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    • 52. 发明申请
    • Universal Deck Track Dog with Replaceable Parts
    • 通用甲板跟踪狗与可更换零件
    • US20110118038A1
    • 2011-05-19
    • US12946512
    • 2010-11-15
    • James Kempf
    • James Kempf
    • A63J1/02
    • A63J1/02
    • A track dog with removable parts. Embodiments describe one or more of the following features. In one embodiment, the size of the receiver for the knife shaped piece can be variable. Another embodiment describes an improved technique of holding the cable that is run under the floor. Yet another embodiment describes a device where the cable attachment mechanism are set in a location that line up with the openings in the floor to allow tightening without opening the floor. Another aspect describes a special through hole so that cable can be run through the device, e.g., to connect to another track dog.
    • 跟踪狗与可拆卸的部件。 实施例描述了一个或多个以下特征。 在一个实施例中,用于刀形件的接收器的尺寸可以是可变的。 另一实施例描述了保持在地板下方运行的电缆的改进技术。 另一个实施例描述了一种装置,其中电缆连接机构设置在与地板中的开口对齐的位置,以允许在不打开地板的情况下进行紧固。 另一方面描述了一种特殊的通孔,使得电缆可以穿过该装置,例如连接到另一个轨道狗。
    • 55. 发明申请
    • SECURE ROUTE OPTIMIZATION FOR MOBILE NETWORK USING MULTI-KEY CRYTOGRAPHICALLY GENERATED ADDRESSES
    • 使用多重克隆生成地址的移动网络的安全路由优化
    • US20070113075A1
    • 2007-05-17
    • US11557283
    • 2006-11-07
    • Manhee JoJames Kempf
    • Manhee JoJames Kempf
    • H04L9/00
    • H04L29/12783H04L9/3255H04L61/35H04L63/0442H04L63/0823H04L2209/76H04L2209/80H04W8/082H04W8/26H04W12/0017H04W12/00518H04W12/06H04W40/00H04W80/045
    • A method allows a mobile router that uses the Mobile Internet Protocol version 6 (Mobile IPv6) for mobility management to optimize routing by securely sending binding update messages directly to correspondent nodes on behalf of each mobile network node, even if the node does not perform Mobile IPv6 functions. Since the network address for each mobile network node is generated from the public keys of both the mobile network node and the mobile router, the mobile router is authorized to use the generated address on behalf of the mobile network node. If the mobile router changes its point of attachment, it sends signed binding update messages to the correspondent nodes of the mobile network nodes. When the correspondent nodes verify the binding update message and the correct public keys, the correspondent nodes can communicate with the mobile network node without going through the home agent. Therefore, secure proxy binding update messages can be sent from the mobile router.
    • 一种方法允许使用移动互联网协议版本6(移动IPv6)进行移动性管理的移动路由器通过将代表每个移动网络节点的绑定更新消息直接安全地发送到通信节点来优化路由,即使节点不执行移动 IPv6功能。 由于每个移动网络节点的网络地址都是从移动网络节点和移动路由器的公开密钥生成的,所以移动路由器被授权代表移动网络节点使用生成的地址。 如果移动路由器改变其附件点,则向签发的绑定更新消息发送到移动网络节点的通信节点。 当通信节点验证绑定更新消息和正确的公钥时,通信节点可以与移动网络节点进行通信,而无需通过归属代理。 因此,可以从移动路由器发送安全代理绑定更新消息。
    • 56. 发明申请
    • Secure address proxying using multi-key cryptographically generated addresses
    • 使用多密钥加密生成的地址进行安全地址代理
    • US20060248230A1
    • 2006-11-02
    • US11377589
    • 2006-03-16
    • James KempfCraig Gentry
    • James KempfCraig Gentry
    • G06F15/16
    • H04L61/2015H04L29/12H04W8/26H04W80/04
    • A method allows Internet Protocol version 6 (IPv6) nodes that use Mobile IPv6 for mobility management, or DHCP for address provisioning, to securely claim and defend their network addresses themselves or through proxies using the SEND protocol. The network node may also sign and verify a message that claims and defends a network address. The network address to be claimed and defended may be either autoconfigured or obtained from a server using the DHCPv6 protocol. If the MCGA is generated by a mobile IPv6 node as a mobile IPv6 home address, the MCGA can be securely proxied by the mobile IPv6 home agent after the mobile node has left the home link. However, if the MCGA is generated as a mobile IPv6 care-of address by a mobile IPv6 node while on a foreign subnet, the MCGA can be securely proxied by the current or new access router, before the mobile node arrives on the link and after it has left the link, respectively.
    • 一种方法允许使用移动IPv6进行移动性管理的Internet协议版本6(IPv6)节点,或者用于地址配置的DHCP可以自己安全地声称和保护自己的网络地址,也可以通过使用SEND协议的代理进行保护。 网络节点还可以签署和验证声称和捍卫网络地址的消息。 要声明和辩护的网络地址可以是自动配置的,也可以使用DHCPv6协议从服务器获取。 如果MCGA由移动IPv6节点生成为移动IPv6归属地址,则在移动节点离开主链路之后,MCGA可以由移动IPv6归属代理安全地代理。 然而,如果MCGA在外部子网上由移动IPv6节点生成为移动IPv6转交地址,则在移动节点到达链路之前,MCGA可以由当前或新的接入路由器安全地代理, 它已分别离开了链接。
    • 58. 发明申请
    • Reverse draw technology archery
    • 倒车技术射箭
    • US20060054150A1
    • 2006-03-16
    • US10942264
    • 2004-09-16
    • James Kempf
    • James Kempf
    • F41B5/12
    • F41B5/123
    • The nature of the current invention is an archery device that uses what I claim as Reverse Draw Technology. In essance, what this is, is pulling the launch string of a bow or crossbow in the opposite direction that it is pulled in all prior art. Pulling the launch string into the curve of the opposing limbs, instead of away from them, allows for a longer power stroke, thus increasing performance and allowing, if so chosen, a lower draw weight, which translates to less noise at the same arrow speed. Arrow speed is determined by the force rquired to pull the launch string from an at rest position to the ready to fire position, and the distance the string is pulled. This distance is called the power stroke. By increasing the power stroke and decreasing the drawing force, comparable arrow speed is achieved with much less noise and effort on the part of the archer.
    • 本发明的性质是使用所谓的反向拉拔技术的射箭装置。 从本质上讲,这是在所有现有技术中拉起弓箭或弩的发射弦杆的方向相反的方向。 将发射弦线拉回到相对的四肢的曲线中,而不是远离它们,允许更长的动力冲程,从而提高性能,并允许如果这样选择较低的牵引重量,这在相同的箭头速度下转化为更少的噪音 。 箭头速度取决于将发射弦从静止位置拉到准备就绪位置的力,以及弦的拉伸距离。 该距离称为动力冲程。 通过增加动力行程并降低拉力,实现了相当的箭头速度,而弓箭手的噪音和精力要少得多。