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    • 2. 发明申请
    • METHOD AND APPARATUS FOR THE PRODUCTION OF SOUND USING A SLACKLINE
    • 使用滑轨生产声音的方法和装置
    • US20150189429A1
    • 2015-07-02
    • US14586611
    • 2014-12-30
    • Stephen Douglas Brown
    • Stephen Douglas Brown
    • H04R3/00H04R1/02
    • H04R1/46G10D1/00G10H1/0091G10H3/143G10H2220/165G10H2220/395G10H2240/211
    • A method and apparatus for the production of sound that may be in the form of musical tones using a slackline as the vibrational sound source and a vibrational tracking clip with an electroacoustic transducer such as a microphone, pickup or piezoelectric crystal mounted in close proximity to the slackline to transmit the vibrational sound waves from the slackline to an amplifier, a computer, tablet, mobile device, a digital recording system or other digital device and speaker to record, playback and/or modify the sound using sound effect systems and/or software applications. The present invention is further related to a vibrational inducement apparatus to induce a vibration in the slackline and tone conditioning software applications implemented on a digital device having a microprocessor, memory and storage and a measuring device that measures distance, angles, position and/or movement and translates sound signals to musical tones based on these measurements.
    • 一种用于产生声音的方法和装置,其可以是使用松弛线作为振动声源的音乐形式,以及具有电声换能器的振动跟踪夹,所述电声换能器例如安装在靠近所述振动声源的麦克风,拾音器或压电晶体 使用声音效果系统和/或软件将振动声波从平滑线传输到放大器,计算机,平板电脑,移动设备,数字记录系统或其他数字设备和扬声器以记录,重放和/或修改声音。 应用程序。 本发明还涉及在具有微处理器,存储器和存储器以及测量距离,角度,位置和/或运动的测量装置的数字设备上实现的用于引起在平滑线中的振动的振动诱导装置和音调调节软件应用 并根据这些测量将声音信号转换为乐音。
    • 6. 发明授权
    • Optimizing the execution of a query in a multi-database system
    • 优化多数据库系统中查询的执行
    • US08108382B1
    • 2012-01-31
    • US12344794
    • 2008-12-29
    • Douglas BrownJohn Mark Morris
    • Douglas BrownJohn Mark Morris
    • G06F7/00G06F17/30
    • G06F17/30463G06F17/30545G06F17/30584
    • Optimizing the execution of a query in a multi-database system includes identifying a region within a table, the table being referenced in the query. The region is stored on a data-storage device on a first of the system databases in the multi-database system. The region is stored on a data-storage device on a second of the system databases in the multi-database system, the second system database being a different system database than the first system database. A first access plan for the query is developed, the first access plan comprising accessing the version of the region stored on the first system database. A second access plan for the query is developed, the second access plan comprising accessing the version of the region stored on the second system database. A selection is made between the first access plan and the second access plan to execute the query. The query is executed using the selected access plan to produce a result. The result is stored.
    • 在多数据库系统中优化查询的执行包括识别表中的区域,该表在查询中引用。 该区域存储在多数据库系统中的第一个系统数据库上的数据存储设备上。 该区域存储在多数据库系统中的第二系统数据库上的数据存储设备上,第二系统数据库是与第一系统数据库不同的系统数据库。 开发了用于查询的第一访问计划,第一访问计划包括访问存储在第一系统数据库上的区域的版本。 开发了用于查询的第二访问计划,第二访问计划包括访问存储在第二系统数据库上的区域的版本。 在第一访问计划和第二访问计划之间进行选择以执行查询。 使用所选访问计划执行查询以产生结果。 结果存储。
    • 7. 发明授权
    • System, method, and computer-readable medium for applying conditional resource throttles to facilitate workload management in a database system
    • 用于应用条件资源限制以促进数据库系统中的工作负载管理的系统,方法和计算机可读介质
    • US08099411B2
    • 2012-01-17
    • US12334811
    • 2008-12-15
    • Anita RichardsDouglas Brown
    • Anita RichardsDouglas Brown
    • G06F17/30
    • G06F9/5083
    • A system, method, and computer-readable medium that facilitate workload management in a computer system are provided. A workload's system resource consumption is adjusted against a target consumption level thereby facilitating maintenance of the consumption to the target consumption within an averaging interval by dynamically controlling workload concurrency levels. System resource consumption is compensated during periods of over or under-consumption by adjusting workload consumption to a larger averaging interval. Further, mechanisms for limiting, or banding, dynamic concurrency adjustments to disallow workload starvation or unconstrained usage at any time are provided. Disclosed mechanisms provide for category of work prioritization goals and subject-area resource division management goals, allow for unclaimed resources due to a lack of demand from one workload to be used by active workloads to yield full system utilization at all times, and provide for monitoring success in light of the potential relative effects of workload under-demand, and under/over-consumption management.
    • 提供了一种促进计算机系统中的工作负载管理的系统,方法和计算机可读介质。 通过动态地控制工作负载并发级别,平均间隔内的工作负荷的系统资源消耗是针对目标消费水平进行调整的,从而有助于维持平均间隔内目标消费的消耗。 通过将工作负载消耗调整到更大的平均间隔,系统资源消耗在过度或过度消耗的时段内得到补偿。 此外,还提供用于限制或条带化动态并发调整以在任何时间不允许工作负载不足或无约束使用的机制。 披露的机制规定了工作优先目标和主题领域资源分配管理目标的类别,由于一个工作负载的需求不足,被主动工作负载使用,无论在任何时候都能产生完全的系统利用率,并提供监控 根据工作量不足的潜在相对影响,以及低于/超过消费的管理,成功。
    • 9. 发明授权
    • Dynamic data cache invalidate with data dependent expiration
    • 动态数据缓存无效,与数据相关的到期
    • US07836258B2
    • 2010-11-16
    • US11559090
    • 2006-11-13
    • Jeffrey Douglas BrownRussell Dean HooverEric Oliver Mejdrich
    • Jeffrey Douglas BrownRussell Dean HooverEric Oliver Mejdrich
    • G06F13/00
    • G06F12/0875G06F12/0808G06F12/1045G06T1/60
    • According to embodiments of the invention, a distributed time base signal may be coupled to a memory directory which provides address translation for data located within a memory cache. The memory directory may have attribute bits which indicate whether or not the memory entries have been accessed by the distributed time base signal. Furthermore, the memory directory may have attribute bits which indicate whether or not a memory directory entry should be considered invalid after an access to the memory entry by the distributed time base signal. If the memory directory entry has been accessed by the distributed time base signal and the memory directory entry should be considered invalid after the access by the time base signal, any attempted address translation using the memory directory entry may cause a cache miss. The cache miss may initiate the retrieval of valid data from memory.
    • 根据本发明的实施例,分布式时基信号可以耦合到为位于存储器高速缓存内的数据提供地址转换的存储器目录。 存储器目录可以具有指示存储器条目是否已经被分布式时基信号访问的属性位。 此外,存储器目录可以具有指示在通过分布式时基信号访问存储器条目之后存储目录条目是否应被视为无效的属性位。 如果通过分布式时基信号访问存储器目录条目,并且在通过时基信号访问之后,存储器目录条目应被视为无效,则使用存储器目录条目的任何尝试的地址转换可能导致高速缓存未命中。 高速缓存未命中可以启动从存储器检索有效数据。