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    • 32. 发明授权
    • Overlapping connector for an edge restraint
    • 用于边缘约束的重叠连接器
    • US06767159B2
    • 2004-07-27
    • US10158381
    • 2002-05-29
    • Stephen Jones
    • Stephen Jones
    • A01G108
    • E01C11/221A01G9/28
    • An overlapping or nesting connector is provided for connecting adjacent edge restraint sections. The edge restraint includes a substantially upright section and a base section, and may include braces extending between the upright section and the base section. The connector may be formed integrally with or separate from the edge restraint sections, and includes at least an upper wall, and optionally lateral walls and/or a rear wall. The upper wall may define an opening for a spike, and the brace or coupling structure with which the connector overlaps may define a corresponding opening for receiving the spike, which openings are aligned when the connector overlaps the brace. After adjacent edge restraints have been connected via the overlapping connector/brace, the spike is driven through the aligned openings into the underlying surface to provide a strong connection between the adjacent edge restraints and between the edge restraints and the underlying surface.
    • 提供重叠或嵌套连接器用于连接相邻的边缘约束部分。 边缘约束包括基本上直立的部分和基部,并且可以包括在直立部分和基部之间延伸的支架。 连接器可以与边缘约束部分一体形成或与边缘约束部分分离,并且至少包括上壁和任选的侧壁和/或后壁。 上壁可以限定用于钉的开口,并且连接器重叠的支架或联接结构可以限定用于接收钉的对应开口,当连接器与支架重叠时,该开口对准。 在相邻的边缘约束通过重叠的连接器/支架连接之后,尖钉被驱动通过对准的开口进入下面的表面,以在相邻的边缘约束之间以及在边缘约束和下面的表面之间提供牢固的连接。
    • 34. 发明授权
    • Ski tow boat with wake control device and method for operation
    • 具有尾流控制装置和操作方法的滑雪拖船
    • US5549071A
    • 1996-08-27
    • US498023
    • 1995-07-03
    • Charles PigeonStephen Jones
    • Charles PigeonStephen Jones
    • B63B39/06B63B1/22
    • B63B39/061B63B2035/855
    • An inboard power boat for towing water skiers is disclosed which incorporates a wake control device. The boat has a hull configuration in which the stern portion has a flat or semi-flat bottom. The wake control device is comprised of a single flat plate which is pivotally mounted to the stern along the longitudinal axis of the hull. An hydraulic control circuit is provided for pivoting the plate about a transverse axis so that its trailing end moves between raised and lowered positions. The trailing end is moved to a selected position to selectively control the size of the wake as the trailing edge projects to a lesser or greater extent into the stream of water which moves under the hull as the boat moves forward.
    • 公开了一种用于牵引滑水者的内置动力艇,其包括尾流控制装置。 船体具有船体部分,其中船尾部分具有平坦或半平坦的底部。 尾流控制装置包括单个平板,该平板可沿着船体的纵向轴线枢转地安装到船尾。 提供液压控制回路,用于围绕横向轴线枢转板,使得其后端在升高和降低位置之间移动。 尾端被移动到选定的位置以选择性地控制尾流的尺寸,因为随着船向前移动,后缘在较小或更大程度上伸入在船体下方移动的水流中。
    • 37. 发明授权
    • Parallel dynamic memory allocation using a nested hierarchical heap
    • 使用嵌套分层堆并行动态内存分配
    • US09329988B2
    • 2016-05-03
    • US13214101
    • 2011-08-19
    • Stephen Jones
    • Stephen Jones
    • G06F12/02
    • G06F12/023
    • One embodiment of the present invention sets forth a technique for dynamically allocating memory using a nested hierarchical heap. A lock-free mechanism is used to access to a hierarchical heap data structure for allocating and deallocating memory from the heap. The heap is organized as a series of levels of fixed-size blocks, where all blocks at given level are the same size. At each lower level of the hierarchy, a collection of N blocks in the lower level equals the size of a single block at the level above. When a thread requests an allocation, one or more blocks at only one level are allocated to the thread. When threads are finished using an allocation, each thread deallocates the respective allocated blocks. When all of the blocks for a level have been deallocated, defragmentation is performed at that level.
    • 本发明的一个实施例提出了一种使用嵌套分级堆动态分配存储器的技术。 无锁机制用于访问分层堆数据结构,用于从堆分配和释放内存。 堆被组织成一系列固定大小的块,其中给定级别的所有块都具有相同的大小。 在层次结构的每个较低级别,较低级别的N个块的集合等于上述级别的单个块的大小。 当线程请求分配时,只有一个级别的一个或多个块被分配给线程。 当线程使用分配完成时,每个线程将取消分配相应的分配的块。 当一个级别的所有块都被释放时,在该级别执行碎片整理。
    • 38. 发明授权
    • Facilitating simultaneous submission to a multi-producer queue by multiple threads with inner and outer pointers
    • 促进同时通过内部和外部指针的多个线程向多生成器队列提交
    • US08938598B2
    • 2015-01-20
    • US13177340
    • 2011-07-06
    • Stephen Jones
    • Stephen Jones
    • G06F9/50G06F9/52G06F9/54G06F12/02
    • G06F9/52G06F9/544G06F12/02G06F2209/5018G06F2209/548
    • A technique for ensuring that multiple producer threads may simultaneously write entries in a shared queue and one or more consumers may read valid data from the shared queue. Writing of the shared queue by the multiple producer threads may occur in parallel and the one or more consumer threads may read the shared queue while the producer threads write the shared queue. A “wait-free” mechanism allows any producer thread that writes a shared queue to advance an inner pointer that is used by a consumer thread to read valid data from the shared queue. The inner pointer indicates the most recent valid entry. An output pointer is advanced with an atomic operation to indicate a next entry or portion of memory in the shared queue that is available for allocation. The shared queue may be implemented as a circular buffer.
    • 确保多个生产者线程可以同时在共享队列中写入条目并且一个或多个消费者的技术可以从共享队列读取有效数据。 由多个生产者线程写入共享队列可以并行发生,并且一个或多个消费者线程可以在生产者线程写入共享队列时读取共享队列。 “等待”机制允许任何编写共享队列的生产者线程推进消费者线程用于从共享队列中读取有效数据的内部指针。 内部指针指示最近的有效条目。 输出指针使用原子操作进行高级,以指示可用于分配的共享队列中的下一个条目或部分内存。 共享队列可以被实现为循环缓冲器。
    • 40. 发明授权
    • Test stand arrangement with simulation model of multi-mass flywheel
    • 具有多质量飞轮仿真模型的试验台布置
    • US08434352B2
    • 2013-05-07
    • US12801580
    • 2010-06-15
    • Matthias DankHelmut KokalJosef MayrhoferStephen JonesDirk DengerMartin Schmidt
    • Matthias DankHelmut KokalJosef MayrhoferStephen JonesDirk DengerMartin Schmidt
    • G01M15/02
    • G01M15/02G01M15/044G06Q30/06
    • A test stand arrangement includes at least one electric motor (4) connected to a test specimen for driving and/or loading the test specimen, and a control arrangement for the or each electric motor. In order to be able to create the connection of the drive train and vehicle simulation with the real, vehicle-specific combustion and dynamic behavior of the engine, at least one model for a multi-mass flywheel is implemented in the control arrangement, from which model at least a part of the control requirement for the or each electric motor is calculated and which model contains at least the two masses of the primary and secondary side of the multi-mass flywheel and a substitute model for the or each bow spring, and an algorithm is implemented in the control arrangement that analyzes the model for a multi-mass flywheel by means of an integrated time step method.
    • 测试台布置包括连接到用于驱动和/或加载测试样本的测试样本的至少一个电动机(4),以及用于该或每个电动机的控制装置。 为了能够创建传动系统与车辆模拟的连接以及发动机的实际车辆燃烧和动态特性,在控制装置中实现至少一个用于多质量飞轮的模型, 对每个电动机的控制要求的至少一部分进行模型计算,哪个模型至少包含多质量飞轮的一次侧和二次侧的两个质量以及该弹簧的弹簧的替代模型,以及 在通过集成的时间步长法分析多质量飞轮的模型的控制装置中实现了一种算法。