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    • 2. 发明授权
    • Cable locking covers
    • 电缆锁盖
    • US5190465A
    • 1993-03-02
    • US762141
    • 1991-09-19
    • Ronald V. DavidgeJohn R. DewittPaul J. GalinisFrancis A. Kuchar, Jr.Jay H. NeerThomas H. Newsom
    • Ronald V. DavidgeJohn R. DewittPaul J. GalinisFrancis A. Kuchar, Jr.Jay H. NeerThomas H. Newsom
    • H01R13/60H01R13/639
    • H01R13/6397H01R13/60H01R2201/04H01R2201/06Y10T70/50
    • Cover assemblies, capable of being locked and unlocked by means of a key, are configured to be placed over the connectors at each end of an external computer system cable. When these cover assemblies are locked in place, the cable cannot be unplugged from the connector ports of the system devices. When these cover assemblies are unlocked, they can be removed from the cable, and the cable can then be unplugged from the connector ports.A first type of cover assembly is designed to operate with a connector which is fastened in place in its plugged position by means of a pair of screws, while a second type of cover assembly is designed to operate with a connector which is fastened in placed by means of a pair of rotatable wire bails. These cover assemblies may also be used to prevent access to connector ports to which cables are not attached by locking in place terminators commonly used on such ports, or by locking in place shells configured for this purpose, if such terminators are otherwise not required.
    • 能够通过键被锁定和解锁的盖组件被配置成放置在外部计算机系统电缆的每个端部处的连接器上。 当这些盖组件被锁定就位时,电缆不能从系统设备的连接器端口拔下。 当这些盖组件被解锁时,它们可以从电缆中取出,然后电缆可以从连接器端口拔下。 第一类型的盖组件被设计成与连接器一起操作,该连接器通过一对螺钉被固定在其插入位置的适当位置,而第二类型的盖组件被设计成与连接器一起操作,该连接器被紧固在 一对可旋转钢丝绳的装置。 如果不需要这样的终端器,这些盖组件也可用于防止通过锁定在这种端口上通常使用的位置终端器或通过锁定配置用于此目的的壳体来访问未连接电缆的连接器端口。
    • 3. 发明授权
    • Cable locking covers
    • 电缆锁盖
    • US5288241A
    • 1994-02-22
    • US990205
    • 1993-06-07
    • Ronald V. DavidgeJohn R. DewittPaul J. GalinisFrancis A. Kuchar, Jr.Jay H. NeerThomas H. Newson
    • Ronald V. DavidgeJohn R. DewittPaul J. GalinisFrancis A. Kuchar, Jr.Jay H. NeerThomas H. Newson
    • H01R13/60H01R13/639H01R13/62
    • H01R13/6397H01R13/60H01R2201/04H01R2201/06Y10T70/50
    • Cover assemblies, capable of being locked and unlocked by means of a key, are configured to be placed over the connectors at each end of an external computer system cable. When these cover assemblies are locked in place, the cable cannot be unplugged from the connector ports of the system devices. When these cover assemblies are unlocked, they can be removed from the cable, and the cable can then be unplugged from the connector ports.A first type of cover assembly is designed to operate with a connector which is fastened in place in its plugged position by means of a pair of screws, while a second type of cover assembly is designed to operate with a connector which is fastened in place by means of a pair of rotatable wire bails. These cover assemblies may also be used to prevent access to connector ports to which cables are not attached by locking in place terminators commonly used on such ports, or by locking in place shells configured for this purpose, if such terminators are otherwise not required.
    • 能够通过键被锁定和解锁的盖组件被配置成放置在外部计算机系统电缆的每个端部处的连接器上。 当这些盖组件被锁定就位时,电缆不能从系统设备的连接器端口拔下。 当这些盖组件被解锁时,它们可以从电缆中取出,然后电缆可以从连接器端口拔下。 第一类型的盖组件设计成与连接器一起操作,该连接器通过一对螺钉被固定在其堵塞位置的适当位置,而第二类型的盖组件被设计成与连接器一起操作,该连接器通过 一对可旋转钢丝绳的装置。 如果不需要这样的终端器,这些盖组件也可用于防止通过锁定在这种端口上通常使用的位置终端器或通过锁定配置用于此目的的壳体来访问未连接电缆的连接器端口。
    • 5. 发明授权
    • Invertible back flow damper for an air moving device
    • 用于空气移动装置的可逆逆流阻尼器
    • US06688965B1
    • 2004-02-10
    • US10306371
    • 2002-11-27
    • Martin Joseph CrippenFrancis A. Kuchar, Jr.Jason Aaron MattesonBrian Alan Trumbo
    • Martin Joseph CrippenFrancis A. Kuchar, Jr.Jason Aaron MattesonBrian Alan Trumbo
    • H05K500
    • H05K7/20181H05K7/20718
    • An air moving system such as a fan or blower system includes a back flow damper that functions in two orientations; non-inverted and inverted. First and second “end” baffles are pivotally attached at opposite ends of the damper, and three “middle” baffles are pivotally attached between the two end baffles. When the air moving system fails in the non-inverted orientation, the first end baffle and the three middle baffles are gravity operated to close off the air outlet to prevent the back flow of air, and the second end baffle pivots away from the outlet. When the air moving device fails in the inverted orientation, the second end baffle and the three middle baffles operate to close off the air outlet, and the first end baffle pivots away from the outlet. The three middle baffles are pivotally coupled to a connecting rod, which prevents the inadvertent jamming of baffles.
    • 诸如风扇或鼓风机系统的空气移动系统包括以两个方向起作用的回流阻尼器; 非反转和倒置。 第一和第二“端部”挡板枢转地附接在阻尼器的相对端,并且三个“中间”挡板枢转地附接在两个端部挡板之间。 当空气移动系统以非倒置方向故障时,第一端挡板和三个中间挡板重力操作,以关闭出风口,以防止空气回流,第二端挡板从出口枢转。 当空气移动装置以倒置方向故障时,第二端挡板和三个中间挡板操作以关闭空气出口,并且第一端挡板从出口枢转。 三个中间挡板可枢转地连接到连杆上,防止挡板的意外堵塞。
    • 6. 发明授权
    • Automatic recirculation airflow damper
    • 自动循环气流阻尼器
    • US07247089B2
    • 2007-07-24
    • US10717782
    • 2003-11-20
    • Martin Joseph CrippenFrancis A. Kuchar, Jr.Jason Aaron MattesonBrian Alan Trumbo
    • Martin Joseph CrippenFrancis A. Kuchar, Jr.Jason Aaron MattesonBrian Alan Trumbo
    • H05K5/00
    • H05K7/2019
    • An automatic recirculation airflow damper for use in electronic enclosures utilizing multiple air moving devices to cool electronic components within the enclosure. When an air moving device is removed, the damper automatically closes an orifice associated with the absent air moving device, thus preventing the loss of cooling air from the vacated orifice and the subsequent reduction in cooling capacity. In some embodiments, the damper is attached to the enclosure with hinges. In certain embodiments, the damper is configured with elastomeric material such that the interface between the orifice and the damper offers high impedance to airflow while the damper is in a closed position. The automatic recirculation airflow damper reduces electronic thermal failures and therefore increases the reliability of a system equipped with the device.
    • 一种用于电子机箱的自动再循环气流阻尼器,其利用多个空气移动装置来冷却外壳内的电子部件。 当空气移动装置被移除时,阻尼器自动关闭与不存在的空气移动装置相关联的孔口,从而防止来自空出的孔口的冷却空气的损失和随后的冷却能力降低。 在一些实施例中,阻尼器利用铰链连接到外壳。 在某些实施例中,阻尼器由弹性体材料构成,使得孔和阻尼器之间的界面在阻尼器处于关闭位置时提供对气流的高阻抗。 自动再循环气流阻尼器减少了电子热故障,从而提高了配备该装置的系统的可靠性。