Automation Control

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Automation Control by Mind Map: Automation Control

1. Data processing

1.1. Data-collection / datalogging

1.1.1. Detectionsystems

1.1.1.1. sensors

1.1.1.2. Camera

1.1.1.3. Datatransmission (RFID, WIFI etc.

1.1.1.4. Detection-loops & other countersystems

1.1.1.5. Satellite-systems

1.1.2. Datatransfer

1.1.2.1. Machine-data

1.1.2.2. Manual input

1.1.3. data-input

1.1.3.1. Keyboard

1.1.3.2. HMI

1.1.3.3. Touchscreen

1.2. Data-processing

1.2.1. algorithms

1.3. Speed

1.3.1. Transmission

1.3.2. number of data

1.4. Data-processing security

2. Motion Control

2.1. Motion

2.1.1. Applications & Types of construction

2.1.2. Physics about mass, movement, (de)acceleration, Torque, mass-slowness

2.1.3. Strength, Resonance, deformation

2.1.4. Constructions (mechanical)

2.2. Location

2.2.1. Speed

2.2.2. Position

2.2.3. Position-time diagramm

2.2.4. Postioning & Dynamic behaviour

2.3. electric drivesystems

2.3.1. types of motors AC/DC

2.3.1.1. Servo

2.3.1.1.1. Rotary / lineair

2.3.1.2. Brushed / brushless

2.3.1.3. Three-Phase motor / induction

2.3.1.4. Synchro-motor

2.3.1.5. Frequency / inverterdrive / torquemotor

2.3.1.6. Steppermotor

2.3.1.7. frameless motor

2.3.1.8. Regenerating motors

2.3.1.9. Vibration motor

2.3.1.10. Lineair drives

2.3.1.10.1. Lineair guidance

2.3.1.10.2. (de) accelerating control

2.3.1.11. Rotary Tables

2.3.2. Gearing systems

2.3.3. Constructions (Mechanical & electrical)

2.4. controllers

2.4.1. LAN motioncontrollers

2.4.2. Multi axis-controller

2.5. Pneumatics

2.6. Hydraulics

3. Proces control

3.1. Advanced procescontrol

3.2. Measuring & analitics

3.3. Sensors & actuators For proces control

3.4. Distributed control

3.5. Condition-monitoring

3.6. Human Machine Interface

4. Industrial connectivity

4.1. Working-principals

4.1.1. Master-slave

4.1.2. Peer to peer

4.1.3. Speed

4.1.4. Failure-correction

4.2. Bussystems

4.2.1. differences, similarity, application

4.3. Cable-systems

4.3.1. metal-wire

4.3.2. Optical

4.4. Networksystems

4.5. RFID

4.6. Industrial Wifi

5. Broadcast-systems

5.1. Tomtom-like

5.2. Traffic lights, matrix-systems etc.

5.3. Datatransmission to mobile devices (Also inhouse AGV)

6. Sensors

6.1. Types of sensors

6.1.1. Principals

6.1.1.1. Positioningtechnics

6.1.1.1.1. encoders

6.1.1.2. light, pressure, colorsensors

6.1.1.3. Inductive proximity switch

6.1.1.4. Mechanical (end)switches

6.1.1.5. Measurement sensors

6.1.1.6. Flowmeasurement

6.1.1.7. Mechanical contact measurement

6.1.1.8. Photoelectric

6.1.1.9. Ultrasonic

6.1.1.10. Capacitive proximity

6.1.2. Applications

7. Actuators

7.1. Types of actuators

7.1.1. Principals

7.1.2. Applications

8. Identification

8.1. Barcode & QR-code

8.2. RF-Tagging

8.3. NF-tagging

8.4. Chip

8.5. Vision-systems

9. Safetycomponents & safetysystems

9.1. Physical

9.1.1. Electrical

9.1.1.1. EMC

9.1.1.2. RF-technology

9.1.2. Mechanical

9.1.3. Water

9.1.4. Air

9.1.5. entrance

9.1.5.1. safety mat

9.1.5.2. safety laserscreens (lightscreen)

9.1.5.3. Safety Pushbutton

9.1.5.4. Cabinetswitch

9.1.5.5. Handdetection

9.2. Datasecurity

9.2.1. Hacking, virus etc.

9.2.2. Dataintegrity

9.3. CE-marking

9.3.1. Regulations

9.3.2. Test-methods

10. Energy

10.1. Consumption

10.2. Deliver back

11. Quality

11.1. Measurementsystems

11.1.1. Laser

11.1.2. Light & Camera

11.1.3. Inductionmeasurement

11.1.4. Glass ruler

12. Industries / contexts

12.1. Chemical- & Heavy Industry

12.1.1. Petrol & Gas

12.1.2. (Bio)Chemical

12.1.3. Pharmacy

12.1.4. Steel

12.1.5. Glass

12.1.6. Mining

12.2. Production

12.2.1. Motion equipment, incl:Railway, Automotive, MarineAviation, Marine, Spacesystems

12.2.2. Energy generation

12.2.3. Products at home

12.2.4. Industrial products & machines

12.2.4.1. Conveyer technology

12.2.4.2. Glass processing

12.2.4.3. Handling systems

12.2.4.4. Machine-tooling

12.2.4.5. Metalforming

12.2.4.6. Packaging

12.2.4.7. Plastics

12.2.4.8. Printing

12.2.4.9. Textile

12.2.4.10. Woodworking

12.2.4.11. Paper

12.2.4.11.1. pulp

12.2.4.11.2. paper

12.2.4.11.3. print

12.3. Food Beverage

12.3.1. Processing equipment

12.3.2. Packaging /fill line

12.4. Logistics

12.4.1. transportation planning / tracking & Tracing

12.4.2. Warehousing

12.4.3. Traffic control

12.4.3.1. Railway

12.4.3.2. Automotive

12.4.3.3. Aviation

12.4.3.4. Marine

12.4.3.5. Inhouse Traffic (AGV)

12.4.4. Hoisting Equipment

12.5. Agriculture & Environment

12.5.1. Agricultural equipment

12.5.2. Greenhouse Horticulture incl. vertical farming

12.5.3. Watermanagement

12.5.3.1. Water

12.5.3.2. Wastewater

12.6. Entertainment

12.6.1. Rollercoaster

12.6.2. Robot-puppetshows

12.6.3. Mechanical attractions

12.7. care

12.7.1. Medical intramural equipment

12.7.2. Medical extramural equipment

12.8. Building systems

12.8.1. Installation equipement

12.8.2. Home- / Building Automation

13. Software

13.1. Visualizing for operators

13.1.1. Human Machine Interface

13.1.2. Web-based at devices (GUI)

13.2. Standardisation

13.3. PLC / Industerial control

13.3.1. basics of controlling

13.3.2. Basics of PLC Programming

13.3.3. Object Oriented

13.3.4. Function blocks

13.3.5. Libraries

13.4. SCADA

13.5. ERP-systems

13.6. Developments in software

13.6.1. code-writing versus automated code-generating

13.7. Digital Twin

13.7.1. Physical or virtual machine

13.7.2. Modelling

13.7.3. emulation

13.7.4. simmulation

13.7.5. visualizing

13.8. artificial Intelligence

13.8.1. data-collection

13.8.2. Statistics

13.8.3. Logarithms / analysis

14. Concepts

14.1. Systemintegrated thinking

14.1.1. when designing systems

14.1.2. when maintaining

14.1.2.1. determination-tools

14.1.2.2. Proactive maintenance

14.2. Production Execution Systems / ERP

14.3. layers in automation control

14.3.1. Piramid of layers

14.4. Process-control

14.5. CAD-CAM etc.

14.6. Control-principals

14.6.1. types of control

14.6.1.1. PI/PD/PID

14.6.1.2. On/Off Control

14.6.1.3. Relaiscontrol

14.6.1.4. Fixed, embedded systems

14.6.1.5. Microcontrollor

14.6.1.6. PC

14.6.2. Open / closed loop

14.6.3. Centralized, decentralized, combination

14.6.3.1. Distributed Control Systems

14.6.4. analog / digital

14.7. PLC Control Systems

14.8. Numerical Control (CNC)

14.9. Robotics (independend & collaboration)

14.10. Multiple movements

14.10.1. Time-Path diagrams

14.10.2. Curves & arms

14.10.3. Robotics

15. Customer-support

15.1. Training

15.1.1. Human Machine Interface

15.1.1.1. Installation

15.1.1.2. tripping & settings

15.1.1.3. Operational handling

15.1.2. Virtual Reality

15.1.3. Augmented Reality

15.2. Maintenance

15.2.1. Measuring & analitics

15.2.2. Condition-monitoring

15.2.3. Augmented Reality

15.3. Implementation

16. Choices in concepts & projects

16.1. Strategies

16.1.1. From IOT

16.1.2. from Automation

16.1.3. From Mechatronics

16.2. Technical choices

16.2.1. Industrial platform (topology etc.)

16.2.2. Open source / Closed / brand-specific

16.2.3. Solution by hard- or software