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    • 2. 发明申请
    • System and method for location recognition using ic tags
    • 使用ic标签进行位置识别的系统和方法
    • US20070103301A1
    • 2007-05-10
    • US10597112
    • 2005-01-13
    • Gary BowmanGordon ReidyDuncan Watson
    • Gary BowmanGordon ReidyDuncan Watson
    • G08B13/14G08B1/08G08B5/22
    • G01S13/825G01S13/74G01V15/00
    • Locations of IC tags affixed to items are automatically recognized without requiring interrogators or antennas are allocated at respective inventory locations. To attain this object, interrogator 1 firstly transmits a unique ID readout command specifying read range, and corresponding IC tags 2a, 2b, 2c sequentially reply their unique IDs (Xa), (Xb), (Xc) respectively. At the same time, interrogator 1 transmits a probe signal send out command specifying ID, and corresponding IC tags 2a, 2b, 2c sequentially send out probe signals respectively. IC tag 2 that detects a probe signal with reception strength more than a predetermined level stores in its memory IDs (Xa), (Xb), (Xc) that interrogator 1 specified as adjacent ID. Then, interrogator 1 transmits an adjacent ID readout command specifying ID, and corresponding IC tags 2a, 2b, 2c sequentially reply adjacent IDs (Xb), (Xa.Xc), (Xb) stored in their memory respectively. Lastly, all possible combinations (Xa-Xb), (Xb-Xa), (Xb-Xc), (Xc-Xb) of unique IDs (Xa), (Xb), (Xc) and adjacent IDs (Xb), (Xa.Xc), (Xb) that controller 3 has collected via interrogator 1 are obtained and any identical combinations are excluded so that (Xa-Xb), (Xb-Xc) remain as final combinations, and the final combinations having one side in common are joined to produce a link pattern of ID information. Thus, it is understood that IC tags 2a, 2b, 2c exist in the same communication area B, and are arranged in order of 2a, 2b, 2c.
    • 自动识别固定在项目上的IC标签的位置,而不需要在相应的库存位置分配询问器或天线。 为了达到该目的,询问器1首先发送指定读取范围的唯一ID读出命令,并且分别对应的IC标签2a,2b,2c依次回复其唯一ID(Xa),(Xb),(Xc)。 同时,询问器1发送探测信号发出命令指定ID,相应的IC标签2a,2b,2c分别依次发送探测信号。 检测接收强度大于预定水平的探测信号的IC标签2存储在其被指定为相邻ID的询问器1的存储器ID(Xa),(Xb),(Xc)中。 然后,询问器1发送相邻的ID读出命令指定ID,对应的IC标签a2a,b2c分别依次回复存储在其存储器中的相邻ID(Xb),(Xa.Xc),(Xb)。 最后,唯一ID(Xa),(Xb),(Xc)和相邻ID(Xb)(Xb),(Xb),(Xb-Xb),(Xb-Xa) 获得控制器3已经通过询问器1收集的Xa.Xc),(Xb),并且排除任何相同的组合,使得(Xa-Xb),(Xb-Xc)保持为最终组合,并且具有一侧的最终组合 通用连接产生ID信息的链接模式。 因此,可以理解,IC标签2a,2b,2c存在于相同的通信区域B中,并且按照2a,2b,2c的顺序排列。
    • 3. 发明申请
    • Mousetrap
    • 捕鼠器
    • US20060185223A1
    • 2006-08-24
    • US11067157
    • 2005-02-25
    • Duncan WatsonBrendyn Rodgers
    • Duncan WatsonBrendyn Rodgers
    • A01M23/00
    • A01M23/16A01M23/18
    • With reference to a preferred embodiment as depicted in FIG. 4, the present invention provides a mousetrap comprising a first part (5) and a second part (10) that together define an enclosure wherein the first part (5) and the second part (10) are operably connected to a first biasing means (60). Within the enclosure is retained a lever (45) having a first end (47), a bridge (49), a pivot means (40), a releasable catch means (57) and a second biasing means (55). The mousetrap is able to be set from a closed to an open position by rotation of the first part (5) in relation to the second part (10) against the force of the first biasing means (60). The mousetrap is held in the open position, ready to receive a mouse, by engagement of the releasable catch means (57) located on the lever (45) with a stop means (59) located on the first part (5). The mousetrap is activated by movement of the lever (45) by the mouse so that the releasable catch means (57) disengages the stop means (59). On activation, the first part (5) counter-rotates in relation to the second part (10) under the action of the first biasing means (60) from the open to the closed position. The second biasing means (55) biases the lever (45) into a resting position. By virtue of the second biasing means (55), the mousetrap is able to be set when held in any orientation, and is also stabilised (i.e, accidental activation of the mousetrap is avoided, or at least minimised, when the mousetrap is turned an any orientation, for example, on its side or upside down).
    • 参考图1所示的优选实施例。 如图4所示,本发明提供了一种捕鼠器,其包括一起限定外壳的第一部分(5)和第二部分(10),其中第一部分(5)和第二部分(10)可操作地连接到第一偏置装置 60)。 在外壳内保持有具有第一端(47),桥(49),枢转装置(40),可释放的卡扣装置(57)和第二偏压装置(55)的杠杆(45)。 抵抗第一偏置装置(60)的力,通过使第一部分(5)相对于第二部分(10)旋转,捕鼠器能够从闭合位置设置到打开位置。 捕鼠器通过位于杆(45)上的可释放的捕捉装置(57)与位于第一部分(5)上的停止装置(59)的接合而保持在打开位置,准备接收鼠标。 捕鼠器通过鼠标的操纵杆(45)的移动而被激活,使得可释放的捕捉装置(57)脱离停止装置(59)。 在激活时,第一部分(5)在第一偏置装置(60)的作用下相对于第二部分(10)从打开到关闭位置相对旋转。 第二偏置装置(55)将杆(45)偏压到静止位置。 借助于第二偏置装置(55),捕鼠器能够在保持任何方向时被设定,并且也被稳定(即,当捕鼠器转动时,避免了捕鼠器的意外激活,或至少最小化 任何方向,例如,侧面或上下颠倒)。
    • 5. 发明申请
    • Mousetrap
    • US20070017149A1
    • 2007-01-25
    • US10595596
    • 2004-10-20
    • Brendyn RodgersDuncan WatsonJeffrey West
    • Brendyn RodgersDuncan WatsonJeffrey West
    • A01M23/30
    • A01M23/10A01M23/16A01M23/18A01M23/30
    • The present invention is directed to a mousetrap comprising: an enclosure comprised of a top, a base and apertures located on each of the top and the base, wherein the enclosure is in an open position upon substantial alignment of the apertures; and a trigger mechanism comprising a lever arrangement and a biasing means operably connected to the top and the base, wherein the lever arrangement defines a gap through which a mouse is able to move through and as a result, raise the lever, wherein the enclosure, when in the open position, is able to admit the mouse into the enclosure and when in the closed position, the trapped mouse is substantially concealed within the enclosure, the mousetrap being set to trap the mouse by manual rotation of the top relative to the base to open the enclosure by substantial alignment of the apertures, the enclosure being held open against the force of the biasing means by engagement of the lever arrangement with a stop means, the mousetrap being activated to trap the mouse by the entry of the mouse into the enclosure causing the lever arrangement to disengage from the stop means thereby causing the top to contra-rotate relative to the base under the force of the biasing means so as to close the enclosure, thereby trapping the mouse and substantially concealing the trapped mouse within the enclosure. The present invention further provides a mousetrap comprising an enclosure having an aperture through which a mouse enters and an enclosure floor; the mousetrap further comprising a trap mechanism disposed within the enclosure; the trap mechanism comprising at least a biasing means, a trigger and a trap wire with the trap wire being connected to the biasing means and arranged so as to allow the trap wire to be set, through engagement with the trigger, to a first position against the force of the biasing means in which the mousetrap is set to trap a mouse; the trap mechanism being arranged such that entry of the mouse into the enclosure and depression of the trigger by the mouse causes the trigger to disengage from the trap wire which, through the force of the biasing means, is caused to move from the first position to a second position thereby trapping the mouse between the trap wire and floor, wherein the trigger and opening are arranged so as to substantially conceal and isolate the trapped mouse from the external environment.