CN206567465U - A kind of and silk mould and automatic doubling winder - Google Patents
A kind of and silk mould and automatic doubling winder Download PDFInfo
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- CN206567465U CN206567465U CN201620704137.XU CN201620704137U CN206567465U CN 206567465 U CN206567465 U CN 206567465U CN 201620704137 U CN201620704137 U CN 201620704137U CN 206567465 U CN206567465 U CN 206567465U
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- silk
- mould
- doubling winder
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- hank knotting
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Abstract
The utility model belongs to preformed armor rods processing technique field, propose a kind of automatic doubling winder, including frame, sub-wire feeder is provided with frame, material feeding mechanism is provided with below sub-wire feeder, material feeding mechanism side is provided with propulsive mechanism, opposite side is disposed with compression feed mechanism and doubling winder structure, doubling winder structure include be provided with and silk hole and silk mould, and mould one and mould two of the silk mould including being provided with half bore, the half bore of mould one and the half bore composition of mould two and silk hole, doubling winder structure also includes and silk cylinder, and silk cylinder output end is connected by rack with driving gear, driving gear is engaged with driven gear, the central shaft of driving gear and driven gear distinguishes mould one and mould two is connected.The utility model also proposed a kind of and silk mould, body including being provided with simultaneously silk hole, body includes the mould one and mould two for being provided with half bore, the half bore of mould one and the half bore composition of mould two and silk hole, by above-mentioned technical proposal, solve in the prior art preformed armor rods and silk by hand and silk efficiency it is low, it is cumbersome the problem of.
Description
Technical field
The utility model belongs to preformed armor rods processing technique field, be related to a kind of and silk mould and a kind of automation it is automatic simultaneously
Silk machine.
Background technology
Hank knotting is in process of production, it is necessary to which single hank knotting is merged, and formation is more with hank knotting around hank knotting together.It is existing
In technology, simultaneously silk is all artificial operation, it is necessary to which staff will need and the hank knotting of silk bit by bit winds and could completed to hank knotting
And silk is operated, employment is more, and labor intensity is big.Hank knotting and the silk particularly more than millimeter of filament diameter 3 need large force ability
By several silks and get up, labor intensity is big, inefficiency.Therefore, invention one kind can facilitate staff to carry out and silk behaviour
Make and silk mould and can automatically and the automatic doubling winder of silk or necessary.
Utility model content
The utility model proposes a kind of automatic doubling winder, preformed armor rods in the prior art is solved and silk preformed armor rods and silk craft
And silk efficiency it is low, it is cumbersome the problem of.
What the technical solution of the utility model was realized in：
A kind of and silk mould, including：
It is provided with the body in simultaneously silk hole.
Further, the body includes the mould one and mould two for being provided with half bore, the half bore of the mould one and institute
State the half bore composition simultaneously silk hole of mould two.
Further, described and silk hole internal diameter is 1-1.2 times of hank knotting spiral external diameter, and the mould one and the mould two are equal
The half bore is provided be detachably connected including fixture and with the fixture and wire, described and wire.
The utility model also proposed a kind of automatic doubling winder, including
Including above-mentioned and silk mould, in addition to frame, sub-wire feeder is provided with the frame, the sub-wire is given
Material feeding mechanism is provided with below material mechanism, material feeding mechanism side is provided with propulsive mechanism, and opposite side is disposed with compression
Feed mechanism and doubling winder structure, the doubling winder structure include described and silk mould.
Further, the doubling winder structure also includes and silk cylinder, described and silk cylinder output end passes through rack and driving tooth
Wheel connection, the driving gear is engaged with driven gear, set respectively on the central shaft of the driving gear and the driven gear
It is equipped with the mould one and the mould two；The fixture of the mould one and the mould two respectively with the driving tooth
The central shaft of wheel and the driven gear is connected.
Further, in addition to the keeper that is movably arranged in described and silk hole.
Further, the sub-wire feeder includes being provided with and sub-wire cylinder above hank knotting track, the hank knotting track
The sub-wire knife of output end connection, the sub-wire knife side is provided with swing arm, and the swing arm is away from described hank knotting track one end and rotation
Rotating shaft is connected.
Further, the hank knotting track is inclined plane, and it is raised that bottom is provided with gear silk, the gear silk it is raised with it is described
Hank knotting track is wholely set,
The propulsive mechanism includes propulsion cylinder, the propulsion cylinder output end deeply in the material feeding mechanism,
Compressing feed mechanism includes hold-down roller one and is arranged on the hold-down roller two of the lower section of hold-down roller one, the hold-down roller
One or described hold-down roller two is connected with drive part, and the hold-down roller two is connected with the compression cylinder above it.
Further, in addition to be arranged on it is described compression feed mechanism and the material feeding mechanism between pilot hole one, set
Pilot hole two between the compression feed mechanism and the doubling winder structure, the pilot hole one and the pilot hole two are
Bellmouth, and be gradually reduced to wire vent lateral aperture from entering a side.
Further, in addition to be arranged on it is described compression feed mechanism close to the counting mechanism of the doubling winder structure side, institute
State counting mechanism, the sub-wire feeder, the propulsive mechanism, the compression feed mechanism and the doubling winder structure with control
Device connection processed,
Also include the material guiding hopper being arranged between the sub-wire feeder and the material feeding mechanism, the material guiding hopper upper end
For funnel-form.
Use principle of the present utility model is：
And silk mould is in use, first hank knotting is put into body and silk hole by staff, then by
Two hank knottings are pushed into along first hank knotting, complete hank knotting and silk operate.
The hank knotting that previous process is cut off, hand picking and chamfering, remove wedge angle burr, are manually placed into point of doubling winder
Silk feeder, sub-wire feeder separates neat silk by root, and hank knotting is peeled off into hank knotting track, feeding material feeding mechanism
It is interior；Single hank knotting is pushed in compression feed mechanism by propulsive mechanism, the drive of hold-down roller one and hold-down roller two in drive part
Under, hank knotting is compressed, and drive hank knotting enter doubling winder structure and in silk hole, previous hank knotting is in hank knotting hole, and latter hank knotting exists
Under the drive for compressing feed mechanism, constantly advance along the spiral of previous hank knotting, the process for completing hank knotting and silk.
The beneficial effects of the utility model are：
1st, how to realize that preformed armor rods is fast automatic and silk is always the insurmountable problem of the industry, prior art can only lead to
Cross manually and silk, inventor has found that many preformed armor rodses can be very good to realize by circular hole or long tube it is quick
Automatic and silk, on this basis, present invention design realize machine automatization and silk, compared with prior art in artificial and silk, greatly
Production efficiency is improved greatly, labor cost has been saved.
2 and silk cylinder drive driving gear rotation, driving gear drive driven gear rotation, and silk mould include mould
One and mould two, when mould one and mould two rotate under the drive of driving gear central shaft and driven gear central shaft respectively
When, the opening and closing in simultaneously silk hole can be achieved, completion and silk are operated and simultaneously the blowing of hank knotting is operated after silk.
3 and silk hole internal diameter is 1-1.2 times of hank knotting spiral external diameter, help next hank knotting with and the completion of silk hole inner reeled silk simultaneously
Silk operation, mould one and mould two are detachable structure, the spiral external diameter of different hank knottings it is different, it is necessary to corresponding size and silk
Hole, can by and wire remove and be replaced with and wire corresponding with hank knotting, it is convenient to operate, without by whole mould release
Complete replacement operation.
4 and silk hole in keeper, can to hank knotting formation position, help through and silk operation；Sub-wire knife is in sub-wire gas
Neat hank knotting is separated under the drive of cylinder, hank knotting is peeled off and be fed through from hank knotting track under the drive of rotary shaft by swing arm
In material feeding mechanism, realize that machine automatization sub-wire is operated；Hank knotting track is inclined plane, and bottom is provided with gear silk projection, hank knotting
Under self gravitation effect, constantly glided along track, save the energy expenditure of hank knotting transport, improve practicality of the present utility model
Property；Funnelform material guiding hopper, can carry out guide, it is ensured that hank knotting is fallen in material feeding structure, it is ensured that the utility model to hank knotting
Stability.
5th, pilot hole one and pilot hole two can be by hank knotting orientation straight line transmission, it is to avoid race of the hank knotting in transmit process
Partially, production efficiency is improved；Counting mechanism can record the radical of hank knotting and detect hank knotting signal, and transmit signals to control
Device, controller controls sub-wire feeder that next hank knotting sent into material feeding mechanism, and control propulsive mechanism carry out forward operation,
Compress feed mechanism to complete to compress feeding operation, finally control doubling winder structure to carry out and silk and blowing operation；Connect by controller
Counting mechanism signal is received, control corresponding mechanism is acted, it is ensured that there was only a hank knotting in material feeding mechanism, it is ensured that and silk operation
It is smoothed out；The automation mechanized operation of machinery can be realized by the setting of these devices, artificial running cost is largely saved, improved
Production efficiency, is consistent with era development.
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is the utility model structural representation；
Fig. 2 is that the utility model controls side structure schematic view；
Fig. 3 be the utility model in and silk mold closed condition structural representation；
Fig. 4 be the utility model in and silk mould open mode structural representation；
Fig. 5 is gear silk bulge-structure schematic diagram in the utility model；
Fig. 6 is compacting feeder structural representation in the utility model；
Fig. 7 is the utility model control structure wire schematic diagram；
In figure：1- frames, 2- sub-wire feeders, 21- hank knotting tracks, 22- sub-wire cylinders, 23- sub-wire knives, 24- swing arms,
25- rotary shafts, 26- gear silks are raised, 3- material feedings mechanism, 4- propulsive mechanisms, 41- propulsion cylinders, and 5- compresses feed mechanism, 51- pressures
Tight roller one, 52- hold-down rollers two, 53- compression cylinders, 6- doubling winder structures, 61- and silk hole, 62- moulds one, 621- fixtures, 622-
And wire, 63- moulds two, 64- and silk cylinder, 65- racks, 66- driving gears, 67- driven gears, 7- pilot holes one, 8- is led
To hole two, 9- counting mechanisms, 11- controllers, 12- material guiding hoppers.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the utility model, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made
The every other embodiment obtained, belongs to the scope of the utility model protection.
As described in Fig. 3-Fig. 4, the utility model proposes a kind of and silk mould,
Embodiment 1：
And body of the silk mould including being provided with simultaneously silk hole 61.
In use, first hank knotting is put into body and silk hole by staff for staff and silk mould
It is interior, first hank knotting is arranged on and in silk hole 61 with hand or other instruments, then second hank knotting is pushed into along first hank knotting,
Complete hank knotting and silk operate.
Embodiment 2：
And body of the silk mould including being provided with simultaneously silk hole 61, mould one 62 and mould of the body including being provided with half bore
2 63, the half bore of mould 1 and the half bore of mould 2 63 are constituted and silk hole 61.
Staff completes according to the method in embodiment 1 and after silk operation, mould one and mould two is separated, will be complete
Cheng Bingsi hank knotting takes out, and can so facilitate and silk mold use.
Embodiment 3：And body of the silk mould including being provided with simultaneously silk hole 61, mould one of the body including being provided with half bore
62 and mould 2 63, the half bore of mould 1 and the half bore composition of mould 2 63 and silk hole 61, and the internal diameter of silk hole 61 is hank knotting spiral shell
Revolve 1-1.2 times of external diameter, mould 1 and mould 2 63 including fixture 621 and be detachably connected with fixture 621 and
Half bore is provided with wire 622, and wire 622.
And the internal diameter of silk hole 61 is 1-1.2 times of hank knotting spiral external diameter, next hank knotting is helped to be completed with the simultaneously inner reeled silk of silk hole 61
And silk is operated, mould 1 and mould 2 63 are detachable structure, and the spiral external diameter of different hank knottings is different, it is necessary to corresponding size
And silk hole, can by and wire 622 remove and be replaced with and wire 622 corresponding with hank knotting, convenient operation, without will be entirely
Mould release can complete replacement operation.
As shown in Fig. 1-Fig. 7, the utility model proposes a kind of automatic doubling winder, including：
It is provided with above-mentioned and silk mould, in addition to frame 1, frame 1 under sub-wire feeder 2, sub-wire feeder 2
Side is provided with material feeding mechanism 3, and the side of material feeding mechanism 3 is provided with propulsive mechanism 4, and opposite side is disposed with compression feed mechanism 5
With doubling winder structure 6, doubling winder structure 6 includes and silk mould.
The hank knotting that previous process is cut off, hand picking and chamfering, remove wedge angle burr, are manually placed into point of doubling winder
Silk feeder 2, sub-wire feeder 2 separates neat silk by root, and hank knotting is peeled off into hank knotting track 21, sends into material feeding machine
In structure 3；Single hank knotting is pushed in compression feed mechanism 5 by propulsive mechanism 4, and hold-down roller 1 and hold-down roller 2 52 are in drive division
Under the drive of point (not shown), hank knotting is compressed, and drive hank knotting enter doubling winder structure 6 and in silk hole 61, previous hank knotting exists
Motionless in hank knotting hole 61, latter hank knotting constantly advances in the case where compressing the drive of feed mechanism 5 along the spiral of previous hank knotting, completes
The process of hank knotting and silk.
How to realize that preformed armor rods is fast automatic and silk is always the insurmountable problem of the industry, prior art can only pass through
Manually and silk, inventor has found that many preformed armor rodses by circular hole or long tube can be very good to realize it is quick from
Dynamic and silk, on this basis, the utility model design realize machine automatization and silk, compared with prior art in artificial and silk,
Production efficiency is substantially increased, labor cost has been saved.
Further, doubling winder structure 6 also includes and silk cylinder 64, and the output end of silk cylinder 64 passes through rack 65 and driving gear
66 connections, driving gear 66 is engaged with driven gear 67, is respectively arranged with the central shaft of driving gear 66 and driven gear 67
Mould 1 and mould 2 63；The fixture 621 of mould 1 and mould 2 63 respectively with driving gear 66 and driven gear 67
Central shaft connection.
And silk cylinder 64 drives driving gear 66 to rotate, driving gear 66 drives driven gear 67 to rotate, and silk mould bag
Mould 1 and mould 2 63 are included, when mould 1 and mould 2 63 are respectively in the central shaft of driving gear 66 and driven gear 67
When being rotated under the drive of heart axle, the opening and closing in achievable simultaneously silk hole 61 are completed and silk operation and the blowing of hank knotting after simultaneously silk
Operation.
Further, in addition to be movably arranged on and silk hole 61 in keeper.
Further, sub-wire feeder 2 includes hank knotting track 21, and the top of hank knotting track 21 is provided with defeated with sub-wire cylinder 22
Go out the sub-wire knife 23 of end connection, the side of sub-wire knife 23 is provided with swing arm 24, and swing arm 24 is away from the one end of hank knotting track 21 and rotary shaft
25 connections.
Further, hank knotting track 21 is inclined plane, and bottom is provided with gear silk projection 26, gear silk projection 26 and hank knotting rail
Road 21 is wholely set,
Propulsive mechanism 4 includes propulsion cylinder 41, and the output end of propulsion cylinder 41 is goed deep into material feeding mechanism 3,
Compress the hold-down roller 2 52 that feed mechanism 5 includes hold-down roller 1 and is arranged on the lower section of hold-down roller 1, hold-down roller
1 or hold-down roller 2 52 be connected with drive part, hold-down roller 2 52 is connected with the compression cylinder 53 above it.
And the keeper in silk hole 61, hank knotting formation can be positioned, helped through and silk operation；Sub-wire knife 23 is in sub-wire
Neat hank knotting is separated under the drive of cylinder 22, swing arm 24 shells hank knotting under the drive of rotary shaft 25 from hank knotting track 21
From and be fed through in material feeding mechanism 3, realize machine automatization sub-wire operate；Hank knotting track 21 is inclined plane, and bottom is provided with
Silk projection 26 is kept off, hank knotting constantly glides under self gravitation effect along hank knotting track 21, saves the energy expenditure of hank knotting transport,
Improve practicality of the present utility model；Funnelform material guiding hopper 12, can carry out guide, it is ensured that hank knotting falls to material feeding to hank knotting
In structure 3, it is ensured that stability of the present utility model.
Further, in addition to it is arranged on and compresses pilot hole 1 between feed mechanism 5 and material feeding mechanism 3, is arranged on compression
Pilot hole 28 between feed mechanism 5 and doubling winder structure 6, pilot hole 1 and pilot hole 28 are bellmouth, and from entering silk
Side is gradually reduced to wire vent lateral aperture.
Further, in addition to be arranged on compression feed mechanism 5 close to the counting mechanism 9 of the side of doubling winder structure 6, counting mechanism
9th, sub-wire feeder 2, propulsive mechanism 4, compression feed mechanism 5 and doubling winder structure 6 are connected with controller 11,
Also include the material guiding hopper 12 being arranged between sub-wire feeder 2 and material feeding mechanism 3, the upper end of material guiding hopper 12 is funnel
Shape.
Pilot hole 1 and pilot hole 28 can be by hank knotting orientation straight line transmission, it is to avoid race of the hank knotting in transmit process
Partially, production efficiency is improved；Counting mechanism 9 can record the radical of hank knotting and detect hank knotting signal, and transmit signals to control
Next hank knotting is sent into material feeding mechanism 3 by device 11, the control sub-wire of controller 11 feeder 2, and controls propulsive mechanism 4 to be pushed away
Enter operation, compress the completion compression feeding operation of feed mechanism 5, finally control doubling winder structure is carried out and silk and blowing are operated；Pass through
The signal of 11 count pick up mechanism of controller 9, control corresponding mechanism is acted, it is ensured that an only hank knotting in material feeding mechanism 3, is protected
Demonstrate,prove being smoothed out for simultaneously silk operation；The automation mechanized operation of machinery can be realized by the setting of these devices, it is a large amount of to save artificial
Running cost, improves production efficiency, is consistent with era development.
Preferred embodiment of the present utility model is these are only, it is all in this practicality not to limit the utility model
Within new spirit and principle, any modification, equivalent substitution and improvements made etc. should be included in guarantor of the present utility model
Within the scope of shield.
Claims (9)
1. a kind of and silk mould, it is characterised in that：Including body, be provided with the body accommodate hinge silk and silk hole (61),
The body includes the mould one (62) and mould two (63) for being provided with half bore, the half bore and the mould of the mould one (62)
Has the half bore composition simultaneously silk hole (61) of two (63).
2. a kind of and silk mould according to claim 1, it is characterised in that：Described and silk hole (61) internal diameter is hank knotting spiral
1-1.2 times of external diameter, the mould one (62) and the mould two (63) include fixture (621) and with the fixture
(621) be detachably connected and wire (622), described and wire is provided with the half bore on (622).
3. a kind of automatic doubling winder, it is characterised in that：Including as described in claim any one of 1-2 and silk mould, in addition to
It is provided with frame (1), the frame (1) below sub-wire feeder (2), the sub-wire feeder (2) and is provided with material feeding
Mechanism (3), material feeding mechanism (3) side is provided with propulsive mechanism (4), and opposite side is disposed with compression feed mechanism (5)
With doubling winder structure (6), the doubling winder structure (6) includes described and silk mould.
4. a kind of automatic doubling winder according to claim 3, it is characterised in that：The doubling winder structure (6) also includes and silk
Cylinder (64), described and silk cylinder (64) output end is connected by rack (65) with driving gear (66), the driving gear
(66) engage, be respectively arranged with the central shaft of the driving gear (66) and the driven gear (67) with driven gear (67)
The mould one (62) and the mould two (63)；The mould one (62) and the fixture of the mould two (63)
(621) central shaft respectively with the driving gear (66) and the driven gear (67) is connected.
5. a kind of automatic doubling winder according to claim 3, it is characterised in that：Also include being movably arranged on described and silk hole
(61) keeper in.
6. a kind of automatic doubling winder according to claim 3, it is characterised in that：The sub-wire feeder (2) includes twisting
The sub-wire knife (23) being connected with sub-wire cylinder (22) output end, institute are provided with above wire track (21), the hank knotting track (21)
State sub-wire knife (23) and be provided with swing arm (24) sideways, the swing arm (24) is away from described hank knotting track (21) one end and rotary shaft
(25) connect.
7. a kind of automatic doubling winder according to claim 6, it is characterised in that：The hank knotting track (21) is inclination rail
Road, bottom is provided with gear silk projection (26), and the gear silk raised (26) is wholely set with the hank knotting track (21),
The propulsive mechanism (4) includes propulsion cylinder (41), and propulsion cylinder (41) output end is deeply to the material feeding mechanism
(3) in,
Compressing feed mechanism (5) includes hold-down roller one (51) and the hold-down roller two being arranged on below the hold-down roller one (51)
(52), the hold-down roller one (51) or the hold-down roller two (52) are connected with drive part, the hold-down roller two (52) with thereon
Compression cylinder (53) connection of side.
8. a kind of automatic doubling winder according to claim 3, it is characterised in that：Also include being arranged on the compression feeder
Pilot hole one (7) between structure (5) and the material feeding mechanism (3), it is arranged on the compression feed mechanism (5) and the doubling winder
Pilot hole two (8) between structure (6), the pilot hole one (7) and the pilot hole two (8) they are bellmouth, and from entering silk
Side is gradually reduced to wire vent lateral aperture.
9. a kind of automatic doubling winder according to claim 3, it is characterised in that：Also include being arranged on the compression feeder
Structure (5) is close to the counting mechanism (9) of doubling winder structure (6) side, the counting mechanism (9), the sub-wire feeder
(2), the propulsive mechanism (4), the compression feed mechanism (5) and the doubling winder structure (6) are connected with controller (11),
Also include the material guiding hopper (12) being arranged between the sub-wire feeder (2) and the material feeding mechanism (3), the guide
Bucket (12) upper end is funnel-form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620704137.XU CN206567465U (en) | 2016-07-06 | 2016-07-06 | A kind of and silk mould and automatic doubling winder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620704137.XU CN206567465U (en) | 2016-07-06 | 2016-07-06 | A kind of and silk mould and automatic doubling winder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206567465U true CN206567465U (en) | 2017-10-20 |
Family
ID=60062154
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620704137.XU Active CN206567465U (en) | 2016-07-06 | 2016-07-06 | A kind of and silk mould and automatic doubling winder |
Country Status (1)
| Country | Link |
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| CN (1) | CN206567465U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106064219A (en) * | 2016-07-06 | 2016-11-02 | 河北博森光电设备科技有限公司 | A kind of also silk mould and automatic doubling winder |
-
2016
- 2016-07-06 CN CN201620704137.XU patent/CN206567465U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106064219A (en) * | 2016-07-06 | 2016-11-02 | 河北博森光电设备科技有限公司 | A kind of also silk mould and automatic doubling winder |
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