Abstract in simplified Chinese:本发明的捆包箱构造,系具有:具有盖、底及侧壁的捆包容器、在被捆包物周围水平地缠绕的一个或复数个横向缠绕用带状缓冲材料、及在被捆包物周围往与横向缠绕用带状缓冲材料交叉的方向缠绕的一个或复数个纵向缠绕用带状缓冲材料;且在捆包容器中收纳着横向缠绕用带状缓冲材料、纵向缠绕用带状缓冲材料、及被捆包物。本发明的捆包材,系包含用于该捆包箱构造的横向缠绕用带状缓冲材料、纵向缠绕用带状缓冲材料、及捆包容器。
Abstract in simplified Chinese:本发明之目的系提供一种安全有效的收费方法及系统,借此可简化透过网络购买产品的进程。
根据本发明提供一种安全有效的收费方法及系统,借此可简化透过网络购买产品的进程。一个收费服务器接受来自顾客存取要求;识别该顾客;识别存取要求的内容拥有者及确定内容所在位置及价格,及结帐销售内容之目的地;存取内容而非发出存取要求的顾客;由内容服务器发送已经由内容服务器发送给收费服务器之内容给顾客;及由收费服务器拥有的顾客信息扣除该内容价格及将该内容价格加至结帐销售目的地之信息。
Abstract in simplified Chinese:在频率空间将消息信息藏入媒体信息中。因此对所藏入消息信息之去除及改变,给予高耐性,即使在利用频率滤波器之信号处理来实施的情形,也有效地继续保持所藏入消息信息。【解决方法】
为在媒体信息M中藏入消息信息m,将其等频率转变而求出该等频谱f1、f2。其次,由消息数据m之频率频谱f2,来抽出在消息信息m实数空间显示特征之具有特征频率成分的范围做为基本范围B。然后,就基本范围B而产生n个拷贝,在频率空间来分散配置n个拷贝,同时,其他之频率成分为零,产生频谱f3做为中间信息。最后,该频谱f3及频谱f1相加,该结果及频率转换,所以可在媒体信息M中藏入消息信息m。
Abstract:
PURPOSE: A semiconductor device assembly having a stress-relieving buffer layer is provided to prevent the slitting phenomenon of the heat transfer material by removing the increasing factors of concentration force between a buffer layer and a heat discharge apparatus. CONSTITUTION: A semiconductor device(114) is mounted on a chip carrier substrate(112). The semiconductor device is electrically connected with a solder ball(116) to the substrate. An underfill material(118) is formed on the lower part of the semiconductor device. A heat radiator(120) comprises a leg(122) fixed with the adhesive to the substrate.
Abstract:
PURPOSE: A 3D integration structure and method using bonded metal planes are provided to connect metal layers through metal to metal. CONSTITUTION: A second semiconductor structure(20) comprises a semiconductor wafer having devices(23), a BEOL wiring(24), an insulating layer(26), oxide, and a metal layer(28). The second semiconductor structure is similar to that of the first semiconductor structure(10). The first and second semiconductor structure have different functions while a metal layer having holes.
Abstract:
Dynamic authorization based on focus data is provided to offer a mechanism for selecting an authorization routine, which is applied when the database query is executed, based on a focus of the database query. The database query including reference of a focus object for specifying the focus for the database query is received. The focus object is selected from a plurality of predetermined focus objects(402). Each focus object is defined by a plurality of data relations among data of a database. An authorization filter applied to the database query is selected among the plurality of authorization filters respectively corresponding to the focus objects based on the referred focus object(404). The selected authorization filter is applied to identify more than one condition added to the database query. The database query is modified to include more than one condition(410). The database query is executed to search a set of query results restricted by more than one condition added to the database query.
Abstract:
A method for assigning search ranking to a file system and a related search engine are provided to search the file system by using interaction between a user and a search engine system based on a structure of the file system. A file system energy tree index(610) records file system energy by using a tree structure corresponding to the file system and an energy score of each nodes of the tree structure. Each node corresponds to each file item of the file system. An energy tree updating module(606) updates the file system energy tree recorded in the file system energy tree index by responding to a task performed in the file system by the user. A search ranking assigning module(602) calculates the final suitability score of each file item for a query according to the energy score of each node recorded in the current file system energy tree index.