会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明公开
    • Method and apparatus for checking whether or not objects are authentic
    • 用于检查物体是否真实的方法和设备
    • EP0632398A2
    • 1995-01-04
    • EP94109846.9
    • 1994-06-24
    • NHK SPRING CO., LTD.
    • Hoshino, HidekazuTakeuchi, ItsuoKurihara, Tatsuya
    • G06K7/08G06K7/00
    • G06K19/12G06K7/084G06K7/087G07F7/08G07F7/125
    • An object (10) to be checked has a scanning region (17) which contains a large number of magnetic elements (12) scattered at random. Each of the magnetic elements (12) is made up of an element main body formed of a high molecular material, and magnetic metal powder contained in the element main body. A processing apparatus (20) employed for checking whether or not the object (10) is authentic has a magnetic sensor (30) which is made up of a pair of MR elements (31,32) and a magnet (33). The MR elements (31,32) are arranged side by side in the direction in which the scanning region (17) is scanned. In the manufacturing process of the object (10), a detection signal which is based on variations in the output ratio between the MR elements (31,32) is produced, with the scanning region (17) of the object (10) being moved. The detection signal is converted into a cipher code, and this cipher code is recorded in a code indicator section. When the object (10) is checked for authenticity, a detection signal obtained by scanning the scanning region (17) is collated with the cipher code recorded in the code indicator section. When the detection signal and the cipher code agree with each other, the object (10) is determined as being authentic.
    • 待检查的物体(10)具有包含大量随机散布的磁性元件(12)的扫描区域(17)。 每个磁性元件(12)由高分子材料形成的元件主体和包含在元件主体中的磁性金属粉末构成。 用于检查物体(10)是否真实的处理装置(20)具有由一对MR元件(31,32)和磁体(33)组成的磁性传感器(30)。 MR元件(31,32)在扫描区域(17)被扫描的方向上并排布置。 在物体(10)的制造过程中,产生基于MR元件(31,32)之间的输出比的变化的检测信号,其中物体(10)的扫描区域(17)被移动 。 检测信号被转换成密码,并且该密码被记录在码指示符部分中。 当对象(10)被检查为真实性时,通过扫描扫描区域(17)获得的检测信号与记录在码指示符部分中的密码进行核对。 当检测信号和密码相互一致时,确定对象(10)是可信的。
    • 4. 发明公开
    • Method and apparatus for checking whether or not objects are authentic
    • Verfahren undGerätzur Echtheitskontrolle von Objekten。
    • EP0632398A3
    • 1995-09-13
    • EP94109846.9
    • 1994-06-24
    • NHK SPRING CO., LTD.
    • Hoshino, HidekazuTakeuchi, ItsuoKurihara, Tatsuya
    • G06K7/08G06K7/00
    • G06K19/12G06K7/084G06K7/087G07F7/08G07F7/125
    • An object (10) to be checked has a scanning region (17) which contains a large number of magnetic elements (12) scattered at random. Each of the magnetic elements (12) is made up of an element main body formed of a high molecular material, and magnetic metal powder contained in the element main body. A processing apparatus (20) employed for checking whether or not the object (10) is authentic has a magnetic sensor (30) which is made up of a pair of MR elements (31,32) and a magnet (33). The MR elements (31,32) are arranged side by side in the direction in which the scanning region (17) is scanned. In the manufacturing process of the object (10), a detection signal which is based on variations in the output ratio between the MR elements (31,32) is produced, with the scanning region (17) of the object (10) being moved. The detection signal is converted into a cipher code, and this cipher code is recorded in a code indicator section. When the object (10) is checked for authenticity, a detection signal obtained by scanning the scanning region (17) is collated with the cipher code recorded in the code indicator section. When the detection signal and the cipher code agree with each other, the object (10) is determined as being authentic.
    • 要检查的对象具有包含大量随机分散的磁性元件(12)的扫描区域。 每个磁性元件由高分子材料形成的元件主体和包含在元件主体中的磁性金属粉末构成。 用于检查物体(10)是否可靠的处理装置(20)具有由一对MR元件(31,32)和磁体(33)构成的磁传感器。 MR元件(31,32)沿扫描区域(17)扫描的方向并排布置。 在物体的制造过程中,产生基于MR元件(31,32)之间的输出比的变化的检测信号,其中物体的扫描区域(17)被移动。 检测信号被转换为密码,该密码被记录在代码指示器部分中。 当对象被检查真实性时,通过扫描扫描区域(17)获得的检测信号与记录在代码指示器部分中的密码进行核对。 当检测信号和密码彼此一致时,对象被确定为可信。
    • 6. 发明公开
    • Checking objects to be checked for authenticity and a method and an apparatus for checking the authenticity of the objects
    • 对象和这些对象的真实性的测试方法和设备的真实性验证。
    • EP0579206A2
    • 1994-01-19
    • EP93111299.9
    • 1993-07-14
    • NHK SPRING CO., LTD.
    • Hoshino, HidekazuKurihara, Tatsuya
    • G06K7/08D21H21/48
    • G07F7/086G06K7/083G06K19/086G06K19/12G07F7/08G07F7/0813G07F7/125
    • A number of bistable magnetic devices (12) are dispersed in a scanning region (13) of a checking object (10). Each bistable magnetic device (12) is formed of a nonmagnetic material which undergoes a drastic flux reversal attributable to the Large Barkhausen effect when subjected in succession to first and second external magnetic fields of opposite directions. A processing apparatus (21) comprises magnetic generators (31, 32) for generating magnetic fields of opposite directions, a transportation mechanism (26) for moving the checking object (10) at constant speed, and a coil (33) for detecting magnetic pulses, which are generated as the bistable magnetic devices (12) are subjected to the flux reversal, as changes of electromagnetic induction voltage. A detection signal for the scanning region (13) detected by the apparatus (21) is converted into a cipher code and then recorded in a code indicator section of the checking object (10). In checking the authenticity of the object (10), the detection signal obtained by scanning the scanning region (13) and a code for collation obtained by decoding the cipher code recorded in the code indicator section are compared, and it is concluded that the checking object (10) is real when the detection signal and the collation code correspond to each other.
    • 许多双稳态磁性装置(12)的分散在检查对象(10)的一个扫描区域(13)。 每个双稳态磁装置(12)形成的非磁性材料的急剧磁通反转在其下进入的属性能够在大的巴克豪森效应。当连续进行相反方向的第一和第二外部磁场。 的加工装置(21)包括用于产生沿相反方向,一个输送机构(26),用于移动以恒定速度检查对象(10)的磁场,用于检测磁脉冲磁发生器(31,32),和一个线圈(33) ,这是因为双稳态磁力装置产生的(12)进行的磁通反转,作为电磁感应电压的变化。 对于由该装置(21)检测到的扫描区域(13)的检测信号被转换成密码,然后被记录在检查对象(10)的代码指示器部分。 在检查对象(10),通过扫描扫描区域(13)和用于核对由记录在代码指示器部分的密码进行解码而获得的代码所获得的检测信号的可靠性进行比较,可以得出结论:做了检查 对象(10)是真实的。当检测信号和核对代码对应海誓山盟。
    • 7. 发明公开
    • Screw inspection device
    • Einrichtung zum Kontrollieren von Schrauben。
    • EP0085124A1
    • 1983-08-10
    • EP82100663.2
    • 1982-01-30
    • NHK SPRING CO., Ltd.
    • Kato, MichioTakahashi, HayaoHoshino, HidekazuFuruyama, TsutomuInagaki, Kenichi
    • B07C5/36
    • G01N21/952B07C5/36
    • A screw inspection device of the invention has a screw transfer mechanism (21) for transferring a screw through a predetermined transfer path (24), a sensor (30, 34, 36, 42) for performing predetermined measurements of the screw during transfer thereof, a timing signal transmitter (28) for generating a timing signal every time the screw reaches the sensor (30, 34, 36, 42), a comparator (43, 44, 45) for generating an acceptance/non-acceptance signal representing the measurement results from the sensor (30, 34, 36, 42) every time the timing signal is received, a sorting signal generator (46) for generating a sorting signal corresponding to the acceptance/non-acceptance signal when the corresponding screw reaches the end of the transfer path (24), and a sorter (47) for classifying the screws into defective and nondefective screws.
    • 本发明的螺纹检查装置具有螺钉传送机构(21),用于通过预定的传送路径(24)传送螺钉,传感器(30,34,36,42)用于在传送期间执行螺杆的预定测量, 定时信号发送器(28),用于每当所述螺钉到达所述传感器(30,34,36,42)时产生定时信号;比较器(43,44,45),用于产生表示测量的接受/不可接受信号 每当接收到定时信号时,来自传感器(30,34,36,42)的结果,分类信号发生器(46),用于当对应的螺钉到达结束时产生对应于接收/不可接受信号的分类信号 传送路径(24)和分类器(47),用于将螺钉分类为有缺陷的和无缺陷的螺钉。