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    • 4. 发明公开
    • ELECTRIC DETONATOR AND METHOD FOR PRODUCING AN ELECTRIC DETONATOR
    • ELEKTRISCHER DETONATOR UND VERFAHREN ZUR HERSTELLUNG EINES ELEKTRISCHEN DETONATORS
    • EP3066412A4
    • 2017-07-12
    • EP13896905
    • 2013-11-07
    • SAAB AB (PUBL)
    • EDSTRÖM KARLÖSTLUND JOHAN
    • F42C19/12F42B3/12F42B33/00
    • F42C19/12F42B3/103F42B3/124F42B3/128F42B33/001
    • The present invention relates to an electric detonator (1) comprising a cap (2), comprising a priming charge (3) and an electrode (4), comprising a positive pole, a negative pole and a resistor element (8), the said priming charge (3) comprising at least two primary explosives, a first primary explosive (9) and a second primary explosive (10), and at least one secondary explosive (11). The electric detonator is characterized in that the two primary explosives (9, 10) and the secondary explosive (11) are arranged in layers, in an increasing degree of sensitivity, bearing one against the other, wherein the first primary explosive (9), constituting the most sensitive of the two primary explosives (9, 10), is arranged closest to the resistor element (8), and in that the second primary explosive (10) is arranged thereafter between the first primary explosive (10) and the secondary explosive (11). The invention also relates to a production method for the said electric detonator (1).
    • 本发明涉及一种电子雷管(1),其包括具有正极,负极和电阻元件(8)的起动充电器(3)和电极(4)的帽(2),所述所述 (3)包括至少两个初级炸药,第一初级炸药(9)和第二初级炸药(10)以及至少一个次级炸药(11)。 该电子雷管的特征在于,两个主要爆炸物(9,10)和次要爆炸物(11)以增加的灵敏度分层布置,彼此相对,其中第一主要爆炸物(9), 构成两个初级炸药(9,10)中最敏感的炸药的最靠近电阻元件(8)的位置,并且第二初级炸药(10)此后布置在第一初级炸药(10)和次级炸药 爆炸物(11)。 本发明还涉及所述电雷管(1)的制造方法。
    • 5. 发明公开
    • ELECTRIC DETONATOR AND METHOD FOR PRODUCING AN ELECTRIC DETONATOR
    • ELEKTRISCHER爆破器在VERFAHREN ZUR HERSTELLUNG EINES ELEKTRISCHEN爆炸器
    • EP3066412A1
    • 2016-09-14
    • EP13896905.0
    • 2013-11-07
    • Saab AB (publ)
    • EDSTRÖM, KarlÖSTLUND, Johan
    • F42C19/12F42B3/12
    • F42C19/12F42B3/103F42B3/124F42B3/128F42B33/001
    • The present invention relates to an electric detonator (1) comprising a cap (2), comprising a priming charge (3) and an electrode (4), comprising a positive pole, a negative pole and a resistor element (8), the said priming charge (3) comprising at least two primary explosives, a first primary explosive (9) and a second primary explosive (10), and at least one secondary explosive (11). The electric detonator is characterized in that the two primary explosives (9, 10) and the secondary explosive (11) are arranged in layers, in an increasing degree of sensitivity, bearing one against the other, wherein the first primary explosive (9), constituting the most sensitive of the two primary explosives (9, 10), is arranged closest to the resistor element (8), and in that the second primary explosive (10) is arranged thereafter between the first primary explosive (10) and the secondary explosive (11). The invention also relates to a production method for the said electric detonator (1).
    • 本发明涉及一种电雷管(1),其包括盖(2),包括起动电荷(3)和电极(4),包括正极,负极和电阻元件(8),所述 包括至少两个主要爆炸物,第一主要爆炸物(9)和第二主要爆炸物(10)以及至少一个次要爆炸物(11)的起动炸药(3)。 电雷管的特征在于,两个主要爆炸物(9,10)和二次爆炸物(11)以增加的灵敏度排列成层叠,其中第一爆炸物(9), 构成两个主要爆炸物(9,10)中最敏感的最靠近电阻元件(8)的位置,并且其中第二主要爆炸物(10)之后布置在第一主要爆炸物(10)和次要爆炸物 爆炸物(11)。 本发明还涉及所述电雷管(1)的制造方法。
    • 9. 发明公开
    • AUTOMATIC MINE DETECTION DEVICE
    • 自动矿山检测装置
    • EP1118023A1
    • 2001-07-25
    • EP99969798.0
    • 1999-09-10
    • Saab AB (publ)
    • SKARMAN, ErikNORDLING, Per
    • G01V3/15G01S5/14
    • G01S19/41F41H11/16G01S19/18
    • A device for scanning a predetermined area (4) for detecting mines (10), where the device comprises a vehicle (1) which is commanded from a base station (2) by a control program to scan the area (4) according to a predetermined pattern, where the vehicle (1) is in addition equipped with sensors (9) for detecting mines (10) within the area (4), comprising with a navigation system which determines the vehicle's position within the area (4). The vehicle (1) has, in addition, means (13) for determining the orientation of the vehicle, and its control program is designed to obtain position data on known obstacles (23) and to detect obstacles within the area. The control program is designed to guide the vehicle so that the obstacles (23) are avoided during scanning of the area (4) according to the pattern. The device comprises means (19) for recording data which describes the zones within the area which have been scanned, as well as the zones which have not been scanned by the mine detection sensors (9).
    • 1。一种用于扫描预定区域(4)以检测矿山(10)的设备,其中所述设备包括由控制程序从基站(2)命令的车辆(1),以根据 其中车辆(1)另外配备有用于检测区域(4)内的地雷(10)的传感器(9),其包括确定车辆在区域(4)内的位置的导航系统。 此外,车辆(1)具有用于确定车辆的方向的装置(13),并且其控制程序被设计成获得已知障碍物(23)的位置数据并且检测该区域内的障碍物。 控制程序被设计为引导车辆,使得在根据图案扫描区域(4)期间避免障碍物(23)。 该设备包括用于记录数据的装置(19),该数据描述已扫描的区域内的区域以及尚未被地雷检测传感器(9)扫描的区域。