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    • 11. 发明授权
    • Assertion description conversion device, method and computer program product
    • 断言描述转换装置,方法和计算机程序产品
    • US07617469B2
    • 2009-11-10
    • US11842317
    • 2007-08-21
    • Tsutomu TakeiHiroshi Imai
    • Tsutomu TakeiHiroshi Imai
    • G06F17/50
    • G06F17/5022
    • An assertion description conversion device comprising: verification target identification unit parsing the syntax of a high-level assertion description described by a high-level assertion description language for verification of an inputted design description of a broader term to identify a verification target; design description searching unit searching a description on the verification target in a design description of a broader term; verification target description conversion unit converting the description of the verification target into a design description of a narrower term according to the design description of the narrower term corresponding to the description searched by the design description searching unit; verification content analysis unit for analyzing verification contents for the verification target described in the high-level assertion description; and verification content description conversion unit for converting the verification contents analyzed by the verification content analysis unit into the description format of a low-level assertion description language for verification of a design description of the narrower term.
    • 一种断言描述转换装置,包括:验证目标识别单元,解析由高级断言描述语言描述的高级别断言描述的语法,用于验证输入的更广泛术语的设计描述以识别验证目标; 设计描述搜索单元在更广泛的术语的设计描述中搜索验证目标的描述; 验证对象描述转换单元根据与由设计描述搜索单元搜索的描述相对应的较窄项的设计描述将验证目标的描述转换为较窄项的设计描述; 验证内容分析单元,用于分析在高级别断言描述中描述的验证目标的验证内容; 以及验证内容描述转换单元,用于将由验证内容分析单元分析的验证内容转换为用于验证较窄项目的设计描述的低级断言描述语言的描述格式。
    • 12. 发明授权
    • Cell disassembly unit
    • 电池拆卸单元
    • US07489694B2
    • 2009-02-10
    • US11494462
    • 2006-07-28
    • Hiroshi ImaiKoji Semba
    • Hiroshi ImaiKoji Semba
    • H04L12/56
    • H04Q11/0478H04L69/08H04L2012/5647H04L2012/5672
    • The present invention provides a cell disassembly unit which accurately reproduces the position of data on a time axis when ATM cells are converted into STM signals even if cell loss occurs in an ATM network. A cell loss detection circuit disassembles the ATM cells into bytes, sends them to the memory, and detects the number of lost bytes M of the ATM cells. A sequence number generation circuit generates the sequence number N, which is N=N+1 if there is no loss, and N=N+M if there is loss, in the sequence of the transmission of bytes from the cell loss detection circuit. A write address generation circuit generates a write address, and a read address generation circuit generates a read address. A selector sends either the bytes read from the memory or dummy data generated by the dummy data generation circuit to the outside as STM signals. A sequence number confirmation circuit checks the continuity of the sequence numbers N read from the memory, and sends the dummy data insertion signal to the read address generation circuit and the selector if the sequence number has jumped.
    • 本发明提供了一种信元拆卸单元,即使在ATM网络中发生信元丢失时,也能够将ATM信元转换为STM信号,在时间轴上精确地再现数据的位置。 信元丢失检测电路将ATM信元分解为字节,将其发送到存储器,并检测ATM信元的丢失字节数M。 序列号产生电路产生序列号N,如果不存在损耗,则N = N + 1,如果在来自信元丢失检测电路的字节传输的序列中存在损耗,则N = N + M。 写地址生成电路生成写地址,读地址生成电路生成读地址。 选择器将从存储器读取的字节或由虚拟数据产生电路产生的伪数据作为STM信号发送到外部。 序列号确认电路检查从存储器读取的序列号N的连续性,并且如果序列号跳跃,则将伪数据插入信号发送到读取地址生成电路和选择器。
    • 13. 发明授权
    • Scheduler, method and program for scheduling, and apparatus for high-level synthesis
    • 用于调度的调度器,方法和程序,以及用于高级合成的设备
    • US07181714B2
    • 2007-02-20
    • US10887801
    • 2004-07-09
    • Hiroshi Imai
    • Hiroshi Imai
    • G06F17/50
    • G06F17/5045
    • A scheduler includes: a schedule information acquisition section configured to acquire the number of first clock cycles and the number of second clock cycles as schedule information of a function belonging to a lower-hierarchy, the number of the first clock cycles being the number of clock cycles after an execution of the function is started until an input data of the function is used, the number of the second clock cycles being the number of clock cycles after an output data of the function is outputted until the execution of the function is completed; and a scheduling processing section configured to obtain operations executable in the first clock cycles and operations executable in the second clock cycles from among operations belonging to an upper-hierarchy for calling the function, based on the acquired schedule information, and to schedule the upper-hierarchy ensure that the obtained operations execute in parallel with the function.
    • 调度器包括:调度信息获取部件,被配置为获取第一时钟周期数和第二时钟周期数作为属于低层次的功能的调度信息,第一时钟周期的数目是时钟数 开始执行功能之后的周期,直到使用功能的输入数据为止,第二时钟周期的数量是输出功能的输出数据之后的时钟周期数,直到功能的执行完成为止; 以及调度处理部,其被配置为基于所获取的日程信息,从属于用于调用所述功能的上层的运算的第二时钟周期中获得在第一时钟周期中可执行的操作和可执行的操作, 层次结构确保获得的操作与该功能并行执行。
    • 14. 发明申请
    • Ultrasonic flow meter
    • 超声波流量计
    • US20050139014A1
    • 2005-06-30
    • US11070034
    • 2005-03-02
    • Hiroshi ImaiAkira TakadaMasahiro Hasunuma
    • Hiroshi ImaiAkira TakadaMasahiro Hasunuma
    • G01F1/66
    • G01F1/667G01F1/662
    • The present invention proposes an ultrasonic flow meter, comprising a conduit for measurement in which a liquid flows therein, and a pair of measurement sections which are provided in said conduit for measurement and are spaced apart by a certain interval along its longitudinal direction, and which obtains the flow velocity of said flowing liquid from the difference in the propagation time periods of ultrasonic in the two opposite directions between these measurement sections, and thereby measures the flow rate thereof, wherein a pair of fixing portions are provided which respectively support said conduit for measurement at the exterior side and also at the interior side in the longitudinal direction of said measurement sections.
    • 本发明提出了一种超声波流量计,其包括用于测量流体的流体管道,以及一对测量部分,其设置在所述测量管道中,并沿着其纵向间隔一定间隔,并且其中 从这些测量部之间的两个相反方向上的超声波的传播时间段的差中获得所述流动液体的流速,由此测量其流量,其中设置一对固定部分,其分别支撑所述管道 在所述测量部分的外侧和在纵向的内侧测量。
    • 15. 发明授权
    • Pressure sensor with fluid passage and pressure receiving surface protruding therein
    • 压力传感器具有流体通道和压力接收表面
    • US06622564B2
    • 2003-09-23
    • US09984390
    • 2001-10-30
    • Hiroshi Imai
    • Hiroshi Imai
    • G01L708
    • G01L19/14G01L19/0007
    • A pressure sensor is provided, in which dead space is not formed under the diaphragm so that air or fluid will not be remained in the dead space. The pressure sensor having a passage for flowing fluid from one end to the other end thereof comprises a sensor head having a pressure sensitive area responsive to the fluid pressure and a diaphragm having a pressure receiving surface for receiving the fluid pressure directly, wherein the pressure receiving surface is disposed so as to protrude to the inside of the passage, and the pressure sensitive area is disposed on the opposite surface from the pressure receiving surface of the diaphragm.
    • 提供了一种压力传感器,其中在隔膜下方没有形成空隙,使得空气或流体不会残留在死空间中。 具有用于将流体从一端流动到另一端的通道的压力传感器包括具有响应于流体压力的压力敏感区域的传感器头和具有用于直接接收流体压力的压力接收表面的隔膜,其中压力接收 表面设置成突出到通道的内部,并且压敏区域设置在与隔膜的受压面相反的表面上。
    • 17. 发明授权
    • Apparatus for driving electric load
    • 用于驱动电力负载的装置
    • US06184663B2
    • 2001-02-06
    • US09384223
    • 1999-08-27
    • Hiroshi ImaiYoshiki KoyamaShunji Mase
    • Hiroshi ImaiYoshiki KoyamaShunji Mase
    • G05F140
    • H05B39/041H05B39/02Y02B20/14Y10S323/901Y10S323/908
    • An apparatus for driving an electric load includes a switch device interposed in a current feed path from a direct-current power source to the electric load. A sensing resistor connected in series with the switch device operates for detecting a load current as a voltage value. The load current flows into the electric load via the switch device. A signal generation device operates for generating a trapezoidal wave signal in response to externally applied commands to turn on and turn off the electric load. The trapezoidal wave signal gradually varies from a first predetermined voltage to a second predetermined voltage when the electric load starts to be turned on. The trapezoidal wave signal gradually varies from the second predetermined voltage to the first predetermined voltage when the electric load starts to be turned off. A control device operates for comparing the trapezoidal wave signal generated by the signal generation device and the voltage value provided by the sensing resistor, and for controlling the switch device in response to a result of the comparing so that the load current will vary in accordance with the trapezoidal wave signal.
    • 用于驱动电负载的装置包括插入在从直流电源到电负载的电流馈送路径中的开关装置。 与开关装置串联连接的感测电阻用于检测负载电流作为电压值。 负载电流通过开关装置流入电负载。 信号发生装置用于响应于外部施加的命令产生梯形波信号以导通和关断电负载。 当电负载开始接通时,梯形波信号从第一预定电压逐渐变化到第二预定电压。 当电负载开始关闭时,梯形波信号从第二预定电压逐渐变化到第一预定电压。 控制装置用于比较由信号发生装置产生的梯形波信号和由感测电阻器提供的电压值,并且响应于比较结果来控制开关装置,使得负载电流将根据 梯形波信号。
    • 19. 发明授权
    • Disk drive apparatus having security function using password
    • 具有使用密码的安全功能的磁盘驱动装置
    • US5799145A
    • 1998-08-25
    • US691551
    • 1996-08-02
    • Hiroshi ImaiTasuku Kasebayashi
    • Hiroshi ImaiTasuku Kasebayashi
    • G06F1/00G06F3/06G06F21/00G11B20/00G11B20/10G06F12/16
    • G06F21/80G11B20/00086G11B20/00152
    • Test data are written into all password data areas SDAs located on each of surfaces of a disk arranged in a disk drive apparatus. SDAs each having a low error rate are selected. A predetermined number of SDAs dispersed on the plural disk surfaces are selected as effective SDAs from the selected SDAs. Position data of these effective SDAs are registered in an EEPROM. A password is written into each of the effective SDAs in a low error rate order and the disk drive apparatus is set to a locked state. A password input by a user is compared with the password written into each of the effective SDAs to release the locked state. Therefore, when an unlock command is input, the password is read from each of the effective SDAs in the writing sequential order of the password. When the password is correctly read, the read password is compared with the password input by the user. The locked state is released only when these passwords coincide with each other.
    • 将测试数据写入位于盘驱动装置中布置的盘的每个表面上的所有密码数据区SDA。 选择每个具有低错误率的SDA。 从所选择的SDA中选择分散在多个盘表面上的预定数量的SDA作为有效SDA。 这些有效SDA的位置数据被记录在EEPROM中。 以低错误率顺序将密码写入每个有效SDA,并且将盘驱动装置设置为锁定状态。 将用户输入的密码与写入每个有效SDA的密码进行比较,以释放锁定状态。 因此,当输入解锁命令时,以密码的写顺序从每个有效SDA读取密码。 当密码正确读取时,将读取的密码与用户输入的密码进行比较。 只有当这些密码彼此重合时才会释放锁定状态。