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    • 54. 发明申请
    • DEBARKING CHAIN WITH PASSING LINKS
    • 具有通过链接的DEBARKING链
    • US20070079899A1
    • 2007-04-12
    • US11279502
    • 2006-04-12
    • Robert JensenJohn McCauley
    • Robert JensenJohn McCauley
    • B27L1/00A01G23/08B27L3/00
    • B27L1/122A01G23/097
    • A debarking chain having passing links; the passing links being substantially rounded in order to permit the passing links to pass through adjacent links such that the orientation of the passing link relative to its adjacent links can change at random in order to randomly distribute the wear and stress from the impact of adjacent or next to adjacent links on the passing links so that the overall wear life of the present debarking chain is extended over similar chain with elongated, oblong links of the prior art. The invention also includes a debarking drum having a plurality of debarking chains having at least one, preferably a plurality of passing links, as well as a debarking device having such a debarking drum. The debarking device preferably includes a chipping device and a method of using the same.
    • 一条具有通行链的剥皮链; 通过的连接件基本上是圆形的,以便允许通过连杆穿过相邻的连杆,使得通过连杆相对于其相邻连杆的定向可以随机地改变,以便将磨损和应力随机地分布在相邻的或相邻的连杆 在通过的链接上的相邻链节旁边,使得现有剥皮链的整体磨损寿命在现有技术的细长的长方形链节的相似链上延伸。 本发明还包括具有多个具有至少一个,优选多个通行链接的剥皮链的剥皮滚筒以及具有这种剥皮滚筒的剥皮装置。 剥皮装置优选地包括切屑装置及其使用方法。
    • 56. 发明申请
    • Automatic mobile call forwarding with time-based and location-based trigger events
    • 具有基于时间和位置的触发事件的自动移动呼叫转移
    • US20050215243A1
    • 2005-09-29
    • US10899958
    • 2004-07-27
    • Kenneth BlackRobert JensenCraig Skiles
    • Kenneth BlackRobert JensenCraig Skiles
    • H04M1/00H04M1/725H04M3/42H04M3/54H04W4/16H04Q7/20
    • H04W4/16H04M1/006H04M1/72566H04M1/72572H04M3/54H04M2207/18H04M2242/14H04M2242/30
    • A method of forwarding calls directed to a cellular phone to a target phone number based on time-based and location-based trigger events. A call forward profile associated with the cellular phone is defined and stored in memory in the cellular phone, wherein the profile includes call forward criteria and the target phone number. Call forward criteria includes time-based and location-based trigger events. Thereafter, the cellular phone periodically determines the current time and its location and, if the cellular phone determines that the time-based and location-based trigger events for a particular profile are both satisfied, the cellular phone notifies the cellular provider associated with the phone to forward later-received calls to the target number using the cellular provider's own activation and deactivation codes. Notification by the cellular phone to the cellular provider may be set to automatic or only after a prompt to the cellular phone user.
    • 基于时间和基于位置的触发事件,将指向蜂窝电话的呼叫转发到目标电话号码的方法。 与蜂窝电话相关联的呼叫转移简档被定义并存储在蜂窝电话中的存储器中,其中该简档包括呼叫转移标准和目标电话号码。 呼叫转移标准包括基于时间和基于位置的触发事件。 此后,蜂窝电话周期性地确定当前时间及其位置,并且如果蜂窝电话确定特定配置文件的基于时间的和基于位置的触发事件都满足,则蜂窝电话通知与电话相关联的蜂窝提供商 使用蜂窝提供商自己的激活和去激活码将稍后接收的呼叫转发到目标号码。 通过蜂窝电话向蜂窝提供商的通知可以被设置为自动地或仅在对蜂窝电话用户的提示之后。
    • 58. 发明授权
    • Method for manufacturing contoured and laminated materials
    • 制造轮廓和层压材料的方法
    • US06309500B1
    • 2001-10-30
    • US09184811
    • 1998-11-02
    • Robert JensenJarl B. Jensen
    • Robert JensenJarl B. Jensen
    • B32B3118
    • B29C43/22A61F13/00987B29C43/206Y10T156/1041Y10T156/1084
    • A method for manufacturing end products such as wound dressings, surgical dressing, fixation wafers for prostheses, ostomy wafers, shoe inner-soles, and other laminated and contoured devices using a contouring and laminating station, a delaminating station, a driving station and a cutting station. A first outer layer having a backing film protected by a support layer is attached to a subject layer having predetermined malleable properties on one surface of the adhesive material. A second outer layer is attached on an opposing surface of the subject layer. As the layers are attached, the subject layer is contoured at the contouring and laminating station to produce a first intermediate product. The support layer is removed to produce a second intermediate product at a delaminating station. The second intermediate product is driven by the driving station to the cutting station to be cut into the end products.
    • 用于制造终端产品的方法,例如伤口敷料,手术敷料,假体的固定晶片,造口术晶片,鞋内底以及使用轮廓和层压工位的其他层压和成形装置,分层站,驾驶台和切割 站。 具有由支撑层保护的背衬膜的第一外层在粘合材料的一个表面上附着到具有预定的可延展性的被摄体层上。 第二外层附着在主体层的相对表面上。 当层被附接时,主体层在轮廓和层压台处成形,以产生第一中间产品。 去除支撑层以在分层站产生第二中间产物。 第二个中间产品由驱动站驱动到切割站切割成最终产品。
    • 59. 发明授权
    • Method and apparatus for precise noncoherent doppler tracking of a
spacecraft
    • 用于航天器的精确非相干多普勒跟踪的方法和装置
    • US5995039A
    • 1999-11-30
    • US66516
    • 1998-04-24
    • James Robert JensenRobert Steven Bokulic
    • James Robert JensenRobert Steven Bokulic
    • G01S7/00G01S13/58G01S13/60G01S13/76
    • G01S13/58G01S13/765G01S13/60G01S7/003
    • A method and apparatus are disclosed for making precise velocity measurements of a spacecraft using a two-way noncoherent Doppler tracking system. The received uplink and transmitted downlink frequencies on-board the spacecraft are compared with the resulting information being included in the downlink signal and used to cancel spacecraft oscillator drift rate effects in the two-way Doppler measurement made by the ground station. The information can also be used to characterize the drift rate of the spacecraft oscillator, thus permitting periods of accurate one-way Doppler tracking by the ground station. To improve accuracy, the times at which the measurements comprising the information would have been observed on the ground are inferred from the measurement of a signal generated by the spacecraft, e.g., the telemetry frame start times, made by the ground station.
    • 公开了一种使用双向非相干多普勒跟踪系统对航天器进行精确速度测量的方法和装置。 将在航天器上接收的上行链路和发送的下行链路频率与包括在下行链路信号中的所得信息进行比较,并用于取消由地面站进行的双向多普勒测量中的航天器振荡器漂移速率效应。 该信息还可用于表征航天器振荡器的漂移速率,从而允许地面站进行精确的单向多普勒跟踪的周期。 为了提高准确性,从地面站产生的由航天器产生的信号的测量(例如,遥测帧开始时间)的测量中推断出包含信息的测量结果将在地面上观测到的时间。