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    • 4. 发明申请
    • LOCATION DETECTION SYSTEM AND METHOD WITH FINGERPRINTING
    • 位置检测系统和方法与指纹
    • US20120021768A1
    • 2012-01-26
    • US13258597
    • 2010-03-09
    • Philip Andrew RudlandPeter Stephen May
    • Philip Andrew RudlandPeter Stephen May
    • H04W24/00
    • G01S5/0252G06N3/126
    • A location detection system and method with fingerprinting including defining nodes in an area, the area being associated with field devices and a target device (102); determining expected signal strengths from the field devices at the nodes (104); measuring actual signal strengths from the field devices at the target device for each of the field devices in communication with the target device (106); designating as valid nodes the nodes having the expected signal strength for a particular field device that is greater than or equal to the actual signal strength for a particular field device (108); and determining at least one of the valid nodes for which the actual signal strengths for the field devices agree with the expected signal strengths for the field devices at the at least one of the valid nodes (110).
    • 一种具有指纹识别的位置检测系统和方法,包括定义区域中的节点,所述区域与现场设备相关联,以及目标设备(102); 确定来自节点(104)处的现场设备的预期信号强度; 测量与目标设备(106)通信的每个现场设备的来自目标设备的现场设备的实际信号强度; 指定具有对于特定现场设备的预期信号强度大于或等于特定现场设备(108)的实际信号强度的有效节点; 以及确定所述现场设备的实际信号强度对于所述有效节点(110)中的所述至少一个的现场设备的期望信号强度的至少一个有效节点。
    • 5. 发明授权
    • Pressure reducing folding system that adapts to booklet thickness
    • 适应小册子厚度的减压折叠系统
    • US08444540B2
    • 2013-05-21
    • US12824589
    • 2010-06-28
    • Ian ParksRichard HubbardJeff RyanStephen MayMartin Lloyd
    • Ian ParksRichard HubbardJeff RyanStephen MayMartin Lloyd
    • B31F1/10
    • B41F13/56G03G15/6538G03G2215/00936
    • A device for folding sheets of a medium into a booklet is provided. The device includes a frame; a cam mechanism attached to the frame; a lever attached to the frame, the lever being actuated by the cam mechanism; a first scissor arm attached to the frame, the first scissor arm being actuated by the lever; a pair of first rolls, one of the first rolls being movable by the first scissor arm; a second scissor arm attached to the frame, the second scissor arm being actuated by the lever; a pair of second rolls, one of the second rolls being movable by the second scissor arm; a crease blade for contacting the sheets to create a crease in the sheets; and a controller that controls a position of the crease blade, a gap between the pair of first rolls, and a gap between the pair of second rolls.
    • 提供了一种用于将介质折叠成小册子的设备。 该装置包括一个框架; 附接到框架的凸轮机构; 连接到所述框架的杆,所述杆由所述凸轮机构致动; 附接到框架的第一剪刀臂,第一剪刀臂由杠杆驱动; 一对第一辊,第一辊中的一个可由第一剪刀臂移动; 附接到所述框架的第二剪刀臂,所述第二剪刀臂由所述杠杆致动; 一对第二辊,第二辊中的一个可由第二剪刀臂移动; 用于接触片材以在片材中产生折痕的折痕刀片; 以及控制器,其控制折痕刀片的位置,一对第一辊子之间的间隙和一对第二辊筒之间的间隙。
    • 6. 发明申请
    • PRESSURE REDUCING FOLDING SYSTEM THAT ADAPTS TO BOOKLET THICKNESS
    • 压力降低折叠系统,适应于书本厚度
    • US20110316214A1
    • 2011-12-29
    • US12824589
    • 2010-06-28
    • Ian PARKSRichard HUBBARDJeff RYANStephen MAYMartin LLOYD
    • Ian PARKSRichard HUBBARDJeff RYANStephen MAYMartin LLOYD
    • B41F13/56B41L43/08
    • B41F13/56G03G15/6538G03G2215/00936
    • A device for folding sheets of a medium into a booklet is provided. The device includes a frame; a cam mechanism attached to the frame; a lever attached to the frame, the lever being actuated by the cam mechanism; a first scissor arm attached to the frame, the first scissor arm being actuated by the lever; a pair of first rolls, one of the first rolls being movable by the first scissor arm; a second scissor arm attached to the frame, the second scissor arm being actuated by the lever; a pair of second rolls, one of the second rolls being movable by the second scissor arm; a crease blade for contacting the sheets to create a crease in the sheets; and a controller that controls a position of the crease blade, a gap between the pair of first rolls, and a gap between the pair of second rolls. The rotation of the cam mechanism through a first period of rotation causes the crease blade to move in a contact direction to create the crease in the sheets by pushing the sheets between the first rolls, the rotation of the cam mechanism through a second period of rotation causes the crease blade to move in a retracting direction away from the sheets, the gap between the pair of first rolls is controlled by the controller based on a total thickness of the sheets to be folded, and the position of the crease blade is controlled by the controller based on the total thickness of the sheets to be folded.
    • 提供了一种用于将介质折叠成小册子的设备。 该装置包括一个框架; 附接到框架的凸轮机构; 连接到所述框架的杆,所述杆由所述凸轮机构致动; 附接到框架的第一剪刀臂,第一剪刀臂由杠杆驱动; 一对第一辊,第一辊中的一个可由第一剪刀臂移动; 附接到所述框架的第二剪刀臂,所述第二剪刀臂由所述杠杆致动; 一对第二辊,第二辊中的一个可由第二剪刀臂移动; 用于接触片材以在片材中产生折痕的折痕刀片; 以及控制器,其控制折痕刀片的位置,一对第一辊子之间的间隙和一对第二辊筒之间的间隙。 凸轮机构通过第一旋转周期的旋转使得折痕刀片在接触方向上移动,以通过在第一辊之间推动片材而产生折痕,凸轮机构通过第二旋转周期的旋转 使得折痕刀片沿着退回方向移动离开片材,一对第一辊子之间的间隙由控制器基于要折叠的片材的总厚度来控制,并且折痕刀片的位置由 控制器基于要折叠的片材的总厚度。
    • 9. 发明授权
    • Storing TV-anytime CRIDs in objects
    • 将电视随时存储在对象中
    • US08229355B2
    • 2012-07-24
    • US12438578
    • 2007-08-22
    • Peter Stephen May
    • Peter Stephen May
    • H04B5/00
    • H04N7/17318H04N5/782H04N7/163H04N21/42202H04N21/42204H04N21/6581H04N21/8352H04N21/84
    • A physical object (10) comprises a store (72) for storing at least one Content Reference Identifier (CRID) and a communications interface (71) for conveying the CRID to a receiver (20). Upon receiving the CRID, the receiver (20) can resolve the CRID to locate content for consuming (e.g. for presentation or scheduling for recording or later presentation) and can use the CRID to retrieve metadata relating to the content. Appropriate content can be selected by bringing the associated object (10) within range of the receiver (20), thus obviating the need to use a remote control or electronic programmed guide. The CRID can be pre-programmed in store (72) of object (10) or can be selected by a user by a replaceable card or input device.
    • 物理对象(10)包括用于存储至少一个内容参考标识符(CRID)的存储器(72)和用于将CRID传送到接收器(20)的通信接口(71)。 在接收到CRID时,接收机(20)可以解析CRID以定位用于消费的内容(例如用于呈现或调度以进行记录或稍后呈现),并且可以使用CRID来检索与内容有关的元数据。 可以通过将相关联的物体(10)带入接收器(20)的范围内来选择适当的内容,从而避免使用遥控器或电子编程引导件的需要。 CRID可以在对象(10)的商店(72)中被预编程,或者可以由用户通过可替换的卡或输入设备来选择。