Stain removal device and stain removal method

Patent metadata

Field	Value
Publication number	US-10898935-B2
Application number	US-201314911208-A
Country	US
Kind code	B2
Filing date	Aug 26, 2013
Priority date	Aug 26, 2013
Publication date	Jan 26, 2021
Grant date	Jan 26, 2021

Abstract

A stain removal device and a stain removal method for removing stain, such as scale residue or smut from the surface of a wire material by a cord-shaped member, includes a wire material winding device for winding a wire material on the surface of which the stain is deposited, a cord-shaped member which is wound on the wire material and wipes off stain attached on the surface of a wire material by a sliding movement relative to the wire material, and a cord-shaped member feed device for feeding the cord-shaped member relative to the wire material. The stain removal method includes linear feeding of a wire material, winding a cord-shaped member on the wire material, wiping off the stain attached on the surface of the wire material by rolling up the cord shaped member, and blowing air onto the surface of the wire material to blow away stain remaining thereon.

First claim

The invention claimed is:

1. A stain removal device for removing a stain on a surface of a wire material whose diameter is 3 to 5 millimeters, comprising:
a wire material winding device for continuously feeding the wire material with a feeding speed of 100 in/min to 300 m/min in a feeding direction and winding the wire material, on the surface of which the stain is attached;
a cord shaped member which is formed by a hemp cord and is 2 to 4 millimeters in diameter and is wound on the wire material and wipes off the stain attached on the surface of the wire material by a sliding movement relative to the wire material;
a cord shaped member feeding device; and
an air blowing device for blowing air to the surface of the wire material which has been wiped by the cord shaped member to blow off a remain of the stain attached on the surface of the wire material,
wherein the cord shaped member feeding device is configured to feed the cord shaped member in a same direction as the feeding direction of the wire material with a feeding speed of around 100 mm/min which includes two guide rollers at an inlet side for guiding the cord shaped member drawn in a radial direction relative to the wire material for the cord shaped member to extend along an extending direction of the wire material so as to be wound around the wire material in a spiral manner in two or three rounds, two guide rollers at an outlet side for guiding the cord shaped member toward the radially outward direction relative to the wire material from the extending direction of the wire material, a feed out roller for feeding out one end of the cord shaped member at the outlet side and a restricting device for restricting a movement of another end of the cord shaped member at the inlet side by holding the cord shaped member between a fixed member and a movable member pushed by a pushing member to give an appropriate tension to the cord shaped member,
wherein the air blowing device includes a cylindrical member with an insertion bore for movably inserting the wire material there through, and a deflection member provided in the insertion bore at a first end side of the insertion bore, the deflection member having a cylindrical shape for movably inserting the wire material there through and for deflecting a flow direction of the air supplied from an air supply source towards an opening end which is located at a second end side of the insertion bore, which is an opposite direction to the feeding direction of the wire material, and
wherein the air, which flow direction is deflected by the deflection member flowing towards the opening end located at the second end side of the insertion bore, is ejected from the opening end, after passing through a first circumferential gap formed between an inner peripheral surface of the insertion bore and an outer peripheral surface of the deflecting member, and passing through a second circumferential gap formed at the opening end of the insertion bore between the inner peripheral surface of the insertion bore and an outer peripheral surface of the wire material.

2. The stain removal device according to claim 1 , further comprising:
a water supply device which is provided at an upper stream side in the feeding direction of the wire material with respect to the cord shaped member wound on the wire material to drop water on the surface of the wire material.

3. The stain removal device, wherein a plurality of stain removal devices according to claim 1 is arranged in the feeding direction of the wire material.

4. A stain removal method for removing a stain on a surface of a wire material whose diameter is 3 to 5 millimeters using a stain removing device that includes a wire material winding device for continuously feeding the wire material with a feeding speed of 100 m/min to 300 m/min in a feeding direction and winding the wire material, on the surface of which the stain is attached, a cord shaped member which is formed by a hemp cord and is 2 to 4 millimeters in diameter and is wound on the wire material and wipes off the stain attached on the surface of the wire material by a sliding movement relative to the wire material, a cord shaped member feeding device, and an air blowing device for blowing air to the surface of the wire material which has been wiped by the cord shaped member to blow off a remain of the stain attached on the surface of the wire material, wherein the cord shaped member feeding device is configured to feed the cord shaped member in a same direction as the feeding direction of the wire material with a feeding speed of around 100 mm/min which includes two guide rollers at an inlet side for guiding the cord shaped member drawn in a radial direction relative to the wire material for the cord shaped member to extend along an extending direction of the wire material so as to be wound around the wire material in a spiral manner in two or three rounds, two guide rollers at an outlet side for guiding the cord shaped member toward the radially outward direction relative to the wire material from the extending direction of the wire material, a feed out roller for feeding out one end of the cord shaped member at the outlet side and a restricting device for restricting a movement of another end of the cord shaped member at the inlet side by holding the cord shaped member between a fixed member and a movable member pushed by a pushing member to give an appropriate tension to the cord shaped member, wherein the air blowing device includes a cylindrical member with an insertion bore for movably inserting the wire material there through, and a deflection member provided in the insertion bore at a first end side of the insertion bore, the deflection member having a cylindrical shape for movably inserting the wire material there through and for deflecting a flow direction of the air supplied from an air supply source towards an opening end which is located at a second end side of the insertion bore, which is an opposite direction to the feeding direction of the wire material, the method comprising:
linearly continuously feeding the wire material with a feeding speed of 100 m/min to 300 m/min, on the surface of which the stain is attached;
drawing a cord shaped member, which is formed by a hemp cord and 2 to 4 millimeter in diameter, in a radial direction relative to the wire material;
guiding the cord shaped member by two guide rollers at an inlet side for the cord shaped member to be extended in a feeding direction of the cord shaped member along an extending direction of the wire material and wound around the wire material in a spiral manner in two or three rounds;
drawing out the cord shaped member by guiding the cord shaped member by two guide rollers at an outlet side from the extending direction of the wire material toward a radially outward direction relative to the wire material;
feeding out one end of the cord shaped member in a radial direction relative to the wire material with a feeding speed of around 100 mm/min at the outlet side;
restricting a movement of another end of the cord shaped member at the inlet side by holding the cord shaped member between a fixed member and a movable member pushed by a pushing member to give an appropriate tension to the cord shaped member; and
including process for blowing air to the surface of the wire material which has been wiped by the cord shaped member to blow off a remain of the stain attached on the surface of the wire material, the blown air, which flow direction is deflected by the deflection member, flows towards the opening end located at the second end side of the insertion bore and is ejected from the opening end after passing through a first circumferential gap formed between an inner peripheral surface of the insertion bore and an outer peripheral surface of the deflecting member, and after passing thr

Assignees

• Fuji Shoji Co Ltd

Inventors

• Goto Katsuhiro
• Kanazawa Nobuhiro
• BANNO Tatsuya

Classifications

• B08B5/023

  Cleaning travelling work · CPC title

• B21C43/04 Primary

  Devices for de-scaling wire or like flexible work · CPC title

• B08B1/02

  Operations & Transport · mapped topic

• B08B1/20 Primary

  Cleaning of moving articles, e.g. of moving webs or of objects on a conveyor · CPC title

• B08B3/022

  Cleaning travelling work (B08B3/042 takes precedence) · CPC title