CN101065307B - Reel for metal wire - Google Patents
Reel for metal wire Download PDFInfo
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- CN101065307B CN101065307B CN2004800444914A CN200480044491A CN101065307B CN 101065307 B CN101065307 B CN 101065307B CN 2004800444914 A CN2004800444914 A CN 2004800444914A CN 200480044491 A CN200480044491 A CN 200480044491A CN 101065307 B CN101065307 B CN 101065307B
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- flange
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H75/00—Storing webs, tapes, or filamentary material, e.g. on reels
- B65H75/02—Cores, formers, supports, or holders for coiled, wound, or folded material, e.g. reels, spindles, bobbins, cop tubes, cans, mandrels or chucks
- B65H75/04—Kinds or types
- B65H75/08—Kinds or types of circular or polygonal cross-section
- B65H75/14—Kinds or types of circular or polygonal cross-section with two end flanges
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21C—MANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES OR PROFILES, OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
- B21C47/00—Winding-up, coiling or winding-off metal wire, metal band or other flexible metal material characterised by features relevant to metal processing only
- B21C47/28—Drums or other coil-holders
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Storage Of Web-Like Or Filamentary Materials (AREA)
Abstract
An apparatus for installing and removing candles from a packed tower comprises a rail or series of rails attached to the inside of the top of the vessel. The rail(s) may be supported from either the roof or walls of the tower. A traveler assembly is supported on the rail(s). The traveler assembly supports a hoist puller that in turn raises and lowers the candles. The rail(s) may be located such that they extend over the centerlines of each of the candle locations, and each such that a portion of each rail passes under the candle installation port. Multiple traveler assemblies may be used to increase the speed of installation. The traveler assembly may be configured to be removed when not in use, to ensure it is not exposed to the harsh environment in the tower. Alternatively, the traveler assembly may be constructed from corrosion-resistant materials, so that the traveler assembly may be left in the tower.
Description
Technical field
The present invention relates to a kind of reel for metal wire, particularly the coiling tyre casing ply is with the spool of monofilament or the coiling scroll saw spool reel for metal wire such, that be suitable as the spool of a large amount of coiling very fine wire bar bodies with saw wire.
Background technology
The reel for metal wire of very fine wire bar bodies such as the monofilament of coiling tyre casing ply or saw wire has flange at the two ends of reel, generally these reels and flange are made up of structural carbon steel heavy wall steel such as (for example S45C).And the reel for metal wire that this reel and two end boss are made up of the heavy wall steel is divided into following several types according to manufacturing approach: the one thing spool (shaving spool) that reel and flange form with the form shaving of one thing; Reel and flange respectively by the heavy wall steel make, the integrated welding spool through welding again; Perhaps, reel and flange respectively by the heavy wall steel make, again the assembling spool that links up of bolt (for example, with reference to the spy open the 2002-370152 communique, the spy opens flat 11-114798 communique.)。But the spool that these heavy wall steel are made is as very fine wire bar reel the time, in order to guarantee enough intensity and rigidity; Need further to increase the thickness of reel and flange, and then, also need strengthen the junction surface and the reel of reel and flange sometimes; It is very big that thereby the weight of spool becomes; The operability variation, landed cost increases, and fee of material and tooling cost also increase.
In these reel for metal wire; Directly be that very fine wire or steel wire or line about 0.15～0.40mm directly is 0.12～0.16mm or the scroll saw below it with very fine wire (saw wire) with set tension force (for example under 0.4～1.5kg) situation about being wound up on the spool with the very fine wire of the not enough 0.2mm in line footpath, the line of for example strengthening using with the monofilament of steel wire (tyre casing ply) as rubber; Because of this winding tension can act on big winding pressure (power of tying tight) on reel, reel and on flange, act on side pressure (pushing power open) through repeated multiple times.And the metal wire body line of coiling footpath is more little, and winding spacing is close more, and winding tension is big more in addition, and the coiling reciprocal time is many more, and the side pressure (pushing power open) that then acts on the winding pressure (power of tying tight) of reel and act on flange can be quickened to increase more.
Therefore, in the spool of the very fine wire bar body of reeling such, reel must be pushed flange open and the elongation that causes with respect to winding pressure (power of tying tight) and with respect to side pressure; Has enough intensity; And, having enough rigidity, flange must have enough intensity with respect to side pressure; And, have the less rigidity of deflection that the side pressure of making causes.The flange deflection meeting that side pressure causes causes the distortion (depression) of reel, the vibration the when distortion of reel can cause Wound wire, and become the major cause of broken string.
In addition; Particularly under the situation of flange part diameter " thin (slim) type spool " bigger than reel width; The pressure (side pressure) that acts on flange part is more a lot of greatly than the winding pressure that acts on reel; Therefore, the pressure that acts on flange part with two flange parts the periphery side direction each other away from direction push open.And; Under the situation of the saw wire that with spool, is wound with 40～60Kg or its above weight like scroll saw, this side pressure reaches several tons or tens tons sometimes, the result; Stress concentration in the coupling position of reel and flange, be the bight, produce damaged easily at this position.On the other hand, under the situation of the width of reel " long tube spool " bigger than the diameter of flange, the pressure that is caused by winding tension concentrates on reel, and the winding pressure (power of tying tight) that acts on reel becomes big.And because this bigger winding pressure (power of tying tight), the middle body of reel is out of shape and undergauge, because this distortion, two flange parts of spool are out of shape and pour into to the inside.Under the situation of such spool, on reel, produce damaged easily.
Therefore, one thing spool in the past, welding spool are perhaps assembled spool, under the situation of coiling very fine wire bar body; In order to guarantee enough intensity and rigidity, and the thickness of the steel of reel and flange is made as about 20～50mm the result than heavy back; It is very big that the spool own wt becomes; The operability variation of spool, landed cost increases, and fee of material and tooling cost also increase.In addition,, under the situation of thin type spool, also need strengthen the junction surface of reel and flange, under the situation of long tube spool, then need strengthen reel even increase the thickness of the steel of reel and flange like this.
Particularly under the situation of one thing spool, though rigidity is high, can stand repeated use, owing to be shaving, so fee of material and tooling cost increase, in addition, owing to be solid construction, total weight increases.
In addition, under the situation of the assembling spool that bolt links, owing to can wait the shaping each several part through forging; So can reduce fee of material and tooling cost; In addition, owing to be hollow structure and can realize lightweight, but under the effect of the side pressure (pushing power open) that the winding tension owing to the coiling metal wire body time produces; Can between flange and reel, forming the gap, produce the metal wire body problem in this gap of nipping.
Relative therewith, the welding reel can be made as hollow structure, thus can reduce fee of material and tooling cost and realize lightweight, and because welded joint and integrated, so can not be created in the problem that forms the gap between flange and the reel and metal filament is nipped.But; Even under the situation of welding reel; In order to ensure intensity and rigidity with respect to winding pressure (power of tying tight) and side pressure (thrust pressure); Reel need use thick walled steel tube or use and form columnar parts through thick steel sheet is carried out bending machining, and flange also need be thick steel sheet, is very not enough aspect lightweight.And, because the weld zone of reel and flange part can not absorb stress (side pressure) fully, so damaged degree is high.Therefore, even under the situation of welding spool, also need take measures to strengthen reel and flange and tackle reel and the breakage at the junction surface of flange.
Like this; The one thing spool that thick steel sheet is in the past made, welding spool or assembling spool; During as reel for metal wire, particularly as the spool of the very fine wire bar body and function of using in twisting machine or scroll saw at tyre casing ply, can not guarantee enough intensity and rigidity and realize lightweight.
Given this; As guaranteeing intensity and rigidity and realizing the weight-saving reel for metal wire; Developed the spool that following flange is fixed to the reel two ends through welding; Said flange is used rib through a plurality of reinforcements that the outside side of the punch process of high-tensile steel bloats with being formed with general radial, and the periphery rib that is formed with hollow and annular through periphery is turned back (for example, is opened flat 9-295768 communique with reference to the spy.); In addition, developed following punching press spool, in this punching press spool; Reel and flange be the drawing through high-tensile steel all; Have the parts that the rib shape adds competent structure and be made as respectively, they integratedly (for example, are opened the 2001-206636 communique with reference to the spy through spot welding.)。
A plurality of reinforcements that the outside side of above-mentioned that kind bloats with will being provided with general radial through the punch process of high-tensile steel are with the flange of rib; The spool that is fixed by welding in the reel two ends and constitutes; And reel portion and flange part all made the incorporate punching press spool through welding more respectively through the punch process of high-tensile steel; In light weight; Under the situation of very fine wire bar bodies such as the monofilament of coiling tyre casing ply or saw wire, aspect intensity and rigidity, the coiling weight below also enough tackling to a certain degree.But; These spools have problems on the rigidity of the flange that is formed by punch process; Particularly in that to act on the pressure of flange (side pressure) big, this pressure along with the flange at two ends the periphery side direction each other away from the situation of the directive effect pushed open of direction under, the distortion of flange is big; Stress concentration in the position that links with reel, be the bight, and be easy to generate breakage.
In addition; The punching press spool; Have when for example spool moves spool impacts such as convex shoulder butt each other to cause the danger of flange circumference distortion, if the distortion of flange circumference, then balance is destroyed; Spool bulk deformation when this can cause coiling or unwinding metal wire body, this is that vibration waits the major cause that produces.Therefore, through the flange that punch process is made, normally the peripheral part bead-like is turned back and be set as the competent structure that adds of hollow and annular; But even so; When spool was against each other, hollow space also can cave in sometimes, can not prevent the distortion of flange circumference fully.
In addition, punching press spool weight is light especially, under the situation of very fine wire bar bodies such as the monofilament of coiling tyre casing ply or saw wire; Aspect intensity and rigidity, coiling weight be about 30kg below in can both tackle, still; Structure according in the past punching press spool; Under the situation of the very fine wire bar body of the not enough 0.2mm in winding line footpath, if coiling weight is 40～60kg or more than it, then just can not be right on intensity.In this case, if will form the steel plate wall thickness increase of the reel and the flange of punching press spool, then intensity and rigidity become big.But; Punching press spool in the past is owing to be that the reel and the flange of drawing is spot-welded together in the bight of reel and flange intersection; So it at most also can only be about 6mm that the wall thickness of reel and flange is added up,, then can not carry out spot welding if wall thickness becomes big and reaches this more than thickness.Therefore, even increase the wall thickness of steel plate for the increase of tackling coiling weight, also there is limit in punching press spool in the past.In addition; If want to replace spot welding, and with in the past the welding spool that constitutes by the heavy wall steel likewise through arc welding with the welding of bight complete cycle, if the bight complete cycle that then thickness is added up to the spool of several millimeter carries out arc welding; Heat affecting meeting during welding makes spool produce strain; Therefore, when spool rotates radial runout can take place, and become the spool that cannot stand actual use.
In addition; In the punching press spool in the past; The distortion of the flange circumference that causes for impact such as butt that prevent spool convex shoulder each other when carrying and periphery rib that the periphery of flange is turned back and formed hollow and annular, this periphery rib cross section is roughly rounded, so the axially inboard flange surface of the spool of flange in the peripheral part change round; Correspondingly; The part of general plane shape tails off, and till can metal wire body being wound up into the flange periphery under the situation of shaving ring etc., compares, and the coiling quantitative change is few.
Patent documentation 1: the spy opens the 2002-370152 communique
Patent documentation 2: the spy opens flat 11-114798 communique.
Summary of the invention
Therefore, main purpose of the present invention is, in reel for metal wire with flange that steel plate makes, and the rigidity that extends out and the intensity of flange when improving to the coiling metal wire body.
In addition, the objective of the invention is to, the reel for metal wire that prevents to have the flange that steel plate makes is because of impacting the distortion of the flange circumference that produces.
In addition, the objective of the invention is to, raising with the intensity of reel portion and the incorporate reel for metal wire of flange part, makes it can tackle the increase of coiling weight through welding.
In addition, the objective of the invention is to, have the steel plate manufacturing and be provided with in the reel for metal wire of flange of hollow and annular periphery rib, can metal wire body be wound up into the flange periphery till.
The present invention to achieve these goals; And a kind of reel for metal wire is provided; Two ends at reel; The fixing flange that forms by steel plate, each flange forms the core hole at central part, around this core hole, forms a plurality of sides rib that general radial ground bloats to the axial outside of spool; And be formed with core hole periphery rib continuously along above-mentioned core hole and above-mentioned a plurality of sides rib, this core hole periphery rib constitutes annularly to spool and axially bloats and the rib that becomes one with above-mentioned a plurality of sides rib in the outside.In this spool; Side rib that around the flange wick hole, bloats to general radial and the core hole periphery rib that bloats annularly along the core hole continuously with this a plurality of sides rib; Constitute the rib of the higher one of rigidity; Thus, improved flange with respect to rigidity that extends out and intensity.Therefore, as very fine wire bar reel, can guarantee enough intensity and rigidity and realize lightweight.
In above-mentioned reel for metal wire, preferably, the width that each side rib is on the flange peripheral becomes the big shape of expansion gradually at the flange central side.Through such formation, can further improve flange with respect to the rigidity of pushing open.
In addition; In above-mentioned reel for metal wire; Preferably; Each flange for a plurality of vibrating parts that will constitute by steel plate along axis direction overlay configuration and integrated multi-ply construction, inboard the 2nd vibrating part of the 1st vibrating part in the axis direction outside and axial direction is superimposed in the peripheral part, turn back outside axially and constitute the flange periphery rib of hollow and annular to spool in the complete cycle scope in this superimposed peripheral part.Thus; Can obtain following flange configuration; Promptly; Form, improved simultaneously (general plane shape) flange whole rigidity and intensity with flange inner face (spool axially inboard flange surface) is smooth, and, the distortion of the flange circumference that spool impacts such as convex shoulder butt each other cause when carrying can be prevented.In addition, at the flange circumference such rib is set, flange integral intensity and rigidity uprise, the distortion of flange in the time of can suppressing to reel metal wire body.
In addition; In above-mentioned reel for metal wire; Preferably; Constitute in the peripheral part of the 1st vibrating part and the 2nd vibrating part of above-mentioned flange periphery rib, the peripheral part of the 1st vibrating part with respect to flange radially to annulate shaft roughly 90 degree of turning back laterally, the peripheral part of the 2nd vibrating part with respect to flange radially to annulate shaft roughly 180 degree of turning back laterally; This roughly peripheral part of the 2nd vibrating part of 180 degree of having turned back, will having turned back roughly from the flange radial outside with the state of roughly being close to, the peripheral part of the 1st vibrating part of 90 degree is involved in.Thus, can realize the lightweight of spool, improve the intensity and the rigidity of flange circumference simultaneously.
In addition; In above-mentioned reel for metal wire; Preferably; The flange periphery rib that each flange has hollow and annular at periphery, the spool axially inboard flange surface continuous with this flange periphery rib is the general plane shape, and above-mentioned flange periphery rib is axially turned back in the outside to spool with approximate right angle with respect to the flange surface of this general plane shape.Thus, can metal wire body be wound up into the flange periphery till.
And, in the above-mentioned reel for metal wire, preferably; Reel has the cartridge unit cylindraceous that is made up of steel plate, on each flange, forms cylindric connecting part with mode all in the both ends that embed above-mentioned cartridge unit respectively; And both ends at above-mentioned cartridge unit; In the position superimposed with the above-mentioned cylindric connecting part of each flange, along the circumferential direction form through hole with set interval, from the radial outside of above-mentioned cartridge unit above-mentioned through hole is implemented built-up welding through welding; By this built-up welding, make above-mentioned cartridge unit and each flange joint and integrated.Thus,, also can make cartridge unit and flange integrated through welding even increase the thickness of steel plate for the intensity that improves cartridge unit and rigidity, in addition, because welding at set interval, so the strain of the spool that heat affecting causes can prevent to weld the time.
Promptly; This reel for metal wire be with to the form of reel side through hole built-up welding with reel and flange weld together; Through carrying out built-up welding by arc welding, can be welded on reluctant thickness in the spot welding, so with through spot welding the punching press spool in the past of reel and flange joint is compared; Can increase the thickness of steel plate, improve the increase that intensity and rigidity are dealt with coiling weight.In addition, through the thickness of the steel plate that suppress to use, also can realize the lightweight of spool.But, be not that the bight complete cycle to reel portion and flange part is all implemented arc welding as welding spool in the past, but weld in a circumferential direction, so can not make the spool strain because of the heat affecting in when welding with set interval.The through hole that is used for welding for example be 8～16 (after the embodiment stated be 12).
As above-mentioned, according to the present invention, can realize having the lightweight of the reel for metal wire of the flange that steel plate makes, can improve flange with respect to rigidity that extends out and intensity simultaneously.
In addition, can realize lightweight, can improve the intensity and the rigidity of metal wire body spool simultaneously, deal with the increase of coiling weight, and, the strain of the spool that the heat in the time of can preventing because of welding causes.
In addition, in reel for metal wire, can the flange inner face all be made as the general plane shape till periphery with flange that the steel plate that is provided with hollow and annular periphery rib makes, can metal wire body be wound up into the flange periphery till.
In addition, can improve the flange circumference and prevent distortion, can improve flange integral intensity and rigidity, the distortion of flange when reducing to reel metal wire body through flange periphery rib with respect to the intensity of impacting.
Description of drawings
Fig. 1 is the vertical section (the A-A cross section of Fig. 2) of the spool of embodiment the 1st example.
Fig. 2 is the front view of the spool of embodiment the 1st example.
The specific embodiment
Below, based on the description of drawings embodiment.
Fig. 1 and Fig. 2 represent the 1st example of embodiment.Fig. 1 is the vertical section (the A-A cross section of Fig. 2) of spool, and Fig. 2 is the front view of spool.
The spool of this embodiment is the reel for metal wire that in the wire mill that tyre casing ply is used, twisting machine or scroll saw, uses, and comprising: reel 101 and be positioned at the pair of flanges 102,102 at its two ends.
Reel 101 has cartridge unit 103 cylindraceous.Cartridge unit 103 is for example cold rolling high-tensile steel (SAFC) bending machining to be become cylindric and make, and at both ends portion along the circumferential direction is formed with at certain intervals and a plurality ofly (is 12 in embodiment illustrated, can suitably changes, be preferably 8～16.) through hole 104.
The flange the 102, the 102nd at two ends will for example distinguish with following configuration that the 1st vibrating part 105 that drawing hot rolling high-tensile steel (SAPH) forms and the 2nd vibrating part 106 are integrated to form; That is be that the outside, the 2nd vibrating part 106 serve as that the inboard makes them overlapping along axis direction, with the 1st vibrating part 105.
The 1st vibrating part 105 forms core hole 107 at central part, and around core hole 107, and general radial ground forms to what flange outer sides face side (the axis direction outside) bloated and a plurality ofly (is 8 in embodiment illustrated, can suitably changes, be preferably 6～12.) side rib 108; Along core hole 107; Form core hole periphery rib 109 continuously with above-mentioned a plurality of sides rib 108, this core hole periphery rib 109 bloats to flange outer sides face side annularly, and constitutes the rib of one with above-mentioned a plurality of sides rib 108.Above-mentioned a plurality of sides rib 108 is identical shaped, same size; As shown in Figure 2; From the spool end on observation, the width that is respectively on the flange peripheral becomes the big shape of expansion gradually at the spool central side, and as shown in Figure 1; Height in that flange directly upwards bloats to flange outer sides face side is roughly even, on flange peripheral, roughly equally spaced forms.
On the other hand, the 2nd vibrating part 106 is shaped in the following manner, promptly; Form the circular ring-type of general planar; With the medial surface of formation flange 102, and inside diameter (reel side) is to the inside given prominence to set width and is constituted cylindric connecting part 110 all in the both ends that embed cartridge unit 103.
And; In each flange 102,102; Inboard the 2nd vibrating part 106 of the 1st vibrating part 105 in the axis direction outside and axis direction is superimposed in the peripheral part, the peripheral part of the 1st vibrating part 105 in the complete cycle scope, with respect to flange radially to the axial outside roughly 90 degree of turning back of spool; The peripheral part of the 2nd vibrating part 106 from the top of the 1st vibrating part 105 of having turned back in the complete cycle scope with respect to flange radially to the axial outside approximate right angle of turning back of spool; Then curl and the peripheral part of the 1st vibrating part 105 be involved in, and then roughly 90 degree of turning back to radially inner side, the peripheral part of the 2nd vibrating part 106 of 180 degree roughly of turning back on the whole from the flange radial outside roughly to be close to state; The peripheral part of the 1st vibrating part 105 of 90 degree is involved in turning back roughly; Along the circumferential direction W (is 8 places in embodiment illustrated, but can suitably changes, be preferably 6～12 places its ora terminalis in many places at certain intervals.) be welded on the flat of the 1st vibrating part 105, thus, form the flange periphery rib 111 of hollow and annular.
And; Inboard at the cartridge unit 103 that constitutes reel 101; Configuration core pipe 112; In week in the end of cylindric connecting part 110, the 110 embedding cartridge units 103 of each the 2nd vibrating part 106,106 of two flanges 102,102, the two ends of core pipe 112 connect the core hole 107 that embeds each the 1st vibrating part 105,105, under above-mentioned state, assemble two flanges 102,102.And; Riveted and fixed is passed through on the end face (outside face of the 1st vibrating part 105,105) of two flanges 102,102 in the two ends of core pipe 112; Through the through hole 104 that forms at the both ends of cartridge unit 103 is implemented built-up welding by arc welding, reel 101 engages with each flange 102,102 and integrated.And portion grinds to built-up welding, and makes surface smoothing.
On left and right sides flange 102,102, on the periphery rib 109 of the core hole of the 1st vibrating part 105, in order to start rotation, and about be provided with each a pair of perforate (け り cave) 113,114 with differing 90 degree phase places each other.
As the material of the cartridge unit 103 that constitutes reel 101, except SAFC (cold rolling high-tensile steel), SAPH (hot rolling high-tensile steel) etc. also is fit to.In addition, as the material of the 1st vibrating part 105 and the 2nd vibrating part 106, except SAPH (hot rolling high-tensile steel), SPCC (cold rolling high-tensile steel) etc. also is fit to.In addition, the material of reel portion 1 and flange part 2 can be structural carbon steels such as S45C.
In the spool of this embodiment; A plurality of sides rib 108 that general radial bloats around the core hole 107 of the 1st vibrating part 105 of flange 102,102 and with this a plurality of sides rib 108 continuously and the core hole that 107 ring-types bloat along core hole periphery ribs 109; Constitute the rib of the higher one of rigidity, improve flange 102,102 thus with respect to rigidity that extends out and intensity.Therefore, can guarantee enough intensity and rigidity, and realize lightweight as the spool of very fine wire bar body and function.And, particularly,, promptly become big at spool central side flange peripheral width because each side rib 108 is and expands shape gradually, thus can guarantee flange 102,102 with respect to the rigidity of pushing open, and can realize lightweight more effectively.
In addition; The flange 102,102 of this spool is the 1st vibrating part 105 and inboard the 2nd vibrating part 106 multi-ply construction superimposed in the peripheral part of axis direction in the axis direction outside as above-mentioned, turn back in the complete cycle scope and constitute the flange periphery rib 111 of hollow and annular in the peripheral part; Thus; Can form flange inner face (spool axially inboard flange surface) is smooth, in addition, the intensity and the rigidity of flange circumference uprise (general plane shape).And, uprise with respect to the intensity of impacting, can prevent the distortion of the flange circumference that when for example spool is carried spool convex shoulder butt each other etc. causes.In addition, by flange periphery rib 111, flange 102,102 integral intensity and rigidity improve, the distortion of flange 102,102 in the time of can suppressing to reel metal wire body.Flange periphery rib 111 constitutes, the peripheral part of the 1st vibrating part 105 90 degree of turning back roughly, only the 2nd vibrating part 106 roughly 180 degree of turning back.Owing to be not double-layer structural completely, so can realize lightweight.
And; In this spool; The flange periphery rib 111,111 of flange 102,102 is to the axial outside approximate right angle of turning back of spool, and the medial surface of flange 102,102 all is the flange surface of general plane shape till periphery, so till can metal wire body being wound up into the flange periphery.
And this spool forms through hole 104 at cartridge unit 103 both ends of reel 101, from radial outside this through hole 104 is implemented built-up welding through welding; Cartridge unit 103 and flange 102,102 are engaged and integrated; Even the steel plate thickness of cartridge unit 103 is bigger, also can be cartridge unit 103 and flange 102,102 is integrated through welding, therefore; The thickness of steel plate be can increase and intensity and rigidity improved; In addition, because with the welding of set interval, so the strain of the spool that the heat affecting can prevent to weld the time causes.
In addition, the present invention is not limited to above-mentioned embodiment, certainly in the scope of invention technological thought, can change into appropriate form and implements.
Spool of the present invention is not limited to the tyre casing ply monofilament and uses spool with spool, saw wire, can be widely used as the spool of the various metal wire bodies of reeling.
Claims (2)
1. reel for metal wire; Two ends at reel; The fixing flange that forms by steel plate; Each flange forms the core hole at central part; Around this core hole, forming general radial ground to the axial a plurality of sides rib that bloating of the outside of spool, and be formed with core hole periphery rib continuously along above-mentioned core hole and above-mentioned a plurality of sides rib, this core hole periphery rib constitutes annularly to spool and bloats outside axially and the rib that becomes one with above-mentioned a plurality of sides rib; It is characterized in that; Each flange for a plurality of vibrating parts that will constitute by steel plate along axis direction overlay configuration and integrated multi-ply construction, the flange periphery rib with hollow and annular, said flange periphery rib are superimposed in the peripheral part with the 2nd vibrating part of axial direction inboard through the 1st vibrating part in the axis direction outside; The peripheral part of above-mentioned the 1st vibrating part is in the complete cycle scope; With respect to flange radially to the axial outside roughly 90 degree of turning back of spool, the peripheral part of above-mentioned the 2nd vibrating part from the top of the 1st vibrating part of having turned back in the complete cycle scope with respect to flange radially to the axial outside approximate right angle of turning back of spool, then curl and the peripheral part of above-mentioned the 1st vibrating part be involved in to radially inner side; And then roughly 90 degree of turning back; Turn back on the whole roughly the peripheral part of the 2nd vibrating part of 180 degree from the flange radial outside roughly being close to state, the 1st flange portion of 90 degree of turning back roughly be involved in form, the spool axially inboard flange surface continuous with this flange periphery rib all is the general plane shape till periphery.
2. a reel for metal wire at the two ends of reel, is fixed the flange that is formed by steel plate; Each flange forms the core hole at central part, around this core hole, forms a plurality of sides rib that general radial ground bloats to the axial outside of spool, and is formed with core hole periphery rib continuously along above-mentioned core hole and above-mentioned a plurality of sides rib; This core hole periphery rib constitute annularly to spool axially the outside bloat and with the rib that above-mentioned a plurality of sides rib becomes one, it is characterized in that reel has the cartridge unit cylindraceous that is made up of steel plate; On each flange; Mode with week in the both ends that embed above-mentioned cartridge unit respectively forms cylindric connecting part, and at the both ends of above-mentioned cartridge unit, in the position superimposed with the above-mentioned cylindric connecting part of each flange; Along the circumferential direction form through hole with set interval; From the radial outside of above-mentioned cartridge unit above-mentioned through hole is implemented built-up welding through welding,, make above-mentioned cartridge unit with each flange joint and integrated by this built-up welding.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2004/017583 WO2006057041A1 (en) | 2004-11-26 | 2004-11-26 | Reel for metal wire |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101065307A CN101065307A (en) | 2007-10-31 |
| CN101065307B true CN101065307B (en) | 2012-05-23 |
Family
ID=36497790
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2004800444914A Active CN101065307B (en) | 2004-11-26 | 2004-11-26 | Reel for metal wire |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN101065307B (en) |
| WO (1) | WO2006057041A1 (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2301878A1 (en) * | 2009-09-25 | 2011-03-30 | NV Bekaert SA | Machined spool for winding fine metal wire on |
| US9617112B1 (en) * | 2009-10-23 | 2017-04-11 | Southwire Company, Llc | Independently rotatable flanges and attachable arbor hole adapters |
| CN105443972B (en) * | 2014-08-21 | 2018-11-06 | 陕西汽车集团有限责任公司 | Vehicular liquefied natural gas cylinder and the heavy truck |
| FR3098209B1 (en) * | 2019-07-01 | 2021-06-04 | Conductix Wampfler France | COIL FOR WINDING AND UNWINDING A LINK |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1206683A (en) * | 1997-07-30 | 1999-02-03 | 特线工业株式会社 | Metal wire winding reel |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS453957Y1 (en) * | 1965-05-29 | 1970-02-24 | ||
| JPS5157282U (en) * | 1974-10-30 | 1976-05-06 | ||
| JPS5729978Y2 (en) * | 1976-02-17 | 1982-06-30 | ||
| JPS5748574A (en) * | 1980-09-01 | 1982-03-19 | Washiarumi Kk | Beam flange for fiber |
-
2004
- 2004-11-26 WO PCT/JP2004/017583 patent/WO2006057041A1/en active Application Filing
- 2004-11-26 CN CN2004800444914A patent/CN101065307B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1206683A (en) * | 1997-07-30 | 1999-02-03 | 特线工业株式会社 | Metal wire winding reel |
Non-Patent Citations (5)
| Title |
|---|
| JP昭29-12031Y1 1954.09.24 |
| JP昭45-3957Y1 1970.02.24 |
| JP昭57-29978Y2 1982.06.30 |
| JP昭57-48574A 1982.03.19 |
| JP昭和51-57282U 1976.05.06 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101065307A (en) | 2007-10-31 |
| WO2006057041A1 (en) | 2006-06-01 |
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