CN206567675U - Contact welder - Google Patents
Contact welder Download PDFInfo
- Publication number
- CN206567675U CN206567675U CN201720164411.3U CN201720164411U CN206567675U CN 206567675 U CN206567675 U CN 206567675U CN 201720164411 U CN201720164411 U CN 201720164411U CN 206567675 U CN206567675 U CN 206567675U
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- blanking
- contact
- positioning
- soldering tip
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Abstract
A kind of contact welder, it includes the upper soldering tip being correspondingly arranged and lower soldering tip, and it is arranged on the positioning fixture of lower soldering tip side, positioning fixture includes the guiding core driven by positioning cylinder, and it is arranged on the spacer being oriented on core, first contact site of contact plate is placed on the top side end face of lower soldering tip, 3rd contact site is against the side wall of lower soldering tip, spacer is passed through above the 3rd contact site, the first contact site is pushed down while promoting the second contact site, it is connected by spacer with positioning cylinder, positioning cylinder drives spacer directly to promote contact plate from side, contact plate is fixed on lower soldering tip using the structure of contact plate itself, it is simple in construction, it is reasonable in design, man-machine harmony is high.Moreover, the spacer includes being provided with the second positioning port coordinated with silver point, the position for limiting contact plate and silver point in the first positioning port coordinated with contact plate, the first positioning port.
Description
Technical field
The utility model is related to automatic field, more particularly to a kind of contact welder.
Background technology
Existing contact welder inconvenient operation, staff labor intensity is big, man-machine matching coordinative degree is low, in soldering tip mill
Cause the scrappage of product and soldering tip high after damage, not only low production efficiency, and the cost of production and maintenance is also higher.
The content of the invention
The purpose of this utility model is to overcome the defect of prior art to touch there is provided a kind of simple in construction, reliability is high
Head welder.
To achieve the above object, the utility model employs following technical scheme：
A kind of contact welder, it includes the upper soldering tip 16 being correspondingly arranged and lower soldering tip 8, and is arranged on lower soldering tip 8
The positioning fixture 100 of side, positioning fixture 100 includes the guiding core 3 driven by positioning cylinder 26, and is arranged on guiding core 3
On spacer 17, the first contact site 93 of contact plate 91 is placed on the top side end face of lower soldering tip 8, and the 3rd contact site 95 is against down
The side wall of soldering tip 8, spacer 17 is moved from the lateral contact plate 91 provided with the 3rd contact site 95, and contact plate 91 is stuck in into lower weldering
On first 8.
Optionally, the spacer 17 is included in the first positioning port 17a, the first positioning port 17a with the cooperation of contact plate 91
Provided with the second positioning port 17b coordinated with silver point 92.
Optionally, the positioning fixture 100 also includes being arranged on positioning cylinder 26 and is oriented between core 3, is slided with being oriented to core 3
The dynamic guide holder 2 coordinated, and the positioning seat 5 for fixed guide seat 2, the end of guiding core 3, which is provided with, extends to positioning cylinder
The guiding liftout plate 10 of 26 sides.
Optionally, contact welder of the present utility model also includes the blanking device for being arranged on the lower opposite side of soldering tip 8
200, the blanking device 200 includes the rocking arm 12 that can push the finished product after welding from lower soldering tip 8, and for driving rocking arm
The 12 blanking cylinders 27 swung, blanking cylinder 27 and rocking arm 12 are arranged on blanking seat 4.
Optionally, the driving of positioning cylinder 26 spacer 17 acts spacing contact plate 91, and spacer 17 passes through the 3rd contact site
95 tops, the first contact site 93 is pushed down while promoting the second contact site 94.
Optionally, the positioning seat 5 is provided with the adjusting hole 51 of the kidney ellipsoid vertically set, and guide holder 2 passes through
Adjusting hole 51 is arranged on positioning seat 5 in adjustable for height mode；The positioning seat 5, which is provided with, extends to consolidating for the top of guide holder 2
Fixed board 52 and the trip bolt 53 coordinated with the screw thread of fixed plate 52, are provided with headspace 54 between fixed plate 52 and guide holder 2,
The end of trip bolt 53 is against on guide holder 2.
Optionally, the side of the guide holder 2 is provided between a pair of gib block 2b, gib block 2b and formed with being oriented to core 3
The guide groove 2c being slidably matched, gib block 2b are provided with to the guide layering 6 that core 3 extends is oriented to, and guiding core 3 section is in
"convex" shaped structure, the guiding indent 31 coordinated with guide layering 6 is provided with the both sides for being oriented to core 3.
Optionally, the guiding core 3 forms guide ledges 32 between two guiding indents 31, is set in guide ledges 32
The guide and limit piece 14 that the guide layering 6 of oriented both sides extends, guide layering 6 is provided with the guiding coordinated with guide and limit piece 14
Limited block 61.
Optionally, the rocking arm 12 includes one end and the swing part 12a of the pivot joint of blanking seat 4, swing part 12a and rocking arm 12
One end of pivot joint is provided with the pushing part 12b coordinated with blanking cylinder 27, and the swing part 12a other end is provided with being used to promote
The clicking section 13 of contact plate 91 on soldering tip 8, pushing part 12b is vertical with swing part 12a in the plane that swing part 12a is swung to be set
Put, clicking section 13 is set perpendicular to plane where swing part 12a and swing part 12a.
Optionally, blanking seat 4 is set in " L " font, it include the first blanking portion 4a being connected with rocking arm 12 and with
The second blanking portion 4b that blanking cylinder 27 is connected, the first blanking portion 4a are arranged on the second blanking portion 4b top, the first blanking portion
4a is provided with the first blanking groove 4c, swing part 12a and pushing part the 12b one end being connected being connected with swing part 12a and stretches into first
It is pivotally connected in blanking groove 4c with the first blanking groove 4c, the joint of blanking cylinder 27 passes through the second blanking portion 4b and extended under first
Hopper 4c side, is provided with the blanking ejection 15 coordinated with pushing part 12b on the joint of blanking cylinder 27, blanking ejection 15
Bottom side is contacted with base 1, and top side is provided with the curved surface coordinated with pushing part 12b.
Contact welder of the present utility model, spacer is connected with positioning cylinder, and positioning cylinder drives spacer direct
Contact plate is promoted from side, contact plate is fixed on lower soldering tip using the structure of contact plate itself, simple in construction, reasonable in design,
Man-machine harmony is high.Moreover, the spacer includes being provided with and silver in the first positioning port coordinated with contact plate, the first positioning port
The second positioning port that point coordinates, the position for limiting contact plate and silver point.In addition, guide holder by adjusting hole with height adjustable
Mode be arranged on positioning seat, to match the change of lower soldering tip height, reduce the scrappage of device, increase the service life.
Brief description of the drawings
Fig. 1 is the side view that the utility model contact is supported；
Fig. 2 is the structural representation of the utility model contact welder；
Fig. 3 is the structural representation at another visual angle of the utility model contact welder；
Fig. 4 is Fig. 2 partial enlarged drawing；
Fig. 5 is the front view of the utility model contact welder；
Fig. 6 is Fig. 4 partial enlarged drawing；
Fig. 7 is the side view of the utility model contact welder；
Fig. 8 is the top view of the utility model contact welder；
Fig. 9 is the structural representation of the utility model guide holder；
Figure 10 is the structural representation of the utility model positioning seat；
Figure 11 is the structural representation that the utility model is oriented to core.
Embodiment
The embodiment provided below in conjunction with accompanying drawing 1 to 11, further illustrates the tool of contact welder of the present utility model
Body embodiment.Contact welder of the present utility model is not limited to the following description.
As shown in figure 1, contact welder of the present utility model is used to silver point 92 being welded to contact plate 91, contact
Plate 91 includes the first contact site 93, and is connected to the second contact site 94 and the 3rd contact site of the both sides of the first contact site 93
95, the second contact site 94 is inclined upwardly setting, and the 3rd contact site 95 is set downward vertically, is in the other end of the 3rd contact site 95
Right angle is provided with the 4th contact site 96, and silver point 92 is welded on the top side at the middle part of the first contact site 93.
As in Figure 2-4, contact welder of the present utility model includes the upper soldering tip 16 and lower soldering tip 8 being correspondingly arranged,
And the positioning fixture 100 of the lower side of soldering tip 8 is arranged on, lower soldering tip 8 and positioning fixture 100 are arranged on base 1, positioning fixture
The 100 guiding cores 3 including being driven by positioning cylinder 26, and the spacer 17 being arranged on guiding core 3,
Contact plate 91 is arranged on lower soldering tip 8, and the first contact site 93 of contact plate 91 is placed on the top side end of lower soldering tip 8
Face, the 3rd contact site 95 is against the side wall of lower soldering tip 8, and spacer 17 is transported from the lateral contact plate 91 provided with the 3rd contact site 95
It is dynamic, contact plate 91 is stuck on lower soldering tip 8.The driving spacer 17 of positioning cylinder 26 acts spacing contact plate 91, positioning cylinder 26
Drive spacer 17 through the top of the 3rd contact site 95, push down the first contact site 93 while promoting the second contact site 94, pass through
The side wall of lower soldering tip 8 and top are applied respectively to the holding power of the 3rd contact site 95 and the first contact site 93, and contact plate 91 is consolidated
It is scheduled on lower soldering tip 8, after spacer 17 is fixed relative to contact plate 91, silver point 92 is put into spacer 17 and positioned.
Contact welder of the present utility model, spacer is connected with positioning cylinder, and positioning cylinder drives spacer direct
Contact plate is promoted from side, contact plate is fixed on lower soldering tip using the structure of contact plate itself, simple in construction, reasonable in design,
Man-machine harmony is high.
As shown in figure 4, the spacer 17 includes the first the positioning port 17a, the first positioning port 17a coordinated with contact plate 91
Interior to be provided with the second positioning port 17b coordinated with silver point 92, the second positioning port 17b external diameters are less than the width of the first contact site 93, the
One positioning port 17a is connected with the second positioning port 17b and in "convex" shaped, between the first positioning port 17a and the second positioning port 17b
The both sides of the second contact site 94 can be stuck in by forming positioning step 17c, the first positioning port 17a, and positioning step 17c is stuck in second and connect
On the side of contact portion 94, the second positioning port 17b is set to be fixed on the position for welding silver point 92 relative to the first contact site 93, with
The welding position of silver point 92 is limited, silver point 92 is then put into the second positioning port 17b.The two ends of the spacer 17 are equipped with
Spacer 17 can be turned 180 degree by one positioning port 17a and the second positioning port 17b, the positioning port of one end after damaging, and directly be used
The positioning port of the other end.
During work, first contact plate 91 is placed on lower soldering tip 8, then drives spacer 17 to contact by being oriented to core 3
Plate 91 is fixed, and then silver point 92 is put on contact plate 91 by manually or mechanically hand, then is pushed and fixed by upper soldering tip 16
Silver point 92 and contact plate 91, are then oriented to core 3 and drive spacer 17 leaving contact plate 91, then by upper soldering tip 16 and lower soldering tip 8
Contact plate 91 and silver point 92 are welded.
As shown in Fig. 2 the positioning fixture 100 also includes and is oriented to the guide holder 2 that core 3 is slidably matched, and for solid
Determine the positioning seat 5 of guide holder 2, be oriented to core 3 and slided under the driving of positioning cylinder 26 in guide holder 2, and drive 17 pairs of spacer
Contact plate 91 on lower soldering tip 8 is positioned.
With reference to shown in Fig. 3, the positioning seat 5 is provided with the adjusting hole 51 of the kidney ellipsoid vertically set, guide holder 2
It is arranged on positioning seat 5, bolt can select the position tightened in adjusting hole 51, is led with adjusting by screw and adjusting hole 51
To the height of seat 2 and the guiding in the vertical direction of core 3, the change of the lower height of soldering tip 8 of matching reduces the scrappage of device, extension
Service life.
With reference to shown in Fig. 6, the positioning seat 5 is provided with the fixed plate 52 for extending to the top of guide holder 2, and with fixed plate 52
The trip bolt 53 that screw thread coordinates, is provided with headspace 54, the end of trip bolt 53 is supported between fixed plate 52 and guide holder 2
On guide holder 2, for guide holder 2 to be fixed, prevent the in the vertical direction of guide holder 2 from adjusting unstable after height.
With reference to shown in Figure 10, the positioning seat 5 is vertically arranged in the side of guide holder 2, is provided with leading on positioning seat 5
The locating slot 55 opened wide to seat 2, the adjusting hole 51 is arranged on the side wall of locating slot 55, and guide holder 2 is upper with locating slot 55
Side wall and lower wall are respectively equipped with headspace 54, and the upper side wall of locating slot 55 is made up of fixed plate 52.
As shown in figure 3, the positioning seat 5 is arranged on the side of base 1, guide holder 2 is arranged on positioning cylinder 26 and guiding
Between core 3, the one end for being oriented to core 3 is provided with intermediate plate spacer 17, and the other end is provided with and bypasses guide holder 2, and extends to positioning cylinder
The guiding liftout plate 10 of 26 sides, positioning cylinder 26 is by promoting guiding liftout plate 10 to be acted with action-oriented core 3.
Described to determine guide holder 2 for platy structure with reference to shown in Fig. 8-10, the side of guide holder 2 is provided with determines with positioning seat 5
The positioning strip 2a that position groove 55 coordinates, provided with a pair of gib block 2b on the side of guide holder 2, is formed with being oriented between gib block 2b
The guide groove 2c that the bottom both sides of core 3 are slidably matched, gib block 2b are provided with to the guide layering 6 that core 3 extends is oriented to, described to be oriented to
The section of core 3 is in "convex" shaped structure, and the guiding indent 31 coordinated with guide layering 6 is provided with the top both sides for being oriented to core 3, is passed through
Guide layering 6 is directed to core 3 with the guiding cooperation of indent 31 and is pressed in guide groove 2c.
The guiding core 3 forms guide ledges 32 between two guiding indents 31, and guide ledges 32 and guide layering 6 are neat
Height, is provided with the guide and limit piece 14 extended to the guide layering 6 of both sides in guide ledges 32, and guide layering 6 is provided with leading
The guide limiting stopper 61 coordinated to banking stop 14, guide limiting stopper 61 is by stopping the fortune of the restricted guidance core 3 of guide limiting stopper 14
Dynamic distance.
With reference to shown in Figure 10, the bottom side at the middle part of spacer 17 is installed by pad 21 with being oriented to core 3, is being oriented to core 3
The spacer groove 33 coordinated with pad 21 is provided with, positioning port 17a is vacantly arranged on guiding core 3；Spacer 17 passes through screw
Installed with being oriented to core 3, the Upper gasket 20 coordinated with screw is provided with the top side of spacer 17.
The guiding core 3 of the present embodiment, positioning seat 5, guide holder 2 and positioning cylinder 26 is rationally distributed, compact conformation, volume is accounted for
It is small with space.
As Figure 1 and Figure 4, contact welder of the present utility model also includes the blanking for being arranged on the lower opposite side of soldering tip 8
Device 200, the blanking device 200 includes the rocking arm 12 that can push the finished product after welding from lower soldering tip 8, and for driving
The blanking cylinder 27 that rocking arm 12 is swung, blanking cylinder 27 and rocking arm 12 are arranged on blanking seat 4, and rocking arm 12 includes one end and blanking
The swing part 12a of the pivot joint of seat 4, swing part 12a are provided with the pushing part coordinated with blanking cylinder 27 with one end that rocking arm 12 is pivotally connected
12b, swing part the 12a other end are provided with the clicking section 13 for being used for promoting contact plate 91 on lower soldering tip 8, and pushing part 12b is in pendulum
It is vertically arranged in the plane that dynamic portion 12a is swung with swing part 12a, clicking section 13 is perpendicular to swing part 12a and swing part 12a institutes
Set in plane.
Further, blanking seat 4 is set in " L " font, it include the first blanking portion 4a being connected with rocking arm 12 and
The second blanking portion 4b being connected with blanking cylinder 27, the first blanking portion 4a are arranged on the second blanking portion 4b top, the first blanking
Portion 4a is provided with the first blanking groove 4c, swing part 12a and pushing part 12b one end being connected for being connected with swing part 12a and stretches into the
Side wall in one blanking groove 4c with the first blanking groove 4c is pivotally connected, and the joint of blanking cylinder 27 passes through the second blanking portion 4b and stretched
To the first blanking groove 4c side, the blanking ejection 15 coordinated with pushing part 12b, blanking are provided with the joint of blanking cylinder 27
The bottom side of ejection 15 is contacted with base 1, and top side is provided with the curved surface coordinated with pushing part 12b.
Further, the clicking section 13 is set with swing part 12a splits, and inclined-plane is provided with clicking section 13, by adjusting
Whole clicking section 13 is arranged on the angle on swing part 12a, the height on inclined-plane and lower soldering tip 8 on clicking section 13 is matched,
Lower soldering tip 8 still can push contact plate 91 exactly after wearing and tearing.
The course of work for the contact welder that the present embodiment is provided is：
During work, first contact plate 91 is placed on lower soldering tip 8, then drives spacer 17 to contact by being oriented to core 3
Plate 91 is fixed, and then silver point 92 is put on contact plate 91 by manually or mechanically hand, then is pushed and fixed by upper soldering tip 16
Silver point 92 and contact plate 91, are then oriented to core 3 and drive spacer 17 leaving contact plate 91, then by upper soldering tip 16 and lower soldering tip 8
Contact plate 91 is welded；After the completion of welding, blanking cylinder 27 is swung with motion rocker arm 12, will on lower soldering tip 8 weld after into
Under product are dialled, circulation said process is to contact plate automatic welding.
Above content is to combine specific preferred embodiment further detailed description of the utility model, it is impossible to
Assert that specific implementation of the present utility model is confined to these explanations.For the ordinary skill of the utility model art
For personnel, without departing from the concept of the premise utility, some simple deduction or replace can also be made, should all be regarded
To belong to protection domain of the present utility model.
Claims (10)
1. a kind of contact welder, it is characterised in that：Including the upper soldering tip (16) and lower soldering tip (8) being correspondingly arranged, Yi Jishe
The positioning fixture (100) in lower soldering tip (8) side is put, positioning fixture (100) includes the guiding core driven by positioning cylinder (26)
(3), and the spacer (17) being oriented on core (3) is arranged on, the first contact site (93) of contact plate (91) is placed on lower soldering tip
(8) top side end face, the 3rd contact site (95) is against the side wall of lower soldering tip (8), and spacer (17) is from provided with the 3rd contact site
(95) lateral contact plate (91) motion, contact plate (91) is stuck on lower soldering tip (8).
2. contact welder according to claim 1, it is characterised in that：The spacer (17) includes and contact plate
(91) the second positioning port coordinated with silver point (92) is provided with the first positioning port (17a) coordinated, the first positioning port (17a)
(17b)。
3. contact welder according to claim 1, it is characterised in that：The positioning fixture (100) also includes setting
Between positioning cylinder (26) and guiding core (3), with being oriented to the guide holder (2) that core (3) is slidably matched, and for fixed guide
The positioning seat (5) of seat (2), the end for being oriented to core (3) is provided with the guiding liftout plate (10) for extending to positioning cylinder (26) side.
4. contact welder according to claim 1, it is characterised in that：Also include being arranged on lower soldering tip (8) opposite side
Blanking device (200), the blanking device (200) includes the rocking arm that can push the finished product after welding from lower soldering tip (8)
(12), and the blanking cylinder (27) for driving rocking arm (12) to swing, blanking cylinder (27) and rocking arm (12) are installed in blanking
On seat (4).
5. contact welder according to claim 1, it is characterised in that：Positioning cylinder (26) driving spacer (17) is moved
Make spacing contact plate (91), spacer (17) is pressed through the 3rd contact site (95) top while promoting the second contact site (94)
Firmly the first contact site (93).
6. contact welder according to claim 3, it is characterised in that：The positioning seat (5) is provided with along vertical side
To the adjusting hole (51) of the kidney ellipsoid of setting, guide holder (2) is arranged on positioning by adjusting hole (51) in adjustable for height mode
On seat (5)；The positioning seat (5) be provided with the fixed plate (52) that extends to above guide holder (2) and with fixed plate (52) screw thread
The trip bolt (53) of cooperation, is provided with headspace (54), the end of trip bolt (53) between fixed plate (52) and guide holder (2)
End is against on guide holder (2).
7. contact welder according to claim 3, it is characterised in that：The side of the guide holder (2) is provided with one
Formed and set with being oriented on the guide groove (2c) that core (3) is slidably matched, gib block (2b) to gib block (2b), between gib block (2b)
The oriented guide layering (6) for being oriented to core (3) extension, described guiding core (3) section is in "convex" shaped structure, is being oriented to core (3)
Both sides are provided with the guiding indent (31) coordinated with guide layering (6).
8. contact welder according to claim 7, it is characterised in that：The guiding core (3) is oriented to indent at two
(31) guide ledges (32) are formed between, the guiding extended to the guide layering (6) of both sides is provided with guide ledges (32) and is limited
Bit slice (14), guide layering (6) is provided with the guide limiting stopper (61) coordinated with guide and limit piece (14).
9. contact welder according to claim 4, it is characterised in that：The rocking arm (12) includes one end and blanking seat
(4) swing part (12a) of pivot joint, swing part (12a) is provided with one end that rocking arm (12) is pivotally connected to be coordinated with blanking cylinder (27)
Pushing part (12b), the other end of swing part (12a) is provided with the clicking section for being used for promoting contact plate (91) on lower soldering tip (8)
(13), pushing part (12b) is vertically arranged in the plane that swing part (12a) is swung with swing part (12a), and clicking section (13) are vertical
Plane is set where swing part (12a) and swing part (12a).
10. contact welder according to claim 9, it is characterised in that：The blanking seat (4) is set in " L " font,
It includes the first blanking portion (4a) being connected with rocking arm (12) and the second blanking portion (4b) being connected with blanking cylinder (27), first
Blanking portion (4a) is arranged on the top in the second blanking portion (4b), and the first blanking portion (4a) is provided with what is be connected with swing part (12a)
First blanking groove (4c), swing part (12a) and pushing part (12b) one end being connected stretch into the first blanking groove (4c) with first
Hopper (4c) is pivotally connected, and the joint of blanking cylinder (27) is through the second blanking portion (4b) and extends the one of the first blanking groove (4c)
Side, is provided with the blanking ejection (15) coordinated with pushing part (12b), the bottom of blanking ejection (15) on the joint of blanking cylinder (27)
Side is contacted with base (1), and top side is provided with the curved surface coordinated with pushing part (12b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720164411.3U CN206567675U (en) | 2017-02-23 | 2017-02-23 | Contact welder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720164411.3U CN206567675U (en) | 2017-02-23 | 2017-02-23 | Contact welder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206567675U true CN206567675U (en) | 2017-10-20 |
Family
ID=60059158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720164411.3U Active CN206567675U (en) | 2017-02-23 | 2017-02-23 | Contact welder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206567675U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110628991A (en) * | 2019-09-18 | 2019-12-31 | 中国第一汽车股份有限公司 | Auxiliary device for flexible manufacturing and assembly welding of commercial vehicle half-shaft inductor |
-
2017
- 2017-02-23 CN CN201720164411.3U patent/CN206567675U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110628991A (en) * | 2019-09-18 | 2019-12-31 | 中国第一汽车股份有限公司 | Auxiliary device for flexible manufacturing and assembly welding of commercial vehicle half-shaft inductor |
| CN110628991B (en) * | 2019-09-18 | 2021-06-11 | 中国第一汽车股份有限公司 | Auxiliary device for flexible manufacturing and assembly welding of commercial vehicle half-shaft inductor |
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