CN209407615U - Automatic tin welding machine for USB TYPE-C connecting line - Google Patents
Automatic tin welding machine for USB TYPE-C connecting line Download PDFInfo
- Publication number
- CN209407615U CN209407615U CN201821831968.9U CN201821831968U CN209407615U CN 209407615 U CN209407615 U CN 209407615U CN 201821831968 U CN201821831968 U CN 201821831968U CN 209407615 U CN209407615 U CN 209407615U
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- Prior art keywords
- cylinder
- usb type
- connecting line
- terminal
- jig
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- ATJFFYVFTNAWJD-UHFFFAOYSA-N Tin Chemical compound [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 title claims abstract description 75
- 238000003466 welding Methods 0.000 title claims abstract description 75
- 230000006835 compression Effects 0.000 claims abstract description 50
- 238000007906 compression Methods 0.000 claims abstract description 50
- 238000005520 cutting process Methods 0.000 claims abstract description 25
- 238000004873 anchoring Methods 0.000 claims abstract description 22
- 238000007654 immersion Methods 0.000 claims abstract description 18
- 238000010008 shearing Methods 0.000 claims abstract description 10
- 230000003321 amplification Effects 0.000 claims description 6
- 238000001514 detection method Methods 0.000 claims description 6
- 238000003199 nucleic acid amplification method Methods 0.000 claims description 6
- 229910000679 solder Inorganic materials 0.000 claims description 5
- 238000009434 installation Methods 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 238000000034 method Methods 0.000 description 8
- 238000006073 displacement reaction Methods 0.000 description 7
- 238000002788 crimping Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 4
- 238000007790 scraping Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000003756 stirring Methods 0.000 description 2
- 241000719239 Oligoplites altus Species 0.000 description 1
- 238000009825 accumulation Methods 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000001771 impaired effect Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 238000005476 soldering Methods 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
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- Wire Processing (AREA)
Abstract
The utility model discloses a kind of automatic tin welding machine for USB TYPE-C connecting line, including the first setting-out work platform, rack, shift unit, anchoring, apparatus for peeling off, immersion tin device, than cutting device, welder, terminal conveyor, the second setting-out work platform and control cabinet；Rack is equipped with lower compression strip and upper compression strip, and lower compression strip is used for the assembly of bearing fixture and USB TYPE-C connecting line；Anchoring is used to carry out being straightened core wire operation to USB TYPE-C connecting line；Apparatus for peeling off is for carrying out stripping core wire operation；Immersion tin device is used to carry out wicking operation to core wire；Than cutting device for carrying out core wire than shearing neat operation；Terminal conveyor is used to convey terminal to be welded to the corresponding station of welder；Welder is for welding together core wire with the terminal for being transported to the station；The utility model can be realized the automatic welding terminal of USB TYPE-C connecting line, to improve production efficiency, mitigate the labor intensity of worker, reduce cost, and improve welding quality.
Description
Technical field
The present invention relates to data connecting line processing equipment field more particularly to it is a kind of for USB TYPE-C connecting line from
Dynamic tin soldering machine.
Background technique
Currently, in USB TYPE-C connecting line process, in the end solder terminal of USB TYPE-C connecting line
When, generally include technique: row's core wire shells core wire, wicking, than cutting, filling terminal, fill jig, the techniques such as arrangement core wire, welding, this
A little techniques are generally used people's manual operations, still, find in people's manual handling thereof, the erection welding technique of wire rod is excessively
Complexity, and process flow is too long, cannot ensure using the linking and operation quality of each technique of people's manual operations.For example,
It when shelling core wire, often will appear operator's misoperation, cause core wires impaired or directly cut, cause core wire
Waste；It is more improper than cutting when than cutting, cause the product quality produced inhomogenous, influences the overall appearance and quality of product,
Have again notably, cause scrap of the product, increases the defect rate of product；In welding, pad is not connected firmly, and is be easy to cause short
The failures such as road or short circuit influence the normal use of Wire material terminal, the end of a thread cannot be completely covered when tin wire bond connects, are easily broken off and take off
It falls, service life is not grown.In addition, people is hand-manipulated, a large amount of manpower working hour is taken, the labor intensity of worker is excessive, these
Factor all brings heavy burden to enterprise.
Utility model content
The main purpose of the utility model is to provide a kind of automatic tin welding machines for USB TYPE-C connecting line, it is intended to
Realize the automatic welding terminal of USB TYPE-C connecting line, to improve production efficiency, mitigate the labor intensity of worker, reduce at
This, and improve welding quality.
To achieve the above object, the utility model provides a kind of automatic tin welding machine for USB TYPE-C connecting line, institute
State automatic tin welding machine include the first setting-out work platform, rack, shift unit, anchoring, apparatus for peeling off, immersion tin device, than cutting
Device, welder, terminal conveyor, the second setting-out work platform and control cabinet；
The first setting-out work platform is set to one end of the rack, for placing jig and to the USB TYPE- of scolding tin
C connecting line, the jig are used to carry the USB TYPE-C connecting line to scolding tin；
The second setting-out work platform is set to the other end of the rack, for placing the USB after solder terminal
TYPE-C connecting line；
The rack is equipped with lower compression strip and upper compression strip, and the lower compression strip and upper compression strip are by the rack
One end extends towards the other end, and the lower compression strip is used for the assembly of bearing fixture and USB TYPE-C connecting line, and conduct
The track that jig slides, the upper compression strip be set to the lower compression strip top and can relative to the lower compression strip upwards with
It moves down, for compressing and unclamping the jig on the lower compression strip respectively；
The shift unit is mounted on the rack, for connecting bearing fixture on lower compression strip with USB TYPE-C
The other end of the assembly of line from one end of rack by preset space length moving station until being moved to rack；
The anchoring, apparatus for peeling off, immersion tin device, than cutting device, welder is mounted on the rack, by institute
It successively sequentially arranges to the other end and respectively corresponds a station in the one end for stating rack；The anchoring is used for corresponding station
Jig on the USB TYPE-C connecting line that is carried carry out that core wire operation is straightened；The apparatus for peeling off is used for corresponding station
The USB TYPE-C connecting line carried on jig carries out stripping core wire operation；The immersion tin device is used for the jig to corresponding station
On the core wire of USB TYPE-C connecting line that is carried carry out wicking operation；It is described than cutting device for the jig of corresponding station
On the core wire of USB TYPE-C connecting line that is carried carry out than shearing neat operation；The terminal conveyor is used for the weldering
The corresponding station of connection device conveys terminal to be welded；The welder is used to be carried on the jig of corresponding station
The core wire of USB TYPE-C connecting line welds together with the terminal for being transported to the station；
The control cabinet be used for the shift unit, anchoring, apparatus for peeling off, immersion tin device, than cut device, welding
Device and terminal conveyor carry out operation control.
Preferably, the automatic tin welding machine further includes automatic line taking device, and the automatic line taking device is set to the rack
The other end, for being separated in the jig of outermost end and the assembly of USB TYPE-C connecting line by lower compression strip is upper.
Preferably, the automatic line taking device includes moving line cylinder, mentioning line cylinder, clamp cylinder and clamp head, described to mention
Line cylinder is connect with the shifting line cylinder, by the shifting line cylinder can drive it is described mention line cylinder and move left and right, the folder
Line cylinder is connect with the line cylinder that mentions, and the clamp cylinder can be driven to move up and down by the line cylinder that mentions, the folder
The end of a thread is connect with the clamp cylinder, the clamp head can be driven to close up or open by the clamp cylinder, with clamp or
Unclamp the wire body of USB TYPE-C connecting line.
Preferably, the automatic tin welding machine further includes jig return device, and the jig return device passes through for receiving
The separated jig out of the automatic line taking device, and the jig received is back to the first setting-out work platform.
Preferably, the automatic tin welding machine further includes CCD amplification detection device, and the CCD amplification detection device includes peace
CCD camera in the rack and the display screen connecting with the CCD camera, the CCD camera are one corresponding
Station is arranged and is located between the welder and the other end of rack, for detect USB TYPE-C connecting line and terminal it
Between welding quality, and shown by display screen.
Preferably, the anchoring includes sandwich the end of a thread, cored wire cylinder and the first back-and-forth motion cylinder, the sandwich
The end of a thread is connect with the cored wire cylinder, described sandwich the end of a thread can be driven to close up or open by the cored wire cylinder, with
The core wire of clamp or release USB TYPE-C connection thread end, the cored wire cylinder and described first are moved forward and backward cylinder company
It connects, is moved backward by the first back-and-forth motion cylinder driving cored wire cylinder and cored wire first USB is straightened
The core wire of TYPE-C connection thread end.
Preferably, the apparatus for peeling off include peeling mounting body, up stroke mobile cylinder, down stroke mobile cylinder, on
Shell core blade, lower stripping core blade and the second back-and-forth motion cylinder, the up stroke mobile cylinder and down stroke mobile cylinder difference
It is mounted on the upper and lower ends of the peeling mounting body, the upper stripping core blade and lower stripping core blade and is oppositely arranged on stripping in upper and lower
The middle part of skin mounting body, and connect respectively with the up stroke mobile cylinder and down stroke mobile cylinder, pass through the uplink
Journey mobile cylinder and down stroke mobile cylinder can respectively drive the upper stripping core blade and lower stripping core blade moves up and down, with right
The core wire of USB TYPE-C connection thread end carries out peeling, and described second is moved forward and backward cylinder and peeling mounting body company
It connects, the peeling mounting body can be driven together with upper stripping core blade and lower stripping core blade by the second back-and-forth motion cylinder
It is moved forward and backward together, skinning operations is carried out to the core wire of USB TYPE-C connection thread end.
It preferably, further include moving left and right cylinder, the first mounting plate and the second mounting plate, the cylinder that moves left and right passes through
First mounting plate is mounted on the rack, second mounting plate be mounted on first mounting plate by guide rail and with institute
It states and moves left and right cylinder connection, the anchoring and apparatus for peeling off are installed on second mounting plate, pass through the left side
Moving right cylinder can drive the anchoring and apparatus for peeling off to move together a station.
Preferably, it is described than cut device include than cut mounting body, on than shear blade, lower more mobile than shear blade, up stroke
Cylinder, down stroke mobile cylinder and back-and-forth motion cylinder, the up stroke mobile cylinder and down stroke mobile cylinder are installed respectively
Described than cutting the upper and lower ends of mounting body, it is described on than shear blade and it is lower than shear blade in being oppositely arranged on up and down than cutting peace
The middle part of main body is filled, and is connect respectively with the up stroke mobile cylinder and down stroke mobile cylinder, is moved by the up stroke
Take offence cylinder and down stroke mobile cylinder can respectively drive on described than shear blade and it is lower moved up and down than shear blade, to USB
The core wire of TYPE-C connection thread end is carried out than shearing neat operation, described to connect than cutting mounting body with cylinder is moved forward and backward, and is led to
Cross the back-and-forth motion cylinder can drive it is described than cutting mounting body together on than shear blade and lower than before and after shear blade
It is mobile, to adjust than shearing neat position.
Preferably, the welder includes welding mounting body, upper weldering knife, lower weldering knife, upper motor, lower motor, first
Fan, the second fan, folder terminal cylinder and sending end are moved forward and backward cylinder, and sending end is moved forward and backward cylinder and is mounted on the welding
In mounting body, the terminal for bringing terminal conveyor is pushed to the clip position of folder terminal cylinder；The folder end
Sub- cylinder is mounted in the welding mounting body, for clamping the terminal of clip position, the upper motor and lower motor difference
The upper and lower ends of welding mounting body are mounted on, the upper weldering knife and lower weldering knife are in be oppositely arranged on welding mounting body up and down
Middle part, and connect respectively with the upper motor and lower motor, it can be respectively driven on described by the upper motor and lower motor
Weldering knife and lower weldering knife move up and down, with the end of the clip position of core wire and folder terminal cylinder to USB TYPE-C connection thread end
Son is welded.
The automatic tin welding machine for USB TYPE-C connecting line of the utility model, may be implemented to USB TYPE-C connection
Line automatic welding terminal mitigates the labor intensity of worker to improve production efficiency, reduces cost, and welding quality obtains effectively
It improves and more stable.
Detailed description of the invention
Fig. 1 is assembled state signal of the utility model for one embodiment of automatic tin welding machine of USB TYPE-C connecting line
Figure.
Fig. 2 is the front view shown in Fig. 1 for the automatic tin welding machine of USB TYPE-C connecting line.
Fig. 3 is shown in Fig. 1 for shift unit, anchoring, peeling in the automatic tin welding machine of USB TYPE-C connecting line
Device, immersion tin device, the schematic view of the mounting position than cutting device and welder.
Fig. 4 is the knot shown in Fig. 1 for anchoring and apparatus for peeling off in the automatic tin welding machine of USB TYPE-C connecting line
Structure schematic diagram.
Fig. 5 is shown in Fig. 1 for the structural schematic diagram in the automatic tin welding machine of USB TYPE-C connecting line than cutting device.
Fig. 6 is the structural schematic diagram shown in Fig. 1 for welder in the automatic tin welding machine of USB TYPE-C connecting line.
Fig. 7 is the structural representation shown in Fig. 1 for line taking device automatic in the automatic tin welding machine of USB TYPE-C connecting line
Figure.
Fig. 8 is the part-structure shown in Fig. 1 for jig return device in the automatic tin welding machine of USB TYPE-C connecting line
Schematic diagram.
Fig. 9 is shown in Fig. 1 for the enlarged drawing at A in the automatic tin welding machine of USB TYPE-C connecting line.
Figure 10 is shown in Fig. 1 for the enlarged drawing at B in the automatic tin welding machine of USB TYPE-C connecting line.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
It should be appreciated that the specific embodiments described herein are only used to explain the utility model, it is not used to limit
The utility model.
An implementation for the utility model for the automatic tin welding machine of USB TYPE-C connecting line as shown in Figures 1 to 10
Example, in the present embodiment, for USB TYPE-C connecting line automatic tin welding machine include the first setting-out work platform 11, rack 12,
Shift unit 13, anchoring 14, apparatus for peeling off 15, immersion tin device 16, than cut device 17, welder 18, terminal conveying dress
Set the 19, second setting-out work platform 20 and control cabinet 21；
The first setting-out work platform 11 is set to one end such as left end of the rack 12, for placing jig 22 and to be welded
The USB TYPE-C connecting line 23 (as shown in Figure 9) of tin, the jig 22 are used to carry the USB TYPE-C connecting line to scolding tin
23；
The second setting-out work platform 20 is set to the other end of the rack 12, for placing solder terminal (in figure not
Show) after USB TYPE-C connecting line 23；
The rack 12 is equipped with lower compression strip 121 and upper compression strip 122 (as shown in Figure 9), lower 121 He of compression strip
Upper compression strip 122 is extended by one end of the rack 12 towards the other end, and the lower compression strip 121 is used for 22 He of bearing fixture
The assembly of USB TYPE-C connecting line 23, and the track slided as jig 22, the upper compression strip 122 are set to the pushing
The top of lines 121 can simultaneously move up and down relative to the lower compression strip 121, for described in compression respectively and release
Jig 22 on lower compression strip 121；
The shift unit 13 is mounted in the rack 12, is used for bearing fixture 22 and USB on lower compression strip 121
The assembly of TYPE-C connecting line 23 is from one end of rack 12 by preset space length moving station until being moved to the another of rack 12
End；
The anchoring 14, apparatus for peeling off 15, immersion tin device 16, than cutting device 17, welder 18 be mounted on it is described
In rack 12, is successively sequentially arranged from one end of the rack 12 to the other end and respectively correspond a station；The bracing wire dress
It sets 14 and core wire operation is straightened for carrying out to the USB TYPE-C connecting line 23 carried on the jig 22 of corresponding station；The stripping
Leather jacket sets 15 for carrying out stripping core wire operation to the USB TYPE-C connecting line 23 carried on the jig 22 of corresponding station；It is described
Immersion tin device 16 is used to carry out wicking behaviour to the core wire of the USB TYPE-C connecting line 23 carried on the jig 22 of corresponding station
Make；It is described than cut device 17 for the core wire of the USB TYPE-C connecting line 23 carried on the jig 22 of corresponding station into
Row is than shearing neat operation；The terminal conveyor 19 is used to convey end to be welded to the corresponding station of the welder 18
Son；The core wire of USB TYPE-C connecting line 23 of the welder 18 for that will be carried on the jig 22 of corresponding station with it is defeated
The terminal for being sent to the station welds together；
The control cabinet 21 is used for the shift unit 13, anchoring 14, apparatus for peeling off 15, immersion tin device 16, ratio
It cuts device 17, welder 18 and terminal conveyor 19 and carries out operation control.
The upper surface of jig 22 is equipped with cable clamping interface 220, and the end of USB TYPE-C connecting line 23 is fastened on the cable clamping interface
To be carried on jig 22 in 220.When feeding, by the way that the end of USB TYPE-C connecting line 23 is manually fastened on jig 22
In cable clamping interface 220, then the assembly of jig 22 and USB TYPE-C connecting line 23 is placed on to the specific bit of lower compression strip 121
It sets, enters automatic welding later and operate.
It is only that two outermost USB TYPE-C connecting lines 23 show its complete length, other USB TYPE-C in Fig. 1
Connecting line 23 does not come out the complete length of its cable as the structure of the two outermost USB TYPE-C connecting line 23
Degree.
Control circuit board (not shown) is equipped in control cabinet 21, the front of control cabinet 21 is equipped with touch screen 211, is used for
The control and parameter setting of operations.
In the present embodiment, terminal conveyor 19 includes vibrating disk 191 and chute feeder 192, and the vibrating disk 191 is used for
It is exported after being ranked up to terminal, one end of the chute feeder 192 is docked with the delivery outlet of the vibrating disk 191, the feeding
The other end of slot 192 is docked with the welder 18 to convey terminal to welding post.The vibrating disk 191 is mounted on second
On setting-out work platform 20, in other embodiments, vibrating disk 191, which is also possible to mounting rack is separately provided, to be installed.
Shift unit 13 include displacement crossbeam 131, multiple displacement shifting blocks 132, back-and-forth motion cylinder 133 (shown in Fig. 3) and
Cylinder (not shown) is moved left and right, the multiple displacement shifting block 132 is mounted on the crossbeam 131, and each is moved
The corresponding station of position shifting block 132, drives the crossbeam 131 and multiple displacement shifting blocks 132 by the back-and-forth motion cylinder 133
It is moved forward and backward together, and the crossbeam 131 and multiple displacement shifting blocks 132 left and right together is driven by the cylinder that moves left and right
It is mobile, enable multiple displacement shifting blocks 132 to stir 22 moving station of jig on lower compression strip 121.
Multiple crimping cylinders 1221 are connected on upper compression strip 122, the multiple crimping cylinder 1221 is along upper compression strip 122
Length direction uniform intervals setting, for driving the upper compression strip 122 to move up and down.When needing to 22 moving station of jig
When, crimping cylinder 1221 drives upper compression strip 122 to move up release jig 22, then shifted by shift unit 13,
After completing displacement, crimping cylinder 1221 drives upper compression strip 122 to move down and wants pressing jig 22, makes controlling for corresponding station
USB TYPE-C connecting line 23 on tool 22 carries out carry out corresponding operation.
In the present embodiment, the automatic tin welding machine further includes automatic line taking device 24, and the automatic line taking device 24 is set
In the other end of the rack 12, for the jig 22 and USB TYPE-C connecting line of outermost end will to be located on lower compression strip 121
23 assembly is separated.The control cabinet 21 is also used to carry out operation control to automatic line taking device 24.
As shown in fig. 7, in the present embodiment, the automatic line taking device 24 include move line cylinder 241, mention line cylinder 242,
Clamp cylinder 243 and clamp head 244, the line cylinder 242 that mentions are connect with the shifting line cylinder 241, pass through the shifting line cylinder
241 can drive it is described mention line cylinder 242 and move left and right, the clamp cylinder 243 is connect with the line cylinder 242 that mentions, and is passed through
The line cylinder 242 that mentions can drive the clamp cylinder 243 to move up and down, the clamp head 244 and the clamp cylinder 243
Connection, can drive the clamp head 244 to close up or open, with clamp or release USB by the clamp cylinder 243
The wire body of TYPE-C connecting line 23.The quantity of the clamp cylinder 243 is two, in setting, each clamp before and after horizontal Tile
Cylinder 243 is connected with a clamp head 244, and clamp head 244 includes in the upper fixture block and lower fixture block being oppositely arranged up and down, clamp gas
Cylinder 243 can control the upper fixture block of clamp head 244 and lower fixture block is closed up or opened.
As shown in Figure 10, the assembly of jig 22 and USB TYPE-C connecting line 23 is welded in US TYPE-C connecting line 23
It can be gradually accumulated on the lower compression strip 121 of the other end of rack 12 after terminal, when accumulation enough jig 22 and USB
After the assembly of TYPE-C connecting line 23, the jig 22 of outermost end and the assembly of USB TYPE-C connecting line 23 can be extruded de-
From lower compression strip 121, and it is equipped with lower supporting block 123 and upper stopper 124 at the outermost end of lower compression strip 121, passes through lower supporting block
123 to support USB TYPE-C connecting line 23, and stops jig 22 to move up by upper stopper 124, passes through automatic line taking
The clamp cylinder 243 of device 24 controls the upper fixture block of clamp head 244 and lower fixture block is opened, and by moving line cylinder 241 for clamp
First 244 move on to scheduled clamp position, then close up folder by the upper fixture block and lower fixture block of the control clamp head 244 of clamp cylinder 243
Then firmly USB TYPE-C connecting line 23 is shaken by mentioning the driving clamp head 244 of line cylinder 242 and moving up and down, makes jig
The assembly of 22 and USB TYPE-C connecting line 23 is separated, and the upper folder of clamp head 244 is then controlled by clamp cylinder 243
Block and lower fixture block are opened, and the USB TYPE-C connecting line 23 after separating can be removed from clamp head 244 and is placed on second and is put
On line workbench 20, the jig 22 after separation can be recycled and utilize again.
In the present embodiment, the automatic tin welding machine further includes jig return device 25, and the jig return device 25 is used
In reception by the separated jig 22 out of the automatic line taking device 24, and the jig 22 received is back to described first
Setting-out work platform 11.The control cabinet 21 is also used to carry out operation control to jig return device 25.
As shown in figure 8, in the present embodiment, the jig return device 25 includes splicing grooved rail 251, the first conveyer belt
252, feed back grooved rail 253 and first motor 254 (shown in Fig. 2), the splicing grooved rail 251 are taken for receiving by described automatically
The separated jig 22 out of line apparatus 24, and the jig 22 received is passed on the first conveyer belt 252, the first motor
Jig 22 on first conveyer belt 252 for driving first conveyer belt 252 to be driven, is transmitted to the feed back grooved rail by 254
253, the feed back grooved rail 253 is docked with the first setting-out work platform 11, and jig 22 is back to first lineman
Make platform 11.
As shown in Figure 1, in the present embodiment, the first setting-out work platform 11 is equipped with the second conveyer belt 111 and second
Motor 112, the feed back grooved rail 253 are docked with one end of the second conveyer belt 111 of the first setting-out work platform 11, will be controlled
Tool 22 is back to one end of second conveyer belt 111, and second motor 112 is for driving second conveyer belt 111 to pass
It is dynamic, the jig 22 on the second conveyer belt 111 is transmitted from one end to the other end, the first setting-out work platform 11 is in described
The other end of second conveyer belt 111 is equipped with the block 113 for being stopped to jig 22, to prevent jig 22 from the second transmission
The other end with 111 is fallen.
In the present embodiment, the jig return device 25 further includes shutter 255, and the shutter 255 is set to described
The top of first conveyer belt 252 is used to put USB TYPE-C connecting line 23 for covering the first conveyer belt 252.
The automatic tin welding machine further includes CCD (Charge-coupled Device, charge coupled cell) amplification detection dress
Set, the CCD amplification detection device include the CCD camera 26 being mounted in the rack 12 and with the CCD camera 26
The display screen (not shown) of connection, the corresponding station of the CCD camera 26 are arranged and are located at the welder 18
Between the other end of rack 12, for detecting the welding quality between USB TYPE-C connecting line 23 and terminal, and by aobvious
Display screen is shown.The display screen may be mounted at the other end of rack 12, or be mounted on the second setting-out work platform 20, again
Or the individual mounting rack of setting.
As shown in figure 4, in the present embodiment, the anchoring 14 include sandwich the end of a thread 141, cored wire cylinder 142 and
First is moved forward and backward cylinder 143, and described sandwich the end of a thread 141 is connect with the cored wire cylinder 142, passes through the cored wire gas
Cylinder 142 can drive described sandwich the end of a thread 141 to close up or open, with the core of 23 end of clamp or release USB TYPE-C connecting line
Line, the cored wire cylinder 142 are connect with the first back-and-forth motion cylinder 143, are moved forward and backward cylinder 143 by described first
The cored wire cylinder 142 and sandwich the end of a thread 141 is driven to move backward together so that 23 end of USB TYPE-C connecting line is straightened
Core wire.Sandwich the end of a thread 141 includes in the upper fixture block and lower fixture block being oppositely arranged up and down, and cored wire cylinder 142 can control sandwich
The upper fixture block and lower fixture block of the end of a thread 141 are closed up or are opened.
The apparatus for peeling off 15 includes peeling mounting body 151, up stroke mobile cylinder 152, down stroke mobile cylinder
153, upper stripping core blade 154, lower stripping core blade 155 and second are moved forward and backward cylinder 156,152 He of up stroke mobile cylinder
Down stroke mobile cylinder 153 is separately mounted to the upper and lower ends of the peeling mounting body 151, upper 154 He of stripping core blade
Lower stripping core blade 155 be in be oppositely arranged on the middle part of peeling mounting body 151 up and down, and respectively with the up stroke mobile cylinder
152 and down stroke mobile cylinder 153 connect, can be divided by the up stroke mobile cylinder 152 and down stroke mobile cylinder 153
The upper stripping core blade 154 and lower stripping core blade 155 is not driven to move up and down, to 23 end of USB TYPE-C connecting line
Core wire carries out peeling, and the second back-and-forth motion cylinder 156 is connect with the peeling mounting body 151, before described second
Mobile cylinder 156 can drive the peeling mounting body 151 together with upper stripping core blade 154 and lower stripping core blade 155 afterwards
It is moved forward and backward, skinning operations is carried out to the core wire of 23 end of USB TYPE-C connecting line.
The automatic tin welding machine for USB TYPE-C connecting line further includes moving left and right cylinder 101, the first mounting plate
102 and second mounting plate 103, the cylinder 101 that moves left and right be mounted in the rack 12 by the first mounting plate 102, institute
The second mounting plate 103 is stated to be mounted on first mounting plate 102 by guide rail 104 and connect with the cylinder 101 that moves left and right
It connects, the anchoring 14 and apparatus for peeling off 15 are installed on second mounting plate 103, move left and right cylinder by described
103 can drive the anchoring 14 and apparatus for peeling off 15 to move together a station.
Immersion tin device 16 can be used conventional immersion tin device, including tin spoon, mention tin cylinder and tin scraping cylinder, by mentioning tin gas
Cylinder lifts tin spoon, so that the core wire of the USB TYPE-C connecting line 23 carried on jig 22 is carried out wicking, then passes through tin scraping gas
Cylinder, which is moved forward and backward, carries out tin scraping operation, strikes off extra tin.Since the core wire of USB TYPE-C connecting line 23 is usually to be arranged in
Two rows, in order to reach better wicking effect, a turnover mechanism can also be arranged in immersion tin device 16, realize to jig 22
With the overturning of the assembly of USB TYPE-C connecting line 23, the core wire of two rows is made to reach identical wicking effect.
As shown in figure 5, in the present embodiment, it is described than cut device 17 include than cut mounting body 171, on compare shear blade
172, lower than shear blade 173, up stroke mobile cylinder 174, down stroke mobile cylinder 175 and back-and-forth motion cylinder 176, it is described
Up stroke mobile cylinder 174 and down stroke mobile cylinder 175 are separately mounted to the upper and lower ends than cutting mounting body 171,
On described than shear blade 172 and it is lower than shear blade 173 in the middle part being up and down oppositely arranged on than cutting mounting body 171, and respectively
It is connect with the up stroke mobile cylinder 174 and down stroke mobile cylinder 175, through the up stroke mobile cylinder 174 under
Stroke mobile cylinder 175 can respectively drive on described than shear blade 172 and it is lower moved up and down than shear blade 173, to USB
The core wire of 23 end of TYPE-C connecting line is carried out than shearing neat operation, described than cutting mounting body 171 and being moved forward and backward cylinder 176
Connection, by the back-and-forths motion cylinder 176 can drive it is described than cut mounting body 171 together on than shear blade 172 under
It is moved forward and backward together than shear blade 173, to adjust than shearing neat position.
As shown in fig. 6, in the present embodiment, the welder 18 include welding mounting body 181, upper weldering knife 182, under
Before welding knife 183, upper motor 184, lower motor 185, the first fan 186, the second fan 187, folder terminal cylinder 188 and sending end
Mobile cylinder 189 afterwards, sending end are moved forward and backward cylinder 189 and are mounted in the welding mounting body 181, for terminal is defeated
The terminal for sending device 19 to bring is pushed to the clip position of folder terminal cylinder 188；The folder terminal cylinder 188 is mounted on described
It welds in mounting body 181, for clamping the terminal of clip position, the upper motor 184 and lower motor 185 are separately mounted to weld
It connects the upper and lower ends of mounting body 181, the upper weldering knife 182 and lower weldering knife 183 and is oppositely arranged on welding mounting body in upper and lower
181 middle part, and connect respectively with the upper motor 184 and lower motor 185, pass through the upper motor 184 and lower motor 185
The upper weldering knife 182 can be respectively driven and lower weldering knife 183 moves up and down, with the core wire to 23 end of USB TYPE-C connecting line
It is welded with the terminal of the clip position of folder terminal cylinder 188.
Since the core wire of 23 end of USB TYPE-C connecting line is typically arranged in two rows, for the ease of two rows
Core wire is welded with the upper and lower ends of terminal respectively, and a point of eight word devices can also be arranged before welding post, point eight words
Device includes a driving lever and driving device, drives driving lever to stir two rows core wire by driving device, makes USB TYPE-C
The two rows core wire of 23 end of connecting line is divided into splayed.
As shown in figure 9, in the present embodiment, the upper surface of lower compression strip 121 is formed along its length is convexly equipped with guiding
Track 1211, the lower surface of jig 22 are recessed with the guide groove 221 matched with the guide rail 1211, pass through 221 He of guide groove
The cooperation guiding jig 22 of guide rail 1211 is moved along the lower compression strip 121.Further, the upper compression strip 122
Lower surface is formed along its length to be convexly equipped with guide rail 1221 (shown in Figure 10), the upper surface of jig 22 be recessed with it is described
The guide groove 222 that guide rail 1221 matches reinforces guiding 22 edge of jig by the cooperation of guide groove 222 and guide rail 1221
The lower compression strip 121 is mobile.
It is previously used for the automatic tin welding machine of USB TYPE-C connecting line, may be implemented to USB TYPE-C connecting line 23 certainly
Dynamic solder terminal mitigates the labor intensity of worker to improve production efficiency, reduces cost, welding quality effectively improves
And it is more stable.
By the way that jig return device 25 is arranged, can be realized the automatic back flow of jig 22, save workers carry's jig when
Between, further mitigate the labor intensity of worker.
The utility model is not limited to embodiment of above, under technology contents disclosed in above embodiment, may be used also
To carry out various change.Equivalent structure transformation made by using the description of the utility model and the drawings, or directly or
Other related technical areas are used in indirectly, are also included in the patent protection scope of the utility model.
Claims (10)
1. a kind of automatic tin welding machine for USB TYPE-C connecting line, which is characterized in that the automatic tin welding machine includes first
It is setting-out work platform, rack, shift unit, anchoring, apparatus for peeling off, immersion tin device, more defeated than cutting device, welder, terminal
Send device, the second setting-out work platform and control cabinet；
The first setting-out work platform is set to one end of the rack, connects for placing jig with the USB TYPE-C to scolding tin
Line, the jig are used to carry the USB TYPE-C connecting line to scolding tin；
The second setting-out work platform is set to the other end of the rack, for placing the USB TYPE-C connection after solder terminal
Line；
The rack is equipped with lower compression strip and upper compression strip, the lower compression strip and upper compression strip by the rack one end
Extend towards the other end, the lower compression strip is used for the assembly of bearing fixture and USB TYPE-C connecting line, and as jig
The track slided, the upper compression strip are set to the top of the lower compression strip and can be relative to the lower compression strips up and down
It is mobile, for compressing and unclamping the jig on the lower compression strip respectively；
The shift unit is mounted on the rack, for by bearing fixture on lower compression strip and USB TYPE-C connecting line
The other end of the assembly from one end of rack by preset space length moving station until being moved to rack；
The anchoring, apparatus for peeling off, immersion tin device, than cutting device, welder is mounted on the rack, by the machine
It successively sequentially arranges to the other end and respectively corresponds a station in one end of frame；The anchoring is for controlling corresponding station
The USB TYPE-C connecting line carried on tool carries out that core wire operation is straightened；The apparatus for peeling off is used for the jig to corresponding station
On the USB TYPE-C connecting line that is carried carry out stripping core wire operation；The immersion tin device is used for institute on the jig of corresponding station
The core wire of the USB TYPE-C connecting line of carrying carries out wicking operation；It is described to be used for than cutting device to institute on the jig of corresponding station
The core wire of the USB TYPE-C connecting line of carrying is carried out than shearing neat operation；The terminal conveyor is used to fill to the welding
It sets corresponding station and conveys terminal to be welded；The welder is used for the USB that will be carried on the jig of corresponding station
The core wire of TYPE-C connecting line welds together with the terminal for being transported to the station；
The control cabinet be used for the shift unit, anchoring, apparatus for peeling off, immersion tin device, than cutting device, welder
And terminal conveyor carries out operation control.
2. being used for the automatic tin welding machine of USB TYPE-C connecting line as described in claim 1, which is characterized in that the automatic welding
Tin machine further includes automatic line taking device, and the automatic line taking device is set to the other end of the rack, is used for lower compression strip
It is separated positioned at the jig of outermost end and the assembly of USB TYPE-C connecting line.
3. being used for the automatic tin welding machine of USB TYPE-C connecting line as claimed in claim 2, which is characterized in that described to take automatically
Line apparatus includes moving line cylinder, mentioning line cylinder, clamp cylinder and clamp head, and the line cylinder that mentions is connect with the shifting line cylinder,
By the shifting line cylinder can drive it is described mention line cylinder and move left and right, the clamp cylinder is connect with the line cylinder that mentions,
The clamp cylinder can be driven to move up and down by the line cylinder that mentions, the clamp head is connect with the clamp cylinder, is led to
Crossing the clamp cylinder can drive the clamp head to close up or open, with the line of clamp or release USB TYPE-C connecting line
Body.
4. being used for the automatic tin welding machine of USB TYPE-C connecting line as claimed in claim 2, which is characterized in that the automatic welding
Tin machine further includes jig return device, the jig return device be used for receives by the automatic line taking device it is separated out
Jig, and the jig received is back to the first setting-out work platform.
5. being used for the automatic tin welding machine of USB TYPE-C connecting line as described in claim 1, which is characterized in that the automatic welding
Tin machine further includes CCD amplification detection device, and the CCD amplification detection device includes the CCD camera being mounted on the rack
And the display screen connecting with the CCD camera, the corresponding station of the CCD camera are arranged and are located at the welder
Between the other end of rack, for detecting the welding quality between USB TYPE-C connecting line and terminal, and pass through display screen
It is shown.
6. being used for the automatic tin welding machine of USB TYPE-C connecting line as described in claim 1, which is characterized in that the bracing wire dress
It sets and is moved forward and backward cylinder including sandwich the end of a thread, cored wire cylinder and first, described sandwich the end of a thread is connect with the cored wire cylinder,
Described sandwich the end of a thread can be driven to close up or open by the cored wire cylinder, with clamp or release USB TYPE-C connecting line
The core wire of end, the cored wire cylinder are connect with the first back-and-forth motion cylinder, are moved forward and backward cylinder by described first
The cored wire cylinder is driven to move backward with cored wire first the core wire that USB TYPE-C connects thread end is straightened.
7. being used for the automatic tin welding machine of USB TYPE-C connecting line as claimed in claim 6, which is characterized in that the peeling dress
It sets including peeling mounting body, up stroke mobile cylinder, down stroke mobile cylinder, upper stripping core blade, lower stripping core blade and second
It is moved forward and backward cylinder, the up stroke mobile cylinder and down stroke mobile cylinder are separately mounted to the upper of the peeling mounting body
Lower both ends, the upper stripping core blade and lower stripping core blade be in be oppositely arranged on the middle part of peeling mounting body up and down, and respectively with
The up stroke mobile cylinder is connected with down stroke mobile cylinder, passes through the up stroke mobile cylinder and down stroke mobile cylinder
The upper stripping core blade can be respectively driven and lower stripping core blade moves up and down, with the core wire to USB TYPE-C connection thread end
Peeling is carried out, the second back-and-forth motion cylinder is connect with the peeling mounting body, is moved forward and backward cylinder by described second
The peeling mounting body can be driven to be moved forward and backward together with upper stripping core blade and lower stripping core blade, USB TYPE-C is connected
The core wire of terminal portions carries out skinning operations.
8. being used for the automatic tin welding machine of USB TYPE-C connecting line as claimed in claim 7, which is characterized in that further include left and right
Mobile cylinder, the first mounting plate and the second mounting plate, it is described to move left and right cylinder the rack is mounted on by the first mounting plate
On, second mounting plate is mounted on first mounting plate by guide rail and is connect with the cylinder that moves left and right, described
Anchoring and apparatus for peeling off are installed on second mounting plate, can drive the drawing by the cylinder that moves left and right
Line apparatus and apparatus for peeling off move together a station.
9. being used for the automatic tin welding machine of USB TYPE-C connecting line as described in claim 1, which is characterized in that the ratio cuts dress
Set including than cut mounting body, on than shear blade, lower than shear blade, up stroke mobile cylinder, down stroke mobile cylinder and front and back
Mobile cylinder, the up stroke mobile cylinder and down stroke mobile cylinder are separately mounted to up and down two than cutting mounting body
End, it is described on than shear blade and it is lower than shear blade in the middle part being up and down oppositely arranged on than cutting mounting body, and respectively with it is described
Up stroke mobile cylinder is connected with down stroke mobile cylinder, can be with by the up stroke mobile cylinder and down stroke mobile cylinder
Respectively drive on described than shear blade and it is lower moved up and down than shear blade, with to USB TYPE-C connection thread end core wire carry out
It is described to be connect than cutting mounting body with cylinder is moved forward and backward than shearing neat operation, it can be driven by the back-and-forth motion cylinder
It is described than cut mounting body together on than shear blade and it is lower be moved forward and backward than shear blade, to adjust than the neat position of shearing.
10. being used for the automatic tin welding machine of USB TYPE-C connecting line as described in claim 1, which is characterized in that the welding
Device includes welding mounting body, upper weldering knife, lower weldering knife, upper motor, lower motor, the first fan, the second fan, folder terminal cylinder
And sending end is moved forward and backward cylinder, sending end is moved forward and backward cylinder and is mounted in the welding mounting body, for terminal is defeated
The terminal for sending device to bring is pushed to the clip position of folder terminal cylinder；The folder terminal cylinder is mounted on the welding installation
In main body, for clamping the terminal of clip position, the upper motor and lower motor are separately mounted to the upper and lower of welding mounting body
Both ends, it is described it is upper weldering knife and it is lower weldering knife be in be oppositely arranged on up and down welding mounting body middle part, and respectively with the upper motor
It is connected with lower motor, the upper weldering knife can be respectively driven by the upper motor and lower motor and lower weldering knife moves up and down, with
The terminal of the core wire and the clip position of folder terminal cylinder of USB TYPE-C connection thread end is welded.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821831968.9U CN209407615U (en) | 2018-11-07 | 2018-11-07 | Automatic tin welding machine for USB TYPE-C connecting line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821831968.9U CN209407615U (en) | 2018-11-07 | 2018-11-07 | Automatic tin welding machine for USB TYPE-C connecting line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209407615U true CN209407615U (en) | 2019-09-20 |
Family
ID=67933208
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821831968.9U Expired - Fee Related CN209407615U (en) | 2018-11-07 | 2018-11-07 | Automatic tin welding machine for USB TYPE-C connecting line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209407615U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113478046A (en) * | 2021-06-16 | 2021-10-08 | 东莞市钢成自动化设备科技有限公司 | Deconcentrator for full-automatic soldering machine |
| CN113523483A (en) * | 2021-08-06 | 2021-10-22 | 东莞市钢成自动化设备科技有限公司 | Full-automatic soldering machine |
-
2018
- 2018-11-07 CN CN201821831968.9U patent/CN209407615U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113478046A (en) * | 2021-06-16 | 2021-10-08 | 东莞市钢成自动化设备科技有限公司 | Deconcentrator for full-automatic soldering machine |
| CN113523483A (en) * | 2021-08-06 | 2021-10-22 | 东莞市钢成自动化设备科技有限公司 | Full-automatic soldering machine |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190920 |