CN206925868U - Vertical induction soldering dispensing all-in-one - Google Patents
Vertical induction soldering dispensing all-in-one Download PDFInfo
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- CN206925868U CN206925868U CN201720712626.4U CN201720712626U CN206925868U CN 206925868 U CN206925868 U CN 206925868U CN 201720712626 U CN201720712626 U CN 201720712626U CN 206925868 U CN206925868 U CN 206925868U
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- manipulator
- dispensing
- inductance
- drive mechanism
- induction soldering
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Abstract
The utility model discloses vertical induction soldering dispensing all-in-one, including the first manipulator and the second manipulator, and feed mechanism, sorting mechanism, auxiliary groove, solder furnace, glue applying mechanism and the material receiving mechanism that order is set, vertical inductance delivers to sorting mechanism by feed mechanism, auxiliary groove and solder furnace are sequentially inserted into by the crawl of the first manipulator again, then after delivering the inversion of the second manipulator, glue applying mechanism and material receiving mechanism are sequentially sent to.The synergy that the utility model passes through the first manipulator and the second manipulator, realize and welding to inductance is automatically performed in an equipment, is delivered, dispensing, both damage caused by handling process can have been avoided, can be greatly reduced human input again, and efficiency improves several times.
Description
Technical field
It the utility model is related to vertical inductor production device field, and in particular to a kind of vertical induction soldering dispensing one
Machine.
Background technology
Vertical inductance is a kind of quite varied electronic component of purposes, and its manufacture craft is included to PIN needle and magnetic core post
Welded, dispensing, prior art is that vertical inductance is sent into tin-soldering device, after being completely processed, is transported to spot gluing equipment and enters
Row dispensing, easily caused in transport process PIN needle or magnetic core post damage, increase defect ware rate, also to put into transhipment manpower,
Time, efficiency are low, it is seen that prior art completes welding in two separate equipment, dispensing can influence the system of vertical inductance
Make cost.
The content of the invention
The technical problems to be solved in the utility model is to provide a kind of vertical induction soldering dispensing all-in-one, can solve existing
Having the vertical inductance of technology to carry out welding and dispensing is completed in two separate equipment, causes to influence vertical inductance system
The problem of making cost.
The utility model is achieved through the following technical solutions：
Vertical induction soldering dispensing all-in-one, including the first manipulator and the second manipulator, and the feeding that order is set
Mechanism, sorting mechanism, auxiliary groove, solder furnace, glue applying mechanism and material receiving mechanism, vertical inductance deliver to collator by feed mechanism
Structure, then auxiliary groove and solder furnace are sequentially inserted into by the crawl of the first manipulator, after then delivering the inversion of the second manipulator, it is sequentially sent to
Glue applying mechanism and material receiving mechanism.
Further scheme of the present utility model is that the feed mechanism includes vibrating disk and extends to sequence from vibrating disk
The track of mechanism, feeding testing agency is provided with the track.
Further scheme of the present utility model is that the sorting mechanism includes driven pulley, driving wheel, transition wheel, Yi Jipan
The timing belt being around between driven pulley, driving wheel, transition wheel, the driven pulley top surface are coaxially connected with sequence wheel, the sequence
The edge of wheel is evenly arranged with multiple magnetic core post locating slots, the discharge end fitting sequence wheel of the feed mechanism；Also include fitting
In the strap for the timing belt lateral surface for leaving driven pulley, and fit in the fitting of timing belt medial surface and be provided with movable folder
Plate, the ambulatory splint are driven with clamping plate reciprocating drive mechanism.
Further scheme of the present utility model is to be provided with thermal insulation wall between the solder furnace and auxiliary groove.
Further scheme of the present utility model is that the solder furnace is also associated with tin ash scraper mechanism.
Further scheme of the present utility model is that the solder furnace open top, the tin ash scraper mechanism includes bottom
The open scraper plate of portion's insertion solder furnace, the scraper plate, which is connected to, scrapes grey cylinder, it is described scrape grey cylinder and be horizontally arranged at scrape grey support
On, it is described to scrape grey support and be connected on vertically-mounted lift cylinder.
Further scheme of the present utility model is that the piston rod front end for scraping grey cylinder is connected with steadying plate, described
It is also associated with steadying plate through scraping the guide rod of grey support, the scraper plate is connected to and scraped relative steady of grey cylinder by connecting rod
Fixed board opposite side.
Further scheme of the present utility model is that the solder furnace lateral wall is also associated with ash groove.
Further scheme of the present utility model is that the glue applying mechanism includes slide unit, and the dispensing on slide unit
Syringe, the slide unit are driven with injecting glue reciprocating drive mechanism.
Further scheme of the present utility model is the inductance for being also equipped with being driven by clamping drive cylinder on the slide unit
Align clamp, the jaw of the inductance align clamp are corresponding with the gum outlet position of dispensing syringe.
Further scheme of the present utility model is that inductance detection mechanism is also equipped with the slide unit.
Further scheme of the present utility model is that first manipulator includes passing with the first manipulator reciprocating drive mechanism
Dynamic first base, the first locating rack is connected with the first base, first turn is rotatably connected on first locating rack
Axle, the first rotating shaft are driven with the first rotary drive mechanism, are connected in the first rotating shaft by the first telescoping drive mechanism
There is manipulator support, the manipulator support end is separating plate, and end telescoping mechanism, institute are provided with the manipulator support
The telescopic end for stating end telescoping mechanism is connected with magnet, and the magnet is as the action of end telescoping mechanism is close to or away from separation
Back.
Further scheme of the present utility model is to be also associated with two radicles on the manipulator support to extend to separation
The positive conductive probe of plate, two conductive probes are as two telescoping drive mechanisms of contact portion first of switching device
Controller.
Further scheme of the present utility model is that second manipulator includes passing with the second manipulator reciprocating drive mechanism
Dynamic second base, the second locating rack is connected with the second base, second turn is rotatably connected on second locating rack
Axle, second rotating shaft are driven with the second rotary drive mechanism, are connected in second rotating shaft by the second telescoping drive mechanism
There is PIN needle clamp.
The utility model compared with prior art the advantages of be：
First, by the synergy of the first manipulator and the second manipulator, realize and be automatically performed in an equipment to electricity
The welding of sense, deliver, dispensing, damage caused by can both having avoided handling process, human input can be greatly reduced again, efficiency carries
High several times；
2nd, the quantity for detecting inductance on track by feeding testing agency to be to control whether feeding, prevent processing interrupt or
Inductance causes to extrude too much；
3rd, it is by the wheel that sorts that inductance is equally spacedly regularly arranged, prevent dispensing process from adjacent inductance occur and gluing
It is connected to together；
4th, thermal insulation wall can prevent the high temperature of solder furnace to be transferred to auxiliary groove and accelerate auxiliary agent volatilization；
5th, tin ash scraper mechanism is used to remove the tin ash in solder furnace, avoids influenceing welding effect；
6th, steadying plate and guide rod improve the stability of scraper plate action, it is ensured that elimination effect；
7th, ash groove is used to collect the tin ash that scraper plate is cleared out of, and is convenient to clean, it is ensured that environment is clean and tidy；
8th, inductance align clamp positions in dispensing to inductance, it is ensured that dispensing effect；
Whether the 9th, inductance detection mechanism detects has vacant position in a row inductance, both unrestrained to avoid carrying out dispensing action in room
It is time-consuming, glue is wasted again；
Tenth, the process of magnet close to separating plate is the process of a gradual change, and the suction of inductance is gradually increased, and inductance
Magnetic core post it is adsorbed be fitted on separating plate, maintained a certain distance with magnet, can effectively reduce suction, and then reduce electricity
The impulsive force experienced, effectively improve inductance qualification rate；
11, whether short circuit is turned on to judge inductance PIN needle insertion depth, with common survey between two conductive probes
Compared away from sensor, conductive probe is not influenceed by liquid level, and accuracy is high, and simple in construction, and stability is good, uses the longevity
Life length.
Brief description of the drawings
Fig. 1 is overlooking the structure diagram of the present utility model.
Fig. 2 is the structural representation of sorting mechanism.
Fig. 3 is solder furnace structural representation.
Fig. 4 is Fig. 3 A direction views.
Fig. 5 is glue applying mechanism structural representation.
Fig. 6 is the first robot manipulator structure schematic diagram.
Fig. 7 is the second robot manipulator structure schematic diagram.
Embodiment
Vertical induction soldering dispensing all-in-one as shown in Figure 1, including workbench 1, in addition to the first manipulator 5 and second
Manipulator 10, and feed mechanism, sorting mechanism 4, auxiliary groove 6, solder furnace 7, glue applying mechanism 8 and the material receiving mechanism that order is set
17, the feed mechanism is arranged at the side of workbench 1, the sorting mechanism 4, auxiliary groove 6, solder furnace 7, glue applying mechanism 8, splicing
Mechanism 17, the first manipulator 5 and the second manipulator 10 are arranged on workbench 1.
The feed mechanism includes vibrating disk 2 and the track 3 of sorting mechanism 4, the track 3 is extended to from vibrating disk 2
On be provided with feeding testing agency, the feeding testing agency includes installation site and detects photoelectricity close to the scarce material of the end of track 3
Sensor 15 and installation site detect photoelectric sensor 16 close to the full material at the top of track 3, and vertical inductance is from vibrating disk 2 one one
Individual ground injection 3, its speed are faster than following process speed, thus can overstock on the track 3 it is more and more, due to each vertical
Formula inductance all can first from full material detection photoelectric sensor 16 pop one's head in before by therefore setting full material detection photoelectric sensor 16 continuous
It is blocked the several seconds, judges that the vertical inductance quantity on track 3 is too many, vibrating disk 2 stops, and sets and lacks material detection photoelectric sensor 15
It is not blocked the several seconds continuously, judges vertical inductance quantity on track 3 very little, vibrating disk 2 starts.
The sorting mechanism 4 as shown in Fig. 2 including driven pulley, driving wheel 42, transition wheel 43, and coil in driven pulley,
Timing belt 44 between driving wheel 42, transition wheel 43, the driven pulley top surface are coaxially connected with sequence wheel 41, the sequence wheel 41
Edge be evenly arranged with multiple magnetic core post locating slots, the size of the magnetic core post locating slot is slightly larger than the magnetic core of vertical inductance
Post, the end of the track 3 fitting sequence wheel 41 of the feed mechanism；Also include fitting in the lateral surface of timing belt 44 for leaving driven pulley
, strap 47 on workbench 1, and fit in the fitting of the medial surface of timing belt 44 and be provided with ambulatory splint 45,
The ambulatory splint 45 is driven with clamping plate reciprocating drive mechanism, and clamping plate reciprocating drive mechanism makes ambulatory splint 45 fit or leave together
The medial surface of band 44 is walked, in the present embodiment, the preferably vertically-mounted cylinder of clamping plate reciprocating drive mechanism, can also be and be connected to work
The dynamic upper end of clamping plate 45 or lower end, by motor-driven rotating shaft.The driving wheel 42 is driven by servomotor, the driving wheel 42
Front is additionally provided with positioning hole 46, and the downward photoelectricity of probe is provided with above the track that positioning hole 46 rotates with driving wheel 42
Sensor, when positioning hole 46 is by below photoelectric sensor, the output of photoelectric sensor produces change, the rotation to driving wheel 42
Number of turn-taking is counted, and avoids the cumulative errors of servomotor from causing the precision for influenceing sorting mechanism.
The auxiliary groove 6 is the rectangular channel of open top, is parallelly mounted on the workbench 1 in the front of strap 47,
What is held in the auxiliary groove 6 is liquid scaling powder, such as：Alcohol dissolved with rosin.
The solder furnace 7 is the rectangular channel of open top as shown in Figure 3 and Figure 4, is parallelly mounted to the front of auxiliary groove 6
Workbench 1 on, be provided with heating wire in the solder furnace 7, outer wall is coated with heat-insulation layer.To avoid the high temperature of solder furnace from accelerating
Scaling powder is volatilized, and thermal insulation wall 12 together with least, the size of the thermal insulation wall 12 are provided between auxiliary groove 6 in the solder furnace 7
More than the side wall of solder furnace 7, its bottom surface is brought into close contact the surface of workbench 1, and the thermal insulation wall 12 is using the low material system of heat-conducting effect
Into such as：Glass mat.
The solder furnace 7 has tin ash scraper mechanism 13 and ash groove 132 backwards to the side of auxiliary groove 6.The tin ash strikes off
Mechanism 13 includes 7 open scraper plate 131 of bottom insertion solder furnace, and the scraper plate 131 is connected by the connecting rod across ash groove 132
In the front of steadying plate 133, the back side of steadying plate 133 is connected to be horizontally arranged to scrape scrapes grey cylinder 135 on grey support 134,
It is also associated with the steadying plate 133 through scraping the guide rod 136 of grey support 134, it is described to scrape grey support 134 and be connected to vertical peace
On the lift cylinder 137 of dress.
When striking off tin ash, scraper plate 131 is first lifted off the liquid level in solder furnace 7, right rear ash-scraping cylinder by lift cylinder 137
135 scraper plates 131 when stretching out are moved to solder furnace 7 towards the side of auxiliary groove 6, and then lift cylinder 137 is driven under scraper plate 131
Drop, make below the liquid level in the bottom of scraper plate 131 insertion solder furnace 7, most rear ash-scraping cylinder 135 drives scraper plate 131 to retract and completes one
Secondary scraper action.
The glue applying mechanism 8 is as shown in figure 5, including slide unit 83, and the dispensing syringe 84 on slide unit 83, institute
State dispensing syringe 84 to be driven by point glue cylinder 85, the slide unit 83 is driven with injecting glue reciprocating drive mechanism 82, in the present embodiment
In, the injecting glue reciprocating drive mechanism 82 is leading screw driven by stepper motors, and the leading screw be arranged in parallel with strap 47；Institute
State the inductance align clamp for being also equipped with being driven on slide unit 83 by clamping drive cylinder 88, the jaw of the inductance align clamp with
The gum outlet position of dispensing syringe 84 is corresponding；The inductance align clamp 87 is made up of outer pincers 86 and making up tong, clamping driving
Cylinder 88 is two-way cylinder, drives outer pincers 86 and makes up tong and 87 while moves towards；Described make up tong is also equipped with as inductance on 87
The infrared sensor of testing agency 89, when inductance detection mechanism 89, which detects, to be had vacant position in a row inductance, the He of point glue cylinder 85
Clamping drive cylinder 88 is failure to actuate, and injecting glue reciprocating drive mechanism 82 drives slide unit 83 to go at next inductance.In dispensing syringe
Groove 9 is additionally provided with workbench 1 below 84 gum outlets, is not easy when there is inductance surprisingly to come off so that glue applying mechanism jam.
As shown in figure 1, the top of workbench 1, which is set up, coaxial the first screw mandrel 18 and the second screw mandrel 11, and two parallel
Slide rail 14.
First manipulator 5 is as shown in fig. 6, the first base including being driven with the first manipulator reciprocating drive mechanism
51, the first manipulator reciprocating drive mechanism includes the first screw mandrel 18, is rotationally connected with the first pair of nut of the first screw mandrel 18,
The servomotor of the first screw mandrel 18 is driven, the outer wall of first pair of nut is fixedly connected on first base 51, first bottom
51 both sides of seat are slidably connected to slide rail 14 respectively；The bottom surface both sides of first base 51 are separately installed with the first vertical locating rack
52, first rotating shaft 53 is rotatably connected on first locating rack 52, the rotary drive mechanism of first rotating shaft 53 and first passes
Dynamic, first rotary drive mechanism of the present embodiment is servomotor；Pass through the first telescoping drive mechanism in the first rotating shaft 53
It is connected with manipulator support 56, the first telescoping drive mechanism includes first driven by the first servomotor 513 in the present embodiment
Leading screw 57, and the first guide rod 55, are connected with first clamping plate 54 in the first rotating shaft 53, and the manipulator support 56 is in falling
F shapes, its vertical portion outer wall are connected with the first contiguous block 510, and its lower horizontal part is separating plate 514, and the first servomotor 513 is fixed
In first clamping plate 54, the screw mandrel of first leading screw 57 runs through the contiguous block 510 of first clamping plate 54 and first, its pair of nut
The first contiguous block 510 is fixedly connected on, the bottom of the first guide rod 55 is fixedly connected on the first contiguous block 510, and top is slided
It is connected to first clamping plate 54；End telescoping mechanism 58 is installed, end telescopic machine in the present embodiment on the manipulator support 56
Structure 58 is cylinder, and the cylinder body of the cylinder is fixedly mounted on the upper horizontal part of manipulator support 56, piston rod through upper horizontal part to
Separating plate 514 extends, piston rod end also magnet 59, and the magnet 59 is as the action of cylinder is close to or away from separating plate 514
The back side.The lateral section of upper horizontal part two of the manipulator support 56 Cai Yong be bonded or the mode such as bolt connection or riveting is fixed
Insulating base is installed, interference fit connection is respectively adopted on described two insulating bases or the mode such as bonding or threaded connection fixes company
Be connected to end and extend to the positive conductive probe 512 of separating plate 514, two conductive probes 512 as switching device two
The controller of the individual telescoping drive mechanism of contact portion first.
Second manipulator 10 is as shown in fig. 7, comprises the second base being driven with the second manipulator reciprocating drive mechanism
101, the second manipulator reciprocating drive mechanism includes the second screw mandrel 11, is rotationally connected with the second nut of the second screw mandrel 11
Pair, drives the servomotor of the second screw mandrel 11, and the outer wall of second pair of nut is fixedly connected on second base 101, and described the
The both sides of two base 101 are slidably connected to slide rail 14 respectively；The bottom surface both sides of second base 101 are separately installed with vertical second
Locating rack 102, the second rotating shaft 103 is rotatably connected on second locating rack 102, and second rotating shaft 103 and second rotates
Drive mechanism is driven, and second rotary drive mechanism of the present embodiment is servomotor；Stretched in second rotating shaft 103 by second
Contracting drive mechanism is connected with PIN needle clamp, and the second telescoping drive mechanism includes being driven by the second servomotor 1013 in the present embodiment
The second dynamic leading screw 107, and the second guide rod 105, second clamping plate 104, the PIN are connected with second rotating shaft 103
Pin clamp is arranged on the caliper support bracket 106 of L-shaped, and the vertical portion outer wall of caliper support bracket 106 is connected with the second contiguous block 1010,
Second servomotor 1013 is fixedly mounted in second clamping plate 104, and the screw mandrel of second leading screw 107 runs through second clamping plate 104
With the second contiguous block 1010, its pair of nut 1011 is fixedly connected on the second contiguous block 1010, and the bottom of the second guide rod 105 is consolidated
Surely the second contiguous block 1010 is connected to, top is slidably connected to second clamping plate 104, and the PIN needle clamp is driven by two-way cylinder 108
It is dynamic, connect two chelas 109 of PIN needle clamp, the folder on two piston rods of the two-way cylinder 108 by connecting rod respectively
The horizontal part of pincers support 106 is provided with the groove of strip, and the connecting rod runs through groove, moved freely in groove, described two
The forward surface of chela 109 is additionally provided with slipmat 1012, and slipmat 1012 is made of super heated rubber in the present embodiment.
Vertical inductance lines up the downward row of PIN needle, with the rotation of driven pulley, vertical electricity from the injection 3 of vibrating disk 2
The magnetic core post of sense is sequentially clamped in the magnetic core post locating slot on sequence wheel 41, and PIN needle is clamped in timing belt 44 and strap
Between 47, as timing belt 44 moves together, when driving wheel 42 rotates one week, suspend the several seconds；The first of first manipulator 5 is watched
Take the driving manipulator support 56 of motor 513 and be moved downwardly until that separating plate 514 is bonded the magnetic core post upper end of vertical inductance, end is stretched
The action band moving magnet 59 of contracting mechanism 58 moves down fitting separating plate 514 back side, produces absorption affinity to magnetic core post, ambulatory splint 45 leaves
The back side of timing belt 44, the driving manipulator support 56 of the first servomotor 513, which moves up, lifts vertical inductance, and ambulatory splint 45 is multiple
Position, driving wheel 42 are again started up carrying out next group of sequence；Meanwhile first screw mandrel 18 driving servomotor drive the first manipulator
5 move forward to the top of auxiliary groove 6, and the driving manipulator support 56 of the first servomotor 513, which moves down, inserts the PIN needle of vertical inductance
Enter in auxiliary groove 6, the conductive stretching of probe 512 514 positive length of separating plate just reaches vertical inductance on the first manipulator 5
PIN needle and magnetic core post junction, when in the fully-inserted auxiliary agent of PIN needle, the two conductive short circuit of probe 512 conducting controls first are watched
Take motor 513 to stop and then invert to lift vertical inductance in time, the driving servomotor of the first screw mandrel 18 drives the first machine again
Tool hand 5 moves forward to the top of solder furnace 7, and tin ash scraper mechanism 13, which first acts, once ensures do not have tin ash in solder furnace 7, and then first
The driving manipulator support 56 of servomotor 513, which moves down, inserts PIN needle in scolding tin, is equally detected by two conductive probes 512 slotting
Enter depth, after the completion of welding, the first servomotor 513 lifts vertical inductance, then the first rotary drive mechanism driving first
Rotating shaft 53, which rotates, makes the PIN needle of vertical inductance drive second into horizontality, the second rotary drive mechanism of the second manipulator 10
Rotating shaft 103 rotates, and making PIN needle clamp, two-way cylinder 108 opens the jaw of PIN needle clamp, the first screw mandrel 18 into horizontality
Driving servomotor drive the first manipulator 5 towards the second manipulator 10 move until PIN needle insert the second manipulator 10 on
Jaw in, PIN needle jaws close clamps PIN needle, and the action band moving magnet 59 of end telescoping mechanism 58, which resets, leaves separating plate 514
The back side, then the first rotary drive mechanism driving first rotating shaft 53 resets, the driving servomotor of the first screw mandrel 18 drives first
Manipulator 5 resets next group of inductance of crawl, and the second rotary drive mechanism drives the second rotating shaft 103 to reset the pincers for making PIN needle clamp
Straight down, vertical inductance is in the upward state of PIN needle for mouth；The driving servomotor of second screw mandrel 11 drives the second manipulator 10
The top of groove 9 is moved to, the magnetic core post that the second servomotor 1013 driving PIN needle clamp drops to vertical inductance is determined positioned at inductance
Between the jaw of position clamp, inductance detection mechanism 89 judges whether current location has inductance, has, and clamping drive cylinder 88 acts
Inductance align clamp is carried out clamping position to inductance core post, then point glue cylinder 85 acts, driving dispensing syringe 84 to
Magnetic core post and PIN needle junction injection glue, then clamping drive cylinder 88 and resetting opens inductance align clamp, and injecting glue is reciprocal
Drive mechanism 82 drives glue applying mechanism 8 to go at next Inductive position, after whole inductance dispensings terminate, the second servomotor
1013 driving PIN needle clamps are moved up, and injecting glue reciprocating drive mechanism 82 is resetted, and then the second manipulator 10 is moved to as receiver
Above the pallet of structure 17, the second servomotor 1013 driving PIN needle clamp is moved down until inductance core post fitting tray surface,
PIN needle clamp rises after opening, and the second manipulator 10 moves to the first manipulator 5, and the second rotary drive mechanism drives second turn
Axle 103 is rotated, and making PIN needle clamp, two-way cylinder 108 opens the jaw of PIN needle clamp into horizontality, and preparation is grabbed next time
Take.
Claims (10)
1. vertical induction soldering dispensing all-in-one, it is characterised in that：Including the first manipulator（5）With the second manipulator（10）, with
And feed mechanism, the sorting mechanism of order setting（4）, auxiliary groove（6）, solder furnace（7）, glue applying mechanism（8）And material receiving mechanism
（17）, vertical inductance delivers to sorting mechanism by feed mechanism（4）, then by the first manipulator（5）Crawl is sequentially inserted into auxiliary groove（6）
And solder furnace（7）, then deliver the second manipulator（10）After inversion, glue applying mechanism is sequentially sent to（8）And material receiving mechanism（17）.
2. vertical induction soldering dispensing all-in-one as claimed in claim 1, it is characterised in that：The feed mechanism includes vibration
Disk（2）And from vibrating disk（2）Extend to sorting mechanism（4）Track（3）, the track（3）On be provided with feeding detection machine
Structure.
3. vertical induction soldering dispensing all-in-one as claimed in claim 1, it is characterised in that：The sorting mechanism（4）Including
Driven pulley, driving wheel（42）, transition wheel（43）, and coil in driven pulley, driving wheel（42）, transition wheel（43）Between synchronization
Band（44）, the driven pulley top surface be coaxially connected with sequence wheel（41）, the sequence wheel（41）Edge be evenly arranged with it is multiple
Magnetic core post locating slot, the discharge end fitting sequence wheel of the feed mechanism（41）；Also include fitting in the synchronization for leaving driven pulley
Band（44）The strap of lateral surface（47）, and fit in timing belt（44）Medial surface fitting is provided with ambulatory splint（45）,
The ambulatory splint（45）It is driven with clamping plate reciprocating drive mechanism.
4. vertical induction soldering dispensing all-in-one as claimed in claim 1, it is characterised in that：The solder furnace（7）With auxiliary agent
Groove（6）Between be provided with thermal insulation wall（12）.
5. the vertical induction soldering dispensing all-in-one as described in claim 1 or 4, it is characterised in that：The solder furnace（7）Also connect
It is connected to tin ash scraper mechanism（13）.
6. vertical induction soldering dispensing all-in-one as claimed in claim 1, it is characterised in that：The glue applying mechanism（8）Including
Slide unit（83）, and installed in slide unit（83）On dispensing syringe（84）, the slide unit（83）With injecting glue reciprocating drive mechanism
（82）Transmission.
7. vertical induction soldering dispensing all-in-one as claimed in claim 6, it is characterised in that：The slide unit（83）On also install
Have by clamping drive cylinder（88）The inductance align clamp of driving, jaw and the dispensing syringe of the inductance align clamp（84）
Gum outlet position it is corresponding.
8. vertical induction soldering dispensing all-in-one as claimed in claims 6 or 7, it is characterised in that：The slide unit（83）It is upper to go back
Inductance detection mechanism is installed（89）.
9. vertical induction soldering dispensing all-in-one as claimed in claim 1, it is characterised in that：First manipulator（5）Bag
Include the first base with the transmission of the first manipulator reciprocating drive mechanism（51）, the first base（51）On be connected with the first positioning
Frame（52）, first locating rack（52）On be rotatably connected to first rotating shaft（53）, the first rotating shaft（53）With the first rotation
Drive mechanism is driven, the first rotating shaft（53）It is upper that manipulator support is connected with by the first telescoping drive mechanism（56）, it is described
Manipulator support（56）End is separating plate（514）, the manipulator support（56）On end telescoping mechanism is installed（58）, institute
State end telescoping mechanism（58）Telescopic end be connected with magnet（59）, the magnet（59）With end telescoping mechanism（58）It is dynamic
Make close to or away from separating plate（514）The back side.
10. vertical induction soldering dispensing all-in-one as claimed in claim 1, it is characterised in that：Second manipulator（10）
Including the second base being driven with the second manipulator reciprocating drive mechanism（101）, the second base（101）On be connected with second
Locating rack（102）, second locating rack（102）On be rotatably connected to the second rotating shaft（103）, second rotating shaft（103）With
Second rotary drive mechanism is driven, second rotating shaft（103）It is upper that PIN needle clamp is connected with by the second telescoping drive mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720712626.4U CN206925868U (en) | 2017-06-19 | 2017-06-19 | Vertical induction soldering dispensing all-in-one |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720712626.4U CN206925868U (en) | 2017-06-19 | 2017-06-19 | Vertical induction soldering dispensing all-in-one |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206925868U true CN206925868U (en) | 2018-01-26 |
Family
ID=61345187
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720712626.4U Expired - Fee Related CN206925868U (en) | 2017-06-19 | 2017-06-19 | Vertical induction soldering dispensing all-in-one |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206925868U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107414846A (en) * | 2017-06-19 | 2017-12-01 | 淮安市政旺电子有限公司 | Vertical induction soldering dispensing integrated device |
| CN108466612A (en) * | 2018-03-06 | 2018-08-31 | 湖州知谷汽车零部件有限公司 | Electric vacuum pump holder with detection device |
-
2017
- 2017-06-19 CN CN201720712626.4U patent/CN206925868U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107414846A (en) * | 2017-06-19 | 2017-12-01 | 淮安市政旺电子有限公司 | Vertical induction soldering dispensing integrated device |
| CN107414846B (en) * | 2017-06-19 | 2023-08-08 | 淮安市政旺电子有限公司 | Vertical inductance welding point glue all-in-one machine |
| CN108466612A (en) * | 2018-03-06 | 2018-08-31 | 湖州知谷汽车零部件有限公司 | Electric vacuum pump holder with detection device |
| CN108466612B (en) * | 2018-03-06 | 2020-11-03 | 湖州知谷汽车零部件有限公司 | Electric vacuum pump support with detection device |
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Effective date of registration: 20180730 Address after: 223200 33 Zhenhai Road, Huaian Industrial Park, Huaian, Jiangsu Patentee after: Huaian Fenfa Electronic Co., Ltd. Address before: 223200 33 Zhenhai Road, Huaian Industrial Park, Huaian, Jiangsu Patentee before: Huaian municipal public Electronics Co., Ltd. |
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