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    • 2. 发明授权
    • Thickness detection device
    • 厚度检测装置
    • US08732971B2
    • 2014-05-27
    • US13321808
    • 2010-03-22
    • Wenqing WuWeiping XieWei ZhangYi Tao
    • Wenqing WuWeiping XieWei ZhangYi Tao
    • G01B5/06
    • G01B5/06B65H5/062B65H7/12B65H2404/1521B65H2404/60
    • A thickness detection device comprises: a feed roller (130), a thickness detection unit (110,210) and a thickness measurement unit (120,220). The thickness detection unit (110, 210) comprises a detection roller (113, 213) which is contacted with the surface of the feed roller (130), a detection rotating shaft (111, 211) and a reflective board for thickness detection (112, 212); the thickness detection reflective board (112, 212) comprises an enlarging part (112a, 212a) and a bending part (112b, 212b) connected to one end of the enlarging part (112a, 212a); the detection roller (113, 213) and the detection rotating shaft (111, 211) are both arranged on the bending part (112b, 212b), a connection line of the axle centers of the detection roller (113, 213) and the detection rotating shaft (111, 211) is at an included angle with the enlarging part (112a, 212a) of the reflective board for thickness detection (112, 212); and the thickness measurement unit (120, 220) comprises a sensor used for measuring the distance that the enlarging part (112a, 212a) rotates around the detection rotating shaft (111, 211).
    • 厚度检测装置包括:进料辊(130),厚度检测单元(110,210)和厚度测量单元(120,220)。 厚度检测单元(110,210)包括与进给辊(130)的表面接触的检测辊(113,213),检测旋转轴(111,211)和厚度检测用反射板(112 ,212); 厚度检测反射板(112,212)包括扩大部分(112a,212a)和连接到放大部分(112a,212a)一端的弯曲部分(112b,212b)。 检测辊(113,213)和检测旋转轴(111,211)均布置在弯曲部分(112b,212b)上,检测辊(113,213)的轴心的连接线和检测辊 旋转轴(111,211)与用于厚度检测的反射板(112,212)的扩大部(112a,212a)成夹角; 厚度测量单元(120,220)包括用于测量放大部分(112a,212a)围绕检测旋转轴(111,211)旋转的距离的传感器。
    • 3. 发明授权
    • Method and system of serving subscribed contents from multiple sources via a global communications network
    • 通过全球通信网络从多个来源服务订阅的内容的方法和系统
    • US08683559B2
    • 2014-03-25
    • US13087389
    • 2011-04-15
    • Wenqing Wu
    • Wenqing Wu
    • G06F7/04G06F15/16
    • G06F21/10G06F21/41
    • A computer implemented method and system for, via a global communications network, serving subscribed contents from various subscribed content sources to end users without the need of end users subscribing and signing in at each individual subscribed content source. An embodiment system of present invention may use pre-stored access credentials specific to the embodiment system for fetching the requested subscribed contents from various subscribed content sources. The embodiment system may remove the aforementioned access credentials when forwarding the fetched subscribed contents to corresponding requesting end users. The end users may be served according to their viewing credits and other permissions. The viewing credits of end users may be adjusted according to the served subscribed contents. Before being forwarded to end users, the fetched subscribed contents may be amended according to the present invention to facilitate end users for requesting further subscribed contents to be served by the embodiment system.
    • 一种计算机实现的方法和系统,用于经由全球通信网络,从各种订阅的内容源向终端用户提供订阅的内容,而不需要终端用户在每个单独订阅的内容源上订阅和登录。 本发明的实施例系统可以使用特定于实施例系统的预先存储的访问证书,用于从各种订阅的内容源中提取所请求的订阅内容。 当将获取的订阅内容转发到相应的请求终端用户时,实施例系统可以去除上述访问凭证。 最终用户可以根据他们的观看次数和其他权限进行投放。 可以根据服务的订阅内容来调整终端用户的观看信用。 在转发给最终用户之前,可以根据本发明修改所提取的订阅内容,以便最终用户请求实施例系统服务的另外的订阅内容。
    • 6. 发明申请
    • METHOD AND SYSTEM OF SERVING SUBSCRIBED CONTENTS FROM MULTIPLE SOURCES VIA A GLOBAL COMMUNICATIONS NETWORK
    • 通过全球通信网络服务来自多个来源的订阅内容的方法和系统
    • US20110214170A1
    • 2011-09-01
    • US13087389
    • 2011-04-15
    • WENQING WU
    • WENQING WU
    • H04L9/32G06F21/00G06F15/16
    • G06F21/10G06F21/41
    • A computer implemented method and system for, via a global communications network, serving subscribed contents from various subscribed content sources to end users without the need of end users subscribing and signing in at each individual subscribed content source. An embodiment system of present invention may use pre-stored access credentials specific to the embodiment system for fetching the requested subscribed contents from various subscribed content sources. The embodiment system may remove the aforementioned access credentials when forwarding the fetched subscribed contents to corresponding requesting end users. The end users may be served according to their viewing credits and other permissions. The viewing credits of end users may be adjusted according to the served subscribed contents. Before being forwarded to end users, the fetched subscribed contents may be amended according to the present invention to facilitate end users for requesting further subscribed contents to be served by the embodiment system.
    • 一种计算机实现的方法和系统,用于经由全球通信网络,从各种订阅的内容源向终端用户提供订阅的内容,而不需要终端用户在每个单独订阅的内容源上订阅和登录。 本发明的实施例系统可以使用特定于实施例系统的预先存储的访问证书,用于从各种订阅的内容源中提取所请求的订阅内容。 当将获取的订阅内容转发到相应的请求终端用户时,实施例系统可以去除上述访问凭证。 最终用户可以根据他们的观看次数和其他权限进行投放。 可以根据服务的订阅内容来调整终端用户的观看信用。 在转发给最终用户之前,可以根据本发明修改所提取的订阅内容,以便最终用户请求实施例系统服务的另外的订阅内容。
    • 7. 发明申请
    • SYSTEM AND METHOD FOR CREATING AND TRANSFERRING DIGITAL TOKENS CRYPTOGRAPHICALLY WITHOUT THE NEED FOR PERIODIC CENTRALIZED AUTHORIZATION TO RECORD TRANSACTIONS
    • US20190109709A1
    • 2019-04-11
    • US16147887
    • 2018-10-01
    • Wenqing Wu
    • Wenqing Wu
    • H04L9/08H04L9/06G06Q20/40H04L9/30
    • The present invention is directed to a non-transitory machine-readable storage medium containing program instructions for creating and transferring digital tokens cryptographically without the transaction recording need for periodic centralized authorization by configuring said non-transitory machine-readable storage medium to: 1) generating a transaction consent for token creation or transfer, said transaction consent contains token information of where to get the transaction approved, in forms of web URLs, email addresses, or SMS phone numbers etc., and how to verify the approval, in the form of digital signature verification with token ID serving as cryptographic signature public key. Said transaction consent is digitally signed by transaction initiators; and 2) directing said transaction consent to appropriate transaction approval node; and 3) validating said transaction consent and forming a corresponding transaction record, said transaction record is digitally signed that can be validated by the cryptographic signature public key which is made to delegate said token in said transaction and made to be known to token recipients via said token information in said token consent. To make said digital token general purpose, said transaction consent may also contain information of task/liability fulfillment inspectors, privilege/permission granters, future transfer signature requirements and timing constraints for implementing functions such as task/liability tracking and releasing, privilege/permission tracking and granting, installment payment fulfillment and revocation etc. The transaction system of the present invention also comprises nodes for publishing access information of token transaction approval servers, so that token transaction clients may retrieve latest up-to-dated access information.