"The hyper V sole" which is grippy for the prevention of the fall accident
A fall, the fall accidents except the home including a station and the sidewalk increase, and, according to the statistics of Ministry of Health, Labour and Welfare, the death toll by the fall on the same plane is the situation to die in the accident that 3,879 (2005) various places did so recently.
In such a situation, I push forward research and development of the non-slip sole which has been generally used and keep experience of the commodification such as shoes or the boots for the kitchen alive and sell a product using "hyper V sole" showing higher grip performance.
In such a situation, I push forward research and development of the non-slip sole which has been generally used and keep experience of the commodification such as shoes or the boots for the kitchen alive and sell a product using "hyper V sole" showing higher grip performance.
Three major characteristics of the hyper V sole
(1) Difficulty of sliding, conventional 2.5 times (of that of the conventional company products)
The hyper V sole has strong taikatsusei (I clear the taikatsuseino, best division 5 to fix for a Ministry of Health, Labour and Welfare Res. Inst. of Industrial Safety technology guideline). The performance shows an effect with water, oil, soapy water in particular on a wet road surface.
Division
| Dynamical friction coefficient
|
1
| It is less than ... 0.10 more than 0.05
|
2
| It is less than ... 0.15 more than 0.10
|
3
| It is less than ... 0.20 more than 0.15
|
4
| It is less than ... 0.25 more than 0.20
|
5
| More than 0.30
|
(2) Is hard to wear down; and a bottom
As it is the special strong sole which is hard to wear down, it lasts a long time in comparison with before. (of that of the conventional company products)
(3) Shifts from silent friction to dynamical friction are smooth and are hard to fall down.
Because a big change occurs when it is the sole of conventional products when friction switches over from "stillness" to "motion", a friction coefficient curve is more stable in the hyper V sole than the fall with so-called slip being high-risk,
A smooth shift is seen, and the risk of the fall accident decreases afterwards.
A smooth shift is seen, and the risk of the fall accident decreases afterwards.
Safe sneakers
Hyper V #2000 (hard to be stuffy resin reinforcing material in the toecap, oil-resistant)
Color
| Black wine white blue chocolate
| Bottom materials
| Hyper V sole
|
Reinforcing material in the toecap
| JIS S grade equivalency resin reinforcing material in the toecap
| Average weight
| 340 g (26.0 one leg)
|
Upper materials
| Mesh, gohi, leather
| Characteristic
| Breathable security sneakers
|
Hyper V #206 (resin reinforcing material in the toecap, oil-resistant)
Color
| Black wine green
| Bottom materials
| Hyper V sole
|
Reinforcing material in the toecap
| JIS S grade equivalency resin reinforcing material in the toecap
| Average weight
| 370 g (26.0 one leg)
|
Upper materials
| gohi, leather
| Characteristic
| Safe sneakers (string)
|
SPIDER MAX #6200 (iron reinforcing material in the toecap, oil-resistant)
Color
| Black
| Bottom materials
| Hyper V sole
|
Reinforcing material in the toecap
| JIS S grade equivalency iron reinforcing material in the toecap
| Average weight
| 470 g (26.0 one leg)
|
Upper materials
| gohi
| Characteristic
| Safe sneakers (magic)
|
Kitchen shoes
Hyper V #5000 (oil-resistant)
Color
| Black white blue pink
| Bottom materials
| Hyper V sole
|
Reinforcing material in the toecap
| Unavailable
| Average weight
| 280 g (26.0 one leg)
|
Upper materials
| gohi
| Characteristic
| Kitchen shoes
|
The Hyper V #4000 hygiene head (oil-resistant)
Color
| White
| Bottom materials
| Hyper V sole
|
Reinforcing material in the toecap
| Unavailable
| Average weight
| 750 g (26.0 one leg)
|
Upper materials
| Polyvinyl chloride
| Characteristic
| Hygiene boots
|
