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    • 14. 发明申请
    • HAND HELD APPLIANCE
    • 手持设备
    • US20160166033A1
    • 2016-06-16
    • US14971910
    • 2015-12-16
    • Dyson Technology Limited
    • Thomas James KERRChristopher William HEDGESRobert Mark Brett COULTONAdam James BATESAndrea Ee-Va LIM
    • A45D20/04
    • A45D20/04A45D20/10A45D20/12A47G29/141A47G2029/146
    • A hand held appliance including a handle having an outer wall, an inner structure disposed within the outer wall and an end wall extending across the outer wall wherein the end wall is attached to the handle via the inner structure and the end wall extends away from the outer wall. The handle may have a longitudinal axis along which the outer wall extends; the end wall may extend away from the outer wall towards the longitudinal axis. The end wall may extend from the outer wall towards the longitudinal axis as the end wall extends away from the outer wall and may taper as it extends away from the outer wall. The end wall may be frustoconical in shape. The end wall may include at least one first attachment member that extends from the end wall to engage with one or more cooperating attachment members of the inner structure.
    • 一种手持式器具,包括具有外壁,设置在外壁内部的内部结构的手柄和横过外壁延伸的端壁,其中端壁经由内部结构附接到手柄,并且端壁远离 外墙。 手柄可以具有纵向轴线,外壁延伸穿过该纵向轴线; 端壁可以从外壁向纵向轴线延伸。 当端壁远离外壁延伸时,端壁可以从外壁朝向纵向轴线延伸,并且当其远离外壁延伸时,端壁可以逐渐变细。 端壁的形状可以是截头圆锥体。 端壁可以包括至少一个第一附接构件,其从端壁延伸以与内部结构的一个或多个配合的附接构件接合。
    • 16. 发明授权
    • RFID delivery and pickup determination system
    • RFID传送和拾取确定系统
    • US07183919B2
    • 2007-02-27
    • US10904362
    • 2004-11-05
    • Shih-Ho Wang
    • Shih-Ho Wang
    • G08B13/14
    • G08B13/2417A47G2029/146G07C9/00103G07C9/00111G07C2209/63G08B21/22
    • A deliver and pickup determination system (DDS)(10) for determining whether an object (18) has been delivered at or picked up from a collection-unit (14) such as a mailbox, postbox drop-box, cubby-hole, etc. A radio-frequency identification (RFID) tag (24) is placed in fixed conjunction with each collection-unit of interest, wherein there typically can be tens or hundreds comprising one or more collection-stations (12). A detection and recording device (DRD)(26) worn about the hand of the clerk then senses and collects information about each RFID tag when brought into proximity with it as the object is handled at the collection-unit.
    • 一种用于确定物体(18)是否已经从诸如邮箱,邮箱投箱,立方孔等的收集单元(14)传送或拾取的传送和拾取确定系统(DDS)(10) 射频识别(RFID)标签(24)与每个感兴趣的收集单元固定地配置,其中通常可以有数十或数百个包含一个或多个收集站(12)。 当随着对象在收集单元处理时,随着店员的手佩戴的检测和记录装置(DRD)(26)随着感测并收集关于每个RFID标签的信息。
    • 18. 发明授权
    • Package delivery system
    • 包裹运送系统
    • US06725127B2
    • 2004-04-20
    • US10293521
    • 2002-11-12
    • John K Stevens
    • John K Stevens
    • G06F700
    • A47G29/141A47G2029/146G07C9/00111G07C2009/00793
    • A package storage and delivery system includes electronically controlled lockers disposed at or near customer locations. Each locker is unlocked by a courier, preferably by means of a short-range transceiver or transmitter carried on the courier's person. The customer can unlock the locker and receive the delivered package. Cryptographically signed communications are employed along with nonvolatile usage logs to minimize the risk of loss of a package or fraud by courier or customer. The lockers may be stackable, permitting a delivery courier to add lockers in the event a customer receives too many deliveries to fit into a single locker. Each box has, of course, a physical location, and has associated with it an address code indicative of the physical location, for example by means of a human-readable or compressed representation of the precise latitude and longitude. A package delivered to such a box preferably bears the address code. A merchant can greatly reduce the risk of credit card fraud by requiring the use of such codes for the simple reason that a fraudulent transaction may be traced to a specific physical location.
    • 包裹储存和运送系统包括设在客户位置或附近的电子控制柜。 每个储物柜由快递公司解锁,最好是通过快递员身上的短距离收发器或发送器。 客户可以解锁储物柜并接收交付的包裹。 密码签名的通信与非易失性使用日志一起使用,以尽量减少快递或客户丢包或欺诈的风险。 储物柜可以是可堆叠的,允许送货快递员在客户收到太多交货以适应单个储物柜的情况下添加储物柜。 当然,每个盒子都有一个物理位置,并且与它相关联一个表示物理位置的地址代码,例如通过精确纬度和经度的人类可读或压缩表示。 交付给这样的盒子的包装件优选地承载地址码。 商人可以通过要求使用这样的代码来大大降低信用卡欺诈的风险,原因很简单,就是将欺诈性交易追溯到特定的物理位置。
    • 19. 发明申请
    • Package delivery system
    • US20030093180A1
    • 2003-05-15
    • US10293521
    • 2002-11-12
    • John K. Stevens
    • G06F007/00
    • A47G29/141A47G2029/146G07C9/00111G07C2009/00793
    • A package storage and delivery system includes electronically controlled lockers disposed at or near customer locations. Each locker is unlocked by a courier, preferably by means of a short-range transceiver or transmitter carried on the courier's person. The customer can unlock the locker and receive the delivered package. Cryptographically signed communications are employed along with nonvolatile usage logs to minimize the risk of loss of a package or fraud by courier or customer. The lockers may be stackable, permitting a delivery courier to add lockers in the event a customer receives too many deliveries to fit into a single locker. Each box has, of course, a physical location, and has associated with it an address code indicative of the physical location, for example by means of a human-readable or compressed representation of the precise latitude and longitude. A package delivered to such a box preferably bears the address code. A merchant can greatly reduce the risk of credit card fraud by requiring the use of such codes for the simple reason that a fraudulent transaction may be traced to a specific physical location.
    • 20. 发明授权
    • Package delivery system
    • 包裹运送系统
    • US06480758B2
    • 2002-11-12
    • US09681654
    • 2001-05-16
    • John K Stevens
    • John K Stevens
    • G06F700
    • A47G29/141A47G2029/146G07C9/00111G07C2009/00793
    • A package storage and delivery system includes electronically controlled lockers disposed at or near customer locations. Each locker is unlocked by a courier, preferably by means of a short-range transceiver or transmitter carried on the courier's person. The customer can unlock the locker and receive the delivered package. Cryptographically signed communications are employed along with nonvolatile usage logs to minimize the risk of loss of a package or fraud by courier or customer. The lockers may be stackable, permitting a delivery courier to add lockers in the event a customer receives too many deliveries to fit into a single locker. Each box has, of course, a physical location, and has associated with it an address code indicative of the physical location, for example by means of a human-readable or compressed representation of the precise latitude and longitude. A package delivered to such a box preferably bears the address code. A merchant can greatly reduce the risk of credit card fraud by requiring the use of such codes for the simple reason that a fraudulent transaction may be traced to a specific physical location.
    • 包裹储存和运送系统包括设在客户位置或附近的电子控制柜。 每个储物柜由快递公司解锁,最好是通过快递员身上的短距离收发器或发送器。 客户可以解锁储物柜并接收交付的包裹。 密码签名的通信与非易失性使用日志一起使用,以尽量减少快递或客户丢包或欺诈的风险。 储物柜可以是可堆叠的,允许送货快递员在客户收到太多交货以适应单个储物柜的情况下添加储物柜。 当然,每个盒子都有一个物理位置,并且与它相关联一个表示物理位置的地址代码,例如通过精确纬度和经度的人类可读或压缩表示。 交付给这样的盒子的包装件优选地承载地址码。 商人可以通过要求使用这样的代码来大大降低信用卡欺诈的风险,原因很简单,就是将欺诈性交易追溯到特定的物理位置。