优选地将搜索位线的高电平和/或匹配线的高电平设置为内部电压。 此外,CAM装置具有位线幅度调整装置,用于根据操作模式设定装置的设定调整位线的幅度和/或匹配线幅度调整装置,用于调整搜索结果为 输出,因此能够根据设定适当地改变操作速度和功耗。
    • 7. 发明授权
    • Integrated circuit for content addressable memory
    • 用于内容可寻址存储器的集成电路
    • US5742539A
    • 1998-04-21
    • US767294
    • 1996-12-16
    • Hajime KinugasaNaoki Kanazawa
    • Hajime KinugasaNaoki Kanazawa
    • G11C15/04G11C8/14G11C15/00
    • G11C8/14G11C15/00
    • A semiconductor integrated circuit includes a memory unit that receives data that is to be searched for and matches the data to be searched for with previously stored data; an encoder unit that receives and encodes the memory address of the matched data; and a decoder unit that receives and decodes the encoded memory address and accesses a predetermined word of the memory unit on the basis of the decoded memory address, and the encoder unit and the decoder unit are positioned adjacent to each other on a first side of the memory unit. Consequently, it is possible to connect with a shortened distance the memory address signal lines which are output from the encoder unit and input into the decoder unit to reduce the delay time caused by the wiring, thereby making it possible to improve the operational speed of the circuitry.
    • 半导体集成电路包括存储单元,其接收要搜索的数据并与先前存储的数据匹配要搜索的数据; 编码器单元,其接收并编码匹配数据的存储器地址; 以及解码器单元,其基于解码的存储器地址接收和解码编码的存储器地址并访问存储器单元的预定字,并且编码器单元和解码器单元在第一侧上彼此相邻地定位 存储单元 因此,可以将从编码器单元输出并输入到解码器单元的存储器地址信号线的缩短距离连接起来,以减少由布线引起的延迟时间,从而可以提高 电路。
    • 8. 发明授权
    • Signal detection circuit for detecting multiple match in arranged signal lines
    • 用于在布置的信号线中检测多个匹配的信号检测电路
    • US06859376B2
    • 2005-02-22
    • US10372230
    • 2003-02-25
    • Naoki KanazawaRyuichi Hata
    • Naoki KanazawaRyuichi Hata
    • G11C15/04G11C15/00
    • G11C15/04
    • A signal detection circuit detects the presence or absence of signals having the same logic in a plurality of arranged signal lines, can be used as a circuit suitable for multi-hit detection in a content addressable memory. The signal detection circuit includes a first signal transmission line to transmit a first signal indicating the presence of two or more logical signals to be detected and a second signal transmission line to transmit a second signal indicating the presence of one or more of the logic signals to be detected. Each of the first and second signal transmission lines includes logic circuits. The signal detection circuit may have a hierarchical structure.
    • 信号检测电路检测在多个布置的信号线中是否存在具有相同逻辑的信号,可以用作适用于内容可寻址存储器中的多命中检测的电路。 信号检测电路包括:第一信号传输线,用于发送指示要被检测的两个或多个逻辑信号的存在的第一信号;以及第二信号传输线,用于将指示存在一个或多个逻辑信号的第二信号传送到 被检测。 第一和第二信号传输线中的每一个包括逻辑电路。 信号检测电路可以具有分层结构。
    • 9. 发明授权
    • Hierarchical encoder including timing and data detection devices for a content addressable memory
    • 分层编码器,包括用于内容可寻址存储器的定时和数据检测装置
    • US06249449B1
    • 2001-06-19
    • US09428278
    • 1999-10-27
    • Masato YonedaHiroshi SasamaNaoki Kanazawa
    • Masato YonedaHiroshi SasamaNaoki Kanazawa
    • G11C1504
    • G06F17/30982G06F7/74G11C15/04
    • An associative memory to which an encoder is applied has a plurality of associative memory subblocks each having a plurality of memory words. A hit flag resulting from match retrieval of retrieval data and the contents of the memory word, and an empty flag indicating whether or not the contents of the memory word are valid as objects for match retrieval are output from each memory word of each associative memory subblock. The address of an invalid memory word is readily controllable since the address of the memory word corresponding to the empty flag can be output as in a case where the address of the memory word corresponding to the hit flag is output. Moreover, since the hit flag and the empty flag are allowed to share a detection line with each other for common use in this encoder, the layout area of the associative memory is reduced and it is possible to build up a high-density associative memory.
    • 应用编码器的关联存储器具有多个相关存储器子块,每个具有多个存储器字。 从检索数据的匹配检索和存储器字的内容产生的命中标记,以及指示存储器字的内容是否作为用于匹配检索的对象是否有效的空标志从每个相关存储器子块的每个存储器字输出 。 无效存储器字的地址容易被控制,因为与输出与命中标志相对应的存储器字的地址的情况下可以输出与空标志相对应的存储字的地址。 此外,由于允许命中标志和空标志在该编码器中共同使用检测线,所以关联存储器的布局区域减少,并且可以建立高密度关联存储器。
    • 10. 发明申请
    • Semiconductor device
    • 半导体器件
    • US20060220676A1
    • 2006-10-05
    • US11393851
    • 2006-03-31
    • Naoki Kanazawa
    • Naoki Kanazawa
    • H03K19/003
    • H03K5/2481H03K19/0016
    • A semiconductor device includes an internal circuit having a data holding circuit, and at least one leakage current cut-off circuit provided between the internal circuit and a power supply or a ground, and is capable of preventing data in the data holding circuit from being destroyed. A ground-side cut-off circuit includes a switch and a control circuit. The switch electrically connects or cuts a path between a source of a ground-side transistor of the internal circuit and the ground. The control circuit turns off the switch upon detecting that source potential of the ground-side transistor is substantially equal to that of the ground. Upon detecting that the source potential of the ground-side transistor rises to a predetermined potential lower than a potential necessary for holding the data in the data holding circuit, the control circuit turns on the switch.
    • 半导体器件包括具有数据保持电路的内部电路和设置在内部电路与电源或接地之间的至少一个漏电流切断电路,并且能够防止数据保持电路中的数据被破坏 。 接地侧截止电路包括开关和控制电路。 该开关电连接或切断内部电路的接地侧晶体管的源极与地之间的路径。 在检测到接地侧晶体管的源极电位基本上等于地电位的情况下,控制电路关断开关。 当检测到接地侧晶体管的源极电位上升到比数据保持电路中保持数据所需的电位低的预定电位时,控制电路接通开关。