CN205420644U - Spinning steel wire winding molding machine tool's forming mechanism - Google Patents

Spinning steel wire winding molding machine tool's forming mechanism Download PDF

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Publication number
CN205420644U
CN205420644U CN201620109664.6U CN201620109664U CN205420644U CN 205420644 U CN205420644 U CN 205420644U CN 201620109664 U CN201620109664 U CN 201620109664U CN 205420644 U CN205420644 U CN 205420644U
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Prior art keywords
compacted under
mould
under mould
molding machine
shaping
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CN201620109664.6U
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Chinese (zh)
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杨崇明
王可平
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CHONGQING JINMAO TEXTILE ACCESSORIES CO LTD
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CHONGQING JINMAO TEXTILE ACCESSORIES CO LTD
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Abstract

The utility model discloses a spinning steel wire winding molding machine tool's forming mechanism, including two piece upper and lower pay -off splint, material dog and mold core, the clearance that has feed piece process between two pay -off splint, the relative setting is controlled with the material dog to the pay -off splint, the mold core is located between pay -off splint and the material dog, still include moulded die and lower moulded die, it can stretch between pay -off splint and the material dog to go up the lower part of moulded die, the lower extreme center of going up the moulded die sets up the U -shaped groove that open side down, the upper portion of moulded die can be stretched between pay -off splint and the material dog down, the upper end center of moulded die sets up the ascending arc shaping groove of opening down, arc shaping groove, the central line of U -shaped groove and mold core is on same straight line, down the upper end of the moulded die position that is close to the pay -off splint still is provided with the cutting off cutter, the position of the upper end edge of a knife of cutting off cutter is higher than the last top surface of moulded die down. Simple structure, reasonable in design, low in manufacturing cost, machining efficiency is high, can guarantee the precision of processing.

Description

The shaping mechanism of ring-traveller molding machine
Technical field
This utility model relates to the shaping mechanism of the ring-traveller molding machine that a kind of textile industry is used.
Background technology
The molding machine of ring-traveller includes discharge mechanism, straightening mechanism, haulage gear, punch mechanism, cutting knife and shaping mechanism at present, the tablet being wrapped on discharge plate is discharged by discharge mechanism, haulage gear traction tablet, first pass through smoothing, then punching, then cutting knife blank, last shaping mechanism molding obtains wire loop.Existing shaping mechanism includes core rod, and after tablet is cut off by cutting knife, tablet rides on core rod, and then tablet is shaped by the forming cutter of left and right sides.As described in CN201520458647, the forming cutter of such left and right sides and cutting knife separately, need to be respectively provided with a controlling organization, and cost is high, and efficiency is low, and row yielding is low, low precision.
Utility model content
In order to solve above-mentioned technical problem, this utility model provides the shaping mechanism of another kind of ring-traveller molding machine, and shaping efficiency is high, low cost.
nullTo achieve these goals,The technical solution of the utility model is as follows: the shaping mechanism of a kind of ring-traveller molding machine,Including upper and lower two pieces of feeding clamping plate、Material block and core rod,The gap for tablet process is had between two pieces of described feeding clamping plate,Described feeding clamping plate are oppositely arranged with about material block,Described core rod is between feeding clamping plate and material block,It is characterized in that: also include shaping mould and compacted under mould,The bottom of described upper shaping mould can reach between feeding clamping plate and material block,The lower center of described upper shaping mould arranges the U-lag that Open Side Down,The top of described compacted under mould can reach between feeding clamping plate and material block,The upper end center of described compacted under mould arranges the arc forming tank of opening upwards,Described arc forming tank、The centrage of U-lag and core rod is on the same line,The upper end of described compacted under mould is additionally provided with amputation knife near the position of feeding clamping plate,The position of the upper end edge of a knife of described amputation knife is higher than the upper end face of compacted under mould.
Use such scheme, tablet comes through feeding clamping plate, after blowing puts in place, stopped, now by material block, compacted under mould rises, meanwhile, upper shaping mould declines, the when that compacted under mould rising, first amputation knife touch tablet, being cut off by tablet, tablet is instantaneous to be ridden on core rod, presses under upper shaping mould under general who has surrendered's tablet, tablet is that n shape is embraced on core rod, compacted under mould puts in place simultaneously, the most at last wire loop molding, and the most upper and lower shaping mould leaves, tablet continues on through feeding clamping plate and comes, and completes the molding of next wire loop.Simple in construction, can realize precise positioning, it is ensured that the machining accuracy of wire loop, and production efficiency is high.
In such scheme: described upper shaping mould is driven by runner linkage and moves up and down, and described compacted under mould is moved up and down by cam mechanism driving.
In such scheme: described runner linkage includes runner and connecting rod; described upper shaping mould is slidably connected on longitudinal slide rail; the upper end of described connecting rod is fixed on the edge of runner, and the lower end of described connecting rod arranges axle sleeve, and described axle sleeve is sleeved on outside the axle being fixed on shaping mould.Runner rotates, and drives upper shaping mould to move up and down on longitudinal slide rail by connecting rod, completes the forming action of wire loop.
In such scheme: described cam mechanism includes rotating cam, and described cam contour is close to roller, and described roller is connected with the lower end of follower lever, and the upper end of described follower lever is connected with compacted under mould, described compacted under mould is slidably connected on longitudinal slide rail.Along with the rotation of cam, changing the height of roller, follower lever drives compacted under mould to move up and down on longitudinal slide rail, completes the forming action of wire loop.
In such scheme: also include that compacted under mould guide pad, described compacted under mould guide pad are fixedly installed, described compacted under mould is through the pilot hole on compacted under mould guide pad.So can ensure that the movement locus of compacted under mould, it is to avoid offset.
In such scheme: the bottom of described compacted under mould arranges lower cross plate, arranges return spring between described lower cross plate and compacted under mould guide pad.Return spring plays the effect of auxiliary compacted under mould return.
In such scheme: the lower section of described material block arranges cushion block, described material block can move adjustment position on cushion block.
Preferred: to be additionally provided with the horizontal level micromatic setting that upper shaping mould and material block horizontal level are finely adjusted.So can realize the fine setting of the position of shaping mould and material block, it is ensured that machining accuracy.
Beneficial effect: amputation knife, by upper and lower shaping mould molding, are designed on compacted under mould, simple in construction by this utility model, reasonable in design, low cost of manufacture, working (machining) efficiency is high, can guarantee that the precision of processing.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings:
Embodiment 1, as shown in Figure 1: the shaping mechanism of ring-traveller molding machine of the present utility model is made up of parts such as upper and lower two pieces of feeding clamping plate 1, material block 2, core rod 3, upper shaping mould 4, compacted under mould 5, amputation knife 6, runner 7, connecting rod 8, cam 9, roller 10, follower lever 11, compacted under mould guide pad 12, return spring 13, cushion block 14, horizontal level micromatic setting 15, frames.
Frame is installed upper and lower two pieces of feeding clamping plate 1, the gap for tablet process is had between two pieces of feeding clamping plate 1, material block 2 and two pieces of feeding clamping plate 1 are oppositely arranged, and, material block 2 just can block the tablet 16 come between two pieces of feeding clamping plate 1, it is to say, material block 2 will be to the gap between two pieces of feeding clamping plate 1, core rod 3 is between feeding clamping plate 1 and material block 2.
In frame above and below core rod 3, installing plate is set, longitudinal slide rail it is respectively provided with on upper and lower installing plate, shaping mould 4 and compacted under mould 5 on being slidably connected respectively on longitudinal slide rail of upper and lower installing plate, the bottom of upper shaping mould 4 can reach between feeding clamping plate 1 and material block 2, concrete, the width of the bottom of upper shaping mould 4 is less than the width on top, it is also possible to the bottom of upper shaping mould 4 is designed to a lower die head, it is provided separately with top, is then linked together by bolt etc..The lower center of upper shaping mould 4 arranges the centrage of the bottom of the U-lag 4a that Open Side Down, the centrage of U-lag 4a and upper shaping mould 4 on the same line.
The top of compacted under mould 5 can reach between feeding clamping plate 1 and material block 2, same, the width on the top of compacted under mould 5 is less than the width of bottom, the upper design of compacted under mould 5 can also be become a upper die head, it is provided separately with bottom, then being linked together by bolt etc., the upper end center of compacted under mould 5 arranges arc forming tank 5a of opening upwards.The centrage on the top of the centrage of arc forming tank 5a and compacted under mould 5 is on the same line.The centrage of arc forming tank 5a, U-lag 4a and core rod 3 is on the same line.The upper end of compacted under mould 5 is additionally provided with amputation knife 6 near the position of feeding clamping plate 1, and the position of the upper end edge of a knife of amputation knife 6 is higher than the upper end face of compacted under mould 5.
Upper shaping mould 4 is driven by runner linkage and moves up and down, concrete runner linkage includes runner 7 and connecting rod 8, upper shaping mould 4 is slidably connected on longitudinal slide rail, the upper end of connecting rod 8 is fixed on the edge of runner 7, the lower end of connecting rod 8 arranges axle sleeve 8a, axle sleeve 8a and is sleeved on outside the axle being fixed on shaping mould 4.Along with runner 7 rotates, connecting rod 8 drives upper shaping mould 4 to pump on its longitudinal slide rail.
Compacted under mould 5 is moved up and down by cam mechanism driving.Cam mechanism includes rotating cam 9, and the profile of cam 9 is close to roller 10, and roller 10 is connected with the lower end of follower lever 11, and the upper end of follower lever 11 is connected with compacted under mould 5, and compacted under mould 5 is slidably connected on longitudinal slide rail.Compacted under mould guide pad 12 is fixedly installed in frame, and compacted under mould 5 is through the pilot hole on compacted under mould guide pad 12.The bottom of compacted under mould 5 arranges and arranges return spring 13 between lower cross plate 5b, lower cross plate 5b and compacted under mould guide pad 12.Along with cam 9 rotates, changing the height of roller 10, thus follower lever 11 drives compacted under mould 5 to pump, compacted under mould guide pad 12 plays the effect of guiding, it is ensured that movement locus does not offsets.Return spring 13 plays the effect of auxiliary return.
The lower section of material block 2 arranges cushion block 14, and material block 2 can move adjustment position on cushion block 14.In order to be able to realize the adjustment of the horizontal level of upper shaping mould 4 and material block 2, they being arranged horizontal level micromatic setting 15, the structure of horizontal level micromatic setting 15 is prior art, does not do too much description at this.
This utility model is not limited to above-described embodiment, it will be appreciated that those of ordinary skill in the art just can make many modifications and variations according to design of the present utility model without creative work.Therefore, all technical staff in the art pass through the available technical scheme of logical analysis, reasoning, or a limited experiment on the basis of existing technology according to design of the present utility model, all should be in the protection domain being defined in the patent claims.

Claims (8)

  1. null1. the shaping mechanism of a ring-traveller molding machine,Including upper and lower two pieces of feeding clamping plate (1)、Material block (2) and core rod (3),The gap for tablet process is had between two pieces of described feeding clamping plate (1),Described feeding clamping plate (1) are oppositely arranged with material block (2) left and right,Described core rod (3) is positioned between feeding clamping plate (1) and material block (2),It is characterized in that: also include shaping mould (4) and compacted under mould (5),The bottom of described upper shaping mould (4) can reach between feeding clamping plate (1) and material block (2),The lower center of described upper shaping mould (4) arranges the U-lag (4a) that Open Side Down,The top of described compacted under mould (5) can reach between feeding clamping plate (1) and material block (2),The upper end center of described compacted under mould (5) arranges the arc forming tank (5a) of opening upwards,Described arc forming tank (5a)、The centrage of U-lag (4a) and core rod (3) is on the same line,The upper end of described compacted under mould (5) is additionally provided with amputation knife (6) near the position of feeding clamping plate (1),The position of the upper end edge of a knife of described amputation knife (6) is higher than the upper end face of compacted under mould (5).
  2. The shaping mechanism of ring-traveller molding machine the most according to claim 1, it is characterized in that: described upper shaping mould (4) is driven by runner linkage and moves up and down, and described compacted under mould (5) is moved up and down by cam mechanism driving.
  3. The shaping mechanism of ring-traveller molding machine the most according to claim 2, it is characterized in that: described runner linkage includes runner (7) and connecting rod (8), described upper shaping mould (4) is slidably connected on longitudinal slide rail, the upper end of described connecting rod (8) is fixed on the edge of runner (7), the lower end of described connecting rod (8) arranges axle sleeve (8a), and described axle sleeve (8a) is sleeved on outside the axle being fixed on shaping mould (4).
  4. The shaping mechanism of ring-traveller molding machine the most according to claim 3, it is characterized in that: described cam mechanism includes rotating cam (9), roller (10) it is close on the profile of described cam (9), described roller (10) is connected with the lower end of follower lever (11), the upper end of described follower lever (11) is connected with compacted under mould (5), and described compacted under mould (5) is slidably connected on longitudinal slide rail.
  5. The shaping mechanism of ring-traveller molding machine the most according to claim 4, it is characterized in that: also include compacted under mould guide pad (12), described compacted under mould guide pad (12) is fixedly installed, and described compacted under mould (5) is through the pilot hole on compacted under mould guide pad (12).
  6. The shaping mechanism of ring-traveller molding machine the most according to claim 5, it is characterized in that: the bottom of described compacted under mould (5) arranges lower cross plate (5b), arranges return spring (13) between described lower cross plate (5b) and compacted under mould guide pad (12).
  7. 7. according to the shaping mechanism of ring-traveller molding machine described in any one of claim 1-6, it is characterized in that: the lower section of described material block (2) arranges cushion block (14), described material block (2) can be in the upper mobile adjustment position of cushion block (14).
  8. The shaping mechanism of ring-traveller molding machine the most according to claim 7, it is characterised in that: it is additionally provided with the horizontal level micromatic setting (15) that upper shaping mould (4) and material block (2) horizontal level are finely adjusted.
CN201620109664.6U 2016-02-03 2016-02-03 Spinning steel wire winding molding machine tool's forming mechanism Active CN205420644U (en)

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Application Number Priority Date Filing Date Title
CN201620109664.6U CN205420644U (en) 2016-02-03 2016-02-03 Spinning steel wire winding molding machine tool's forming mechanism

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Application Number Priority Date Filing Date Title
CN201620109664.6U CN205420644U (en) 2016-02-03 2016-02-03 Spinning steel wire winding molding machine tool's forming mechanism

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111375712A (en) * 2018-12-27 2020-07-07 王付民 Manufacturing process method of stainless steel enameled wire pull ring

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111375712A (en) * 2018-12-27 2020-07-07 王付民 Manufacturing process method of stainless steel enameled wire pull ring

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