JIG FOR AUTOMATICALLY MEASURING FLOW RATE OF RETICLE CARRIER

A jig for automatically measuring flow rate of a reticle carrier comprises a jig body, a flow rate detection module, a wireless communication module, a capacitor and a wireless charging receiving module. The jig body has a storage space, at least one gas inlet hole and at least one gas outlet hole communicated to the storage space. The flow rate detection module includes a flowmeter and a flow indicator connected to the flowmeter by a signal, the flowmeter is disposed in the storage space. The wireless communication module is connected to the flowmeter by a signal. The capacitor is electrically connected to the flow rate detection module and the wireless communication module. The wireless charging receiving module is disposed at a bottom of the jig body, and electrically connected to the capacitor.