CN106335820B - A kind of wire spool locking body dumping mechanism - Google Patents
A kind of wire spool locking body dumping mechanism Download PDFInfo
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- CN106335820B CN106335820B CN201610907643.3A CN201610907643A CN106335820B CN 106335820 B CN106335820 B CN 106335820B CN 201610907643 A CN201610907643 A CN 201610907643A CN 106335820 B CN106335820 B CN 106335820B
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- support arm
- fixture block
- wire spool
- support
- plate
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H75/00—Storing webs, tapes, or filamentary material, e.g. on reels
- B65H75/02—Cores, formers, supports, or holders for coiled, wound, or folded material, e.g. reels, spindles, bobbins, cop tubes, cans, mandrels or chucks
- B65H75/18—Constructional details
- B65H75/22—Constructional details collapsible; with removable parts
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Abstract
The present invention relates to a kind of Winding Machine equipment, body dumping mechanism is locked more particularly to a kind of wire spool, including retaining mechanism and disk discharging machine structure, the retaining mechanism includes cabinet and fixed disk, the fixed disk is movable to be arranged on cabinet, the fixation disk center is vertically installed with the main shaft to be set with wire spool, is not only applicable in Wiring apparatus automation.As further developing is excavated, modern control technology is integrated in automated manufacturing field, the theoretical method of this patented technology can promote and apply in other automated machine device fabrications, manufacture out some other machinery equipment, product structure is simple, rationally.Accuracy is high, securely and reliably.
Description
Technical field
The present invention relates to a kind of Winding Machine equipment, and in particular to a kind of wire spool locking body dumping mechanism.
Background technique
All kinds of wire belts, cable are widely used, and are lived with us closely bound up.In all kinds of wire belts of industrial circle
Production all be unable to do without winding.Layer winder also known as essence are around machine, wrapping machine.It is widely used device in current enterprise's production.Mesh
Layer winder used in preceding enterprise, the high speed winding drum jerk value of equipment is big, filament coiling low efficiency, especially large and medium-sized wrapping machine
Tool unloads disk hardly possible, and labor intensity of workers is big, low efficiency, at high cost, yield bottom.Restriction enterprise development is troubled always, and accurate filament twines
Winding has a little dependence imports.After all existing equipment structure is not reasonable, and precision does not reach requirement, caused by high speed rotation
Caused by bounce.Reason is that mechanical equipment structure, lock collar apparatus structure are not reasonable.The mainly lock of layer winder coiling main shaft
Caused by the bounce of disc spins chuck；The lock collar device of layer winder is all made of double cabinet cylinder front press both at home and abroad at present, or manually
Jackscrew press two ways method is tightened to realize, i.e., realizes locking using the principle that front squeezes and loosens, is taken artificial
Disk is unloaded to complete.
The press of double cabinet cylinders front；It is disadvantageous in that；Machining equipment requires concentricity high, and accessory is more, installation
Required precision Gao Yan.Force part is dispersed in integral body when double cabinets press, and relies on body interaction force, not only volume
Greatly, it is desirable that cylinder block strength is high, and handling disk space is small, inconvenient, and packet removable disk is inconvenient, and the limbs of especially people are placed in two folders
Between disk, labor intensity of workers is big, and there are security risk, efficiency bottoms.Press is tightened manually；Worker frequently operates repeatedly；Institute
Cable-clamping disc stress is elastic to be not easy to control.Large labor intensity, the slow low efficiency of speed, high production cost.And filament precision layer is around tired
Difficulty, and there are security risks.Some medium-sized and small enterprises still wind rank in manual winding displacement since layer is around equipment price height at present
Section.Winding production for large and medium-sized Wiring apparatus silk ribbon, needs more people's compounding practices that could complete.Especially because winding process
Middle tape internal expanding external compression in addition, it is generally existing to unload disk difficulty.Some are hammered using wedge at present, gas cutting, front dynamic impact
To unload disk.Some are using changing winding mode, being directed at the artificial bending deformation of silk ribbon, and wire feed is unsmooth in use by user, very
To causing to scrap.The above method all cannot achieve the automation of Wiring apparatus.The above problems annoying the development of industry.
Summary of the invention
A kind of wire spool locking body dumping mechanism is provided it is an object of the invention to overcome in the prior art insufficient, the machine
Structure realizes the automatic loading and unloading of wire spool by three cylinders, realizes automatic processing, alleviates labor intensity, improve work
Efficiency.
The object of the present invention is achieved like this:
A kind of wire spool locking body dumping mechanism, including pedestal, including retaining mechanism and disk discharging machine structure, the retaining mechanism
Including cabinet, fixed disk and driven disc, the fixed disk is movable to be arranged on cabinet, and the fixation disk center vertically sets
It is equipped with the main shaft to be set with wire spool, for the fixed disk by main shaft and driven disk activity grafting, the driven disc is logical
A mobile mechanism is crossed to be arranged on pedestal；
The disk discharging machine structure includes chassis, two slide rails, support arm one, support arm two, support arm three, support arm four, coiling
Disk sliding slot, fixture block one, fixture block two, the support arm one, support arm two intersect to be combined in scissor-shaped, the support arm three and support arm four
Between also combined in scissor-shaped, the support arm one, support arm two, support arm three, support arm four lower end be matched with sliding block one, sliding respectively
Block two, sliding block three and sliding block four, the sliding block one, sliding block two, sliding block three and sliding block four are sliding on two slide rails respectively
It moves, the support arm one, support arm two, support arm three, support arm four pass through two support arm lower axles, a support arm jackshaft and two support arms
Upper axis is hinged, and pedestal is on support arm one, support arm two, support arm three, four upper end of support arm, two support arms on two support arms
Fixture block one, fixture block two are movably installed on axis respectively, two support arm lower axles are respectively erected between support arm one, support arm two
With support arm three, four lower end of support arm, telescopic oil cylinder is provided between two support arm lower axles；
The wire spool sliding slot is erected between support arm one, support arm three, and the inlet location of the wire spool sliding slot is prolonged
Stretching has to connect a plate, and the plate that connects is located at fixture block one, two underface of fixture block；
The mobile mechanism is arranged on chassis, and the chassis slides laterally on pedestal.
Based on the above, the mobile mechanism include a vertical supporting plate, cross-brace plate, driving gear, handle,
Reset spring, rack gear, the vertical supporting plate lower vertical be fixed on support arm one, two side of support arm chassis on, it is described
Cross-brace plate is horizontally fixed at the top of vertical supporting plate, and the handle passes through two activity of the bracket one being parallel to each other and bracket
It is erected at cross-brace plate upper surface, reset spring, the hand between bracket one and bracket two are set on the handle of one side of bracket
It is set with driving gear on handle, rack gear is set on the cross-brace plate below the driving gear, the rack gear is sliding by one
Road is fixed on cross-brace plate, and the rack gear slides in slideway, while engaging with driving gear, the end of the rack gear
It is fixedly connected with driven disc；
Fixture block is provided in the vertical supporting plate, the fixture block is vertical with support arm jackshaft to be fixedly connected.
Based on the above, the end vertical of the handle is fixedly installed leader.
Based on the above, the two sides of the fixture block are provided with card slot, are provided in the vertical supporting plate
Vertical gap, the fixture block with card slot are installed on gap position.
Based on the above, the outer side center position of the driven disc is provided with a bolt, and the main shaft end face is set
It is equipped with jack, the bolt and jack form grafting.
Based on the above, elastic card claw is provided in the jack, the root of corresponding bolt is provided with annular groove,
The annular groove and elastic card claw clamps.
Based on the above, it is provided with cross slide way on the pedestal, flexible oil is disposed on the cross slide way
Cylinder one, the chassis are slided on cross slide way by telescopic oil cylinder one.
Based on the above, there are two support plate, two supports for the wire spool sliding slot lower parallel setting
Strip grooves are offered on plate, the vertical supporting bar top is provided with T shape hack lever, and the T shape hack lever is in strip grooves
Interior sliding, the vertical support rod are telescopic rod.
Based on the above, the vertical support rod lower end is provided with a fixed disc.
Based on the above, the base bottom is provided with traveling wheel.
The present invention has the advantage that:
Using the methods completely different with traditional wound mechanical equipment lock collar theory, do not increasing the same of body volume
When, the cylinder of a kind of the internal elastic claw and other end setting of end setting, bearing are wound by winding main shaft.Pass through push-and-pull
Built-in claw in spindle hole is realized the clamping of chuck and is loosened using built-in claw displacement of inclined plane principle.It is pressing from both sides
Tight energy automatic capturing chuck center simultaneously.Using axial force, reaches automatic lock collar and unload disk.With equipment precision height, it is easy
Manufacture.Not only original main axis length had been shortened, but also has avoided alleviating the bounce of main shaft wire spool.With existing double case cylinders front both at home and abroad
It squeezes, compared with double-box type layer winder, reduces the nearly half of body volume, active force is concentrated in axial direction, pressure, and it is big to unload disk space；
Removable disk is convenient.Securely and reliably.It easily realizes the Automatic-clamping of drum and loosens.Instead of artificial frequently work.It solves
Large and medium-sized Wiring apparatus unloads disk hardly possible, while it is difficult to alleviate current recruitment.Realize the automation that big parcel curled hair band unloads disk.Solution
It has determined current Wiring apparatus, as tape internal expanding caused by the tension of winding process tape, has added external compression, internal expanding external pressure
It is caused to unload disk hardly possible.Compared with the current Wiring apparatus tightened by hand.Labor intensity of workers is alleviated, product specification is improved,
Production cost is reduced, solves accurate filament wound, and safe and reliable.The manufacture level of Wiring apparatus is promoted fine to one
New height.Realize social benefit and economic benefit two-win.Utilize the Wiring apparatus not still mesh of this patented technology production
The first choice and development inexorable trend of preceding renewal product or future products.Belong to pioneering both at home and abroad.
It increases again on this basis and connects disc mechanism automatically, by the of short duration clamping of fixture block, then unclamp, fall to it
In wire spool sliding slot, the automatic unloading of wire spool is realized, the increase of the structure, realize the wire spool later period unloads disk step, and one
As the step of be all to unload disk by manually realizing, need to separate fixed disk and driven disc, then just lay down wire spool, it is such
The step of operating procedure was not only time-consuming, but also laborious, and efficiency is also very low, unloaded disk generally requires two to three people while operating, it is also necessary to
Continual switch machine, can realize the step of unloading disk.After having installed disk discharging machine structure additional, on the working efficiency of machine,
It improves very much, essentially without manual operation, all realizes and automatically control, greatly improve manually-operated cost.
The thinking of this patented technology, theoretical value are not only applicable in Wiring apparatus automation.With further developing hair
Pick integrates modern control technology in automated manufacturing field, and the theoretical method of this patented technology can promote and apply at other oneself
In the manufacture of dynamicization mechanical equipment, some other machinery equipment are manufactured out, product structure is simple, rationally.Accuracy is high, safety
Reliably.There is certain development space in future.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is the structural schematic diagram with wire spool sliding slot.
Fig. 3 is the structural schematic diagram of moving structure.
Fig. 4 is the structural schematic diagram that fixture block is connect with vertical supporting plate.
Fig. 5 is the structural schematic diagram of the moving structure with driven disc.
Fig. 6 is the structural schematic diagram of the moving structure with fixed disk.,
Fig. 7 is the structural schematic diagram for being equipped with the moving structure of wire spool.
Fig. 8 is the structural schematic diagram that driven disc is moved to right end.
Fig. 9 is the structural schematic diagram that cabinet is connect with mobile mechanism.
Figure 10 is the structural scheme of mechanism of main shaft.
Figure 11 is the structural schematic diagram of wire spool sliding slot.
Specific embodiment
Below with reference to specific embodiment, the invention will be further described.
As shown in Fig. 1,2,3,4,5,6,7,8,9,10, a kind of wire spool locking body dumping mechanism, including pedestal, including locking
Mechanism and disk discharging machine structure, the retaining mechanism include cabinet 1, fixed disk 2 and driven disc 22, and the fixed disk 2 is movable
It is arranged on cabinet 1,2 center of fixed disk is vertically installed with the main shaft 3 to be set with wire spool 4, the fixed disk 2
By main shaft 3 and 22 activity grafting of driven disc, the driven disc 22 is arranged on pedestal by a mobile mechanism.
The mobile mechanism includes a vertical supporting plate 23, cross-brace plate 28, driving gear 24, handle 25, resets
Spring 26, rack gear 27,23 lower vertical of vertical supporting plate be fixed on support arm 1,28 side of support arm chassis 5 on, institute
The cross-brace plate 28 stated is horizontally fixed on 23 top of vertical supporting plate, and the handle 25 passes through the bracket 1 being parallel to each other
It is erected at 28 upper surface of cross-brace plate with 2 30 activity of bracket, is set with reset spring 26 on the handle 25 of one 29 side of bracket,
Driving gear 24, the cross-brace of 24 lower section of driving gear are set on handle 25 between bracket 1 and bracket 2 30
Rack gear 27 is set on plate 28, and the rack gear 27 is fixed on cross-brace plate 28 by a slideway 31, and the rack gear 27 is in cunning
Sliding in road 31, while being engaged with driving gear 24, the end of the rack gear 27 is fixedly connected with driven disc 22；Described is perpendicular
Fixture block 32 is provided in support plate 23, the fixture block 32 is vertical with support arm jackshaft 19 to be fixedly connected.The handle 25
End vertical be fixedly installed leader 33.On the one hand the effect of mobile mechanism described in it is that can be turned by handle
Dynamic, so that driving gear 24 be driven to rotate, then band carry-over bar 27 is moved, so that 22 transverse shifting of driven disc is driven, it is real
Now with fixed disk 2 dock and disengaging, easy to operate, automatic control can also be used in 25 position of handle, to realize driving gear
24 rotation operates more convenient.The effect of reset spring 26 is mainly when fixed disk 2 and driven disc 22 need to be separated
It waits, reset spring 26 is in the state of work, and at this time release handle 25, reset spring 26, will bands under the action of elastic force
Dynamic driving gear 24 is mobile, to realize the separation of driven disc 22 Yu driving disc spacing pressing 2, do not need application external force can realize it is driven
The disengaging of bolt 37 and jack 38 is realized in the reset of disk 22.
As shown in Fig. 3,4,5, the two sides of the fixture block 32 are provided with card slot 34, in the vertical supporting plate 23
It is provided with vertical gap 35, the fixture block 32 with card slot 34 is installed on 35 position of gap, by the swing of four support arms,
Drive fixture block 32 to slide up and down at 35 position of gap, the setting of the structure mainly by the card slot 34 on 32 both sides of fixture block tightly
It is installed in support plate 23, without departing from swing all around will not occur, upper and lower cunning can only be carried out in gap 35
It is dynamic, it on the one hand ensure that the motion profile of four support arms will not shift, realize relatively fixed, another party of four support arms
The lower end of four support arms in face, by the clamping of card slot 34 and gap 35, ensure that mobile mechanism perpendicular when longitudinal movement
Fixation and stabilization in support plate 23, the structure is compact to design, and design is also relatively more reasonable.
As shown in Fig. 5,11, the outer side center position of the driven disc 22 is provided with a bolt 37,3 end of main shaft
Face is provided with jack 38, and the bolt 37 and jack 38 form grafting.Elastic card claw 39 is provided in the jack 38, it is right
The root for the bolt 37 answered is provided with annular groove, and the annular groove and elastic card claw 39 clamp.
Above part constitutes retaining mechanism, and the main purpose of the retaining mechanism is locking wire spool, prevents in main shaft 3
Axial direction move back and forth, to influence the coiling effect of wire spool, pass through the activity button-fold of fixed disk 2 and driven disc 22
It realizes the locking of wire spool, the locking of wire spool is mainly realized by the grafting of bolt 37 and jack 38, due in jack 38
It is inside provided with elastic card claw 39, when bolt 37 is inserted into jack 38, elastic card claw 39 is along plug as shown in Figure 5
Annular groove slowly bolt 37 is set up, elastic card claw 39 will not be out of annular groove when rotation in order to guarantee wire spool
Abjection, the thickness of elastic card claw 39 can be arranged to extra-thin, at least be less than 2/3 groove width of annular groove.In addition annular
Slot is just like arch groove shown in figure, that is to say, that arch groove slowly is formed inwards from bolt 37 and annular groove handover position,
Elastic card claw 39 and annular groove is facilitated to clamp and be detached from.
The disk discharging machine structure includes 5, two slide rails 6, support arm 1, support arm 28, support arm 39, support arms four of chassis
10, wire spool sliding slot 11, fixture block 1, fixture block 2 13, the support arm 1, support arm 28 intersect to be combined in scissor-shaped, described
Support arm 39 and support arm 4 10 between also in scissor-shaped combine, the support arm 1, support arm 28, support arm 39, support arm 4 10
Lower end be matched with sliding block 1, sliding block 2 15, sliding block 3 16 and sliding block 4 17 respectively, the sliding block 1, sliding block 2 15,
Sliding block 3 16 and sliding block 4 17 slide on two slide rails 6 respectively, the support arm 1, support arm 28, support arm 39, branch
Arm 4 10 is hinged by axis 20 on two support arm lower axles, 18, support arm jackshafts 19 and two support arms, two branch
Axis 20 is rack-mounted on arm distinguishes activity peace on support arm 1, support arm 28, support arm 39,4 10 upper end of support arm, two support arms on axis 20
Equipped with fixture block 1, fixture block 2 13, two support arm lower axles 18 are respectively erected between support arm 1, support arm 28 and support arm
39,4 10 lower end of support arm is provided with telescopic oil cylinder 21 between two support arm lower axles 18.
Above-mentioned disk discharging machine structure mainly passes through four support arms and works, between the support arm 1, support arm 28 and
Support arm 39, support arm 4 10 are just arranged between driven disc 22 and fixed disk 2, after being wrapped over coil on wire spool, are passed through
The separation of driven disc 22 and fixed disk 2, then by control telescopic oil cylinder 21, so that four support arms are in closed configuration, at this time
Fixture block 1 and fixture block 2 13 will clamp the circumference of wire spool, so that wire spool is temporarily fixed at this, at this time can
To realize the automatic disk discharging of wire spool, operation is very simple, convenient, can be realized by way of automatic control to telescopic oil cylinder
21 control.
Wherein the folding of four support arms mainly passes through sliding block 1, sliding block 2 15, sliding block 3 16 and sliding block 4 17 two
Opening and closing movement is realized in sliding on root slide rail 6, and the effect of sliding is significantly better than other open-close ways, as four branch
Arm is then the principle that lever is realized by support arm jackshaft 19, reasonable in design, easy to operate, is easily manipulated.
The effect of two support arm lower axles 18 is mainly together to be divided into four support arms with support arm jackshaft 19 being parallel to each other
Two groups, while the top half of four support arms is designed to arc-shaped structure, mainly facilitate the cross of fixed disk 2 and driven disc 22
To freedom of movement, two groups of support arms are according to practical situation using opposite arrangement, and whole structure seems design rationally, layout
Compact, the space occupied is very small, and for fixed disk 2 and driven disc 22, whole lateral operation is very smooth, but again
Very compact, the arcuate structure global shape in the top half besieged city of four support arms is matched with fixed disk 2 and driven disc 22.Fixture block
1 and the shape of fixture block 2 13 be integrally also arcuate structure, radian will generally be matched with the radian of wire spool.If gone out
Showed wire spool be relatively large in diameter or the lesser situation of diameter, then the material of fixture block 1 and fixture block 2 13 can be adopted
With software material, such as rubber material etc., once fixture block is closely contacted with wire spool in this way, fixture block soft material itself,
It will be closely press fit together with wire spool, so as to fix wire spool well.
As described in Fig. 2,11, the wire spool sliding slot 11 is erected between support arm 1, support arm 39, the wire spool
The inlet location of sliding slot 11 is extended with one section and connects plate 44, and the plate 44 that connects is located at fixture block 1,2 13 underface of fixture block；
Described 11 lower parallel of the wire spool sliding slot setting offers strip in two support plates 40 there are two support plate 40
Slot 41,43 top of vertical support rod are provided with T shape hack lever 42, and the T shape hack lever 42 slides in strip grooves 41,
The vertical support rod 43 is telescopic rod, and 43 lower end of vertical support rod is provided with a fixed disc 45.
The main purpose of setting of above-mentioned wire spool sliding slot 11 is to connect disk, that is to say, that fixture block 1 and fixture block 2 13
When unclamping wire spool, typically operates to conclude wire spool by manually and collect, but appearance of the invention, only need
Fixture block 1 and fixture block 2 13 to be unclamped by automatically controlling, wire spool will automatically be fallen in wire spool sliding slot 11,
But it is to be able to guarantee that wire spool is accurately fallen in wire spool sliding slot 11, connects plate in the setting of its inlet location
44, it is placed exactly in the underface between fixture block 1 and fixture block 2 13, such wire spool, which can just be fallen to, connects plate 44
Position, is then rolled in wire spool sliding slot 11 by gravity, and that realizes wire spool connects disk movement.But since four support arms ceaselessly come
Longitudinal movement is returned, wire spool sliding slot 11 is fixedly connected with four support arms again, therefore wire spool sliding slot 11 also can be with four support arms
Swing and swing, but will affect whole connect disk effect in this way.
In consideration of it, support device is arranged below wire spool sliding slot 11, as shown in figure 11, not due to wire spool sliding slot 11
It is disconnected to swing, it will drive the swing of support plate 40 and strip grooves 41, thus realize that T shape hack lever 42 slides in strip grooves 41,
T shape hack lever 42 is motionless by should be for reason in fact, and 41 swing of strip grooves, to realize to wire spool sliding slot 11
Stability is defined.The effect of fixed disc 45 is mainly fixed effect, is directly anchored to ground or solid by bolt
It is scheduled on ground, to ensure that the stability of wire spool sliding slot 11.
The mobile mechanism is arranged on chassis 5, and the chassis 5 slides laterally on pedestal, and four support arms are the bottom of at
Longitudinal movement is done on frame 5, by horizontal and vertical mobile realization lock collar, disk is unloaded, connects a series of movement such as disk, thus real
The whole operation process of existing wire spool, has substantially carried out automation, has reduced cost, improved the efficiency of work.
In order to preferably more easily move the set equipment, base bottom is provided with traveling wheel 46, the effect of traveling wheel
Be primarily to facilitate it is integrally-built fast move and rapid abutting joint, for industrial production, this inherently can be largely
The upper efficiency for improving work.
Claims (1)
1. a kind of wire spool locks body dumping mechanism, including pedestal, it is characterised in that: described including retaining mechanism and disk discharging machine structure
Retaining mechanism include cabinet (1), fixed disk (2) and driven disc (22), the fixed disk (2) is movable to be arranged in cabinet
(1) on, the fixed disk (2) center is vertically installed with the main shaft (3) to be set with wire spool (4), the fixed disk (2)
By main shaft (3) and driven disc (22) activity grafting, the driven disc (22) is arranged on pedestal by a mobile mechanism；
The outer side center position of the driven disc (22) is provided with a bolt (37), and the main shaft (3) end face is provided with slotting
Hole (38), the bolt (37) and jack (38) form grafting, are provided with elastic card claw (39) in the jack (38), right
The root for the bolt (37) answered is provided with annular groove, and the annular groove and elastic card claw (39) clamp, the thickness of elastic card claw
At least it is less than 2/3 groove width of annular groove；
The disk discharging machine structure include chassis (5), two slide rails (6), support arm one (7), support arm two (8), support arm three (9),
The material of support arm four (10), wire spool sliding slot (11), fixture block one (12), fixture block two (13), fixture block one and fixture block two uses software
Material,
The support arm one (7), support arm two (8) intersect to be combined in scissor-shaped, between the support arm three (9) and support arm four (10)
Also in scissor-shaped combine, the support arm one (7), support arm two (8), support arm three (9), support arm four (10) lower end be matched with respectively
Sliding block one (14), sliding block two (15), sliding block three (16) and sliding block four (17), the sliding block one (14), sliding block two (15), sliding block
Three (16) and sliding block four (17) slide on two slide rails (6) respectively, the support arm one (7), support arm two (8), support arm
Three (9), support arm four (10) are mutually cut with scissors by two support arm lower axles (18), a support arm jackshaft (19) with axis (20) on two support arms
It connecing, axis (20) is rack-mounted in support arm one (7), support arm two (8), support arm three (9), support arm four (10) upper end on two support arms,
It is movably installed with fixture block one (12), fixture block two (13), two support arm lower axles (18) on two support arms on axis (20) respectively
It is respectively erected between support arm one (7), support arm two (8) and support arm three (9), support arm four (10) lower end, under two support arms
Telescopic oil cylinder (21) are provided between axis (18)；
The wire spool sliding slot (11) is erected between support arm one (7), support arm three (9), the wire spool sliding slot (11)
Inlet location is extended with one section and connects plate (44), and the plate (44) that connects is located at fixture block one (12), fixture block two (13) underface；
There are two wire spool sliding slot (11) the lower parallel settings support plate (40), on two support plates (40)
It offers strip grooves (41), T shape hack lever (42) sliding in strip grooves (41), T shape hack lever (42) setting is being propped up vertically
Strut (43) top, the vertical support rod (43) are telescopic rod, and it is solid that described vertical support rod (43) lower end is provided with one
Fixed disk (45), the mobile mechanism are arranged on chassis (5), and the chassis (5) slides laterally on pedestal；
The base bottom is provided with traveling wheel (46)；
The mobile mechanism include a vertical supporting plate (23), cross-brace plate (28), driving gear (24), handle (25),
Reset spring (26), rack gear (27), the vertical supporting plate (23) lower vertical are fixed on support arm one (7), support arm two (8) one
On the chassis (5) of side, the cross-brace plate (28) is horizontally fixed at the top of vertical supporting plate (23), the vertical supporting
It is provided on plate (23) fixture block (32), the fixture block (32) is vertical with support arm jackshaft (19) to be fixedly connected, the handle
(25) cross-brace plate (28) upper surface, bracket one are erected at by the bracket one (29) and bracket two (30) activity that are parallel to each other
(29) reset spring (26) are set on the handle (25) of side, are covered on the handle (25) between bracket one (29) and bracket two (30)
It fills driving gear (24), rack gear (27) is set on the cross-brace plate (28) below the driving gear (24), the tooth
Item (27) is fixed on cross-brace plate (28) by a slideway (31), the rack gear (27) sliding in slideway (31), simultaneously
It is engaged with driving gear (24), the end of the rack gear (27) is fixedly connected with driven disc (22), the handle (25)
End vertical is fixedly installed leader (33), and the two sides of the fixture block (32) are provided with card slot (34), and described is perpendicular
It is provided on support plate (23) vertical gap (35), the fixture block (32) with card slot (34) is installed on gap (35) portion
Position；
It is provided with cross slide way on the pedestal, telescopic oil cylinder one (36), the bottom are disposed on the cross slide way
Frame (5) is slided on cross slide way by telescopic oil cylinder one (36).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610907643.3A CN106335820B (en) | 2016-10-19 | 2016-10-19 | A kind of wire spool locking body dumping mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610907643.3A CN106335820B (en) | 2016-10-19 | 2016-10-19 | A kind of wire spool locking body dumping mechanism |
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| CN106335820A CN106335820A (en) | 2017-01-18 |
| CN106335820B true CN106335820B (en) | 2019-01-11 |
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| CN201610907643.3A Expired - Fee Related CN106335820B (en) | 2016-10-19 | 2016-10-19 | A kind of wire spool locking body dumping mechanism |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107651510A (en) * | 2017-08-30 | 2018-02-02 | 合肥华骏汽车部件有限公司 | A kind of easy-to-dismount mandrel |
| CN108054000B (en) * | 2018-02-09 | 2024-02-27 | 太仓神明电子有限公司 | Discharging mechanism of winding machine |
| CN109335661A (en) * | 2018-11-26 | 2019-02-15 | 无锡巨同创科技有限公司 | Take-up reel handler |
| CN111268496B (en) * | 2020-03-27 | 2024-04-12 | 广东电网有限责任公司 | Rope body structure release assembly |
| CN111847116B (en) * | 2020-07-23 | 2021-11-02 | 国网山东省电力公司武城县供电公司 | Cable placing frame for electric power construction |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4338852A1 (en) * | 1993-11-13 | 1995-05-18 | Kvh Verbautechnik Gmbh | Transport gripper for heavy components of round or oval cross=section |
| CN203428654U (en) * | 2013-09-05 | 2014-02-12 | 国家电网公司 | Small paying-off device with self-locking type limiting frames |
| CN203877644U (en) * | 2014-05-28 | 2014-10-15 | 杭州星冠机械科技有限公司 | Locking layer winder |
| CN104860126B (en) * | 2015-04-23 | 2017-11-14 | 李恩典 | Automatic layer winder |
| CN204549646U (en) * | 2015-04-24 | 2015-08-12 | 周口阳光电缆有限公司 | A kind of cable disk erecting device |
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2016
- 2016-10-19 CN CN201610907643.3A patent/CN106335820B/en not_active Expired - Fee Related
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| CN106335820A (en) | 2017-01-18 |
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