CN105880429A - Combined device for alloy wire straightening - Google Patents
Combined device for alloy wire straightening Download PDFInfo
- Publication number
- CN105880429A CN105880429A CN201610458114.XA CN201610458114A CN105880429A CN 105880429 A CN105880429 A CN 105880429A CN 201610458114 A CN201610458114 A CN 201610458114A CN 105880429 A CN105880429 A CN 105880429A
- Authority
- CN
- China
- Prior art keywords
- main body
- alloy wire
- plate
- roller
- coalignment
- Prior art date
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F1/00—Bending wire other than coiling; Straightening wire
- B21F1/02—Straightening
Abstract
The invention provides a combined device for alloy wire straightening. The combined device comprises a tensile straightening device, a rolling straightening device and a tension straightening device. The tensile straightening device, the rolling straightening device and the tension straightening device are sequentially fixed to a workbench. Alloy wires are straightened after being subjected to primary plastic deformation through the tensile straightening device, plastic deformation through the rolling straightening device and tensile deformation through the tension straightening device in sequence. According to the combined device, the alloy wires are straightened after being subjected to primary plastic deformation through the tensile straightening device, plastic deformation through the rolling straightening device and tensile deformation through the tension straightening device in sequence, so that the straightening production efficiency of the alloy wires is improved, and labor intensity is lowered; the alloy wires are uniformly stressed in the straightening process, and the length of the alloy wires needing to be straightened every time can be controlled.
Description
Technical field
The invention belongs to a material finished machined technical field, be specifically related to a kind of for alloy wire alignment
Combination unit.
Background technology
During instrument and meter assembles, it usually needs will use after alloy wire alignment, the conjunction after alignment
Spun gold material need to have certain physical and mechanical property, and existing alloy wire coalignment silk material alignment is raw
Product efficiency is low, labor intensity big, cannot ensure the chi of alloy wire in alignment process because of unbalance stress
Very little uniformity, thus affect the quality of alloy wire, when alloy wire alignment size is required, existing
There is the most uncontrollable alloy wire length every time needing alignment of coalignment, therefore, it is necessary to change
Enter.
Summary of the invention
Present invention solves the technical problem that: a kind of combination unit for alloy wire alignment is provided, will close
Spun gold material sequentially pass through stretching coalignment first step plastic deformation, roll coalignment plastic deformation and
Realize the alignment to alloy wire after the stretcher strain of tension force coalignment, improve alloy wire alignment and produce
Efficiency, reduces labor intensity, and alloy wire is uniform force in alignment process, and can control to need every time
Want the length of the alloy wire of alignment.
The technical solution used in the present invention: for the combination unit of alloy wire alignment, including stretching alignment
Device, roll coalignment and tension force coalignment, described stretching coalignment, roll coalignment and
Tension force coalignment is in turn secured on workbench, and alloy wire sequentially passes through the preliminary of stretching coalignment
Realize involutory after the stretcher strain of plastic deformation, the plastic deformation rolling coalignment and tension force coalignment
The alignment of spun gold material.
Wherein, described stretching coalignment includes main body I, wired plate and stretching roller group, described main body
I two ends are respectively and fixedly provided with the wired plate opening of wired plate and F shape structure and arrange outwardly, described wired plate upper end
Two boards be provided with fishbolt, described main body I be provided with two groups of stretching roller groups arranged in length and breadth and
Stretching roller group is between two wired plates, and described stretching roller group includes five I rollers, adjustable plate I
With adjusting screw rod I, described main body I is provided with three roller I and adjustable plate I is provided with staggered therewith connecing
Two roller I touched, described adjustable plate I is perpendicular to main body I and is arranged on main body by adjusting screw rod I
On I, described adjusting screw rod I is set with spring I and spring I is placed between main body I and adjustable plate I,
And regulate the size of pressure, institute between main body I and adjustable plate I upper roller I by turn adjusting screw rod I
State alloy wire and pass the hole being formed on wired plate after the roller I of two groups of stretching roller groups arranged in length and breadth
It is formed on the hole on wired plate through another, and by tightening fishbolt by solid for the clamping of alloy wire two ends
It is scheduled on wired plate.
Further, described in roll coalignment and include main body II, cross filament plate and rolling-compaction roller group, described
Main body II two ends and middle part were respectively and fixedly provided with filament plate, described main body II be provided with two groups arrange in length and breadth roll
Roller group and rolling-compaction roller group are crossed between filament plate two-by-two, described rolling-compaction roller group include four rolling II,
Adjustable plate II and adjusting screw rod II, described main body II is provided with two roller II and adjustable plate II be provided with
Correspondence and two roller II contacting, described adjustable plate II is perpendicular to main body II and by adjusting screw rod II
It is arranged in main body II, described adjusting screw rod II is set with spring II and spring II is placed in main body II and adjusts
Between joint plate II, and regulate pressure between main body II and adjustable plate II upper roller II by turn adjusting screw rod II
The size of power, described alloy wire is through two groups of the hole rolling-compaction roller arranged in length and breadth being formed on filament plate
The roller II of group passes another hole being formed on filament plate after rolling.
Further, described tension force coalignment includes main body III, tooth bar, gear shaft, crosses guide frame and hands
Handle assembly, described main body III is shaped with axis hole and axis hole side is shaped with T-shaped groove that is normal thereto and that connect,
Being shaped with the mounting groove connected with T-shaped groove outside described main body III, described tooth bar is installed in T-shaped groove,
Described tooth bar is engaged with the gear shaft being arranged in axis hole by bearing and axis hole juxtaposition is stretched out in gear shaft upper end
Outside in body III, described cross guide frame be U-shaped structure and cross be placed in mounting groove bottom guide frame in and and tooth bar
Fixing connecting, described guide frame of crossing is provided with bolt and alloy wire end was placed in the U-lag of guide frame also
Being fastened by bolt clip, described main body III is provided with erects the baffle plate of position limitation protection and baffle plate divides to silk rolling
Not being fixed in the main body III at mounting groove two ends, described Handleset is arranged on gear shaft upper end and by rotation
Turn band carry-over bar after Handleset makes gear shaft rotate to move in T-shaped groove, described rack drives silk rolling
Frame moves in mounting groove thus draws the alloy wire being fixed on guide frame and move.
Further, the material of I roller in described stretching roller group is that lucite is made, described stone roller
Roller II in nip drum wheels is that polyurethane material is made.
Present invention advantage compared with prior art:
1, the stretched coalignment of alloy wire first step plastic deformation, roll coalignment plasticity become
Realizing the alignment to alloy wire after the stretcher strain of shape and tension force coalignment, Each part is simple,
Alloy wire convenient mounting and clamping；
2, the pressure acted on alloy wire can be adjusted according to alloy wire material difference, respectively
Regulated by turn adjusting screw rod I and adjusting screw rod II and press between main body I and adjustable plate I upper roller I
Between the size of power, main body II and adjustable plate II upper roller II, the size of pressure, convenient and swift, use with
The alloy wire alignment of unlike material, applied range；
3, this structure improves alloy wire alignment production efficiency, reduces labor intensity, and alloy wire is in school
Uniform force during Zhi, and can control to need the length of the alloy wire of alignment every time.
Accompanying drawing explanation
Fig. 1 is that the present invention stretches coalignment structural front view；
Fig. 2 is that the present invention stretches coalignment structure top view；
Fig. 3 is that the present invention rolls coalignment structural front view；
Fig. 4 is that the present invention rolls coalignment structure top view；
Fig. 5 is tension force coalignment structural representation of the present invention；
Fig. 6 is the A-A sectional view of Fig. 5.
Detailed description of the invention
1-6 describes a kind of embodiment of the present invention below in conjunction with the accompanying drawings.
Combination unit for alloy wire alignment, it is characterised in that: include stretching coalignment, rolling
Coalignment and tension force coalignment, described stretching coalignment, roll coalignment and tension force alignment dress
Put and be in turn secured on workbench, alloy wire sequentially pass through stretching coalignment first step plastic deformation,
The school to alloy wire is realized after rolling the plastic deformation of coalignment and the stretcher strain of tension force coalignment
Directly；Wherein, described stretching coalignment includes main body I 1, wired plate 2 and stretching roller group 3, described
Main body I 1 two ends are respectively and fixedly provided with wired plate 2 opening of wired plate 2 and F shape structure and arrange outwardly, described folder
The two boards of filament plate 2 upper end is provided with fishbolt 4, and described main body I 1 is provided with two groups and arranges in length and breadth
Stretching roller group 3 and stretching roller group 3 are between two wired plates 2, and described stretching roller group 3 includes
Five I rollers 5, adjustable plate I 6 and adjusting screw rod I 7, described main body I 1 is provided with three roller I 5
And adjustable plate I 6 is provided with two roller I 5 of interlacing contact therewith, described adjustable plate I 6 is perpendicular to main
Body I 1 is also arranged in main body I 1 by adjusting screw rod I 7, and described adjusting screw rod I 7 is set with bullet
Spring I 8 and spring I 8 are placed between main body I 1 and adjustable plate I 6, and are adjusted by turn adjusting screw rod I 7
The size of pressure between joint main body I 1 and adjustable plate I 6 upper roller I 5, described alloy wire is through being formed on
Hole on wired plate 2 is formed on through another after the roller I 5 of two groups of stretching roller groups 3 arranged in length and breadth
Hole on wired plate 2, and by tightening fishbolt 4, alloy wire two ends are fixedly clamped at wired plate 2
On；Concrete, described in roll coalignment and include main body II 9, cross filament plate 10 and rolling-compaction roller group 11,
Described main body II 9 two ends and middle part were respectively and fixedly provided with filament plate 10, and described main body II 9 is provided with two groups and arranges in length and breadth
Rolling-compaction roller group 11 and the rolling-compaction roller group 11 of row are crossed between filament plate 10 two-by-two, described rolling-compaction roller
Group 11 includes that four rolling II 12, adjustable plate II 13 and adjusting screw rod II 14, described main body II 9 are provided with
Two roller II 12 and adjustable plate II 13 are provided with two roller II 12 that are corresponding therewith and that contact, described tune
Joint plate II 13 is perpendicular to main body II 9 and is arranged in main body II 9 by adjusting screw rod II 14, described regulation
It is set with spring II 15 on screw rod II 14 and spring II 15 is placed between main body II 9 and adjustable plate II 13, and
By pressure big between turn adjusting screw rod II 14 regulation main body II 9 and adjustable plate II 13 upper roller II 12
Little, that described alloy wire arranges in length and breadth through two groups of the hole being formed on filament plate 10 rolling-compaction roller group 11
Roller II 12 roll after through another be formed on the hole on filament plate 10；Concrete, described tension force alignment
Device includes main body III 16, tooth bar 17, gear shaft 18, crosses guide frame 23 and Handleset 19, described master
It is shaped with axis hole 20 on body III 16 and axis hole 20 side is shaped with T-shaped groove 21 that is normal thereto and that connect, institute
Stating and be shaped with the mounting groove 22 connected with T-shaped groove 21 outside main body III 16, described tooth bar 17 is installed on T
In type groove 21, described tooth bar 17 engage with the gear shaft 18 being arranged in axis hole 20 by bearing and
Gear shaft 18 upper end is stretched out axis hole 20 and is placed in body III 16 outside, and described guide frame 23 of crossing is U-shaped structure
And cross be placed in mounting groove 22 bottom guide frame 23 in and fixing with tooth bar 17 is connected, on described mistake guide frame 23
Be provided with bolt 24 and alloy wire end be placed in the U-lag of guide frame 23 in and consolidated by bolt 24 clamping
Fixed, baffle plate 25 and baffle plate 25 that described main body III 16 is provided with crossing 23 position limitation protections of guide frame are solid respectively
Being scheduled in the main body III 16 at mounting groove 22 two ends, described Handleset 19 is arranged on gear shaft 18 upper end also
After making gear shaft 18 rotate by rotary handle assembly 19, band carry-over bar 17 moves in T-shaped groove 21,
Described tooth bar 17 drove guide frame 23 to move in mounting groove 22 thus drew and be fixed on guide frame 23
Alloy wire move；Concrete, the material of I roller 5 in described stretching roller group 3 is organic glass
Glass is made, and the roller II 12 in described rolling-compaction roller group 11 is made for polyurethane material.
When alloy wire is carried out alignment, first by stretching coalignment, roll coalignment and tension force school
Straight device is given successively and is fixed on the table, afterwards the alloy wire needing alignment is sequentially passed through main body I 1
After side is formed on the hole on wired plate 2, after the roller I 5 of two groups of stretching roller groups 3 arranged in length and breadth
After being formed on the hole on wired plate 2 through another, and by tightening fishbolt 4 by alloy wire two ends
Being fixedly clamped on wired plate 2, the roller I 5 in drawn coalignment carries out preliminary school to alloy wire
After Zhi, between roller I 5, the big I of pressure is regulated by turn adjusting screw rod I 7, and alloy wire is preliminary
Carrying out plastic deformation, unscrew fishbolt 4 afterwards and alloy wire taken out, alloy wire is through system
Behind the hole crossed on filament plate 10, roll through the roller II 12 of two groups of rolling-compaction roller groups 11 arranged in length and breadth,
It was formed on the hole on filament plate 10 through another afterwards, according to alignment needs, turn adjusting screw rod can be passed through
The size of pressure between II 14 regulation main bodys II 9 and adjustable plate II 13 upper roller II 12, through rolling alignment dress
Alloy wire is made alloy wire reach the purpose of plastic deformation to after crowded rolling by the roller II 12 put, and will close
It was fixedly clamped in spun gold material end is placed in the U-lag of guide frame 23 and by bolt 24, rotated hands afterwards
Handle assembly 19, makes Handleset 19 driven gear axle 18 rotate, so that gear shaft 18 drives and nibbles therewith
The carry-over bar 17 closed moves in T-shaped groove 21, and tooth bar 17 drove guide frame 23 at mounting groove afterwards
Move in 22 thus draw the alloy wire being fixed on guide frame 23 and move, make alloy wire stretched
Cheng Zhong, uniform force is stable, and can control to need the length requirement of stretching, alloy wire alignment every time
After completing, looser a bolt and 24 alloy wire is taken out.
Above-described embodiment, simply presently preferred embodiments of the present invention, be not used for limiting the scope of the present invention,
Therefore all with content described in the claims in the present invention done equivalence change, all should be included in right of the present invention want
Within the scope of asking.
Claims (5)
1. for the combination unit of alloy wire alignment, it is characterised in that: include stretching coalignment, stone roller
Pressure coalignment and tension force coalignment, described stretching coalignment, rolls coalignment and tension force alignment
Device is in turn secured on workbench, alloy wire sequentially pass through stretching coalignment first step plastic deformation,
The school to alloy wire is realized after rolling the plastic deformation of coalignment and the stretcher strain of tension force coalignment
Directly.
Combination unit for alloy wire alignment the most according to claim 1, it is characterised in that:
Described stretching coalignment includes main body I (1), wired plate (2) and stretching roller group (3), described master
Body I (1) two ends are respectively and fixedly provided with wired plate (2) opening of wired plate (2) and F shape structure and arrange outwardly,
The two boards of described wired plate (2) upper end is provided with fishbolt (4), and described main body I (1) sets
Have two groups of stretching roller groups (3) arranged in length and breadth and stretching roller group (3) be positioned at two wired plates (2) it
Between, described stretching roller group (3) includes five I rollers (5), adjustable plate I (6) and adjusting screw rod
I (7), described main body I (1) is provided with three roller I (5) and adjustable plate I (6) be provided with
Two roller I (5) of interlacing contact, described adjustable plate I (6) is perpendicular to main body I (1) and leads to
Overregulate screw rod I (7) to be arranged in main body I (1), described adjusting screw rod I (7) is set with bullet
Spring I (8) and spring I (8) are placed between main body I (1) and adjustable plate I (6), and by rotation
Press between dynamic adjusting screw rod I (7) regulation main body I (1) and adjustable plate I (6) upper roller I (5)
The size of power, described alloy wire is through two groups of the hole stretching arranged in length and breadth being formed on wired plate (2)
The roller I (5) of roller group (3) is formed on the hole on wired plate (2) through another afterwards, and by twisting
Alloy wire two ends are fixedly clamped on wired plate (2) by tight fishbolt (4).
Combination unit for alloy wire alignment the most according to claim 2, it is characterised in that:
The described coalignment that rolls includes main body II (9), crosses filament plate (10) and rolling-compaction roller group (11), described
Main body II (9) two ends and middle part were respectively and fixedly provided with filament plate (10), and described main body II (9) is provided with two groups
The rolling-compaction roller group (11) arranged in length and breadth and rolling-compaction roller group (11) be positioned at two-by-two cross filament plate (10) it
Between, described rolling-compaction roller group (11) includes four rolling II (12), adjustable plate II (13) and regulation spiral shell
Bar II (14), described main body II (9) is provided with on two roller II (12) and adjustable plate II (13)
Being provided with two roller II (12) that are corresponding therewith and that contact, described adjustable plate II (13) is perpendicular to main body II
(9) and by adjusting screw rod II (14) it is arranged in main body II (9), described adjusting screw rod II (14)
On be set with spring II (15) and spring II (15) be placed in main body II (9) and adjustable plate II (13) it
Between, and by turn adjusting screw rod II (14) regulation main body II (9) and adjustable plate II (13) upper roller
The size of pressure between II (12), described alloy wire is through being formed on the hole two on filament plate (10)
The roller II (12) of the rolling-compaction roller group (11) that group arranges in length and breadth is formed on silk rolling through another after rolling
Hole on plate (10).
Combination unit for alloy wire alignment the most according to claim 3, it is characterised in that:
Described tension force coalignment includes main body III (16), tooth bar (17), gear shaft (18), crosses guide frame (23)
With Handleset (19), described main body III (16) is shaped with axis hole (20) and axis hole (20) side system
T-shaped groove (21) that is normal thereto and that connect, described main body III (16) outside is had to be shaped with and T-shaped groove
(21) mounting groove (22) connected, described tooth bar (17) is installed in T-shaped groove (21), described
Tooth bar (17) is engaged and gear shaft (18) with the gear shaft (18) being arranged in axis hole (20) by bearing
Upper end is stretched out axis hole (20) and is placed in body III (16) outside, and described guide frame (23) of crossing is U-shaped knot
Fix in being placed in mounting groove (22) bottom structure and excessively guide frame (23) and with tooth bar (17) and be connected, described
Cross guide frame (23) and be provided with bolt (24) and alloy wire end was placed in the U-lag of guide frame (23)
In and be fixedly clamped by bolt (24), described main body III (16) is provided with crossing guide frame (23)
The baffle plate (25) of position limitation protection and baffle plate (25) are separately fixed at the main body III at mounting groove (22) two ends
(16), on, described Handleset (19) is arranged on gear shaft (18) upper end and by rotary handle group
After part (19) makes gear shaft (18) rotate, band carry-over bar (17) moves in T-shaped groove (21),
Described tooth bar (17) drove guide frame (23) to move in mounting groove (22) thus drew and be fixed on
Alloy wire on guide frame (23) moves.
5. according to the combination unit for alloy wire alignment described in claim 1 or 2 or 3 or 4, its
It is characterised by: the material of I roller (5) in described stretching roller group (3) is that lucite is made,
Roller II (12) in described rolling-compaction roller group (11) is that polyurethane material is made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610458114.XA CN105880429B (en) | 2016-06-22 | 2016-06-22 | Combination unit for alloy wire alignment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610458114.XA CN105880429B (en) | 2016-06-22 | 2016-06-22 | Combination unit for alloy wire alignment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105880429A true CN105880429A (en) | 2016-08-24 |
| CN105880429B CN105880429B (en) | 2017-11-10 |
Family
ID=56718730
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610458114.XA Active CN105880429B (en) | 2016-06-22 | 2016-06-22 | Combination unit for alloy wire alignment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105880429B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107952910A (en) * | 2017-11-21 | 2018-04-24 | 金华市金钟焊接材料有限公司 | A kind of B alloy wire coalignment |
| CN109175151A (en) * | 2018-09-26 | 2019-01-11 | 浙江步丹工贸有限公司 | A kind of the tensile shear bending integral machine and its processing technology of wire |
| CN111451326A (en) * | 2019-01-22 | 2020-07-28 | 苏州西尔维精密制造有限公司 | Strip-shaped metal piece straightening device |
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| CN104174676A (en) * | 2014-07-23 | 2014-12-03 | 贵州钢绳股份有限公司 | Steel wire take-up straightness straightening method and device thereof |
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| CN204308395U (en) * | 2014-12-04 | 2015-05-06 | 哈电集团（秦皇岛）重型装备有限公司 | Welding wire straightener |
| CN205165661U (en) * | 2015-03-27 | 2016-04-20 | 许福盛 | Economize on electricity reinforcing bar is flare -outed, stretcher |
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| US5363681A (en) * | 1992-09-02 | 1994-11-15 | Wafios Machinenfabrik Gmbh & Co. | Apparatus for shaping wire |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107952910A (en) * | 2017-11-21 | 2018-04-24 | 金华市金钟焊接材料有限公司 | A kind of B alloy wire coalignment |
| CN109175151A (en) * | 2018-09-26 | 2019-01-11 | 浙江步丹工贸有限公司 | A kind of the tensile shear bending integral machine and its processing technology of wire |
| CN111451326A (en) * | 2019-01-22 | 2020-07-28 | 苏州西尔维精密制造有限公司 | Strip-shaped metal piece straightening device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105880429B (en) | 2017-11-10 |
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