在汽车行业的机电一体化
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Requirements for working in the field of automotive mechatronics
- Working conditions in mechatronics
- Overview of expertise requirements
- Automotive manufacturing plants in Slovakia
- Occupational safety and health
- Personal protective equipment
- Fire protection
Technical drawin
- Technical drawing standards
- Mechanical drafting
- Drafting and reading the drawings of basic mechanical parts and assemblies
- Technical drawings
Electrical drafting
- The basics of electrical drawing
- Drafting of electrical schematics
- Drafting of electrical functional elements
- The principles of drafting electrical schematics
- Technical documentation in electronics
- Types of schematics used in electronics
- Diagrams in electropneumatic and electrohydraulic systems
Fundamentals of technical mechanics
- Truss structures
- Kinematics
- Dynamics
- Hydromechanics
- Thermomechanics
- Aeromechanics
- Solving truss structures
- Linear and rotary motion
- Transmission drives – calculation, choice, slippage, circumferential force
- Dynamics through examples
- Hydraulic circuits
- Pneumatic circuits
- Combustion engines, compressors
- Heat pump
- Cooling circuit
Mechatronics
- Introduction to Mechatronics
- Modular approach to mechatronics
- Automated systems
- Regulation theory and control
- Magnetic sensor
- Inductive sensor
- Capacitive sensor
- Ultrasonic sensor
- Tension sensor
- Photoelectric sensor
- Force sensor calibration
- Modelling of mechatronic systems
- Transient characteristics of transient systems
- Discontinuous control process
- Transient characteristics of continuous controllers with P, PI, PID transfers
The basics of mechanical engineering technologies
- Metalworking by hand
- Basic sheet metal operations
- Joints and fasteners
- Machine parts
- Machine parts assembly and disassembly technology
- Sealing of components and joints
- Mechanisms
- Lifting and conveyor equipment
- Tooling
The basics of automotive electrical engineering
- Voltage
- Electric current
- Electrical resistance
- Basic electrical components in automobiles
- Car electrical components
Automotive manufacturing technology
- Basic sheet metal operations
- Assembly and disassembly of motor vehicles
- The basics of vehicle wiring repair
Pneumatic systems
- Pneumatic mechanisms
- Motion control of pneumatic motors
- Pneumatic mechanisms in practice
- Electric-pneumatic mechanisms
- Basic circuits of electric-pneumatic control
- Electric-pneumatic control in practice
Hydraulic systems
- Subcategories of hydraulics
- Schematic symbols of hydraulic components
- Constructing a hydraulic system
- Drawing of connection diagrams
- Surface grinder – pump supply volume measurement
- Bending machine – directly controlled pressure limiting valve
- Roller track – flow resistance
- Stamping press –single-acting motor control
- Loading machinery – double-acting motor control
- Drying furnace – directional control valve function ¾
- Clamping fixture – speed controlled by throttle valve
- Hydraulic crane – brake valve function
- Lathe feed control – speed controlled by flow regulator
- Planer – bypass connection
- Drill – pressure valve function
- Pressing machine – travel control of two cylinders
Electric-hydraulic systems
- Benefits of electric-hydraulic systems
- Schematic symbols of electric-hydraulic components
- Subcategories of electric-hydraulic systems
- Drawing of connection diagrams for electric-hydraulic control systems
- Procedure in constructing an electric-hydraulic system
- Rolling mill stand – magnetic valve direct adjustment
- Rolling mill stand - magnetic valve indirect adjustment
- Drawing press – basic Boolean functions
- Drawing press – signal inversion
- Injection system – conjunction and negation
- Hardening furnace – disjunction
- Assembly line
- Clamping fixture – signal recording in the hydraulics section
- Clamping fixture – signal recording in the electrical section
- Reaming machine – position-dependent control
- Hydraulic press – pressure- and position-based control using a sequence of operations
- Surface milling machine – automatic control by a sequence of operations
Mechatronic systems in automotive industry I
- Obtaining and evaluating information
- Data protection and security
- Preparation of protocols and reports; use of software
- Reading and using partial, assembly and complex technical drawings, sketches
- Reading and using schematics of the components of pneumatic and hydraulic equipment
- Reading and using electrical plans
- Drafting of drawings and sketches of individual components
- Updating the technical schematics of individual components, machines and equipment
- Using operational information and communication systems during operation
- Description of product, work procedure and features in handing over the product/device
Mechatronic systems in automotive industry II
- Checking the effectiveness of security measures
- Ensuring direct contact protection
- Inspection of mechanical and electronic safety measures and equipment
- Inspection of control and auxiliary circuits; control and tracking of equipment during operation
- Checking the main circuit during operation gradually; measuring the operational values; setting the values
- Putting hydraulic and pneumatic equipment into operation
- Procedures for checking and adjusting mobility, rotation, pressure, temperature, smoothness and motion system
- Inspecting and ensuring assembly, power supply, cooling, lubrication and removal of manufacturing waste
- Setting up operational programs and ensuring their smooth operation
- Examining and working with signal transmission systems; process field buses
- Carrying out functional tests of mechatronic systems in operation
- Inspection of protective measures for electromagnetic compatibility
- Determination of parameters during the operation of an automotive manufacturing plant
- Testing operation of mechatronic systems in an automotive manufacturing plant
