The film tells about the use of microprocessors in current production. Efficiency and prospects of automation of production processes.
Schoolchildren playing chess with a computer.
A boy playing computer games.
Students studying in a computer lab.
A cartoon showing the evolution of counting devices.
One of the first computers.
Modern devices for storing information combined with a computer.
Examples of large integrated circuits (LSI).
Microcomputers.
Examples of microprocessors.
The structure of a microprocessor.
A cartoon explaining the operation of a microprocessor.
An example of a microprocessor using the example of adding two numbers, one of which is in the general-purpose register (GPR) and the other in memory.
Contacts of the microprocessor, the operation of which we used in the example.
Alternation of frames of automated production lines.
A programmer creates a program to control the production process.
Panorama of a workshop.
The microprocessor can store a work program in memory and automatically regulate it.
The electric drive has received, with the help of microprocessors, flexibility and ease of readjustment.
Students examine the operation of a manipulator.
Demonstration of the mobility of a robot manipulator controlled by a computer.
Cartoon explaining the principle of operation of a microcomputer controlling an electric drive.
Entering information on a floppy disk and using a keyboard.
Microcomputer, Microprocessor, Automation
Computer center (CC).
Machine tools in operation on automated production lines.
Metal rolling line.
Control panel for automated process.
The panel receives messages from various sensors about the state of the metal.
These data are sent to the microcomputer, which compares them with the standards in memory.
By repeating the operator's actions, the computer controls the mechanisms.
Modern stamping shop.
Computer system controlling stamping mechanisms.
In accordance with the program, manipulators feed blanks into the stamping press, accept the received blanks and transfer them for further processing.
Control panel for automated stamping line.
Microprocessor control is most widely used in mechanical processing of parts in CNC machines.
Programmers develop a program for processing the part.
Microcomputer.
Program for processing the part on the monitor screen.
The program is entered into the numerical control device of the machine.
The machine operates in accordance with this program.
CNC machine.
Machine readjustment.
Selection and change of tool.
Implementation of the technological mode.
Diagnostics of mechanism operation.
The operator sets up the machine.
Operation of the CNC machine.
A set of tools for performing operations on the CNC machine.
Automatic selection of tools according to the program and execution of the operation.
Robotic sections, which are a combination of CNC machines.
Processing of parts and their transfer from one machine to another occurs without human intervention, only under the control of the program.
The next stage of complex automation of the production process is the unification of robotic sections into a single flexible automated production (FAP).
A robot trolley for delivering finished products to the finished goods warehouse.
Microprocessor control is used to perform various technological operations.
Example, hardening of a camshaft in the automotive industry.
Control panel with a microcomputer.
Microprocessors in electric welding.
The operator sets up the robot before welding.
Alternating frames with moments of welding of car parts.
Alternating frames with different types of microprocessor systems.
The programmer's workplace.
Classes for training specialists in programming production lines.
VC, Microcomputer, Microprocessor control, CNC machines, Robot
Moscow