CN205680915U - A kind of automatic doubling pressure cap device - Google Patents
A kind of automatic doubling pressure cap device Download PDFInfo
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- CN205680915U CN205680915U CN201620560416.3U CN201620560416U CN205680915U CN 205680915 U CN205680915 U CN 205680915U CN 201620560416 U CN201620560416 U CN 201620560416U CN 205680915 U CN205680915 U CN 205680915U
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- doubling
- panel beating
- guide rail
- sub
- insulator cap
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Abstract
The utility model discloses a kind of automatic doubling pressure cap device, it includes housing, described enclosure interior is provided with doubling mechanism, storage device, discharge device, feeding-distribution device, press fit device, the doubling mouth of described doubling mechanism is arranged on the side of described housing, described doubling confession the end of a thread inserts, described press fit device is arranged on the lower end of described discharge device, inserts in described insulator cap after described the end of a thread doubling, described press fit device by described insulator cap crimp to press together described insulator cap with described the end of a thread.Doubling and pressure cap two function complete set are combined by automatic doubling pressure cap device of the present utility model, reduce production space, and be conducive to improving production efficiency, and compact conformation, drive disk assembly is few, product quality is high, automaticity is high, substantially improve the working strength of workman.
Description
Technical field
The utility model relates to doubling equipment technical field, particularly relates to a kind of automatic doubling pressure cap device.
Background technology
It is frequently necessary to carry out doubling and pressure cap operation in fields such as household electrical appliances, light fixture, equipment automatization making, existing most common
Operation form be that simple making with the hands carries out doubling and pressure cap action.And need during manual doubling to carry out twisting stranding with finger,
Filament is relatively thin relatively easy, if filament is relatively thick, difficulty strengthens, and time slightly length will result in operating personnel's hand pain, the wound to hand
Evil is relatively big, have impact on the production efficiency of product；And the simultaneously line mass of manually doubling operation varies with each individual, lack of experience or manipulative ability
Limited personnel tend not to up to standard, and then it is difficult to ensure that the quality of product.After making with the hands to carry out the action of doubling, need again
Using and manually capturing insulator cap, be enclosed within doubling head, crimp with instrument, doubling and crimping are entirely manually, and material to enter
Row manually adds and installs, and makes duty cycle very long；Overall process also rests on manual mode；Operation quality is unstable.
Utility model content
To this end, the technical problems to be solved in the utility model exists when overcoming existing manual doubling, pressure cap operation
Above-mentioned deficiency, and then provide one to use flexibly, conveniently, it is simple to control doubling, the automatic doubling pressure cap device of pressure cap quality.
For achieving the above object, the utility model is by the following technical solutions:
A kind of automatic doubling pressure cap device, it includes housing, and described enclosure interior is provided with doubling mechanism, described doubling frame
The doubling mouth of structure is arranged on the side of described housing, and described doubling confession the end of a thread inserts；Storage device, described storage device is used for
Storage insulator cap, described storage device is provided with feed wheel；Discharge device, described discharge device is provided with horizontal parallel
Guide rail, described feed wheel is delivered to described insulator cap on described horizontal parallel guide rail, and described level is put down by described discharge device
Described insulator cap on row guide rail is regularly arranged and horizontal feed；Feeding-distribution device, described feeding-distribution device is provided with upright guide rail,
The upper end of described upright guide rail is connected with the end of described horizontal parallel guide rail, and described upright guide rail guides described insulator cap vertical
Move downward, and in the lower end of described upright guide rail by the blanking one by one of described insulator cap；Press fit device, described press fit device is arranged
In the lower end of described discharge device, inserting in described insulator cap after described the end of a thread doubling, described press fit device is by described insulator cap
Crimp to press together described insulator cap with described the end of a thread.
Preferably, described doubling mechanism includes turning portion, and the described output turning portion is connected with main shaft, described main shaft
Being arranged with rotating shaft away from described one end turning portion, described rotating shaft rotates with described main shaft, and described rotating shaft is circumferentially uniform
Being arranged at intervals with at least two supportive body, described supportive body is hinged in described rotating shaft, the jointed shaft of described supportive body
Being suitable to the axis closer or far from described main shaft for the two ends of described supportive body, the upper end of described supportive body is connected with for twisting
And the calvus of wire rod, during with described main axis, described supportive body is more than described near the described centrifugal force turning one end, portion
Supportive body is away from the described centrifugal force turning one end, portion；Described turn portion, described supportive body, described calvus are placed in housing
In, the simultaneously line end of described housing is provided with upper cover plate, and the center of described upper cover plate is provided with the centre bore stretching into for the end of a thread.
Preferably, the angle between the axis of described supportive body and the surface of described calvus is 55-65 degree；Described calvus
One end end face of close described main-shaft axis be inclined-plane, the direction of stretching into wire rod is met on described inclined-plane, described inclined-plane with described
The angle of calvus thickness direction is 9-13 degree.
Preferably, described main shaft being arranged with spacing ring, described spacing ring is peripherally disposed to be had and described support master
The identical projection of body quantity, each described projection has been disposed radially a gathering sill, the close institute of described supportive body
The one end stating the portion of turning is placed in described gathering sill.
Preferably, described housing includes the overcoat in socket type, and the lower end of described overcoat is provided with closing bonnet, described outside
The upper end of set is connected with described upper cover plate, described upper cover plate and described closing bonnet by screw detachable be connected to described outside
The two ends of set, described outer put the switch being provided with for turning portion described in being turned on and off.
Preferably, it is provided with back-moving spring, described back-moving spring between each described supportive body and described rotating shaft
For driving radially opening away from described one end turning portion of described supportive body.
Preferably, described storage device includes material-storing box, and the side away from described press fit device of described material-storing box is arranged
Having described feed wheel, the inner side of described feed wheel is provided with feeding blade, and the front end of described horizontal parallel guide rail extends to described
In feed wheel, described feed wheel is rotated and is upwards pulled over the described insulator cap in described material-storing box by described feeding blade,
When described insulator cap is close to summit, tumble to described horizontal parallel guide rail from described feeding blade.
Preferably, described material-storing box be provided above cleaning brush, described cleaning brush is arranged on described horizontal parallel guide rail
Surface, described cleaning brush scans out for dialling the insulator cap of abnormal direction on described horizontal parallel guide rail.
Preferably, described discharge device includes described horizontal parallel guide rail, is provided with vibrations in described horizontal parallel guide rail
Mechanism, the vibrating plate of described percussion mechanism is driven by motor, and described percussion mechanism drives described horizontal parallel guide rail along conveying side
To reciprocal vibrations and then the described insulator cap on described horizontal parallel guide rail is arranged and is fed forward.
Preferably, described feeding-distribution device includes the first sub-material panel beating and the second sub-material panel beating, described first sub-material panel beating and
Described second sub-material panel beating is located along the same line and end is just to setting, described first sub-material panel beating and described second sub-material metal plate
The end of gold is provided with inclined-plane, and the interval between two described inclined-planes basically forms parallelogram like, two described inclined-planes
Between interval width be suitable to a described insulator cap and pass through；Described first sub-material panel beating and described second sub-material panel beating are fixed on
On parallel bar, one end of described parallel bar is provided with electromagnet, and parallel bar horizontal reciprocating movement described in described solenoid actuated enters
And make the described insulator cap being arranged above and below on described upright guide rail pass through described feeding-distribution device one by one.
Preferably, described first sub-material panel beating is fixed on fixed block, the described inclined-plane of described first sub-material panel beating end
Upwards；Described second sub-material panel beating is fixed on base plate and connects on panel beating, and the described inclined-plane of described second sub-material panel beating end is downward；
Described fixed block and described base plate connect panel beating and are each attached on described parallel bar.
Preferably, described press fit device include for insulator cap described in pressing can near or separate jaw, described
The hinged setting of jaw, the end of described jaw connects power transmission panel beating, and described power transmission panel beating is connected with ball screw, described ball wire
Bar is driven by the second motor, and described second motor drives described jaw opening and closing when rotating forward or backwards.
Preferably, the lower section of described feeding-distribution device is provided with blanking positioning device, and described blanking positioning device includes blanking
Base and mobile base, described mobile base and described blanking base are connected close to each other or away from institute by optical wand and screw mandrel
State and on mobile base, be provided with pressed switch, described pressed switch conducting when described mobile base is moved rearwards by.
Preferably, described mobile base is provided with the instruction device for indicating described insulator cap small end length, described
Instruction device includes indicating arm, instruction pin and dial.
Automatic doubling pressure cap device of the present utility model at least has the advantages that
1. this apparatus structure is compact, small volume, it is achieved complete mechanical clamps, doubling and sensing crimping；
2. this device drive disk assembly is less, and transmission efficiency is high, and energy loss is few；
3. the stubborn line end of this device doubling mechanism has double angle design, can effectively prevent broken string, stop assembly failure；
4. this device senses pressing realization automation automatically；
5. this device achieves the tool of simultaneously the end of a thread, is substantially improved intensity and the security protection of employee's operation, it is to avoid work
Wound, operating environment and efficiency also get a promotion；
6. doubling and pressure cap two function complete set are combined by this device, reduce production space, and are conducive to improving life
Produce efficiency.
Brief description
In order to make content of the present utility model be more likely to be clearly understood, below in conjunction with the accompanying drawings, the utility model is made
Further details of explanation, wherein:
Fig. 1 is the overall structure schematic diagram of automatic doubling pressure cap device of the present utility model；
Fig. 2 is the internal structure schematic diagram removing after housing of automatic doubling pressure cap device of the present utility model；
Fig. 3 is the decomposition texture schematic diagram of the doubling mechanism of automatic doubling pressure cap device of the present utility model；
Fig. 4 is the structural representation that the supportive body on automatic doubling pressure cap device of the present utility model is connected with calvus；
Fig. 5 is the structural representation of the calvus on automatic doubling pressure cap device of the present utility model；
Fig. 6 is the structural representation of storage device on automatic doubling pressure cap device of the present utility model；
Fig. 7 is the structural representation of the discharge device of automatic doubling pressure cap device of the present utility model；
Fig. 8 is the decomposition texture schematic diagram of feeding-distribution device on automatic doubling pressure cap device of the present utility model；
Fig. 9 is the structural representation after the feeding-distribution device on automatic doubling pressure cap device of the present utility model assembles；
Figure 10 is the structural representation of press fit device on automatic doubling pressure cap device of the present utility model；
Figure 11 is the decomposition texture signal of the drive part of press fit device on automatic doubling pressure cap device of the present utility model
Figure；
Figure 12 is the decomposition texture schematic diagram of blanking positioning device of the present utility model.
In figure, reference is expressed as:
1-housing, 101-handle；102-louvre；103-crimping material arrangement form；104-crimps mouth；105-crimps chi
Very little regulation form；2-doubling mechanism；201-doubling mouth；202-turns portion；203-main shaft；204-rotating shaft；205-supportive body；
206-calvus；207-spacing ring；208-is protruding；209-gathering sill；210-protective cover；211-inductor；3-storage device；301-
Insulator cap；302-feed wheel；303-material-storing box；304-feeding blade；305-cleaning brush；306-feeding motor；307-cam；
308-push rod；309-ratchet；310-gear；311-brush axle；4-discharge device；401-horizontal parallel guide rail；402-percussion mechanism；
403-vibrating plate；404-motor；405-bearing；406-fixes seat；407-base plate panel beating；5-feeding-distribution device；500-upright guide rail；
501-the first sub-material panel beating；502-the second sub-material panel beating；503-is spaced；504-parallel bar；505-electromagnet；506-fixed block；
507-base plate connects panel beating；6-press fit device；601-jaw；602-fixes panel beating；603-power transmission panel beating；604-ball screw；
605-the second motor；7-blanking positioning device；701-blanking base；702-moves base；703-optical wand；704-screw mandrel；705-
Pressed switch；706-indicating arm；707-indicates pin；708-dial.
Detailed description of the invention
Seeing Fig. 1, Fig. 2, a kind of automatic doubling pressure cap device, it includes housing 1, described housing 1 is provided with and is easy to carry
The handle 101 taken and louvre the 102nd, crimp material arrangement form the 103rd, crimp mouth the 104th, crimp size regulate form 105；Described
Housing 1 is internally provided with doubling mechanism the 2nd, storage device the 3rd, discharge device the 4th, feeding-distribution device the 5th, press fit device the 6th, blanking positioning device
7；The doubling mouth 201 of described doubling mechanism 2 is arranged on the side of described housing 1, and described doubling mouth 201 inserts for the end of a thread；Described
Storage device 3 is used for storing insulator cap 301, and described storage device 3 is provided with feed wheel 302；Arrange on described discharge device 4
Having horizontal parallel guide rail 401, described insulator cap 301 is delivered on described horizontal parallel guide rail 401 by described feed wheel 302, institute
State discharge device 4 by regularly arranged for the described insulator cap 301 on described horizontal parallel guide rail 401 and horizontal feed；Described sub-material
Being provided with upright guide rail 500 on device 5, the upper end of described upright guide rail 500 connects with the end of described horizontal parallel guide rail 401
Connecing, described upright guide rail 500 guides described insulator cap to move straight down, and in the lower end of described upright guide rail 500 by described
Insulator cap blanking one by one；Described press fit device 6 is arranged on the lower end of described discharge device 4, inserts described after described the end of a thread doubling
In insulator cap, described press fit device 6 by described insulator cap crimp to press together described insulator cap with described the end of a thread.
In the present embodiment, described doubling mechanism 2 includes turning portion 202, and the described portion 202 that turns is motor, for meeting operation
Frequency and the dimensional requirement of different wire rods, what motor was selected is DC brushless motor, can control opening of motor same position
Moving and stopping, rotating speed can carry out rising, decline regulation, it is achieved the requirement in not collinear footpath, general wire rod is thinner, and rotating speed is lower, line
Material is thicker, and revolution is higher, and the complete rear motor of action executing to brake rapidly, and dependence is that the stall of hall electric machine realizes
's；The described output turning portion 202 is connected with main shaft 203, overlapping away from described one end turning portion 202 of described main shaft 203
Being provided with rotating shaft 204, described rotating shaft 204 rotates with described main shaft 203, and described rotating shaft 204 circumferentially uniform intervals is provided with
Three supportive bodies 205, described supportive body 205 is hinged in described rotating shaft 204, and the jointed shaft of described supportive body 205 is fitted
In the two ends (two ends up and down described in Fig. 3) of described supportive body 205 closer or far from the axis of described main shaft 203, described
The upper end of support main body 205 is welded with the calvus 206 for twisting simultaneously wire rod, when rotating, described supportive body with described main shaft 203
205 is remote more than described supportive body 205 near the described centrifugal force turning one end, portion 202 (lower end of supportive body shown in Fig. 3)
From the described centrifugal force turning one end, portion 202 (upper end of supportive body described in Fig. 3), the centrifugal force of supportive body 205 lower end is big
The centrifugal force held thereon can be by (being positioned at supportive body hypomere in jointed shaft with lower part, the knot of jointed shaft not shown in Fig. 3
Structure, jointed shaft is cylindrical bearing pin, the hinge hole shape referring specifically in the middle part of the supportive body shown in Fig. 3) weight more than upper
The weight of section, its lower segment length can design according to concrete structure, as long as ensure that main shaft when rotation, its lower end is because of centrifugal force
Effect and the axis away from main shaft, lower end while away from main-shaft axis, described supportive body 205 around its join axle turn
Dynamic, now the upper end of supportive body draws close contraction at axle center, and clamping wire rod simultaneously circumferentially rotates wire rod and becomes one.Described
Its power of doubling mechanism is electric energy, and electric motor starting is delivered to supportive body by main shaft, rotating shaft, and spacing ring rotates together, is reaching
After certain rotating speed, owing to the effect calvus of centrifugal force to contract, the power that now rotating shaft and calvus act on wire rod is
The power of circumference and the power of inside compressing, so that wire rod deforms, carry out contraction and rotate doubling, the whole mistake fulfiling assignment
Journey；This apparatus structure is compact, small volume, light weight are convenient, is capable of complete mechanical and clamps and connect, is usable in not completely
The staple commodity assembly line of easy movement；And drive disk assembly is less, transmission efficiency is high, and energy loss is few.This device achieves doubling
The tool of head, is substantially improved intensity and the security protection of employee's operation, it is to avoid industrial injury, operating environment and efficiency are also carried
Rise.
Seeing Fig. 4, Fig. 5, the angle a between the axis of described supportive body 205 and the surface of described calvus 206 is 55-
65 degree, preferably 60 degree；One end end face of close described main shaft 203 axis of described calvus 206 is inclined-plane, and described inclined-plane is met to line
Material stretch into direction, described inclined-plane is 9-13 degree with the angle b of described calvus 206 thickness direction, preferably 11 degree.This structure
It is designed to prevent broken string, reduce vibration, make wire rod be constantly in the state to contract during twist-on, and then significantly carry
High yield rate, improves production efficiency.Being arranged with spacing ring 207 on described main shaft 203, described spacing ring 207 is along the circumferential direction
Being provided with the projection 208 identical with described supportive body 205 quantity, each has been disposed radially one on described protruding 208
Gathering sill 209, close described one end turning portion 202 of described supportive body 205 is placed in described gathering sill 209.By setting
Put spacing ring 207 and gathering sill 209, ensure that each supportive body in motor start-up procedure be respectively provided with essentially identical from
Mental and physical efforts and centrifugal action, and then just wire rod can be clamped in shaft core position when ensureing that supportive body 205 upper end is shunk, and then
Improve machining accuracy and crudy.Described calvus 206 is as in protective cover 210, and the end of described protective cover 210 arranges thoughts
Answering device 211, described inductor 211 is used for detecting whether the end of a thread inserts in doubling mouth 201, once detects that the end of a thread inserts and puts in place,
I.e. start and turn portion 202.
In the present embodiment, simultaneously successively can open smoothly for the ease of calvus 206, each described supportive body 205
And being provided with back-moving spring (not shown) between described rotating shaft 204, described back-moving spring is used for driving described support main
Radially opening away from described one end turning portion 202 of body 205, the form that specifically arranges of back-moving spring does not limits, as long as can
Calvus is assisted to open, it is possible to use other reset components to replace back-moving spring.
Seeing Fig. 2, Fig. 6, described storage device 3 includes material-storing box 303, filling away from described pressing of described material-storing box 303
The side putting 6 is provided with described feed wheel 302, and the inner side of described feed wheel 302 is provided with feeding blade 304, and described level is put down
The front end of row guide rail 401 extends in described feed wheel 302, and described feed wheel 302 rotates and passes through described feeding blade 304 will
Described insulator cap 301 in described material-storing box 303 is upwards pulled over, when described insulator cap 301 is close to summit, from described feeding leaf
Naturally tumble on piece 304 to described horizontal parallel guide rail 401.Owing to being that nature tumbles, it is possible that insulator cap small end to
Upper or other abnormal direction do not meet the requirement of automatic pressure cap, be this described material-storing box 303 be provided above cleaning brush 305,
Described cleaning brush 305 is arranged on the surface of described horizontal parallel guide rail 401, and described cleaning brush 305 is for equalling described level
On row guide rail 401, the insulator cap 301 groups of abnormal direction scans out, and described insulator cap falls the reference direction on horizontal parallel guide rail should
For lower end down, big end upward, small end is stuck in the interval between two horizontal parallel guide rails just, even if now by cleaning brush
Inswept, this standard towards insulator cap still will not be swept.Described feed wheel 302 is turned by feeding motor 306, described feeding
The output of motor is connected with cam 307, the push rod 308 being provided above moving back and forth up and down of described cam 307, described
The lower end of push rod 308 is against on the wheel face of described cam 307, one end hinge of the upper end of described push rod 308 and the non-tooth of ratchet 309
Connecing, described ratchet 309 is basic, and in being horizontally disposed with, described ratchet 309 engages with gear 310, and described gear 310 is arranged on brush axle
The end of 311, described cleaning brush 305 is fixedly mounted on described brush axle 311.When described feeding motor 306 rotates, on the one hand
Driving feed wheel to rotate feeding, on the other hand then by cam 307, (cam 307 circumferentially uniform intervals is provided with 3 structure phases
With projection) drive push rod 308 vertically to pump, push rod 308 bottom on driving pawl 309 during moving up and down
Dynamic, and then driven gear 310 and brush axle 311 reciprocally swinging in the range of certain angle, to drive cleaning brush by abnormal direction
Insulator cap cleans out from horizontal parallel guide rail.
Seeing Fig. 7, described discharge device 4 includes described horizontal parallel guide rail 401, sets in described horizontal parallel guide rail 401
Being equipped with percussion mechanism 402, the vibrating plate 403 of described percussion mechanism 402 is driven by motor 404, and described percussion mechanism 402 drives institute
State horizontal parallel guide rail 401 back and forth to shake along conveying direction and then by the described insulator cap row on described horizontal parallel guide rail 401
Arrange and be fed forward.Described motor 404 is fixed on base plate panel beating 407 by bearing 405 and fixing seat 406.
Seeing Fig. 8, Fig. 9, described feeding-distribution device 5 includes the first sub-material panel beating 501 and the second sub-material panel beating 502, described
One sub-material panel beating 501 and described second sub-material panel beating 502 is located along the same line and end is just to setting, described first sub-material
The end of panel beating 501 and described second sub-material panel beating 502 is provided with inclined-plane, and the interval 503 between two described inclined-planes is basic
Forming parallelogram like, the width at the interval 503 between two described inclined-planes is suitable to a described insulator cap 301 and passes through；Institute
Stating the first sub-material panel beating 501 and described second sub-material panel beating 502 being fixed on parallel bar 504, one end of described parallel bar 504 sets
Being equipped with electromagnet 505, described electromagnet 505 drives described parallel bar 504 horizontal reciprocating movement and then makes described upright guide rail 500
On the described insulator cap that is arranged above and below one by one by described feeding-distribution device and then complete sub-material action.
In the present embodiment, described first sub-material panel beating 501 is fixed on fixed block 506, described first sub-material panel beating 501 end
The described inclined-plane in portion is upwards；Described second sub-material panel beating 502 is fixed on base plate and connects on panel beating 507, described second sub-material panel beating
The described inclined-plane of 502 ends is downward；Described fixed block 506 and described base plate connect panel beating 507 and are each attached to described parallel bar 504
On.
See Figure 10, Figure 11, described press fit device 6 include for insulator cap described in pressing can near or separate pincers
Mouth 601, described jaw 601 is hinged on fixing panel beating 602, and the end of described jaw 601 connects power transmission panel beating 603, described biography
Power panel beating 603 is connected with ball screw 604, and described ball screw 604 is driven by the second motor 605, and described second motor 605 is just
To or drive the opening and closing of described jaw 601 to press together described insulator cap and described the end of a thread when rotating backward.
Seeing Fig. 2, Figure 12, the lower section of described feeding-distribution device 5 is provided with blanking positioning device 7, described blanking positioning device 7
Including blanking base 701 and mobile base 702, described mobile base 702 passes through optical wand 703 and silk with described blanking base 701
Bar 704 connects and can be close to each other or away from being provided with pressed switch 705, described mobile base on described mobile base 702
702 conductings of described pressed switch when being moved rearwards by, and then open pressing action.It is provided with for referring on described mobile base 702
Showing the instruction device of described insulator cap small end length, described instruction device includes that the 706th, indicating arm indicates pin 707 and dial
708。
The technical solution of the utility model is simply explained in detail by above-mentioned detailed description of the invention, and the utility model is not
Only be limited only to above-described embodiment, it will be understood by those skilled in the art that every according to above-mentioned principle and spirit in this practicality
Improvement on novel foundation, replacement, all should be within protection domain of the present utility model.
Claims (10)
1. an automatic doubling pressure cap device, it is characterised in that: including housing, described enclosure interior is provided with
Doubling mechanism, the doubling mouth of described doubling mechanism is arranged on the side of described housing, and described doubling confession the end of a thread inserts；
Storage device, described storage device is used for storing insulator cap, described storage device is provided with feed wheel；
Discharge device, described discharge device is provided with horizontal parallel guide rail, and described insulator cap is delivered to institute by described feed wheel
Stating on horizontal parallel guide rail, described discharge device is by regularly arranged for the described insulator cap on described horizontal parallel guide rail and level is defeated
Send；
Feeding-distribution device, described feeding-distribution device is provided with upright guide rail, and the upper end of described upright guide rail is led with described horizontal parallel
The end of rail connects, and described upright guide rail guides described insulator cap to move straight down, and will in the lower end of described upright guide rail
The blanking one by one of described insulator cap；
Press fit device, described press fit device is arranged on the lower end of described discharge device, inserts described insulation after described the end of a thread doubling
In cap, described press fit device by described insulator cap crimp to press together described insulator cap with described the end of a thread.
2. automatic doubling pressure cap device according to claim 1, it is characterised in that: described doubling mechanism includes turning portion,
The described output turning portion is connected with main shaft, described main shaft be arranged with rotating shaft away from described one end turning portion, described turn
Axle rotates with described main shaft, and described rotating shaft circumferentially uniform intervals is provided with at least two supportive body, described support master
Body is hinged in described rotating shaft, and the jointed shaft of described supportive body is suitable to the two ends of described supportive body closer or far from described master
The axis of axle, the upper end of described supportive body is connected with the calvus for twisting simultaneously wire rod, during with described main axis, described support
Main body is more than described supportive body away from the described centrifugal force turning one end, portion near the described centrifugal force turning one end, portion；Described
Turn portion, described supportive body, described calvus are placed in housing, described housing and line end be provided with upper cover plate, described upper cover
The center of plate is provided with the centre bore stretching into for the end of a thread.
3. automatic doubling pressure cap device according to claim 2, it is characterised in that: the axis of described supportive body with described
Angle between the surface of calvus is 55-65 degree；One end end face of the close described main-shaft axis of described calvus is inclined-plane, described
The direction of stretching into wire rod is met on inclined-plane, and described inclined-plane is 9-13 degree with the angle of described calvus thickness direction；Overlap on described main shaft
Being provided with spacing ring, described spacing ring is peripherally disposed the projection identical with described supportive body quantity, described in each
Being disposed radially a gathering sill on Tu Qi, close described one end turning portion of described supportive body is placed in described gathering sill
In.
4. the automatic doubling pressure cap device according to Claims 2 or 3, it is characterised in that: described housing includes in socket type
Overcoat, the lower end of described overcoat is provided with closing bonnet, and the upper end of described overcoat is connected with described upper cover plate, described upper cover plate
With described closing bonnet by the detachable two ends being connected to described overcoat of screw, described outer put be provided with for opening or
The switch in portion is turned described in closedown；It is provided with back-moving spring between each described supportive body and described rotating shaft, described multiple
Position spring is for driving radially opening away from described one end turning portion of described supportive body.
5. automatic doubling pressure cap device according to claim 4, it is characterised in that: described storage device includes material-storing box,
The side away from described press fit device of described material-storing box is provided with described feed wheel, and the inner side of described feed wheel is provided with feeding
Blade, the front end of described horizontal parallel guide rail extends in described feed wheel, and described feed wheel rotates and passes through described feeding leaf
Described insulator cap in described material-storing box is upwards pulled over by piece, when described insulator cap is close to summit, from described feeding blade
Tumble to described horizontal parallel guide rail；Described material-storing box be provided above cleaning brush, described cleaning brush is arranged on described water
The surface of flat closed slide, described cleaning brush scans out for dialling the insulator cap of abnormal direction on described horizontal parallel guide rail.
6. automatic doubling pressure cap device according to claim 5, it is characterised in that: described discharge device includes described level
Closed slide, is provided with percussion mechanism in described horizontal parallel guide rail, the vibrating plate of described percussion mechanism is driven by motor, described
Percussion mechanism drives described horizontal parallel guide rail back and forth to shake along conveying direction and then by described on described horizontal parallel guide rail
Insulator cap arranges and is fed forward.
7. automatic doubling pressure cap device according to claim 6, it is characterised in that: described feeding-distribution device includes the first sub-material
Panel beating and the second sub-material panel beating, described first sub-material panel beating and described second sub-material panel beating is located along the same line and end is just right
Arranging, the end of described first sub-material panel beating and described second sub-material panel beating is provided with inclined-plane, between two described inclined-planes
Interval basically forms parallelogram like, and the interval width between two described inclined-planes is suitable to a described insulator cap and passes through；Institute
Stating the first sub-material panel beating and described second sub-material panel beating being fixed on parallel bar, one end of described parallel bar is provided with electromagnet,
Parallel bar horizontal reciprocating movement described in described solenoid actuated and then make the described insulator cap being arranged above and below on described upright guide rail
Pass through described feeding-distribution device one by one.
8. automatic doubling pressure cap device according to claim 7, it is characterised in that: described first sub-material panel beating is fixed on
Determining on block, the described inclined-plane of described first sub-material panel beating end is upwards；Described second sub-material panel beating is fixed on base plate and connects panel beating
On, the described inclined-plane of described second sub-material panel beating end is downward；Described fixed block and described base plate connect panel beating and are each attached to institute
State on parallel bar.
9. automatic doubling pressure cap device according to claim 8, it is characterised in that: described press fit device includes for pressing
Described insulator cap can near or the jaw that separates, the hinged setting of described jaw, the end of described jaw connects power transmission panel beating,
Described power transmission panel beating is connected with ball screw, and described ball screw is driven by the second motor, and described second motor is forward or backwards
Described jaw opening and closing are driven during rotation.
10. automatic doubling pressure cap device according to claim 9, it is characterised in that: the lower section of described feeding-distribution device is arranged
Having blanking positioning device, described blanking positioning device includes blanking base and mobile base, described mobile base and described blanking
Base passes through optical wand and screw mandrel and connects close to each other or away from being provided with pressed switch, the described mobile end on described mobile base
Described pressed switch conducting when seat is moved rearwards by；It is provided with on described mobile base for indicating described insulator cap small end length
Instruction device, described instruction device includes indicating arm, instruction pin and dial.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620560416.3U CN205680915U (en) | 2016-06-12 | 2016-06-12 | A kind of automatic doubling pressure cap device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620560416.3U CN205680915U (en) | 2016-06-12 | 2016-06-12 | A kind of automatic doubling pressure cap device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205680915U true CN205680915U (en) | 2016-11-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620560416.3U Withdrawn - After Issue CN205680915U (en) | 2016-06-12 | 2016-06-12 | A kind of automatic doubling pressure cap device |
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| Country | Link |
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| CN (1) | CN205680915U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106025766A (en) * | 2016-06-12 | 2016-10-12 | 王锦荣 | Automatic apparatus for doubling and pressing wires |
| CN114454503A (en) * | 2022-04-11 | 2022-05-10 | 米标科技有限公司 | Multi-pipeline discharging and cap pressing integrated machine |
-
2016
- 2016-06-12 CN CN201620560416.3U patent/CN205680915U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106025766A (en) * | 2016-06-12 | 2016-10-12 | 王锦荣 | Automatic apparatus for doubling and pressing wires |
| CN114454503A (en) * | 2022-04-11 | 2022-05-10 | 米标科技有限公司 | Multi-pipeline discharging and cap pressing integrated machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161109 Effective date of abandoning: 20180302 |
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| AV01 | Patent right actively abandoned |