CN208276347U - A kind of shielding case laser beam welding workstation device - Google Patents
A kind of shielding case laser beam welding workstation device Download PDFInfo
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- CN208276347U CN208276347U CN201820862601.7U CN201820862601U CN208276347U CN 208276347 U CN208276347 U CN 208276347U CN 201820862601 U CN201820862601 U CN 201820862601U CN 208276347 U CN208276347 U CN 208276347U
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- sliding slot
- mold sliding
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- pushing block
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Abstract
The utility model discloses a kind of shielding case laser beam welding workstation devices, including welding bench block and laser welder, the welding bench block is equipped with the first transverse mold sliding slot, first longitudinal direction mold sliding slot and second longitudinal direction mold sliding slot, and the inner end of first longitudinal direction mold sliding slot is connected to the first transverse mold sliding slot both ends with the inner end of second longitudinal direction mold sliding slot and is connected to the U-shaped sliding groove structure of docking composition；First longitudinal direction propulsion cylinder is equipped on the welding bench block of first longitudinal direction mold sliding slot inner end, the first lateral propulsion cylinder is equipped on the welding bench block of the first transverse mold sliding slot right end, second longitudinal direction propulsion cylinder is equipped on the welding bench block of second longitudinal direction mold sliding slot outer end, the laser welder is arranged in the middle part of welding bench block, below the welding gun mouth of laser welder be correspondingly arranged in the middle part of the first transverse mold sliding slot.
Description
Technical field
The utility model relates to barricade welding technology fields, and in particular to a kind of shielding case laser beam welding workstation dress
It sets.
Background technique
The effect of shielding case is to be surrounded the interference source of component, circuit, sub-assembly, cable or whole system with shielding case
Get up, prevents interference electromagnetic field to external diffusion；Or circuit will be received with shielding case, equipment or system are surrounded, and prevent them
It is influenced by external electromagnetic field.
Shielding case has plenty of multiple components and is welded shielding case according to the needs of structure, the circuit of some electronic equipments
Shielding case would generally be used on plate, shielding case is connect with circuit board some using welding manner, and some is connected using screw, if
It is connected using screw, it is necessary in barricade cover mounting hole corresponding position WELD NUTS.Since shielding case structure is all smaller, weldering
It connects and requires to dock corresponding component using mold, then welded on laser welder.
The corresponding component of shielding case is placed in mold block, then by existing welding manner typically using manually
It being placed below laser welder and is welded, welding efficiency is low, and by the way that mold is positioned manually, welding position is easy to cause to deviate,
Waste product is caused to generate.
Utility model content
The purpose of this utility model is to overcome the shortage of prior art, and provides a kind of shielding case laser beam welding workstation dress
It sets, solution shielding case welding efficiency is low, by the way that mold is positioned manually, is easy to cause welding position to deviate, waste product is caused to generate
Problem.
The utility model is achieved through the following technical solutions:
A kind of shielding case laser beam welding workstation device, including welding bench block and laser welder, the welding
Platform block is equipped with the first transverse mold sliding slot, first longitudinal direction mold sliding slot and second longitudinal direction mold sliding slot, and first longitudinal direction mold is sliding
The inner end of slot and the inner end of second longitudinal direction mold sliding slot be connected to the first transverse mold sliding slot both ends be connected to docking constitute it is U-shaped
Sliding groove structure；
First longitudinal direction propulsion cylinder is equipped on the welding bench block of first longitudinal direction mold sliding slot inner end, laterally first
The welding bench block of mold sliding slot right end is equipped with the first lateral propulsion cylinder, the welding in second longitudinal direction mold sliding slot outer end
Bench block is equipped with second longitudinal direction propulsion cylinder, and the laser welder is arranged in the middle part of welding bench block, laser welder
Below welding gun mouth be correspondingly arranged in the middle part of the first transverse mold sliding slot.
Further, the first longitudinal direction propulsion cylinder includes that first longitudinal direction cylinder body, first longitudinal direction telescopic arm and first are vertical
To pushing block, the first longitudinal direction telescopic arm end of first longitudinal direction cylinder body is connected with first longitudinal direction pushing block, and first longitudinal direction telescopic arm is in
When contraction state, first longitudinal direction pushing block is arranged in corresponding first longitudinal direction pushing block slot.
Further, the second longitudinal direction propulsion cylinder includes that second longitudinal direction cylinder body, second longitudinal direction telescopic arm and second are vertical
To pushing block, the second longitudinal direction telescopic arm end of second longitudinal direction cylinder body is connected with second longitudinal direction pushing block, and second longitudinal direction telescopic arm is in
When contraction state, second longitudinal direction pushing block is arranged in corresponding second longitudinal direction pushing block slot.
Further, the described first lateral propulsion cylinder includes that the first lateral cylinder body, the first flexing transverse arm and first are horizontal
To pushing block, the first flexing transverse arm end of the first lateral cylinder body is connected with the first lateral pushing block, and the first flexing transverse arm is in
When contraction state, the first lateral pushing block setting is in the corresponding first lateral pushing block slot.
Further, the welding bench block on the right side of the second longitudinal direction mold sliding slot outer end is inserted into equipped with mold block
Slot.
It further, further include the second transverse mold sliding slot, the both ends of the second transverse mold sliding slot correspond to and first
The outer end of longitudinal mold sliding slot is connected to docking with the outer end of second longitudinal direction mold sliding slot, and the first transverse mold sliding slot, second are laterally
Mold sliding slot, first longitudinal direction mold sliding slot and second longitudinal direction mold sliding slot head and the tail are interconnected and form square sliding groove structure.
Further, the welding bench block of the second transverse mold sliding slot left end is equipped with second and laterally promotes gas
Cylinder, the second lateral propulsion cylinder include the second lateral cylinder body, the second flexing transverse arm and the second lateral pushing block, the second lateral cylinder body
The second flexing transverse arm end be connected with the second lateral pushing block, when the second flexing transverse arm be in contraction state, the second transverse direction
Pushing block setting is in the corresponding second lateral pushing block slot.
Further, the first transverse mold sliding slot, the second transverse mold sliding slot, first longitudinal direction mold sliding slot and second
The width of longitudinal mold sliding slot is identical with depth.
The utility model compared with prior art, has the following advantages and benefits:
1, a kind of shielding case laser beam welding workstation device of the utility model, by the way that one is arranged on welding bench block
First transverse mold sliding slot two is connected to by the inner end of first longitudinal direction mold sliding slot and the inner end of second longitudinal direction mold sliding slot
End connection docking constitutes U-shaped sliding groove structure, only shielding case mold block need to be put into U-shaped sliding groove structure inlet, in pushing away for cylinder
Automatically into laser welder position under dynamic, released again by cylinder after completing welding, to realize automatic feed and discharging；
2, a kind of shielding case laser beam welding workstation device of the utility model, by the way that one is arranged on welding bench block
By the first transverse mold sliding slot, the second transverse mold sliding slot, first longitudinal direction mold sliding slot and second longitudinal direction mold sliding slot head and the tail phase
Intercommunicated formation square sliding groove structure, shielding case mold block can constantly push circulation by cylinder in square sliding groove structure
Rotation, operating personnel need to only take out the shielding case being welded on welding bench block, then place into the shielding for preparing welding
Cover, to realize that shielding case recycles automatic welding.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the utility model embodiment, constitutes the one of the application
Part does not constitute the restriction to the utility model embodiment.In the accompanying drawings:
Fig. 1 is a kind of structural schematic diagram of shielding case laser beam welding workstation Installation practice 1 of the utility model；
Fig. 2 is a kind of structural schematic diagram of shielding case laser beam welding workstation Installation practice 2 of the utility model；
Label and corresponding parts title in attached drawing:
1- welding bench block, 2- laser welder, 3- the first transverse mold sliding slot, 4- first longitudinal direction mold sliding slot, 5-
Two longitudinal mold sliding slots, 6- first longitudinal direction propulsion cylinder, the lateral propulsion cylinder of 7- first, 8- second longitudinal direction propulsion cylinder, 9- weldering
Muzzle, 10- first longitudinal direction cylinder body, 11- first longitudinal direction telescopic arm, 12- first longitudinal direction pushing block, 13- first longitudinal direction pushing block slot, 14-
Second longitudinal direction cylinder body, 15- second longitudinal direction telescopic arm, 16- second longitudinal direction pushing block, 17- second longitudinal direction pushing block slot, 18- first is laterally
Cylinder body, the first flexing transverse arm of 19-, the lateral pushing block of 20- first, the lateral pushing block slot of 21- first, 22- mold block insertion groove, 23-
Second transverse mold sliding slot, the lateral propulsion cylinder of 24- second, the lateral cylinder body of 25- second, the second flexing transverse arm of 26-, 27- the
Two lateral pushing blocks, the lateral pushing block slot of 28- second, 29- shielding case mold block.
Specific embodiment
For the purpose of this utility model, technical solution and advantage is more clearly understood, below with reference to embodiment and attached drawing,
The utility model is described in further detail, and the exemplary embodiment and its explanation of the utility model are only used for explaining this
Utility model is not intended to limit the scope of the present invention.
Embodiment 1
As shown in Figure 1, a kind of shielding case laser beam welding workstation device of the utility model, including 1 He of welding bench block
Laser welder 2, welding bench block 1 are equipped with the first transverse mold sliding slot 3, first longitudinal direction mold sliding slot 4 and second longitudinal direction mould
Has sliding slot 5, the inner end of first longitudinal direction mold sliding slot 4 and the inner end of second longitudinal direction mold sliding slot 5 are connected to the first lateral mould
Have the connection docking of 3 both ends of sliding slot and constitutes U-shaped sliding groove structure；First transverse mold sliding slot 3, first longitudinal direction mold sliding slot 4 and second
5 length of longitudinal mold sliding slot is all the integral multiple of the length of shielding case mold block 29, and shielding case mold block 29 is square structure.
First longitudinal direction propulsion cylinder 6 is equipped on the welding bench block 1 of 4 inner end of first longitudinal direction mold sliding slot, first
The welding bench block 1 of 3 right end of transverse mold sliding slot is equipped with the first lateral propulsion cylinder 7, outside second longitudinal direction mold sliding slot 5
The welding bench block 1 at end is equipped with second longitudinal direction propulsion cylinder 8, and the laser welder 2 is arranged in welding bench block 1
Portion, 9 lower section of welding gun mouth of laser welder 2 and the middle part of the first transverse mold sliding slot 3 are correspondingly arranged.
First longitudinal direction propulsion cylinder 6 includes first longitudinal direction cylinder body 10, first longitudinal direction telescopic arm 11 and first longitudinal direction pushing block 12,
11 end of first longitudinal direction telescopic arm of first longitudinal direction cylinder body 10 is connected with first longitudinal direction pushing block 12, and first longitudinal direction telescopic arm 11 is in
When contraction state, first longitudinal direction pushing block 12 is arranged in corresponding first longitudinal direction pushing block slot 13.First longitudinal direction pushing block 12 retracts the
When in one longitudinal pushing block slot 13, the sliding of shielding case mold block 29 will not influence.
Second longitudinal direction propulsion cylinder 8 includes second longitudinal direction cylinder body 14, second longitudinal direction telescopic arm 15 and second longitudinal direction pushing block 16,
15 end of second longitudinal direction telescopic arm of second longitudinal direction cylinder body 14 is connected with second longitudinal direction pushing block 16, and second longitudinal direction telescopic arm 15 is in
When contraction state, second longitudinal direction pushing block 16 is arranged in corresponding second longitudinal direction pushing block slot 17.Second longitudinal direction pushing block 16 retracts the
When in two longitudinal pushing block slots 17, the sliding of shielding case mold block 29 will not influence.
First lateral propulsion cylinder 7 includes the first lateral cylinder body 18, the first flexing transverse arm 19 and the first lateral pushing block 20,
19 end of the first flexing transverse arm of first lateral cylinder body 18 is connected with the first lateral pushing block 20, and the first flexing transverse arm 19 is in
When contraction state, the first lateral setting of pushing block 20 is in the corresponding first lateral pushing block slot 21.First lateral pushing block 20 retracts the
When in one lateral pushing block slot 21, the sliding of shielding case mold block 29 will not influence.
Welding bench block 1 on the right side of 5 outer end of second longitudinal direction mold sliding slot is equipped with mold block insertion groove 22.Make
Industry personnel promote shielding case mold block 29 in second longitudinal direction mold sliding slot 5 by mold block insertion groove 22, continuous by cylinder
It promotes, to carry out circulation weld job.
In the present embodiment, in use, the shielding case welded will be needed to be placed on shielding case mold outside welding bench block 1
In block 29, then shielding case mold block 29 is promoted in second longitudinal direction mold sliding slot 5 by mold block insertion groove 22, it is vertical second
To under the promotion of 8 one step-lengths of propulsion cylinder (size of 29 length or width of shielding case mold block), shielding case mold block
29 move forward a step-length in second longitudinal direction mold sliding slot 5, at this point, in the first lateral pushing block of the first lateral propulsion cylinder 7
20 fronts will enter a shielding case mold block 29, then start the first lateral propulsion cylinder 7 by shielding case mold block 29 to
Then one step-length of preceding promotion starts laser welder 2, welds, welding to 9 lower shield cover mold block 29 of welding gun mouth is in
While connecing, a shielding case mold block 29 in front of it is pushed forward a step-length by first longitudinal direction propulsion cylinder 6, thus the
The outlet of one longitudinal mold sliding slot 4 will skid off the shielding case mold block 29 for completing shielding case welding, and worker is by shielding case mould
The shielding case being welded in tool block 29 takes out, and places into the shielding case for preparing welding, then recycles, the shielding which is welded
Cover mold block 29 is put into from mold block insertion groove 22.
A kind of shielding case laser beam welding workstation device of the utility model, by welding bench block be arranged one by
The inner end of first longitudinal direction mold sliding slot and the inner end of second longitudinal direction mold sliding slot are connected to the first transverse mold sliding slot both ends
Connection docking constitutes U-shaped sliding groove structure, only shielding case mold block need to be put into U-shaped sliding groove structure inlet, in the promotion of cylinder
Under automatically into laser welder position, complete after welding again by cylinder release, to realize automatic feed and discharging.
Embodiment 2
As shown in Fig. 2, a kind of shielding case laser beam welding workstation device of the utility model, on the basis of embodiment 1, also
Including the second transverse mold sliding slot 23, both ends correspondence and the first longitudinal direction mold sliding slot 4 of the second transverse mold sliding slot 23
Outer end is connected to docking, the first transverse mold sliding slot 3, the second transverse mold sliding slot 23, with the outer end of second longitudinal direction mold sliding slot 5
One longitudinal mold sliding slot 4 and second longitudinal direction mold sliding slot 5 are interconnected from beginning to end forms square sliding groove structure.
The welding bench block 1 of second transverse mold sliding slot, 23 left end is equipped with the second lateral propulsion cylinder 24, and second is horizontal
It include the second lateral cylinder body 25, the second flexing transverse arm 26 and the second lateral pushing block 27, the second lateral cylinder body to propulsion cylinder 24
25 26 end of the second flexing transverse arm is connected with the second lateral pushing block 27, when the second flexing transverse arm 26 is in contraction state,
The second lateral setting of pushing block 27 is in the corresponding second lateral pushing block slot 28.
First transverse mold sliding slot 3, the second transverse mold sliding slot 23, first longitudinal direction mold sliding slot 4 and second longitudinal direction mold
The width of sliding slot 5 is identical with depth.
The working principle of the present embodiment and embodiment 1 is essentially identical, and difference is not need to take out shielding case mold block 29
Or be put into, worker only need to take out soldered shielding in 23 position of the second transverse mold sliding slot from shielding case mold block 29
Cover is being put into the shielding case for preparing welding, passes through four cylinders (first longitudinal direction propulsion cylinder 6, second longitudinal direction propulsion cylinder 8, the
One lateral propulsion cylinder 7 and the second lateral propulsion cylinder 24) successively promote, make shielding case mold block 29 square sliding groove structure not
Disconnected circulation welding.
A kind of shielding case laser beam welding workstation device of the utility model, by welding bench block be arranged one by
First transverse mold sliding slot, the second transverse mold sliding slot, first longitudinal direction mold sliding slot and second longitudinal direction mold sliding slot head and the tail are mutual
Connection forms square sliding groove structure, and shielding case mold block can constantly push circulation to turn in square sliding groove structure by cylinder
Dynamic, operating personnel need to only take out the shielding case being welded on welding bench block, then place into the shielding case for preparing welding,
To realize that shielding case recycles automatic welding.
Above-described specific embodiment, to the purpose of this utility model, technical scheme and beneficial effects carried out into
One step is described in detail, it should be understood that being not used to limit the foregoing is merely specific embodiment of the present utility model
Determine the protection scope of the utility model, within the spirit and principle of the utility model, any modification for being made equally is replaced
It changes, improve, should be included within the scope of protection of this utility model.
Claims (8)
1. a kind of shielding case laser beam welding workstation device, including welding bench block (1) and laser welder (2), feature exists
In: the welding bench block (1) is equipped with the first transverse mold sliding slot (3), first longitudinal direction mold sliding slot (4) and second longitudinal direction
Mold sliding slot (5), the inner end of first longitudinal direction mold sliding slot (4) and the inner end of second longitudinal direction mold sliding slot (5) are connected to
The connection docking of one transverse mold sliding slot (3) both ends constitutes U-shaped sliding groove structure；
First longitudinal direction propulsion cylinder (6) are equipped on the welding bench block (1) of first longitudinal direction mold sliding slot (4) inner end, the
The welding bench block (1) of one transverse mold sliding slot (3) right end is equipped with the first lateral propulsion cylinder (7), in second longitudinal direction mould
The welding bench block (1) for having sliding slot (5) outer end is equipped with second longitudinal direction propulsion cylinder (8), and laser welder (2) setting exists
It is corresponding with the middle part of the first transverse mold sliding slot (3) below the welding gun mouth (9) of laser welder (2) in the middle part of welding bench block (1)
Setting.
2. a kind of shielding case laser beam welding workstation device according to claim 1, it is characterised in that: the first longitudinal direction
Propulsion cylinder (6) includes first longitudinal direction cylinder body (10), first longitudinal direction telescopic arm (11) and first longitudinal direction pushing block (12), first longitudinal direction
First longitudinal direction telescopic arm (11) end of cylinder body (10) is connected with first longitudinal direction pushing block (12), and first longitudinal direction telescopic arm (11) is in
When contraction state, first longitudinal direction pushing block (12) setting is in corresponding first longitudinal direction pushing block slot (13).
3. a kind of shielding case laser beam welding workstation device according to claim 1, it is characterised in that: the second longitudinal direction
Propulsion cylinder (8) includes second longitudinal direction cylinder body (14), second longitudinal direction telescopic arm (15) and second longitudinal direction pushing block (16), second longitudinal direction
Second longitudinal direction telescopic arm (15) end of cylinder body (14) is connected with second longitudinal direction pushing block (16), and second longitudinal direction telescopic arm (15) is in
When contraction state, second longitudinal direction pushing block (16) setting is in corresponding second longitudinal direction pushing block slot (17).
4. a kind of shielding case laser beam welding workstation device according to claim 1, it is characterised in that: described first laterally
Propulsion cylinder (7) includes the first lateral cylinder body (18), the first flexing transverse arm (19) and the first lateral pushing block (20), and first laterally
The first flexing transverse arm (19) end of cylinder body (18) is connected with the first lateral pushing block (20), and the first flexing transverse arm (19) is in
When contraction state, the first lateral pushing block (20) is arranged in the corresponding first lateral pushing block slot (21).
5. a kind of shielding case laser beam welding workstation device according to claim 1, it is characterised in that: the second longitudinal direction
Welding bench block (1) on the right side of mold sliding slot (5) outer end is equipped with mold block insertion groove (22).
6. a kind of shielding case laser beam welding workstation device according to claim 1, it is characterised in that: further include the second cross
To mold sliding slot (23), the corresponding outer end with first longitudinal direction mold sliding slot (4) in the both ends of the second transverse mold sliding slot (23)
Be connected to docking with the outer end of second longitudinal direction mold sliding slot (5), the first transverse mold sliding slot (3), the second transverse mold sliding slot (23),
First longitudinal direction mold sliding slot (4) and second longitudinal direction mold sliding slot (5) head and the tail are interconnected and form square sliding groove structure.
7. a kind of shielding case laser beam welding workstation device according to claim 6, it is characterised in that: described second laterally
The welding bench block (1) of mold sliding slot (23) left end is equipped with the second lateral propulsion cylinder (24), the second lateral propulsion cylinder
It (24) include the second lateral cylinder body (25), the second flexing transverse arm (26) and the second lateral pushing block (27), the second lateral cylinder body
(25) the second flexing transverse arm (26) end is connected with the second lateral pushing block (27), and the second flexing transverse arm (26), which is in, to be shunk
When state, the second lateral pushing block (27) is arranged in the corresponding second lateral pushing block slot (28).
8. a kind of shielding case laser beam welding workstation device according to claim 7, it is characterised in that: described first laterally
Mold sliding slot (3), the second transverse mold sliding slot (23), first longitudinal direction mold sliding slot (4) and second longitudinal direction mold sliding slot (5) width
It spends identical with depth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820862601.7U CN208276347U (en) | 2018-06-05 | 2018-06-05 | A kind of shielding case laser beam welding workstation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820862601.7U CN208276347U (en) | 2018-06-05 | 2018-06-05 | A kind of shielding case laser beam welding workstation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208276347U true CN208276347U (en) | 2018-12-25 |
Family
ID=64706668
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820862601.7U Active CN208276347U (en) | 2018-06-05 | 2018-06-05 | A kind of shielding case laser beam welding workstation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208276347U (en) |
-
2018
- 2018-06-05 CN CN201820862601.7U patent/CN208276347U/en active Active
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