Monitoring method, monitoring system and control device for human-body security-inspection device

A monitoring system for a human-body security-inspection device, comprising:

• a data-collecting unit, configured to collect operation parameters of preset monitoring points in target circuit modules of the human-body security-inspection device;
• a data-processing unit, configured to obtain parameter ranges according to module identifiers of the target circuit modules and monitoring-point identifiers of the preset monitoring points, wherein the parameter ranges are associated with the module identifiers and the monitoring-point identifiers respectively;
• and
• a fault-point position determining unit, configured to determine whether the operation parameters are in the parameter ranges respectively, and then determine location information of a fault point according to the module identifiers and the monitoring-point identifiers if any of the operation parameters is not in a corresponding parameter range.

A control device for a human-body security-inspection device, comprising:

• a first millimeter-wave receiving and transmitting control module, a second millimeter-wave receiving and transmitting control module, a motion module and a upper computer, wherein the control device further comprises a monitoring module, the upper computer is connected to the first millimeter-wave receiving and transmitting control module, the second millimeter-wave receiving and transmitting control module, the motion module and the monitoring module respectively, and the monitoring module is further connected to the first millimeter-wave receiving and transmitting control module, the second millimeter-wave receiving and transmitting module and the motion module respectively;
• and
• the monitoring module is configured to, after the first millimeter-wave receiving and transmitting control module, the second millimeter-wave receiving and transmitting control module and the motion module receiving control signals sent from the upper computer, respectively collect operation parameters of preset monitoring points in the first millimeter-wave receiving and transmitting control module, the second millimeter-wave receiving and transmitting control module and the motion module;
• respectively obtain parameter ranges associated with a module identifier of the first millimeter-wave receiving and transmitting control module and monitoring-point identifiers of the preset monitoring points of the first millimeter-wave receiving and transmitting control module, parameter ranges associated with a module identifier of the second millimeter-wave receiving and transmitting control module and monitoring-point identifiers of the preset monitoring points of the second millimeter-wave receiving and transmitting control module, parameter ranges associated with a module identifier of the motion module and monitoring-point identifiers of the preset monitoring points of the motion module;
• and respectively determine whether each of the operation parameters is in a corresponding parameter range, and then determine location information of a fault point according to the module identifiers and the monitoring-point identifiers if any of the operation parameters is not in a corresponding parameter range.