7th International Conference on the Safety of Industrial Automated Systems

SESSION 1 – RISK ASSESSMENT
The RAPEX - Risk Assessment method for European market surveillance authorities

SESSION 2 – SAFETY OF MACHINERY; ERGONOMIC AND HUMAN FACTORS AND

1. RISK ASSESSMENT
1.1 The Application of Risk Assessment to Facilities Planning: A Synthesis of Risk Assessment Methods and Layout Design Models
1.2 Quantitative Analysis Of The Risks Associated With An Industrial Machine: The Case Of A Compression Moulding Press

2. SAFETY OF MACHINERY, ERGONOMICS, HUMAN FACTORS AND CONCEPTION
2.1 Virtual Reality in OSH for Product Safety and Usability
2.2 Safety Service Engineering - An additional concept for safety of machinery

3. PROTECTIVE DEVICES AND SYSTEMS
3.1 The Accident prevention of Mobility scooter by automatic slowdown with laser range finder
3.2 Consideration on RFID Devices Applying to Safety of Integrated Manufacturing Systems
3.3 Development of Interlock Switch with Lock Function for theimproved Safety in the Event of Breakage
3.4 Safety Control for Collaboration Work of Press Machine and Person Based on Safety Level Defined by Position and Velocity Vector
3.5 A Study of Risk Reduction Strategy using Supporting Protective Device
3.6 Study on Evaluation of Position Detectors for an Interlocking Guard in Consideration of Safety and Hygiene Aspect

4. FUNCTIONAL SAFETY AND CONTROL SYSTEM
4.1 Automatic Generation of Diverse Software Channels for Fail-safe Industrial PC
4.2 Reliability Databases used by the ISO 13849 tool SISTEMA
4.3 An Improvement in Applying Safety Standard “ISO 13849” using Fuzzy Logic
4.4 The use of ISO 13849-1 to design “basic” safety functions
4.5 Architectural Views of Safety Systems
4.6 Consideration on the structure for risk reduction of fire from electric heating devices

5. ROBOTS SAFETY
5.1 Development of a Self-Check Sheet for Safety Design of Human-Collaborative Robots
5.2 Serial Kinematics based Motion Simulator - Passenger safety
5.3 Study on Law and Social Systems for the Safety of Social-care Robots
5.4 Empirical Approach to Assessing Foot Injury Level Resulting from being Run Over by a Mobile Robot

6. MACHINE SAFETY; PRACTICAL APPLICATIONS AND KNOWLEDGE DISSEMINATION
6.1 Analysis of the contribution of equipment reliability problems in the chain of causality of industrial incidents and accidents in a pulp and paper plant
6.2 Adaptive safety concepts for automated mobile machine systems

7. MACHINE SAFETY; MAINTENANCE AND OTHER ASPECTS
7.1 Intervention on Machines - Operating Modes with “disabled safeguarding
7.2 Development of knowledge about the practice and the specificities of lockout in the municipalities in QuÉbec
7.3 A study on nullification of safeguards for industrial machinery in Japan

SIAS 2012

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