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    • 32. 发明授权
    • Lawn mower grass catcher assembly
    • 割草机割草机总成
    • US4217747A
    • 1980-08-19
    • US9153
    • 1979-02-05
    • Thomas Brown
    • Thomas Brown
    • A01D34/63A01D43/063A01D35/22
    • A01D43/0631A01D2101/00A01D34/63
    • A grass catcher having a container and lid operatively attached to the lawn mower to receive grass cuttings in a grass catching mode and nestably related on the lawn mower in a storage mode for shipping. In the grass catching mode the lid is mounted to the lawn mower handle and includes downturned side flanges provided with a longitudinal guide track. The container is relatively deep and includes a rearwardly formed chute portion and upper side flanges engageable with the guide track, so that the container can be selectively separated from the lid. In the storage mode the container is inverted and disposed over the lawn mower motor assembly with the chute disposed rearwardly. The lid is nestably received by the container and can be shipped with the lawn mower in a container only slightly larger than that required to ship the lawn mower itself.
    • 一种具有容器和盖子的抓地器,其操作性地连接到草坪割草机上,以捕捉模式接收草屑,并以存储模式运送在草坪割草机上。 在草地捕捉模式中,盖被安装到割草机手柄上,并且包括设置有纵向导轨的下降的侧面凸缘。 容器相对较深并且包括向后形成的滑槽部分和可与导轨接合的上侧凸缘,使得容器可以与盖子选择性地分离。 在储存模式下,容器被倒置并设置在割草机电动机组件的上方,斜槽向后设置。 盖子可以容纳地容纳在容器中,并且可以将草坪割草机运送到仅比运送割草机本身所需要的容器稍大的容器中。
    • 36. 发明申请
    • Time on your hand short finger glove watch
    • US20110219517A1
    • 2011-09-15
    • US12661343
    • 2010-03-15
    • Thomas Brown
    • Thomas Brown
    • A41D19/00
    • A41D19/0027G04B37/1433
    • The “Time on Your Hand” Short Finger Glove is a new invention that not only will create a fashion statement but will be a benefit to the wearer. It will allow active consumers to comfortably and safely wear a timepiece while working out, fashioned of a breathable leather material with an elastic wristband for a secure fit. The glove itself could be offered in a one-size fit all configuration or in small, medium, and large designation to accommodate all users. Completely covering the palm and the back of the hand the, Time on your Hand” Short Finger Glove would feature “fingers” that extend up to the bottom knuckle joint of the wearer's fingers, leaving the top portion of the digits exposed.While sports and exercises can be fun and satisfying activities that help to strength physical health, the constant demands of on-the-go living are always hovering in the background, even when engaging in recreation. People are constantly aware of time and the lack thereof, so they find it necessary to sport a watch at all times. Yet, for active individuals, wearing a standard wristwatch can present a few drawbacks. Particularly, these expensive accessories can easily be torn away from the wrist when engaging in regimens such as weight lifting or contact sports. To combat these problems, individuals may remove their watches and place them in a pocket or gym bag, however, such actions can result in the timepiece being damaged, or even stolen.Recognizing the potential for a product that would allow active consumers to comfortably and safely wear a timepiece while working out, Mr. Thomas Brown has conceived of a cleaver product invention he has aptly designated as the “Time On Your Hand” Short Finger Glove Watch.The glove could be made available in a variety of attractive colors to appeal to individual tastes. This product could be powered by a battery source such as the micro alkaline or silver oxide cell batteries commonly found in wristwatches.
    • 39. 发明申请
    • Fast dynamic measurement of bandwidth in a TCP network environment
    • TCP网络环境中带宽的快速动态测量
    • US20050100014A1
    • 2005-05-12
    • US11016392
    • 2004-12-17
    • Thomas BrownDavid del ValAnders Klemets
    • Thomas BrownDavid del ValAnders Klemets
    • H04L12/26H04L12/56
    • H04L47/28H04L41/0896H04L43/0852H04L43/087H04L43/0888H04L43/16H04L43/50H04L47/10H04L47/193H04L47/26H04L65/608H04L65/80H04L69/16H04L69/163
    • The fast dynamic measurement of bandwidth in a TCP network environment utilizes a single pair of packets to calculate bandwidth between two entities on a network (such as the Internet). This calculation is based upon the packet-pair technique. This bandwidth measurement is extremely quick. On its journey across a network, communication devices may delay the packet pairs. In particular, TCP networks have two algorithms designed to delay some packets with the goal of increasing the overall throughput of the network. However, these algorithms effectively delay a packet pair designed to measure bandwidth. Therefore, they distort the measurement. These algorithms are Nagle and Slow Start. The fast dynamic measurement of bandwidth implements countermeasures to overcome the delays imposed by these algorithms. Such countermeasures include disabling the application of the Nagle Algorithm; minimizing the buffering of packets by sending a “push” packet right after the packet pair; and avoiding the Slow Start Algorithm by priming it with a dummy packet.
    • TCP网络环境中带宽的快速动态测量使用一对分组来计算网络(如Internet)上的两个实体之间的带宽。 该计算基于分组对技术。 这种带宽测量非常快。 在通过网络的过程中,通信设备可能会延迟数据包对。 特别地,TCP网络具有两种设计用于延迟一些分组的算法,目的是增加网络的总吞吐​​量。 然而,这些算法有效地延迟了设计用于测量带宽的数据包。 因此,它们会扭曲测量。 这些算法是Nagle和Slow Start。 带宽的快速动态测量实现了对策,以克服这些算法施加的延迟。 这种对策包括禁用Nagle算法的应用; 通过在分组对之后发送“推送”分组来最小化分组的缓冲; 并通过用虚拟分组进行启动来避免慢启动算法。