A control method and device for a transceiver chip port

Abstract

The invention discloses a control method and device for receiving and sending chip ports. The method includes: initially starting all ports and setting them as input properties; ports receiving cassettes loaded with glass substrates and sequentially inputting glass substrates into heating equipment ;When any port is put into the glass substrate, the attributes of all current ports are detected to determine whether any port is in the loading attribute and is in an idle state; if no port is in the loading attribute and is in an idle state, then the port is switched to the loading attribute; If any port is in the loading attribute and is in an idle state, replace the cassette for the current port. The control method and device for the transceiver port described in the present application can realize continuous input and output of glass substrates, thereby improving equipment utilization rate and production capacity.

Description

technical field [0001] The invention relates to the field of processing equipment related to liquid crystal displays, in particular to a control method and device for a transceiver chip port. Background technique [0002] The port (port) used for glass substrate input and loading in the existing LCD industry has three fixed attributes Load, Unload and Both; among them, Load is the input attribute, which means that the port is only used to put the glass substrate into the corresponding heating In the equipment; Unload is the loading attribute, which means that the port is only used to load the glass substrate from the heating equipment; Both has both the input attribute and the loading attribute, but the currently used Both have a fixed sequence of input and loading, for example, first Input, waiting for the completion of the heating process to start loading, and then realize the integration of input and receipt; in addition, the input described here is also called film feedi...

AI Technical Summary

Problems solved by technology

[0003] At present, the Both port attribute is generally used for nonlinear production lines, but for Oven (heating equipment) and other equipment, there is a large one-time capacity and long process time. In the case of a small number of ports, CST (cassette) transport If it is not timely, the glass (glass substrate) will not be continuously invested, that is, it will not be able to meet the full utilization of the equipment, resulting in a waste of equipment capacity

[0004] Therefore, in the process of implementing the present application, the inventor found that the prior art has at least the following defects: when the current setting of the port attribute for sending and receiving chips is not carried out in time, the state of the port is very likely to be idle, which is a great waste of time. Increased equipment capacity, that is, reduced equipment utilization and production capacity

Images