Electronic component storage container monitoring system by use of wireless power transmission and reception

An electronic component storage container monitoring system by use of wireless power transmission and reception, comprising:

• a mounting rack including a plurality of horizontal mounting panels arranged as a plurality of shelves such that storage containers storing a plurality of electronic components can be seated in a plurality of tiers, and a plurality of vertical frames that fix the horizontal mounting panels by being arranged in a vertical direction in a state of being connected to side walls of the horizontal mounting panels;
• a plurality of storage containers seated on the horizontal mounting panels along a longitudinal direction of the horizontal mounting panels;
• a plurality of wireless power RX members that are attached to the plurality of storage containers, respectively, and monitor states of the electronic components in the individual storage containers;
• a plurality of mounting frame members arranged in a form of connecting the plurality of vertical frames along the longitudinal direction of the horizontal mounting panels to correspond to a front surface of each of the wireless power RX members;
• a plurality of wireless power TX members that are operated with power supplied from outside while being attached to the mounting frame members corresponding to the front surface of each of the wireless power RX members, wirelessly supply power to the wireless power RX members, collect, through short-range communication, state data of corresponding electronic components monitored by the wireless power RX members, and provide the state data to a parent managing server;
• and
• a storage container managing server member that collects and manages state data of the electronic components corresponding to the plurality of storage containers acquired from the plurality of wireless power TX members,
• wherein each of the wireless power TX members includes a TX pad member that forms a magnetic field by allowing an electric current to flow, a TX wireless power control member for controlling power supply to the TX pad member, and a distance sensor member that measures a separation distance from a target object by irradiating the target object with a laser,
• wherein each of the wireless power RX members includes an RX pad member that induces a voltage from a magnetic field due to an electric current flowing through the wireless power TX members, and an RX recognition reflective member that reflects the laser irradiated from the distance sensor member such that the distance sensor member senses a separation distance from the RX recognition reflective member, and
• wherein the TX wireless power control member is configured to determine an amount of current flowing through the TX pad member based on the separation distance from the RX recognition reflective member obtained by the distance sensor member.