Bulb lamp on-line automatic rapid electrical parameter detecting device and method

Abstract

The invention discloses a bulb lamp on-line automatic rapid electrical parameter detecting device and method which are used for detecting electrical parameters of a bulb lamp. The bulb lamp is provided with a bulb lamp live line electrode and a bulb lamp null line electrode, the detecting device comprises an electrical parameter tester, a PLC connected with the parameter tester through a bus, a rotary table station, a power-on tool manipulator and a relay. The power-on tool manipulator is connected with the rotary table station and comprises a straight-line motion mechanism and a power-on tool installed on the straight-line motion mechanism, and the output end of the power-on tool is connected with the electrical parameter tester. The input end of the relay is connected with the PLC, and the output end of the relay is connected with the input end of the power-on tool. The bulb lamp on-line automatic rapid electrical parameter detecting device and method can avoid problems brought by manual testing, also automatically perform electrical parameter testing and result judging on the bulb lamp and achieve rapid detection on the electrical parameters to meet the production takt of an overall assembling line.

Description

technical field [0001] The invention particularly relates to an on-line automatic fast electrical parameter detection device and a detection method for a bulb lamp. Background technique [0002] In the assembly and production of E27 series bulb lamps, electrical parameter testing is used to test whether the electrical performance of the entire product is reliably connected after assembly. Electrical parameter testing is an essential link in assembly. When testing electrical parameters, it is necessary to load 220V AC (live wire, neutral wire) on the corresponding electrodes of the E27 lamp head, and then test its current, power, power factor and other electrical parameters with special testing equipment, and screen out unqualified products according to the test results. The existing detection method is to manually screw each bulb lamp into the E27 lamp holder in batches offline, then turn on the power supply, read out the test result manually and judge whether it is qualifie...

AI Technical Summary

Problems solved by technology

[0003] This detection method has the following disadvantages: the test is carried out through the lamp holder array, which takes up a large test site; each product has to pass manual testing, and the test intensity is high; because it is an offline test, the product flows through assembly, offline, storage, handling, etc. The process can enter the inspection process, many links require human intervention, heavy workload, high personnel costs, and low efficiency

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