LED fluorescent powder coating remote monitoring system and coating effect prediction method

Abstract

The invention relates to an LED fluorescent powder coating remote monitoring system and a coating effect prediction method. The system comprises an industrial personal computer device, an LED fluorescent powder coating machine device, a remote client interface, a communication network, an integrating sphere spectrometer device and a remote server. The industrial personal computer equipment, the LED fluorescent powder coating machine equipment and the integrating sphere spectrometer equipment form a production line; and the industrial personal computer equipment, the remote client interface and the integrating sphere spectrometer equipment communicate with the remote server through a communication network to transmit data. According to the LED fluorescent powder coating remote monitoring system provided by the invention, each LED fluorescent powder coating machine device is remotely monitored, and the operation state of the LED fluorescent powder coating machine device is displayed on a remote client interface, so operation faults can be found in time, time-consuming and labor-consuming manual monitoring on a production line is reduced, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of semiconductor application and packaging, in particular to a remote monitoring system for coating LED phosphor powder and a method for predicting coating effect. Background technique [0002] Since LED was invented, it has been favored by people because of its high brightness, small size, low power consumption, long life, and fast response. At present, the production process of LED is generally to coat a layer of yellow phosphor glue on the blue LED chip. The coating production process requires mechanical equipment to run accurately according to the set coating method. [0003] In order to ensure the normal operation of the mechanical equipment during the coating operation, manual monitoring is required. When the production equipment is very large, a lot of manpower and material resources are consumed, and the manual cannot find the internal subtle problems in the mechanical operation. At the same time, t...

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Problems solved by technology

[0003] In order to ensure the normal operation of the mechanical equipment during the coating operation, manual monitoring is required. When the production equipment is very large, it will consume a lot of manpower and material resources, and manual work cannot find the internal subtle problems in the mechanical operation.

At the same time, the production parameters of each mechanical equipment will be different, so even if the coating parameters are the same, the coating effect is different, and sometimes the LED lighting effect that customers expect cannot be achieved.

Phosphor powder coating materials are very expensive, and it is impossible to conduct a coating test for a certain coating equipment to obtain the coating parameters of the LED luminous effect that the customer is satisfied with, which will cause very serious waste.

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