Program programming tooling system

Abstract

The present invention proposes a program programming tooling system. The system comprises: a tooling platform, a main controller circuit, a program reading interface, a program programming interface, a program detection interface, an information reporting interface and an air pressure control circuit. The air pressure control circuit is located on the tooling platform, and the air pressure control circuit comprises a main air inlet, a double-action cylinder connected with the main air inlet through the pipeline, an electric control valve located at the front end of the double-action cylinder, and an air pressure monitoring device. The upper and lower movement of the pressing bar is triggered by the air pressure control circuit, and the movement of the press plate is further driven, so that the target chip is fixed on the tray platen, the relative ejector of the probe array is realized while pressing the tray platen downward, and the programming file output to the ejector is programmed to the target chip. According to the system provided by the present invention, the traditional manual pressing bar is replaced by the pneumatic pressing bar; and by introducing pneumatics, the manpower is saved, and the efficiency of automation equipment is higher.

Description

technical field [0001] The invention relates to the technical field of chip processing, in particular to a program burning tooling system. Background technique [0002] At present, the tooling used for batch programming of chips or modules is basically based on the manual pressing rod type as the main structure, and only one piece can be operated at a time, resulting in low production efficiency. Manual operation of the levers is prone to operator fatigue and error. It is unscientific and inconvenient to pick and place a chip or module at a time. In this case, the operation is prone to error and fatigue, making it impossible to improve production efficiency, and putting in more workers means increasing costs. At the same time, the electronic control board of the tooling is heavily dependent on the PC, and general products must be operated together with the PC, which leads to an increase in the equipment construction cost of the production plant and raises the requirements ...

AI Technical Summary

Problems solved by technology

[0002] At present, the tooling used for batch programming of chips or modules is basically based on the manual pressing rod type, and only one piece can be operated at a time, resulting in low production efficiency.

Manual lever operation is prone to operator fatigue and error

The single action of picking and placing chips or modules is unscientific and inconvenient

In this case, the operation is prone to error and fatigue, making it impossible to improve production efficiency, and putting more workers means increasing costs

At the same time, the electronic control board of the tooling is heavily dependent on the PC, and general products must be operated together with the PC, which leads to an increase in the equipment construction cost of the production plant and raises the requirements for the operator's education level and labor costs.

Images