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    • 1. 发明申请
    • Industrial Protocol System Authentication and Firewall
    • 工业协议系统认证和防火墙
    • US20140064482A1
    • 2014-03-06
    • US13603102
    • 2012-09-04
    • Ng Pei SinJames A. SinclairTaryl Jasper
    • Ng Pei SinJames A. SinclairTaryl Jasper
    • H04L9/00
    • H04L63/08G05B19/054G05B2219/1105H04L9/0891H04L9/3271H04L63/061
    • Aspects of the present invention provide machines, systems, and methods in which industrial control systems may be secured from compromise and/or disruption via authentication and firewall. In particular, an industrial controller may: randomly generate an exchange key and send the exchange key to a client device in response to a transaction request originating from the client device; combine the exchange key with a locally stored pass key to produce an authentication code; and compare a challenge key received from the client device to the authentication code to determine a match between the challenge key and the authentication code. A successful match between the challenge key and the authentication code may allow the client device to further access the industrial controller using a common industrial protocol (CIP), and a failed match between the challenge key and the authentication code may prevent the client device from further access to the industrial controller.
    • 本发明的方面提供了可以通过认证和防火墙来防止工业控制系统遭受破坏和/或破坏的机器,系统和方法。 特别地,工业控制器可以:响应于源自客户端设备的事务请求,随机生成交换密钥并将交换密钥发送给客户端设备; 将交换密钥与本地存储的密钥组合以产生认证码; 并且将从客户端设备接收到的询问密钥与认证码进行比较,以确定质询密钥和认证码之间的匹配。 挑战密钥和认证码之间的成功匹配可以允许客户端设备使用公共工业协议(CIP)进一步访问工业控制器,并且质询密钥和认证码之间的失败匹配可能阻止客户端设备进一步 访问工业控制器。
    • 4. 发明授权
    • Oscillating power brush
    • 振荡电刷
    • US4134169A
    • 1979-01-16
    • US829903
    • 1977-09-01
    • James A. Sinclair
    • James A. Sinclair
    • A61C17/38A46B13/02
    • A61C17/38Y10T74/18552
    • A brush is rigidly attached to one end of a housing having a handle at the other end and, between the ends, a cylindrical opening supporting a rotor whose center of mass is displaced laterally from the axis of rotation. As the rotor turns, it exerts an unbalanced centrifugal force on the housing, causing it to oscillate. The rotor is preferably a single metal roller gyrating or rotating about the axis of the cylindrical opening, and it may be rotated by a tangential stream of fluid, e.g., water at utility district pressure. The rotor body may be solid or a hollow member filled with a heavy liquid such as mercury, and it is so supported that during rotation its outer peripheral surface approaches but does not touch the borewall of the opening in which it operates.
    • 刷子刚性地附接到壳体的一端,该壳体在另一端处具有手柄,并且在两端之间形成有支撑转子的圆柱形开口,该转子的质心从旋转轴线横向移位。 当转子转动时,它对壳体施加不平衡的离心力,使其振动。 转子优选地是绕着圆柱形开口的轴线旋转或旋转的单个金属辊,并且其可以通过流体的切向流(例如在公用区压力下的水)旋转。 转子体可以是固体的或填充有诸如汞的重液体的中空构件,并且它被支撑为在旋转期间其外周表面接近但不接触其操作的开口的钻孔壁。
    • 5. 发明授权
    • Tie clasp
    • 领带扣
    • US3968544A
    • 1976-07-13
    • US559685
    • 1975-03-19
    • James A. Sinclair
    • James A. Sinclair
    • A41D25/00
    • A44B6/00A41D25/003Y10T24/1976
    • A tie clasp shaped generally like a safety pin and having a shirt link attached to its fixed back member. The novelty lies in so proportioning the clasp that it can be used to receive either the back pendant portion or both pendant portions of a four-in-hand necktie. When used only to receive the back pendant, the clasp is preferably made long enough to receive the usually relatively narrow rear pendant but not so long that it extends to either side of the usually rather broad front pendant, thus making the clasp invisible to an observer facing the wearer. Also when so used, the tie clasp has a forward member with a pointed free end, this member being movable between a closed position and an open position, and while open it is thrust into and then out of the rear fold of the front pendant without going completely through the thickness of the tie, thus securing both pendants while at the same time remaining invisible.In an optional form and use, the tie clasp is elongated to receive both pendants of the necktie in free hanging position. The short chain and crossbar of the shirt link keep the tie firmly anchored to the shirt front, and the front member of the tie clasp may be embellished with a jewel, monogram or other ornamentation. The front member may be pivotable between open and closed positions, or it may be made fixed, so that the main part of the clasp or band is simply a closed loop, defining an opening which is elongated in one direction and narrow in the other.
    • 一种通常类似于安全销并具有连接到其固定后部构件上的衬衫连接件的系带扣。 新颖之处在于可以将其用于接收四手领领带的后悬挂部分或两个吊坠部分的扣子。 当仅用于接收后挂件时,该扣环优选地制成足够长的长度以接收通常相对较窄的后侧吊坠,但不能长到延伸到通常相当宽的前挂件的任一侧,从而使得扣钩对观察者不可见 面向穿戴者。 此外,当这样使用时,系带扣具有具有尖端自由端的前部构件,该构件可以在关闭位置和打开位置之间移动,并且当打开时,它被推入前悬架的后折叠中, 完全穿过领带的厚度,从而确保两个吊坠同时保持隐形。
    • 6. 发明授权
    • Industrial protocol system authentication and firewall
    • 工业协议系统认证和防火墙
    • US09054863B2
    • 2015-06-09
    • US13603102
    • 2012-09-04
    • Ng Pei SinJames A. SinclairTaryl Jasper
    • Ng Pei SinJames A. SinclairTaryl Jasper
    • H04L9/00H04L9/08H04L9/32
    • H04L63/08G05B19/054G05B2219/1105H04L9/0891H04L9/3271H04L63/061
    • Aspects of the present invention provide machines, systems, and methods in which industrial control systems may be secured from compromise and/or disruption via authentication and firewall. In particular, an industrial controller may: randomly generate an exchange key and send the exchange key to a client device in response to a transaction request originating from the client device; combine the exchange key with a locally stored pass key to produce an authentication code; and compare a challenge key received from the client device to the authentication code to determine a match between the challenge key and the authentication code. A successful match between the challenge key and the authentication code may allow the client device to further access the industrial controller using a common industrial protocol (CIP), and a failed match between the challenge key and the authentication code may prevent the client device from further access to the industrial controller.
    • 本发明的方面提供了可以通过认证和防火墙来防止工业控制系统遭受破坏和/或破坏的机器,系统和方法。 特别地,工业控制器可以:响应于源自客户端设备的事务请求,随机生成交换密钥并将交换密钥发送给客户端设备; 将交换密钥与本地存储的密钥组合以产生认证码; 并且将从客户端设备接收到的询问密钥与认证码进行比较,以确定质询密钥和认证码之间的匹配。 挑战密钥和认证码之间的成功匹配可以允许客户端设备使用公共工业协议(CIP)进一步访问工业控制器,并且质询密钥和认证码之间的失败匹配可能阻止客户端设备进一步 访问工业控制器。