本发明涉及一种电磁控制锁用于贵重物品容器可编码释放命令和用于操作该螺栓在一个大的前侧凹部（11）和至少一个锁定机构接收其外壳的把手（1），所述闩锁。 本发明的目的是减少体积和激励功率以使低成本的电池操作。 这是，在所述壳体（1），（8）被安装电磁体，其电枢阻断用的控制时隙上提供一个杠杆（图7a）（7b）的（7）坐在的后部开口（1a）中实现的是，电枢（7A） 由于对电磁铁的磁轭的弹簧（12）的力（8）被施加，该锁定杆（7）上的锁定滑动件（6）被枢转地支撑，并且一个从所述手柄控制销（10）（未激发电磁铁8致动 ）枢转锁定杆（7）绕其轴线，直到该控制销（10）执行针对阻挡凸耳锁紧滑块的（6B）（6）。

The invention relates to an electromagnetically controlled lock for a valuables container with a codable release command and a handle for operating the bolt, whose housing (1) receiving the bolt (11) and at least one locking mechanism in a large front side recess. Object of the invention is to reduce volume and excitation power to enable a low-cost battery operation.
This is achieved in that in a rear-side opening (1a) of the housing (1), an electromagnet (8) is mounted, whose armature (7a) on one with control slot (7b) provided with locking lever (7) is seated, in that the armature (7a) due to the force of a spring (12) on the yoke of the electromagnet (8) is applied, that the locking lever (7) on a locking slide (6) is pivotally mounted and that is not excited electromagnet one of the handle-operated control pin (10) (8 ) the locking lever (7) pivoted about its axis, until this control pin (10) runs against a blocking lug (6b) of the locking slide (6).