WATER SPRAY HEADER

WATER SPRAY HEADER

PROBLEM TO BE SOLVED: To reduce the time required for changing mill roll by eliminating the work to blow off sludge by means of a high-pressure cleaning equipment when mill roll changing is done, by spraying one part of coolant toward a water-cutting wiper from a nozzle hole formed in the wall porti...

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Hauptverfasser: SUZUKI MAKOTO, TAKESHIMA RIKIO
Format: Patent
Sprache:eng
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MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVINGMATERIAL
PERFORMING OPERATIONS
PUNCHING METAL
ROLLING OF METAL
TRANSPORTING
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creator SUZUKI MAKOTO
TAKESHIMA RIKIO
description PROBLEM TO BE SOLVED: To reduce the time required for changing mill roll by eliminating the work to blow off sludge by means of a high-pressure cleaning equipment when mill roll changing is done, by spraying one part of coolant toward a water-cutting wiper from a nozzle hole formed in the wall portion facing the water-cutting wiper. SOLUTION: A water spray header 6 extends approximately in parallel with a rolled steel toward a mill roll and then its end portion is bent toward the water-cutting wiper 5 to be a bend portion 6a. Further, in the wall portion of the bend portion 6a facing the water-cutting wiper 5, a nozzle hole 9 facing the water-cutting wiper 5 is formed. The base end portion of the water spraying header 6 is connected to coolant supply source via piping. By supplying the coolant of a given pressure to the water spray header 6, the coolant is jetted through a jetting nozzle 8 to cool the rolled steel. From the nozzle hole 9, the coolant is jetted toward the water-cutting wiper 5 to blow off the sludge.
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SOLUTION: A water spray header 6 extends approximately in parallel with a rolled steel toward a mill roll and then its end portion is bent toward the water-cutting wiper 5 to be a bend portion 6a. Further, in the wall portion of the bend portion 6a facing the water-cutting wiper 5, a nozzle hole 9 facing the water-cutting wiper 5 is formed. The base end portion of the water spraying header 6 is connected to coolant supply source via piping. By supplying the coolant of a given pressure to the water spray header 6, the coolant is jetted through a jetting nozzle 8 to cool the rolled steel. 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SOLUTION: A water spray header 6 extends approximately in parallel with a rolled steel toward a mill roll and then its end portion is bent toward the water-cutting wiper 5 to be a bend portion 6a. Further, in the wall portion of the bend portion 6a facing the water-cutting wiper 5, a nozzle hole 9 facing the water-cutting wiper 5 is formed. The base end portion of the water spraying header 6 is connected to coolant supply source via piping. By supplying the coolant of a given pressure to the water spray header 6, the coolant is jetted through a jetting nozzle 8 to cool the rolled steel. 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SOLUTION: A water spray header 6 extends approximately in parallel with a rolled steel toward a mill roll and then its end portion is bent toward the water-cutting wiper 5 to be a bend portion 6a. Further, in the wall portion of the bend portion 6a facing the water-cutting wiper 5, a nozzle hole 9 facing the water-cutting wiper 5 is formed. The base end portion of the water spraying header 6 is connected to coolant supply source via piping. By supplying the coolant of a given pressure to the water spray header 6, the coolant is jetted through a jetting nozzle 8 to cool the rolled steel. From the nozzle hole 9, the coolant is jetted toward the water-cutting wiper 5 to blow off the sludge.</abstract><edition>6</edition><oa>free_for_read</oa></addata></record>
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subjects MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVINGMATERIAL
PERFORMING OPERATIONS
PUNCHING METAL
ROLLING OF METAL
TRANSPORTING
title WATER SPRAY HEADER
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