GEOINFORMATION SECURITY SYSTEM AND METHOD FOR TRANSFER OF INFORMATION ON THE STATE OF BUILDING SAFETY

摘要

1. Geo-information security system, comprising multiple layers of security servers, interconnected through a communications channel through the "Internet" network, including the lower-level servers are connected via a safety controllers with safety sensors, characterized in that all or some of their servers they are connected to a global navigation system, such as "GLONAS". ! 2. A method of transmitting information about the object security status comprising collecting information on the security state of the object with sensors installed at the facilities and their transmission to the lower-level server, followed by analysis and transmitting the most important information to the higher-level servers, characterized in that safety sensors are grouped in clusters and configured to generate a signal of four levels, depending on the significance of the event: defective sensor, a plurality of sensors in the cluster, is in good condition; ! sensor is serviceable, but with the guard removed, combined sensors in the cluster, there are more than 20% sensors disarmed; ! faulty sensor, in conjunction sensors included in the cluster has at least one sensor is faulty; ! from the sensor an alarm signal in conjunction sensors in the cluster, there is at least one alarm sensor. ! 3. The method of claim 2, wherein the risk assessment signals transmitted from the lower level to the high level servers servers grouped into four signal levels depending on the significance of events, namely: normal condition, ! abnormal operation (failures, failures of equipment, commissioning)! danger pervog