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    • 1. 发明申请
    • THE NOISELESS TOILET
    • 无噪音的厕所
    • WO2006091212A1
    • 2006-08-31
    • PCT/US2005/019071
    • 2005-08-05
    • AU, Danny, Kwok, Leung
    • AU, Danny, Kwok, Leung
    • A47K13/04
    • A47K13/00
    • After some experiments, I invented a Noiseless Toilet, which is easy yet practical. First, glue about 1.5/8 inch tall by 3.5/8 inch wide elastic rubber inside edge of the toilet tank cover (keep the little hole open to allow air passage). Second, glue about a half inch tall by one inch wide ring-like rubber on both bottoms of the seat cover and the seat itself. This way, water noise will be greatly reduced when the toilet is flushed after the seat is covered. The reason is simple; the rubber fills every gap of the toilet system so that all the water noises are kept inside of the toilet bowl and its tank. However, the amount of blocked noise depends on the weight of the seat cover. The rubber also eliminates banging noise caused by any parts of the toilet, and it prevents some unpleasant smell from the toilet bowl.
    • 经过一番实验,我发明了一种简单实用的无声卫生间。 首先,将大约1.5 / 8英寸高的胶水由3.5 / 8英寸宽的弹性橡胶内置在马桶盖的边缘(保持小孔打开以允许空气通过)。 其次,在座椅盖的两个底部和座椅本身上胶合约半英寸高乘一英寸宽的环状橡胶。 这样,在座椅被覆盖后马桶冲洗时,水噪声将大大降低。 原因很简单 橡胶填充马桶系统的每个间隙,使所有的水噪声都保持在马桶及其罐内。 然而,阻塞噪音的数量取决于座椅盖的重量。 橡胶也消除了马桶的任何部分引起的爆震声,并且防止了马桶的一些不愉快的气味。
    • 2. 发明授权
    • Methods and apparatus slow-starting a web cache system
    • 方法和设备缓慢启动Web缓存系统
    • US07069324B1
    • 2006-06-27
    • US09608549
    • 2000-06-30
    • Gurumukh S. TiwanaDanny KwokJames A. Aviani, Jr.Martin CieslakMartin A. KaganStewart L. Forster
    • Gurumukh S. TiwanaDanny KwokJames A. Aviani, Jr.Martin CieslakMartin A. KaganStewart L. Forster
    • G06F15/16G06F15/167
    • G06F12/0806
    • Methods and apparatus are described for intelligently assigning a portion of a cluster's traffic (e.g., buckets) to a cache system to minimize overloading of such cache system. In general terms, when a new cache system enters a cache cluster and/or starts up, the new cache system's full bucket allocation is not immediately assigned to the new cache system. Instead, only a portion of the full bucket allocation is initially assigned to the new cache system. In one embodiment, the new cache system's bucket assignment is gradually increased until the cache system is handling it's full bucket allocation or it becomes overloaded. The cache system's load is also checked periodically to determine whether it has become overloaded. When the cache system becomes overloaded, buckets are immediately shed from the cache system. In sum, the new cache system's load is adjusted until it is handling an optimum number of buckets.
    • 描述了用于智能地将集群的业务的一部分(例如,桶)分配给高速缓存系统的方法和装置,以最小化这种高速缓存系统的过载。 一般来说,当新的缓存系统进入缓存集群和/或启动时,新的高速缓存系统的完整存储桶分配不会立即分配给新的缓存系统。 相反,只有一部分全桶分配最初被分配给新的缓存系统。 在一个实施例中,新的高速缓存系统的桶分配逐渐增加,直到高速缓存系统正在处理它的全桶分配或者它变得过载。 还定期检查缓存系统的负载,以确定它是否已经过载。 当缓存系统变得过载时,桶将立即从缓存系统中流出。 总之,新的缓存系统的负载被调整直到处理最佳数量的桶。