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    • 2. 发明授权
    • Workspace display
    • 工作区显示
    • US06427389B1
    • 2002-08-06
    • US09723998
    • 2000-11-28
    • Joseph R. BrancMark A. BalogaWilliam L. MillerMitchell NiewiadomskiJoel D. Stanfield
    • Joseph R. BrancMark A. BalogaWilliam L. MillerMitchell NiewiadomskiJoel D. Stanfield
    • A47F1000
    • G09F15/0068A47B2200/0071
    • A workspace display comprises a sidewall partition defining a workspace with a portal opening and a door partition to selectively close the portal. A first display screen is disposed on the interior side of the door partition for individual viewing from inside the workspace. A second display screen is disposed exterior of the sidewall partition and positioned a spaced apart distance in general alignment therewith, without substantial interference with user ingress and egress through the portal opening. A video device is positioned overhead in optical communication with the first display screen when the door partition is in its fully closed position to support individual activities. The video device is in optical communication through the portal opening with the second display screen when the door partition is in its fully open position to support group activities. An image on the second display screen can be viewed on either the interior or exterior screen surfaces. The first display screen and the interior and exterior screen surfaces of the second display screen form dry erasable markerboards.
    • 工作空间显示器包括侧壁分隔件,其限定具有入口开口的工作空间和用于选择性地关闭入口的门分隔件。 第一显示屏设置在门隔板的内侧,用于从工作空间内单独观看。 第二显示屏幕设置在侧壁分隔件的外部并且与其大致对准地间隔开距离,而不会大量干扰用户入口和出口通过入口开口。 当门分区处于其完全关闭位置以支持个体活动时,视频设备位于与第一显示屏幕的光通信中的顶部。 当门分区处于其完全打开位置以支持组活动时,视频设备通过具有第二显示屏的门禁开口进行光通信。 可以在内部或外部屏幕表面上观看第二显示屏幕上的图像。 第一显示屏幕和第二显示屏幕的内部和外部屏幕表面形成干式可擦除标记板。
    • 3. 发明授权
    • Workspace display
    • 工作区显示
    • US06209266B1
    • 2001-04-03
    • US09438591
    • 1999-11-12
    • Joseph R. BrancMark A. BalogaWilliam L. MillerMitchell NiewiadomskiJoel D. Stanfield
    • Joseph R. BrancMark A. BalogaWilliam L. MillerMitchell NiewiadomskiJoel D. Stanfield
    • E04B274
    • G09F15/0068A47B2200/0071
    • A workspace display comprises a sidewall partition defining a workspace with a portal opening and a door partition to selectively close the portal. A first display screen is disposed on the interior side of the door partition for individual viewing from inside the workspace. A second display screen is disposed exterior of the sidewall partition and positioned a spaced apart distance in general alignment therewith, without substantial interference with user ingress and egress through the portal opening. A video device is positioned overhead in optical communication with the first display screen when the door partition is in its fully closed position to support individual activities. The video device is in optical communication through the portal opening with the second display screen when the door partition is in its fully open position to support group activities. An image on the second display screen can be viewed on either the interior or exterior screen surfaces. The first display screen and the interior and exterior screen surfaces of the second display screen form dry erasable markerboards.
    • 工作空间显示器包括侧壁分隔件,其限定具有入口开口的工作空间和用于选择性地关闭入口的门分隔件。 第一显示屏设置在门隔板的内侧,用于从工作空间内单独观看。 第二显示屏幕设置在侧壁分隔件的外部并且与其大致对准地间隔开距离,而不会大量干扰用户入口和出口通过入口开口。 当门分区处于其完全关闭位置以支持个体活动时,视频设备位于与第一显示屏幕的光通信中的顶部。 当门分区处于其完全打开位置以支持组活动时,视频设备通过具有第二显示屏的门禁开口进行光通信。 可以在内部或外部屏幕表面上观看第二显示屏幕上的图像。 第一显示屏幕和第二显示屏幕的内部和外部屏幕表面形成干式可擦除标记板。
    • 5. 发明授权
    • Integrated optical ports
    • 集成光端口
    • US6081356A
    • 2000-06-27
    • US863225
    • 1997-05-27
    • Joseph R. BrancCarl V. Forslund, IIIWilliam L. MillerJoel D. Stanfield
    • Joseph R. BrancCarl V. Forslund, IIIWilliam L. MillerJoel D. Stanfield
    • H04B10/10H04B10/20H04B10/00
    • H04B10/114
    • An optical access system is shown for use in an office setting including a workstation providing for communication between a network and a computing device, the workstation having a worksurface and at least one network access point coupled to an optical network port. The computing device has a device access point coupled to an optical device port for direct optical communication with the optical network port. The optical access system includes an access station containing the optical network port so that the optical network port is selectively adjustable in a vertical direction by manually repositioning with respect to the computing device and the worksurface. Direct optical communication between the optical network port and the optical device port can be maintained notwithstanding the presence of objects that may obstruct direct optical communication. The optical access system may include a portable computer having a base and a covering lid to which the optical device port is mounted. A workstation providing for direct optical communication between a network and a computing device having a remote port is also disclosed. The workstation includes an article of furniture and an access station installed within the article of furniture providing at least one network access point and including a plurality of optical network ports. At least one network access point is coupled to the network and to each of the plurality of optical network port. The computing device is selectively adjustable in position relative to the article of furniture to establish a network connection within the workstation between the computing device and the network through the network access point by establishing direct optical communication between the remote port and at least one of the plurality of optical network ports.
    • 示出了用于办公室设置中的光学接入系统,其包括提供网络和计算设备之间的通信的工作站,所述工作站具有工作表面和耦合到光学网络端口的至少一个网络接入点。 计算设备具有耦合到光学设备端口的设备接入点,用于与光网络端口的直接光通信。 光接入系统包括一个包含光网络端口的接入站,使得光网络端口通过相对于计算设备和工作表面的手动重新定位在垂直方向上可选择性地调节。 尽管存在可能阻碍直接光通信的物体,但可以保持光网络端口和光学设备端口之间的直接光通信。 光学接入系统可以包括具有基座和覆盖盖的便携式计算机,光学设备端口被安装在该盖上。 还公开了一种提供网络与具有远程端口的计算设备之间的直接光通信的工作站。 工作站包括家具制品和安装在家具制品内的接入站,其提供至少一个网络接入点并且包括多个光网络端口。 至少一个网络接入点耦合到网络和多个光网络端口中的每一个。 所述计算设备可相对于所述家具有选择地调整位置,以便通过建立所述远程端口与所述多个远程端口中的至少一个之间的直接光通信,通过所述网络接入点在所述计算设备与所述网络之间的所述工作站内建立网络连接 的光网络端口。