Development of Portable Slip Meter (Ono・ppsm)

英哲, 小野

doi:10.3130/aijs.69.51_4

Nihon Kenchiku Gakkai Kozokei Ronbunshu

2004

DOI: 10.3130/aijs.69.51_4

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Development of Portable Slip Meter (Ono・ppsm)

小野英哲

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Cited by 3 publications

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Study on the Safety of Playground Flooring Made of Polyolefin Foam Waste and Rubber Paving

Choi¹,

Jun²,

Lee³

2013

Journal of the Korean Recycled Construction Resources Institute

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This study is purposed to verify the safety of the floor of the children's playground using polyolefin foam waste and rubber paving. The critical fall height, walking suitability, long term physical fatigue expectation and slipperiness were tested. Polyolefin foam wastes in thickness of 30mm, 50mm and 70mm were prepared with paving the rubber paving materials in 12mm and 15mm thickness respectively. The test on the critical fall height was carried out according to KS G 5758:2009. The floor hardness test equipment (O-Y HMA) was used for the test on hardness of the floor from a viewpoint of walking suitability and fatigue. A portable slipperiness tester (ONO PPSM) was used for slipperiness test. It was revealed from the test that the floor made of the polyolefin foam waste and rubber paving were considerably safe from a viewpoint of impact absorption. With regards to the hardness of the floor, it was shown the excellent performance in the aspects of walking and fatigue for male. But it was not suitable with walking on the shoes(middle heels) for female. And they will be very fatigue if they were in a long time walking or standing. As far as the slipperiness is concerned, it was shown that it was comparatively safe for the ordinary motions even though the surface was wet.

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Study on the Safety of Playground Flooring Made of Polyolefin Foam Waste and Rubber Paving

Choi¹,

Jun²,

Lee³

2013

Journal of the Korean Recycled Construction Resources Institute

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Laser Proccesing for Construction Site- Laser Non-Slip Processing -

Nagai

2010

The Review of Laser Engineering

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Every year in Japan, there are more than 8.5 million cases of people slipping and falling. The annual number of fatalities due to such accidents exceeds 3500. Therefore, it is imperative that existing fl ooring be made safe by taking measures to prevent slipping. This paper describes the development and use of a new method that employs a mobile laser processing system to carry out non-slip treatment to existing stone floors while maintaining the original appearance of the polished stone. The method is free of vibration, noise or dust, and about 1000 square meters of stone fl ooring have been treated up to now with good results.

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Investigation on Applicability of Abrasion Acceleration Machine for Actual Building Floors

Fukuda

Kudou

Fujii

et al. 2021

Nihon Kenchiku Gakkai Kozokei Ronbunshu

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In this study, applicability of abrasion acceleration machine developed in previous study for actual building oor was investigated. We chose as research objects 3 oor materials. At rst, changing slip resistance of these oors by daily use was measured. Next, changing slip resistance of test specimens made of the same oors was also measured. Finally, relationships between both results were investigated, and we revealed applicability of abrasion acceleration machine developed in previous study for actual building oor. In addition, we obtained data for predicting oor life-time form a viewpoint of slip resistance.

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Development of Portable Slip Meter (Ono・ppsm)

Cited by 3 publications

References 5 publications

Study on the Safety of Playground Flooring Made of Polyolefin Foam Waste and Rubber Paving

Study on the Safety of Playground Flooring Made of Polyolefin Foam Waste and Rubber Paving

Laser Proccesing for Construction Site- Laser Non-Slip Processing -

Investigation on Applicability of Abrasion Acceleration Machine for Actual Building Floors

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