CN201546110U - Cradle device for supporting and unwinding metal filament folded yarn disk - Google Patents
Cradle device for supporting and unwinding metal filament folded yarn disk Download PDFInfo
- Publication number
- CN201546110U CN201546110U CN2009202697772U CN200920269777U CN201546110U CN 201546110 U CN201546110 U CN 201546110U CN 2009202697772 U CN2009202697772 U CN 2009202697772U CN 200920269777 U CN200920269777 U CN 200920269777U CN 201546110 U CN201546110 U CN 201546110U
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- damping
- spacing
- lock point
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Abstract
The utility model relates to a cradle device for supporting and unwinding metal filament folded yarn disk which is suitable for being used in the electric wire and cable, cable wire twisting mechanical equipment in the metallic product industry. The utility model includes a cradle rack (1), a left tightening component (2), a right tightening component (3), a locking device (4), a tension adjusting device (5) and a detection apparatus (6), wherein the left tightening component (2) includes an axle seat cover board (205), a damping bearing cover board (201), a damping axle seat (207), a left I-beam axle wheel shaft (210), a left positioning axle seat spacing (213) and a left spacing block (212); the right tightening component (3) includes an axle sleeve (307), a right positioning axle seat (306), a right I-beam axle wheel shaft (303), a positioning block (308), a right positioning axle seat spacing (311) and a right spacing block (310); the locking device (4) includes a torsion spring shaft (402), a torsion spring (401), a lock handle (410), a lock point block (404) and a lock point tapered end baffle (409) and a lock point tapered end (405). The utility model has the advantages of simple and convenient operation as well as adjustable tension with detection functions of deflection and locking.
Description
(1) technical field
The utility model relates to a kind of wire of electric wire class in the Steel Wire Products Industry, steel wire rope class twist-cutter tool equipment, cradle device that the strand dish supports and unreels of being suitable for.
(2) background technology
Before the utility model was made, the cradle device that the wire that is used for Steel Wire Products Industry electric wire class, steel wire rope class twist-cutter tool equipment in the past, strand dish support and unreel generally adopted shaft-penetrating type or pneumatic two end supports to form.It mainly has the following disadvantages:
1, the shaft-penetrating type structure is when the drum dishful needs clamping on cradle, after needing drum to put into cradle, artificial left hand is with the cradle sabot of tilting, and the right hand inserts cradle one end earlier with axle, hold up 360 ° of fine settings of drum gap with left hand again and axle is inserted drum, insert the cradle other end again by the right hand.Complicated operation and workload are heavy, and the operating time farm labourer is imitated low.
2, drum does not have the distinctive tension force tunable arrangement of damping chain, and is tight inconsistent during pine when having influence in the drum silk, strand unwinding tension, causes product twisting quality instability.
3, drum does not have the checkout gear of drum deflection and locking.In the drum use, be subjected to drum laying tension and the great little influence of dish, wave significantly about drum takes place easily and drum from the phenomenon that cradle breaks away from, cause the situation of dangerous use.
(3) summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, provide a kind of simple to operation, tension force is adjustable and have deflection and the measuring ability of locking wire, the strand dish cradle device that supports and unreel.
The purpose of this utility model is achieved in that the cradle device that a kind of wire, strand dish support and unreel, described cradle device comprises that bassinet stand, a left side hold out against assembly, the right side holds out against assembly, locker device, tension force tunable arrangement and checkout gear, and a left side holds out against assembly and the right side holds out against the centre that assembly lays respectively at the and arranged on left and right sides frame of bassinet stand;
A described left side holds out against assembly and comprises the axle bed cover plate, the damping bearing cover plate, the damping axle bed, left side I-shaped wheel shaft, spacing and the left limit block of location, left side axle bed, the left frame of axle bed cover plate and bassinet stand is connected and fixed, the damping bearing cover plate is sleeved on the inner of axle bed cover plate by first deep groove ball bearing, the damping axle bed is arranged in the axle bed cover plate, left side I-shaped wheel shaft is installed in the damping axle bed by left deep groove ball bearing and left comer contact bearing, the damping axle bed is stretched out in the inner of left side I-shaped wheel shaft, left side location axle bed is installed in the shifting chute on the bassinet stand left frame, the left limit block be installed in left side location axle bed spacing on, the damping axle bed is provided with flange, the spacing groove that is provided with of left side location axle bed, flange on the damping axle bed and spacing concavo-convex the matching of groove of left side location axle bed.By the jacking of spacing mobile realization damping axle bed, left deep groove ball bearing, left comer contact bearing and the left I-shaped wheel shaft in bassinet stand left frame shifting chute of left side location axle bed and the top folder action of withdrawing from.
The described right side holds out against assembly and comprises axle sleeve, right location axle bed, right I-shaped wheel shaft, locating piece, the spacing and right limit block of right location axle bed,
The left side frame of axle sleeve and bassinet stand is connected and fixed, right location axle bed is arranged in the axle sleeve, right I-shaped wheel shaft is installed in the axle bed of right location by right deep groove ball bearing and right corner contact bearing, locating piece is arranged at the axle sleeve inboard, and be connected and fixed with axle sleeve and bassinet stand left side frame, right location axle bed is installed in the shifting chute on the bassinet stand left side frame, the right limit block be installed in right location axle bed spacing on, right location axle bed is provided with flange, spacing right groove, the flange on the axle bed of right location and spacing concavo-convex the matching of groove of right location axle bed of being provided with of right location axle bed.By the spacing mobile top folder action that realizes the jacking of right location axle bed and right deep groove ball bearing, bearing spacer and right corner contact bearing and right I-shaped wheel shaft and withdraw from bassinet stand left side frame shifting chute of location, right side axle bed.
Described locker device comprises torsion axis, torsion spring, shank of the key, lock point block, lock point tapered end baffle plate, lock point tapered end and lock point block pin, torsion axis is connected in a described bassinet stand left side on one side, between the right side frames, torsion spring set is contained on the torsion axis, torsion spring the inner is fixed on a described bassinet stand left side on one side, on the crosspiece between the right side frames, the torsion spring outer end links to each other with shank of the key, shank of the key is installed on the torsion axis of bassinet stand inboard, shank of the key links to each other with spacing and right spacing the location by notch of location, right side axle bed that holds out against assembly of location, left side axle bed that a described left side holds out against assembly, lock point block be fixed on the right side hold out against location, the right side axle bed of assembly spacing on, lock point tapered end baffle plate is fixed on the right side and holds out against on the right limit block of assembly, lock point tapered end is connected on the lock point tapered end baffle plate with straight pin, lock point block pin is connected with lock point tapered end, is installed with lock point spring on the lock point block pin;
Described tension force tunable arrangement comprises damping wheel, damping wheel is scraped pin, tension spring, damping tape, damp connecting lever, damping locating piece and adjusting nut, damping wheel is fixedly connected on a left side and holds out against on the damping bearing cover plate of assembly, damping wheel is scraped pin and is installed on the described damping wheel inner face, tension spring one end is fixed on the bassinet stand, the other end links to each other with an end of damping tape, the damping tape adapter ring is in the groove of damping wheel, the other end of damping tape links to each other with an end of damp connecting lever, the other end of damp connecting lever is threaded with the damping locating piece, the damping locating piece is installed in an inboard left side, a bassinet stand left side, on the crosspiece between the right side frames, revolve on the damp connecting lever in the damping locating piece outside and put adjusting nut.Change the size of the resistance of I-beam wheel unwrapping wire by the degree of tightness of adjusting adjusting nut.
Described checkout gear comprises detection of reflected plate and photoelectric probe, and the detection of reflected plate is positioned at the spacing locating hole place of axle bed, location, a left side that a left side holds out against assembly, and photoelectric probe is positioned on the outer casing of cradle equipment.
The beneficial effects of the utility model are:
1, because bassinet stand assembly of the present utility model provides a kind of up and down drawing operation, the lockpin-type structure under spring action, guarantee lock pin be locked into locating slot after drum jacking locking firmly motionless, guarantee that the I-beam wheel axle clamp holds the security reliability of support.
2, change the size of the resistance of I-beam wheel unwrapping wire by the degree of tightness of adjusting adjusting nut.Dynamically adjust silk in the drum, strand unwinding tension by this device in the unwrapping wire process, tight phenomenon during pine makes product twisting steady quality when effectively solving unwinding tension.
3, in the drum use, this device can effectively solve and wave significantly about drum takes place easily and the not fastening phenomenon that breaks away from from cradle in drum support location.
In sum, the utility model locker is easy to operate; Safe; The control of tension force size evenly; The planarization of product twisting is good; Fault rate is low, easy to maintenance.
Because bassinet stand assembly of the present utility model is the double end jacking and ejects Sliding Structures, to the highly versatile of drum locker, security is good.Different sizes cooperates the needs that can satisfy 150 types, 200 types, 250 model, 300 types, 400 types, 500 types, 630 types, 800 types, the corresponding specification drum of 1000 types strand sth. made by twisting equipment.
(4) description of drawings
Fig. 1 is the side view of the utility model wire, the strand dish cradle device that supports and unreel.
Fig. 2 is the vertical view behind Fig. 1 half-twist.
Fig. 3 is the left side view of Fig. 1.
Fig. 4 is a mobile locker device schematic diagram of the present utility model.
Fig. 5 is the left side view of Fig. 4.
Fig. 6 is the vertical view of Fig. 4.
Reference numeral among the figure:
Bassinet stand 1,
A left side holds out against assembly 2, damping bearing cover plate 201, soket head cap screw 202, damping wheel deep groove ball bearing 203, circlip 204, axle bed cover plate 205, left screw 206, damping axle bed 207, left comer contact bearing 208, left deep groove ball bearing 209, left I-shaped wheel shaft 210, left circlip for shaft 211, left limit block 212, location, left side axle bed spacing 213;
The right side holds out against assembly 3, right deep groove ball bearing 301, bearing spacer 302, right I-shaped wheel shaft 303, circlip for shaft 304, right corner contact bearing 305, axle sleeve 307, right location axle bed 306, locating piece 308, right screw 309, right limit block 310; Right location axle bed spacing 311;
Locker device 4, torsion spring 401, torsion axis 402, circlip for shaft 403, lock point block 404, lock point tapered end 405, lock point spring 406, lock point block pin 407, straight pin 408, lock point tapered end baffle plate 409, shank of the key 410;
Tension force tunable arrangement 5, tension spring 501, damping wheel are scraped pin 502, damping wheel 503, damping tape 504, adjusting nut 505, damp connecting lever 506, damping locating piece 507;
Detection of reflected plate 6.
(5) specific embodiment
Referring to Fig. 1～3, Fig. 1 is the side view of the utility model wire, the strand dish cradle device that supports and unreel.Fig. 2 is the vertical view behind Fig. 1 half-twist.Fig. 3 is the left side view of Fig. 1.By Fig. 1, Fig. 2 and Fig. 3 as can be seen, the cradle device that the utility model wire, strand dish support and unreel, mainly by bassinet stand 1, a left side hold out against assembly 2, the right side holds out against assembly 3, locker device 4, tension force tunable arrangement 5 and checkout gear and forms.
Described bassinet stand 1 is a support, and a left side holds out against assembly 2 and the right side holds out against the centre that assembly 3 lays respectively at the and arranged on left and right sides frame of bassinet stand 1.
A left side holds out against assembly 2 and mainly is made up of damping bearing cover plate 201, damping wheel deep groove ball bearing 203, axle bed cover plate 205, left screw 206, damping axle bed 207, left comer contact bearing 208, left deep groove ball bearing 209, left I-shaped wheel shaft 210, left circlip for shaft 211, left limit block 212 and location, left side axle bed spacing 213.Described axle bed cover plate 205 is connected and fixed by the left frame of left screw 206 with bassinet stand, and damping bearing cover plate 201 is sleeved on the inner of axle bed cover plate 205 by first deep groove ball bearing 203.Damping axle bed 207 is arranged in the axle bed cover plate 205, left side I-shaped wheel shaft 210 is installed in the damping axle bed 207 by left deep groove ball bearing 209 and left comer contact bearing 208, damping axle bed 207 is stretched out in the inner of left side I-shaped wheel shaft 210, and left I-shaped wheel shaft 210 axle heads are provided with left circlip for shaft 211.Left side location axle bed spacing 213 is installed in the shifting chute on bassinet stand 1 left frame, and left limit block 212 is installed on the axle bed spacing 213 of location, a left side, and damping axle bed 207 is provided with flange; Location, left side axle bed spacing 213 is provided with groove, flange on the damping axle bed 207 and left concavo-convex the matching of groove of locating axle bed spacing 213 are by the jacking of mobile realization damping axle bed 207, left deep groove ball bearing 209, left comer contact bearing 208 and the left I-shaped wheel shaft 210 of left side location axle bed spacing 213 in bassinet stand 1 left frame shifting chute and the top folder action of withdrawing from.
The described right side holds out against assembly 3 and mainly is made up of right deep groove ball bearing 301, bearing spacer 302, right I-shaped wheel shaft 303, circlip for shaft 304, right corner contact bearing 305, axle sleeve 307, right location axle bed 306, locating piece 308, right screw 309, right limit block 310 and right location axle bed spacing 311.Described axle sleeve 307 is connected and fixed by the left side frame of right screw 309 with bassinet stand, right location axle bed 306 is arranged in the axle sleeve 307, right I-shaped wheel shaft 303 is installed in the axle bed 306 of right location by right deep groove ball bearing 301, bearing spacer 302 and right corner contact bearing 305, right I-shaped wheel shaft 303 axle heads are provided with right circlip for shaft 304, locating piece 308 is arranged at axle sleeve 307 inboards, and is connected and fixed with right screw 309 and axle sleeve 307 and bassinet stand 1 left side frame.Right location axle bed spacing 311 is installed in the shifting chute on bassinet stand 1 left side frame, and right limit block 310 is installed on the axle bed spacing 311 of right location, and right location axle bed 306 is provided with flange; Right location axle bed spacing 311 is provided with right groove, flange on the axle bed 306 of right location and right concavo-convex the matching of groove of locating axle bed spacing 311 are by the mobile top folder action that realize the jacking of right location axle bed 306 and right deep groove ball bearing 301, bearing spacer 302 and right corner contact bearing 305 and right I-shaped wheel shaft 303 and withdraw from of location, right side axle bed spacing 311 in bassinet stand 1 left side frame shifting chute.
Described locker device 4 mainly is made up of torsion spring 401, torsion axis 402, circlip for shaft 403, lock point block 404, lock point tapered end 405, lock point spring 406, lock point block pin 407, straight pin 408, lock point tapered end baffle plate 409 and shank of the key 410.Described torsion axis 402 is connected between the described bassinet stand 1 and arranged on left and right sides frame on one side, torsion spring 401 is sleeved on the torsion axis 402, torsion spring 401 the inners are fixed on the crosspiece between the described bassinet stand 1 and arranged on left and right sides frame on one side, torsion spring 401 outer ends link to each other with shank of the key 410, shank of the key 410 is installed on the torsion axis 402 of bassinet stand 2 inboards, and torsion axis 402 axle heads are provided with circlip for shaft 403.Shank of the key 410 can rotate 32 ° around torsion axis 402.Shank of the key 410 links to each other by the notch location with right location, the right side axle bed spacing 311 that holds out against assembly 3 with location, the left side axle bed spacing 213 that a described left side holds out against assembly 2.Lock point block 404 is fixed on the right side and holds out against on location, the right side axle bed spacing 311 of assembly 3, and lock point tapered end baffle plate 409 is fixed on the right limit block 310.Lock point tapered end 405 usefulness straight pins 408 are connected on the lock point tapered end baffle plate 409, and lock point block pin 407 is connected with lock point tapered end 405, are installed with lock point spring 406 on the lock point block pin 407, as Fig. 4～6.
Described tension force tunable arrangement 5 is scraped pin 502, damping wheel 503, damping tape 504, adjusting nut 505, damp connecting lever 506 and damping locating piece by tension spring 501, damping wheel and is formed.Damping wheel 503 usefulness soket head cap screws 202 are fixedly connected on a left side and hold out against on the damping bearing cover plate 201 of assembly 2, a damping wheel 503 and a left side hold out against between the axle bed cover plate 205 of assembly 2 sets circlip 204, damping wheel is scraped pin 502 and is installed on described damping wheel 503 inner faces, tension spring 501 1 ends are fixed on the bassinet stand 1, the other end links to each other with an end of damping tape 504, damping tape 504 adapter rings are in the groove of damping wheel 503, the other end of damping tape 504 links to each other with an end of damp connecting lever 506, the other end of damp connecting lever 506 is threaded with damping locating piece 507, damping locating piece 507 is installed in an inboard left side, bassinet stand 1 left side, on the crosspiece between the right side frames, revolve on the damp connecting lever 506 in damping locating piece 507 outsides and put adjusting nut 505, change the size of the resistance of I-beam wheel unwrapping wire by the degree of tightness of adjusting adjusting nut 505.
Described checkout gear mainly is made up of detection of reflected plate 6 and photoelectric probe.Detection of reflected plate 6 is positioned at two locating hole places that a left side holds out against spacing 213 left sides of axle bed, location, a left side of assembly 2, as Fig. 6.Photoelectric probe is positioned on the outer casing of cradle equipment.
Claims (1)
1. a wire, the strand dish cradle device that supports and unreel, it is characterized in that described cradle device comprises that bassinet stand (1), a left side hold out against assembly (2), the right side holds out against assembly (3), locker device (4), tension force tunable arrangement (5) and checkout gear, a left side holds out against assembly (2) and the right side holds out against the centre that assembly (3) lays respectively at the and arranged on left and right sides frame of bassinet stand (1);
A described left side holds out against assembly (2) and comprises axle bed cover plate (205), damping bearing cover plate (201), damping axle bed (207), left side I-shaped wheel shaft (210), left side location axle bed spacing (213) and left limit block (212), axle bed cover plate (205) is connected and fixed with the left frame of bassinet stand (1), damping bearing cover plate (201) is sleeved on the inner of axle bed cover plate (205) by first deep groove ball bearing (203), damping axle bed (207) is arranged in the axle bed cover plate (205), left side I-shaped wheel shaft (210) is installed in the damping axle bed (207) by left deep groove ball bearing (209) and left comer contact bearing (208), damping axle bed (207) is stretched out in the inner of left side I-shaped wheel shaft (210), left side location axle bed spacing (213) is installed in the shifting chute on bassinet stand (1) left frame, left limit block (212) is installed on the left side location axle bed spacing (213), damping axle bed (207) is provided with flange, left side location axle bed spacing (213) is provided with groove, flange on the damping axle bed (207) and left concavo-convex the matching of groove of locating axle bed spacing (213);
The described right side holds out against assembly (3) and comprises axle sleeve (307), right location axle bed (306), right I-shaped wheel shaft (303), locating piece (308), right location axle bed spacing (311) and right limit block (310), axle sleeve (307) is connected and fixed with the left side frame of bassinet stand (1), right location axle bed (306) is arranged in the axle sleeve (307), right I-shaped wheel shaft (303) is installed in the right location axle bed (306) by right deep groove ball bearing (301) and right corner contact bearing (305), locating piece (308) is arranged at axle sleeve (307) inboard, and be connected and fixed with axle sleeve (307) and bassinet stand (1) left side frame, right location axle bed spacing (311) is installed in the shifting chute on bassinet stand (1) left side frame, right limit block (310) is installed on the right location axle bed spacing (311), right location axle bed (306) is provided with flange, right side location axle bed spacing (311) is provided with right groove, flange on the right location axle bed (306) and right concavo-convex the matching of groove of locating axle bed spacing (311);
Described locker device (4) comprises torsion axis (402), torsion spring (401), shank of the key (410), lock point block (404), lock point tapered end baffle plate (409), lock point tapered end (405) and lock point block pin (407), torsion axis (402) is connected in described bassinet stand (a 1) left side on one side, between the right side frames, torsion spring (401) is sleeved on the torsion axis (402), torsion spring (401) the inner is fixed on described bassinet stand (a 1) left side on one side, on the crosspiece between the right side frames, torsion spring (401) outer end links to each other with shank of the key (410), shank of the key (410) is installed on the inboard torsion axis (402) of bassinet stand (2), shank of the key (410) links to each other by the notch location with the right side location axle bed spacing (311) that the right side holds out against assembly (3) with the left side location axle bed spacing (213) that a described left side holds out against assembly (2), lock point block (404) is fixed on the right side and holds out against on the right side location axle bed spacing (311) of assembly (3), lock point tapered end baffle plate (409) is fixed on the right side and holds out against on the right limit block (310) of assembly (3), lock point tapered end (405) is connected on the lock point tapered end baffle plate (409) with straight pin (408), lock point block pin (407) is connected with lock point tapered end (405), is installed with lock point spring (406) on the lock point block pin (407);
Described tension force tunable arrangement (5) comprises damping wheel (503), damping wheel is scraped pin (502), tension spring (501), damping tape (504), damp connecting lever (506), damping locating piece (507) and adjusting nut (505), damping wheel (503) is fixedly connected on a left side and holds out against on the damping bearing cover plate (201) of assembly (2), damping wheel is scraped pin (502) and is installed on described damping wheel (503) inner face, tension spring (501) one ends are fixed on the bassinet stand (1), the other end links to each other with an end of damping tape (504), damping tape (504) adapter ring is in the groove of damping wheel (503), the other end of damping tape (504) links to each other with an end of damp connecting lever (506), the other end of damp connecting lever (506) is threaded with damping locating piece (507), damping locating piece (507) is installed in an inboard left side, bassinet stand (a 1) left side, on the crosspiece between the right side frames, revolve on the damp connecting lever (506) in damping locating piece (507) outside and put adjusting nut (505);
Described checkout gear comprises detection of reflected plate (6) and photoelectric probe, and detection of reflected plate (6) is positioned at the locating hole place that a left side holds out against the left side location axle bed spacing (213) of assembly, and photoelectric probe is positioned on the outer casing of cradle equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202697772U CN201546110U (en) | 2009-10-29 | 2009-10-29 | Cradle device for supporting and unwinding metal filament folded yarn disk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202697772U CN201546110U (en) | 2009-10-29 | 2009-10-29 | Cradle device for supporting and unwinding metal filament folded yarn disk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201546110U true CN201546110U (en) | 2010-08-11 |
Family
ID=42601282
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202697772U Expired - Lifetime CN201546110U (en) | 2009-10-29 | 2009-10-29 | Cradle device for supporting and unwinding metal filament folded yarn disk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201546110U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101697294B (en) * | 2009-10-29 | 2011-03-16 | 江苏法尔胜泓昇集团有限公司 | Cradle device for supporting and unwinding metal wire and braised wire coil |
-
2009
- 2009-10-29 CN CN2009202697772U patent/CN201546110U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101697294B (en) * | 2009-10-29 | 2011-03-16 | 江苏法尔胜泓昇集团有限公司 | Cradle device for supporting and unwinding metal wire and braised wire coil |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100811 Effective date of abandoning: 20110316 |