CN207834808U - A kind of shrinkable sleeve pipe device of LED bulb bonding machine - Google Patents
A kind of shrinkable sleeve pipe device of LED bulb bonding machine Download PDFInfo
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- CN207834808U CN207834808U CN201820343004.3U CN201820343004U CN207834808U CN 207834808 U CN207834808 U CN 207834808U CN 201820343004 U CN201820343004 U CN 201820343004U CN 207834808 U CN207834808 U CN 207834808U
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- heat
- shrink tube
- adjustment mechanism
- inlet wire
- sleeve pipe
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Abstract
The utility model provides a kind of shrinkable sleeve pipe device of LED bulb bonding machine, belongs to field of mechanical technique.It includes for by two heat-shrink tubes, the heat-shrink tube feed mechanism, the inlet wire adjustment mechanism one for adjusting heat-shrink tube and lead location, inlet wire adjustment mechanism two and the inlet wire adjustment mechanism three that are pushed on two conducting wires, the heat-shrink tube feed mechanism, inlet wire adjustment mechanism one, inlet wire adjustment mechanism two and inlet wire adjustment mechanism three to be arranged along dispenser turntable rotation direction successively simultaneously and respectively.It is by the way of two push of a drawing, it can either ensure that this shrinkable sleeve pipe device can adapt to the conducting wire and heat-shrink tube in various length dimensions, so that subsequent heat-shrink tube location push and wire stripping position are accurate, and the problem for causing whole LED bulb bonding machine volume excessive since operating space needed for individual station is larger can be avoided.
Description
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of LED bulb bonding machine, especially a kind of LED bulb weldering
The shrinkable sleeve pipe device to pick.
Background technology
For existing LED bulb when being welded into row conductor, electric leakage, safety in utilization and structural integrity, past in order to prevent
Toward, heat-shrink tube is set on the interconnecting piece of the bubble foot, conducting wire and the two of LED bulb, but existing LED bulb bonding machine
Be only capable of heat-shrink tube while being set on two of LED bulb bubble feet and conducting wire, and cannot to individually steeped in LED bulb foot and
Conducting wire is arranged heat-shrink tube, and since the interconnecting piece that there is a problem of to cause LED light bubble foot of heat-shrink tube is long, is using
Shi Feichang is inconvenient.
Utility model content
The purpose of this utility model is the presence of the above problem in view of the prior art, it is proposed that a kind of LED bulb bonding machine
Shrinkable sleeve pipe device, it the technical problem to be solved is that how to realize to for connect the conducting wire of LED bulb carry out it is single
Only heat-shrink tube suit.
The purpose of this utility model can be realized by following technical proposal:A kind of shrinkable sleeve of LED bulb bonding machine
Pipe device, the LED bulb bonding machine includes rack, in rack be equipped with can intermittent rotary dispenser turntable, the segmentation
Device turntable upper edge its circumferentially fixed have several capable of opening and closing clamping pliers, which is characterized in that described sleeve pipe device includes for will
Two heat-shrink tubes simultaneously and be pushed to respectively on two conducting wires heat-shrink tube feed mechanism, for adjusting heat-shrink tube and lead location
Inlet wire adjustment mechanism one, inlet wire adjustment mechanism two and inlet wire adjustment mechanism three, the heat-shrink tube feed mechanism, inlet wire adjust machine
Structure one, inlet wire adjustment mechanism two and inlet wire adjustment mechanism three are arranged along dispenser turntable rotation direction successively.
Two heat-shrink tubes are pushed to simultaneously and respectively positioned at folder by this shrinkable sleeve pipe device by heat-shrink tube feed mechanism
On two conducting wires in line tweezer, and successively by inlet wire adjustment mechanism one, inlet wire adjustment mechanism two and inlet wire adjustment mechanism three to heat
The draw and lead location are adjusted, so that heat-shrink tube and conducting wire are clamped on clamping pliers simultaneously, to ensure subsequent handling
Be normally carried out.
In the shrinkable sleeve pipe device of above-mentioned LED bulb bonding machine, the heat-shrink tube feed mechanism includes being sent into electricity
Machine, upper block, lower tumbler and heat-shrink tube cutoff tool, the lower tumbler are set on the motor shaft for being sent into motor, the upper block
Positioned at the top of lower tumbler, and upper block and lower tumbler are matched for by shrinkable sleeve to conducting wire, the heat-shrink tube to be cut off
Cutter spacing is between dispenser turntable and lower tumbler.Upper block and lower tumbler all have the groove being arranged along wheel face, upper block and
Lower tumbler is cooperated in the case where being sent into motor effect for heat-shrink tube to be clamped and is pushed, and heat-shrink tube cutoff tool can be relative to
Rack lift, heat-shrink tube can be cut off when heat-shrink tube cutoff tool rises and enable the heat-shrink tube being set on conducting wire with
Conducting wire to rotate on dispenser turntable.
In the shrinkable sleeve pipe device of above-mentioned LED bulb bonding machine, the heat-shrink tube feed mechanism further includes being used for
The heat-shrink tube fixed block that is arranged between heat-shrink tube cutoff tool and lower tumbler and setting heat-shrink tube cutoff tool and clamping pliers it
Between heat-shrink tube limited block, the heat-shrink tube fixed block and heat-shrink tube limited block all have two for interting the logical of heat-shrink tube
Hole.Two through-holes on heat-shrink tube fixed block are arranged side by side, and two through-holes being located on heat-shrink tube limited block are arranged side by side,
And two through-holes on heat-shrink tube fixed block and two lead to the hole site on heat-shrink tube limited block are arranged in a one-to-one correspondence,
Heat-shrink tube fixed block and heat-shrink tube limited block are located at the front and rear sides of heat-shrink tube cutoff tool, and heat-shrink tube cutoff tool is front and back
Two wall surfaces are born against on heat-shrink tube fixed block and heat-shrink tube limited block, can either be limited, be kept away to heat-shrink tube cutoff tool
Exempt to shift when its oscilaltion, while heat-shrink tube can be limited again, heat-shrink tube is avoided to be moved in cut-out
Position, ensures the neat of notch.
In the shrinkable sleeve pipe device of above-mentioned LED bulb bonding machine, the upper block is connected with compression bar.Compression bar is used for
The spacing for adjusting upper block and lower tumbler, enables adaptation to various various sizes of heat-shrink tubes, and can be to heat-shrink tube
Push dynamics is regulated and controled, and avoids causing heat-shrink tube to deform and can not normally be set on conducting wire due to excessive compression.
In the shrinkable sleeve pipe device of above-mentioned LED bulb bonding machine, the heat-shrink tube feed mechanism further includes auxiliary
Clamp assemblies.Clamp assemblies are assisted to be used to carry out auxiliary positioning to heat-shrink tube, to ensure that heat-shrink tube can correspond and accurately
Ground is set on conducting wire.
In the shrinkable sleeve pipe device of above-mentioned LED bulb bonding machine, the inlet wire adjustment mechanism one, inlet wire adjust machine
Structure two and inlet wire adjustment mechanism three include track base, rail plate, clamp seat and line sending clamp, and the track base is connected to machine
On frame, the rail plate is slidably connected on track base, and the clamp seat is connected on rail plate, and the line sending clamp is solid
It is connected on clamp seat.The length direction of rail plate is arranged along the radial direction of dispenser turntable, i.e. the advance and retreat direction of line sending clamp
Radially positioned at dispenser turntable, the adjustment of the position of heat-shrink tube and conducting wire is more accurate.
In such a way that one draws two push, it can either ensure that this shrinkable sleeve pipe device can adapt in various length dimensions
Conducting wire and heat-shrink tube so that subsequent heat-shrink tube location push and wire stripping position are accurate, and can avoid due to individual station
The problem that required operating space is larger and causes whole LED bulb bonding machine volume excessive.
Compared with prior art, the utility model has the following advantages that:
1, this shrinkable sleeve pipe device and sleeve-like manner can realize the independent automatic suit of heat-shrink tube and conducting wire, automation
Degree is high, reduces cost of labor;
2, two heat-shrink tubes can be respectively set on two conducting wires by this shrinkable sleeve pipe device and sleeve-like manner, so as to
The volume of LED bulb and conducting wire and heat-shrink tube after enough reduction moldings, and since two conducting wires are arranged heat-shrink tube, degree of freedom respectively
Higher, LED product after molding is more convenient to use.
Description of the drawings
Fig. 1 is the overlooking structure figure of the LED bulb bonding machine with the utility model.
Fig. 2 is the structural schematic diagram of heat-shrink tube feed mechanism in the utility model.
Fig. 3 is the structural schematic diagram after heat-shrink tube feed mechanism removal auxiliary clamp assemblies in the utility model.
Fig. 4 is the structural schematic diagram that clamp assemblies are assisted in the utility model.
Fig. 5 is the structural schematic diagram of conducting wire shaping component in the utility model.
Fig. 6 is the structural schematic diagram of inlet wire adjustment mechanism in the utility model.
Fig. 7 is the structural schematic diagram of wire stripping mechanism in the utility model.
Fig. 8 is the structural schematic diagram that jaw mechanism is opened in the utility model.
In figure, 1, rack;2, dispenser turntable;3, clamping pliers;4, heat-shrink tube feed mechanism;5, inlet wire adjustment mechanism one;
6, inlet wire adjustment mechanism two;7, inlet wire adjustment mechanism three;8, it is sent into motor;9, upper block;10, lower tumbler;11, heat-shrink tube is cut off
Knife;12, heat-shrink tube fixed block;13, heat-shrink tube limited block;14, through-hole;15, compression bar;16, clamp assemblies are assisted;17, track base;
18, rail plate;19, clamp seat;20, line sending clamp;21, wire stripping mechanism;22, jaw mechanism is opened;23, heat-shrink tube;24, additional lock
Hold cylinder;25, shape piece is raised;26, shape piece is lowered;27, conducting wire shaping clamp;28, wire stripping knife assembly;281, wire stripper;29, it cuts
Wire stripping clamp assemblies;291, grip block;30, wire stripping head funnel;31, whippletree;32, cylinder;33, mandril;34, groove.
Specific implementation mode
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
Referring to Fig.1, the present embodiment is a kind of shrinkable sleeve pipe device of LED bulb bonding machine, and LED bulb bonding machine includes
Rack 1, be equipped in rack 1 can intermittent rotary dispenser turntable 2,2 upper edge of dispenser turntable its circumferentially fixed have several
Capable of opening and closing clamping pliers 3, this shrinkable sleeve pipe device include for two heat-shrink tubes 23 simultaneously and to be pushed to two respectively and led
Heat-shrink tube feed mechanism 4 on line, the inlet wire adjustment mechanism 1 for adjusting heat-shrink tube 23 and lead location, inlet wire adjust machine
Structure 26 and inlet wire adjustment mechanism 37, heat-shrink tube feed mechanism 4, inlet wire adjustment mechanism 1, inlet wire adjustment mechanism 26 and inlet wire
Adjustment mechanism 37 is arranged along 2 rotation direction of dispenser turntable successively.This shrinkable sleeve pipe device passes through heat-shrink tube feed mechanism
By two heat-shrink tubes simultaneously and be pushed on two conducting wires on clamping pliers respectively, and successively by inlet wire adjustment mechanism 1,
37 pairs of heat-shrink tubes 23 of inlet wire adjustment mechanism 26 and inlet wire adjustment mechanism and lead location are adjusted, so that heat-shrink tube 23
It is clamped on clamping pliers 3 simultaneously with conducting wire, to ensure being normally carried out for subsequent handling.
Specifically, in conjunction with Fig. 2 and Fig. 3, heat-shrink tube feed mechanism 4 includes being sent into motor 8, upper block 9, lower tumbler 10 and heat
Draw cutoff tool 11, lower tumbler 10 are set on the motor shaft for being sent into motor 8, and upper block 9 is located at the top of lower tumbler 10, and on
Guide wheel 9 and lower tumbler 10 are matched for heat-shrink tube 23 to be set to conducting wire, and heat-shrink tube cutoff tool 11 is located at 2 He of dispenser turntable
Between lower tumbler 10.Upper block 9 and lower tumbler 10 all have the groove 34 being arranged along wheel face, and upper block 9 and lower tumbler 10 exist
The lower mutual cooperation of the effect of motor 8 is sent into for heat-shrink tube 23 to be clamped and is pushed, heat-shrink tube cutoff tool 11 can be relative to machine
Frame lifts, and can cut off heat-shrink tube 23 when heat-shrink tube cutoff tool 11 rises and enable the heat-shrink tube being set on conducting wire 23
Enough as conducting wire rotates on dispenser turntable 3.
Heat-shrink tube feed mechanism 4 further includes that the heat-shrink tube for being arranged between heat-shrink tube cutoff tool 11 and lower tumbler 10 is solid
The heat-shrink tube limited block 13 determined block 12 and be arranged between heat-shrink tube cutoff tool 11 and clamping pliers 3,12 He of heat-shrink tube fixed block
Heat-shrink tube limited block 13 all has two through-holes 14 for interting heat-shrink tube 23.Two on heat-shrink tube fixed block 12 are logical
Hole 14 is arranged side by side, and two through-holes 14 being located on heat-shrink tube limited block 13 are arranged side by side, and on heat-shrink tube fixed block 12
Two through-holes 14 and limited positioned at heat-shrink tube, two 14 positions of through-hole on 13 are arranged in a one-to-one correspondence, and can be provided commonly for transmitting
Heat-shrink tube 23, heat-shrink tube fixed block 12 and heat-shrink tube limited block 13 are located at the front and rear sides of heat-shrink tube cutoff tool 11, and heat
Front and back two wall surface of draw cutoff tool 11 is born against on heat-shrink tube fixed block 12 and heat-shrink tube limited block 13, can either be to heat
Draw cutoff tool 11 is limited, and avoids shifting when its oscilaltion, while can be limited again into 23 rows to heat-shrink tube,
It avoids heat-shrink tube 23 from being displaced in cut-out, ensures the neat of notch.
Upper block 9 is connected with compression bar 15, and compression bar 15 is used to adjust the spacing between upper block 9 and lower tumbler 10, so as to
Various various sizes of heat-shrink tubes 23 are enough adapted to, and the push dynamics of heat-shrink tube 23 can be regulated and controled, are avoided due to mistake
Degree squeezes and heat-shrink tube 23 is caused to deform and can not normally be set on conducting wire.
In conjunction with Fig. 4, heat-shrink tube feed mechanism 4 further includes auxiliary clamp assemblies 16, and auxiliary clamp assemblies 16 include additional lock
It holds cylinder 24, up-regulation shape piece 25 and lowers shape piece 26, up-regulation shape piece 25 is three forked for downwardly facing opening, lowers shape piece 26 as upward
The three of opening are forked, and the opening for raising shape piece 25 is oppositely arranged with the opening for lowering shape piece 26.It raises shape piece 25 and lowers shape
Piece 26 is connected by linking arm with the cylinder foot of auxiliary gripper cylinder 24 respectively, and is raised shape piece 25 and lowered shape piece 26 auxiliary
Heat-shrink tube 23 can be carried out clamping and auxiliary positioning by helping under the action of gripper cylinder 24, to ensure that heat-shrink tube 23 can be one a pair of
It answers and is accurately set on conducting wire, and heat-shrink tube 23 will not be displaced in cut-out.
In conjunction with Fig. 5, the preceding road station for being located at 4 station of heat-shrink tube feed mechanism also has conducting wire shaping component, conducting wire shaping
Component includes vertically set conducting wire shaping clamp 27, and conducting wire shaping clamp 27 has center clamping plate 271 and two difference
Shaping tong arm 272 positioned at center clamping plate both sides can realize shaping while to two conducting wires.
In conjunction with Fig. 6, inlet wire adjustment mechanism 1, inlet wire adjustment mechanism 26 are identical with the structure of inlet wire adjustment mechanism 37,
Including track base 17, rail plate 18, clamp seat 19 and line sending clamp 20, track base 17 is connected in rack 1, rail plate 18
It being slidably connected on track base 17, clamp seat 19 is connected on rail plate 18, and line sending clamp 20 is connected on clamp seat 19,
In conjunction with Fig. 7, this shrinkable sleeve pipe device further includes the wire stripping mechanism 21 for carrying out wire stripping to conducting wire, wire stripping mechanism
21 include wire stripping knife assembly 28, cut wire stripping clamp assemblies 29 and wire stripping head funnel 30, cut wire stripping clamp assemblies 29 and be located at wire stripper
Between component 28 and dispenser turntable 2, and cut the wire stripper of the grip block 291 and wire stripping knife assembly 28 of wire stripping clamp assemblies 29
281 are respectively positioned on the top of wire stripping head funnel 30, and wire stripping head funnel is dropped into after the rubber of conducting wire is peeled by wire stripping knife assembly 28
It is collected in 30, it is clean and tidy in rack 1 to ensure.
In conjunction with Fig. 8, this shrinkable sleeve pipe device further includes out jaw mechanism 22, and it includes whippletree 31, whippletree 31 to open jaw mechanism 22
On be slidably connected there are two cylinder 32, be connected with mandril 33 flexible downwards on the piston rod of cylinder 22, mandril 33 is for will be into
The clamping pliers 3 of line adjustment mechanism 1 and inlet wire adjustment mechanism 37 open simultaneously.Used time more saves, and operation is more convenient.
The heat-shrink tube sleeve-like manner of LED bulb bonding machine with above-mentioned apparatus, comprises the steps of:
Step a, be clamped on same clamping pliers 3 two conducting wires are first carried out at the same time straightening, then machine is sent by heat-shrink tube
Two heat-shrink tubes 23 are set on two conducting wires being clamped on clamping pliers 3 by structure 4 respectively;
Step b, two after heat-shrink tube 23 conducting wires are arranged with to correspond to as clamping pliers 3 are moved to inlet wire adjustment mechanism 1
Station after, the line sending clamp 20 of inlet wire adjustment mechanism 1 clamps two conducting wires and heat-shrink tube 23, and clamping pliers 3 open
Afterwards, line sending clamp 20 pulls out two conducting wires and the heat-shrink tube 23 being set on conducting wire together;
Step c, clamping pliers 3 hold two conducting wires and heat-shrink tube 23 is moved to 26 corresponding station of inlet wire adjustment mechanism,
Clamping pliers 3 continue to close, and the line sending clamp 20 of inlet wire adjustment mechanism 26 is clamped on heat-shrink tube 3, and by heat-shrink tube 23 towards folder
Line tweezer 3 pushes so that the end of a thread of conducting wire exposes to heat-shrink tube 23;
Step d, clamping pliers 3 hold two conducting wires and heat-shrink tube 23 is moved to 37 corresponding station of inlet wire adjustment mechanism,
The line sending clamp 20 of inlet wire adjustment mechanism 37 is clamped in heat-shrink tube 23, and clamping pliers 3 are opened, the line sending folder of inlet wire adjustment mechanism 37
Pincers 20 inwardly push two 23 related conducting wires of heat-shrink tube together, and after push in place, clamping pliers 3 are closed, by two conducting wires and heat
The draw 23 is clamped in jointly in clamping pliers 3.
Heat-shrink tube 23 and conducting wire have certain hardness in the present embodiment, when it is during push, will not easily to
Lower inclination, can ensure the transmission between line sending clamp 20 and clamping pliers 3.
Heat-shrink tube feed mechanism 4, inlet wire adjustment mechanism 1, inlet wire adjustment mechanism 26, inlet wire adjust machine in the present embodiment
It structure 37, wire stripping mechanism 21 and opens wrench structure 22 and can have drive link drive and work, operating mode is the prior art.
The present embodiment can either ensure that this shrinkable sleeve pipe device can adapt in various in such a way that one draws two push
The conducting wire and heat-shrink tube of length dimension so that subsequent heat-shrink tube location push and wire stripping position are accurate, and can avoid due to
The problem that operating space needed for individual station is larger and causes whole LED bulb bonding machine volume excessive.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (7)
1. a kind of shrinkable sleeve pipe device of LED bulb bonding machine, the LED bulb bonding machine includes rack (1), in rack
(1) be equipped with can intermittent rotary dispenser turntable (2), dispenser turntable (2) upper edge its circumferentially fixed have several energy
The clamping pliers (3) of folding, which is characterized in that described sleeve pipe device includes for and pushing two heat-shrink tubes (23) while respectively
Heat-shrink tube feed mechanism (4) on to two conducting wires, the inlet wire adjustment mechanism one for adjusting heat-shrink tube (23) and lead location
(5), inlet wire adjustment mechanism two (6) and inlet wire adjustment mechanism three (7), the heat-shrink tube feed mechanism (4), inlet wire adjustment mechanism one
(5), inlet wire adjustment mechanism two (6) and inlet wire adjustment mechanism three (7) are arranged along dispenser turntable (2) rotation direction successively.
2. the shrinkable sleeve pipe device of LED bulb bonding machine according to claim 1, which is characterized in that the heat-shrink tube
Feed mechanism (4) includes being sent into motor (8), upper block (9), lower tumbler (10) and heat-shrink tube cutoff tool (11), the lower tumbler
(10) it is set on the motor shaft for being sent into motor (8), the upper block (9) is located at the top of lower tumbler (10), and upper block (9)
It is matched with lower tumbler (10) for heat-shrink tube (23) to be set to conducting wire, the heat-shrink tube cutoff tool (11) turns positioned at dispenser
Between disk (2) and lower tumbler (10).
3. the shrinkable sleeve pipe device of LED bulb bonding machine according to claim 2, which is characterized in that the heat-shrink tube
Feed mechanism (4) further includes the heat-shrink tube fixed block (12) for being arranged between heat-shrink tube cutoff tool (11) and lower tumbler (10)
And the heat-shrink tube limited block (13) being arranged between heat-shrink tube cutoff tool (11) and clamping pliers (3), the heat-shrink tube fixed block
(12) and heat-shrink tube limited block (13) all has two through-holes (14) for interting heat-shrink tube (23).
4. the shrinkable sleeve pipe device of LED bulb bonding machine according to claim 3, which is characterized in that the upper block
(9) it is connected with compression bar (15).
5. the shrinkable sleeve pipe device of LED bulb bonding machine according to claim 1 or 2 or 3 or 4, which is characterized in that institute
It further includes auxiliary clamp assemblies (16) to state heat-shrink tube feed mechanism (4).
6. the shrinkable sleeve pipe device of LED bulb bonding machine according to claim 1, which is characterized in that the inlet wire tune
Complete machine structure one (5), inlet wire adjustment mechanism two (6) and inlet wire adjustment mechanism three (7) include track base (17), rail plate
(18), clamp seat (19) and line sending clamp (20), the track base (17) are connected in rack (1), the rail plate (18)
It is slidably connected on track base (17), the clamp seat (19) is connected on rail plate (18), and the line sending clamp (20) is solid
It is connected on clamp seat (19).
7. the shrinkable sleeve pipe device of LED bulb bonding machine according to claim 1, which is characterized in that described sleeve pipe fills
Set further include for conducting wire carry out wire stripping wire stripping mechanism (21).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201820343004.3U CN207834808U (en) | 2018-03-13 | 2018-03-13 | A kind of shrinkable sleeve pipe device of LED bulb bonding machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201820343004.3U CN207834808U (en) | 2018-03-13 | 2018-03-13 | A kind of shrinkable sleeve pipe device of LED bulb bonding machine |
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Publication Number | Publication Date |
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CN207834808U true CN207834808U (en) | 2018-09-07 |
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CN201820343004.3U Active CN207834808U (en) | 2018-03-13 | 2018-03-13 | A kind of shrinkable sleeve pipe device of LED bulb bonding machine |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112719156A (en) * | 2020-12-15 | 2021-04-30 | 台州万昌电子科技有限公司 | Sleeve welding device for flow lamp and machining method thereof |
-
2018
- 2018-03-13 CN CN201820343004.3U patent/CN207834808U/en active Active
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112719156A (en) * | 2020-12-15 | 2021-04-30 | 台州万昌电子科技有限公司 | Sleeve welding device for flow lamp and machining method thereof |
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