Transport of Moisture in Car Seat Covers

Measurement of Static Electricity Generated from Contact and Separation of Clothes and Car Seat Covers

Measurement of static electricity is of critical importance in assessing the proper electric properties of car seat covers and their suitability to be used in application to enhance the safety and stability of the driver. The present work aims to measure the static electric charge generated from the contact and separation of materials used as car seat covers and clothes. Different materials of ...

An unusual case of car seat burn.

Traveling with children: beyond car seat safety.

OBJECTIVE To spread knowledge and instigate the health professional to give advice on childcare during travels and on child transport safety. SOURCES OF DATA Literature review through the LILACS and MEDLINE(®) databases, using the terms: travel, safety, protective equipment, child, preventive medicine, retrieving articles published in the last 21 years. SUMMARY OF THE FINDINGS The authors a...

Car Seat and Occupant Modelling Using Cad

This item was submitted to Loughborough University's Institutional Repository by the/an author. Citation: CASE, K., XIAO, D-C. and PORTER, J.M., 1995. Car seat and occupant modelling using CAD. IN: Stockton, D. and Wainwright, C. (eds.) Advances In Manufacturing Technology IX: Proceedings Of The 11th National Conference On Manufacturing Research, De Montfort University, Leicester, UK, 12-14 Sep...

Mortality of front-seat occupants attributable to unbelted rear-seat passengers in car crashes.

The risk of death of unbelted rear-seat occupants is obviously increased in car crashes. However, there is little epidemiological evidence that unbelted rear-seat occupants will also increase the risk of death of front-seat passengers. We compared risk of death and severe injury of front-seat occupants in car crashes with belted or unbelted rear-seat passengers. The risk of death of belted fron...