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    • 43. 发明申请
    • WIRELESS COMMUNICATION DEVICES
    • 无线通信设备
    • WO2018001800A1
    • 2018-01-04
    • PCT/EP2017/065140
    • 2017-06-20
    • TOMTOM TELEMATICS B.V.
    • SANTORO, GianfrancoSCHILLER, HenrikSCHMIDT, AlexanderMEISSNER, ChristianHAGENAU, ThomasPOMSEL, AndréLIEBSCHER, René
    • G07C5/08G07C5/00G01C22/00
    • G07C5/085G01C22/00G01C22/006G07C1/10G07C5/008
    • A method of operating a wireless communication device installed in a vehicle to transmit data indicative of trips made by the vehicle to a remote device. An ignition state of the vehicle is determined, wherein said ignition state includes at least an ignition 'on' state. A time window is defined based on a time at which the vehicle is determined to be in the ignition 'on' state, and a type is assigned to a trip to be made by the vehicle, wherein the trip is of a first type when input data indicative of an input by a user on an input device operatively connected to the wireless communication device is received in the defined time window, and is otherwise of a second type. A message is generated, at least for trips of the first type, indicating the type assigned to the trip, and is wirelessly transmitted to the remote device.
    • 操作安装在车辆中的无线通信设备以将指示由车辆进行的行程的数据发送到远程设备的方法。 确定车辆的点火状态,其中所述点火状态至少包括点火“开启”状态。 基于车辆被确定为处于点火“开启”状态的时间来定义时间窗口,并且类型被分配给车辆将要进行的行程,其中当输入时行程是第一类型的 指示用户在可操作地连接到无线通信设备的输入设备上的输入的数据在所定义的时间窗中被接收,并且否则是第二类型的。 生成一条消息,至少对于第一种类型的旅程,指示分配给该旅程的类型,并且无线传输到远程设备。
    • 49. 发明申请
    • SYSTEM AND METHOD FOR GROOMING-RELATED FARM DECISION SUPPORT
    • 相关农业决策支持系统与方法
    • WO2013147678A1
    • 2013-10-03
    • PCT/SE2013/050259
    • 2013-03-15
    • DELAVAL HOLDING AB
    • MAZERIS, Fernando
    • A01K29/00A01K13/00
    • A01K13/002A01K13/004A01K29/005G07C1/10
    • Farm decision support is provided relating to a herd of animals (A1, A2, A3) in a farm environment (100). Each animal (A1, A2, A3) is associated with a respective identification device (T1, T2; T3). The farm environment (100) includes a brush station (B1 ) having a reader unit (224) configured to remotely register an identity of each animal (A1, A2, A3) visiting the brush station (B1 ) via the identification devices (T1, T2; T3). A detection means (242) detects a repositioning of the brush (210) from a neutral position resulting from an animal (A3) pushing a part of itself against the brush (210). The reader unit (244) has a detection range within which identity data (ID3) can be read out from an identification device (T3). In response to a detected repositioning of the brush (210), the reader unit (244) registers the identity data (ID3) from a first detected identification device (T3) within the detection range, and forwards the identity data (ID3) to a processing unit (120) via an output interface (246). The processing unit (120) stores data (d1 ) representing animal visits to the brush station (B1 ) as the decision support.
    • 在农场环境(100)中提供农场决策支持涉及一群动物(A1,A2,A3)。 每个动物(A1,A2,A3)与相应的识别装置(T1,T2; T3)相关联。 农场环境(100)包括具有阅读器单元(224)的画笔站(B1),其被配置为通过识别装置(T1,A2)远程登录访问画笔站(B1)的每个动物(A1,A2,A3) T2; T3)。 检测装置(242)检测刷子(210)从动物(A3)产生的中立位置的重新定位,将自身的一部分推向刷子(210)。 读取器单元(244)具有可从识别装置(T3)读出身份数据(ID3)的检测范围。 响应于检测到的刷(210)的重新定位,读取器单元(244)将来自第一检测到的识别装置(T3)的身份数据(ID3)登记在检测范围内,并将身份数据(ID3)转发到 处理单元(120)。 处理单元(120)将表示动物访问的数据(d1)存储到画笔站(B1)作为决定支持。
    • 50. 发明申请
    • METHOD AND SYSTEM FOR CERTIFYING THE PRESENCE OF AN OPERATOR
    • 验证操作者存在的方法和系统
    • WO2013104962A1
    • 2013-07-18
    • PCT/IB2012/057457
    • 2012-12-19
    • SIXS S.R.L. - SOLUZIONI INFORMATICHE PER IL SOCIALE
    • SCHIAVI, SabastianoPANZERA, Graziano
    • G07C1/20
    • G07C1/20G07C1/10G07C2209/62
    • The present invention relates to a method for certifying the presence of an operator, comprising the following steps: a presence code (104) is requested (202) at a given time instant (21, 22) to a first device (103) operable by a user (102); the first device (103) generates (203) the presence code (104), wherein the presence code (104) comprises a portion generated according to an encoding algorithm (25), wherein the generated portion depends on the time instant (21, 22) and on an identifier (23) of the first device (103); a second device (105) operable by an operator (101) stores (204) the generated presence code (104); the presence code (104) is transmitted (109) to a third validation device (108); the third validation device (108) certifies (212) the presence of the operator (101) at the user (102) at the time instant (21, 22); the certification (212) comprises: providing the third validation device (108) with at least one piece of time information (21, 206, 306) about the time instant (21, 22), and further providing (205) the identifier (23) of the first device (103), wherein the presence code (104) is validated (208) by comparing it (26) with at least one second presence code (27) generated (25) by the third validation device (108) according to the same encoding algorithm (25) and according to the piece of time information (21, 206, 306) and according to the identifier (23), wherein certification (212) occurs if the comparison (26) shows a match between the presence code (104) and the second presence code (27). The present invention also relates to a system (103, 105, 108) for certifying the presence of an operator (101).
    • 本发明涉及一种验证操作者的存在的方法,包括以下步骤:在给定时刻(21,22)向第一设备(103)请求存在代码(104)(202),第一设备(103)可由 用户(102); 第一设备(103)生成(203)存在代码(104),其中存在代码(104)包括根据编码算法(25)生成的部分,其中所生成的部分取决于时刻(21,22 )和第一设备(103)的标识符(23)上。 由操作员(101)操作的第二设备(105)存储(204)生成的存在代码(104); 将存在代码(104)(109)发送到第三验证设备(108); 第三验证装置(108)在时刻(21,22)在用户(102)验证(212)运营商(101)的存在; 认证(212)包括:向第三验证设备(108)提供关于时刻(21,22)的至少一个时间信息(21,206,306),并进一步提供(205)标识符(23) ),其中所述存在代码(104)通过将其(26)与由所述第三验证设备(108)生成(25)的至少一个第二存在代码(27)进行比较来验证(208),所述第二存在代码(25)根据 对于相同的编码算法(25)并且根据时间片段信息(21,206,306),并且根据标识符(23),其中如果比较(26)表示存在 代码(104)和第二存在代码(27)。 本发明还涉及用于证明操作者(101)的存在的系统(103,105,108)。