#ODI #Cricket
What happened at #Kingsmead, #QueensParkOval and more recently at #GreenPark in #Kanpur is fresh in memory. Rain had rendered the #Ground #Unfit for play resulting in #TestMatches in Durban and Port of Spain turning out to be a farce.
In the India-New Zealand Test in Kanpur, India's 500th Test match, which India won by 197 runs, the visitors were 152 for one at tea on the second day when it started raining. But though the rain relented and despite bright sunshine, the rest of the day's play was lost as the ground staff feared that removing covers immediately could endanger the ground. Moving the #Water #Logged #Covers, they reckoned, would result in seepage and more damage to ground conditions.
Agreed, elements are beyond control, but a solution to playground management is within reach. At least if Ch Yaamalaiah, a training and place ment officer at Krishna Chaitanya Institute of Technology and Sciences in Markapur of Andhra Pradesh, is to be believed. Yaamalaiah has applied for a patent titled: Methods and apparatus for covering a playground from rain.
The drill when it starts raining is cricket grounds are covered with multiple covers manually. It takes time to cover and they cannot cover the entire ground in time. Even after covering, rain water seeps through the edges and the ground gets damp in case of heavy rain. Even with #SuperSoppers at work, it takes time to dry the covers and matches get delayed or sometimes cancelled after a long wait due to #Wet #Outfield.
Yaamalaiah reckons the outfield would not get wet if the entire ground is covered with a single cover in quick time. #Rain water that falls on the cover, he said, will reach the boundary along the g round and flows out through the gutter/moat along the playing field. If his solution works fine, there will be no need for super soppers. His invention, Yaamalaiah said, does exactly that. The #Unicover method solves the problem by covering the entire ground with a single #WaterProof cover. That can be done by an apparatus which holds, unrolls and rolls back the rain cover.
Instead of allowing water and #Mopping, this apparatus prevents rain water from falling on the outfield surface and the cover does not allow water #Seeping on to the ground as the said cover has no gaps. Water that falls on the cover reaches the edge/boundary of the ground and exits through the #Gutter.
Yaamalaiah said the apparatus is installed on one side of the ground near the boundary. It comprises two vertical bars, one rotatable horizontal bar and one rain cover. The waterproof cover, equivalent in size and shape of the playground, is wound to the horizontal bar that can be rotated with th e help of an electric motor.
When it starts raining, the apparatus' cover holding the bar is rotated so that the waterproof cover rolls on to the ground. Groundsmen spread the cover and rain water that collects on the cover rolls into the moat - as most playgrounds have surfaces that slope towards the boundary - so the ground staff can immediately roll back the covers, he said.
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What happened at #Kingsmead, #QueensParkOval and more recently at #GreenPark in #Kanpur is fresh in memory. Rain had rendered the #Ground #Unfit for play resulting in #TestMatches in Durban and Port of Spain turning out to be a farce.
In the India-New Zealand Test in Kanpur, India's 500th Test match, which India won by 197 runs, the visitors were 152 for one at tea on the second day when it started raining. But though the rain relented and despite bright sunshine, the rest of the day's play was lost as the ground staff feared that removing covers immediately could endanger the ground. Moving the #Water #Logged #Covers, they reckoned, would result in seepage and more damage to ground conditions.
Agreed, elements are beyond control, but a solution to playground management is within reach. At least if Ch Yaamalaiah, a training and place ment officer at Krishna Chaitanya Institute of Technology and Sciences in Markapur of Andhra Pradesh, is to be believed. Yaamalaiah has applied for a patent titled: Methods and apparatus for covering a playground from rain.
The drill when it starts raining is cricket grounds are covered with multiple covers manually. It takes time to cover and they cannot cover the entire ground in time. Even after covering, rain water seeps through the edges and the ground gets damp in case of heavy rain. Even with #SuperSoppers at work, it takes time to dry the covers and matches get delayed or sometimes cancelled after a long wait due to #Wet #Outfield.
Yaamalaiah reckons the outfield would not get wet if the entire ground is covered with a single cover in quick time. #Rain water that falls on the cover, he said, will reach the boundary along the g round and flows out through the gutter/moat along the playing field. If his solution works fine, there will be no need for super soppers. His invention, Yaamalaiah said, does exactly that. The #Unicover method solves the problem by covering the entire ground with a single #WaterProof cover. That can be done by an apparatus which holds, unrolls and rolls back the rain cover.
Instead of allowing water and #Mopping, this apparatus prevents rain water from falling on the outfield surface and the cover does not allow water #Seeping on to the ground as the said cover has no gaps. Water that falls on the cover reaches the edge/boundary of the ground and exits through the #Gutter.
Yaamalaiah said the apparatus is installed on one side of the ground near the boundary. It comprises two vertical bars, one rotatable horizontal bar and one rain cover. The waterproof cover, equivalent in size and shape of the playground, is wound to the horizontal bar that can be rotated with th e help of an electric motor.
When it starts raining, the apparatus' cover holding the bar is rotated so that the waterproof cover rolls on to the ground. Groundsmen spread the cover and rain water that collects on the cover rolls into the moat - as most playgrounds have surfaces that slope towards the boundary - so the ground staff can immediately roll back the covers, he said.
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