CN206412213U - A kind of immersion tin device for high frequency transformer line end - Google Patents
A kind of immersion tin device for high frequency transformer line end Download PDFInfo
- Publication number
- CN206412213U CN206412213U CN201720034894.5U CN201720034894U CN206412213U CN 206412213 U CN206412213 U CN 206412213U CN 201720034894 U CN201720034894 U CN 201720034894U CN 206412213 U CN206412213 U CN 206412213U
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- portable plate
- fixed plate
- high frequency
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Abstract
The utility model is related to a kind of high frequency transformer immersion tin device, more particularly to a kind of immersion tin device for high frequency transformer line end.The technical problems to be solved in the utility model be to provide it is a kind of can save manpower, the saving time, can high frequency transformer is fixed, reduce the high immersion tin device for high frequency transformer line end of economic loss, operating efficiency.In order to solve the above-mentioned technical problem, the utility model provides such a immersion tin device for high frequency transformer line end, includes bottom plate, guide rod, Xi Chi, guide pin bushing, top plate, cylinder, connecting plate, framework, slide rail, sliding block, the first portable plate, the second portable plate, the 3rd portable plate etc.；Left and right ends are welded with guide rod vertically at the top of bottom plate, and guide rod is in being vertically arranged, and the top horizontal being provided with the top of the bottom plate between two guide rods between Xi Chi, two guide rods is welded with top plate, and top plate bottom is symmetrical to be provided with cylinder.A kind of immersion tin device for high frequency transformer line end provided by the utility model.
Description
Technical field
The utility model is related to a kind of high frequency transformer immersion tin device, more particularly to a kind of for high frequency transformer line end
Immersion tin device.
Background technology
High frequency transformer：It is the power transformer that working frequency exceedes middle volume (10kHz), is mainly used in high frequency switch power
In make high-frequency switch power transformer, also have be used for Inverter Welder in make high frequency inverter transformer.
Wicking refer in welding between two kinds of metals due to diffusion, infiltration and generate alloy, cause the de- of welding end electrode
From phenomenon.
Traditional Man typically using the bottom that high frequency transformer is bonded in holding rod, is then immersed in tin pond, that is, needed
Expend substantial amounts of manpower, devote a tremendous amount of time, and in the process, it is not firm high frequency transformer bonding easily occur, and causes
Fall into tin pond and cause to scrap, cause economic loss, thus need badly research and development one kind can save manpower, the saving time, can
By high frequency transformer it is fixed, reduce the high immersion tin device for high frequency transformer line end of economic loss, operating efficiency.
Utility model content
(1) technical problem to be solved
The utility model is in order to overcome Traditional Man to high frequency transformer wicking, it is necessary to expend substantial amounts of manpower, spend big
The time of amount, high frequency transformer easily falls into tin pond and causes to scrap, and causes the shortcoming of economic loss, the utility model will be solved
Technical problem be to provide one kind can save manpower, the saving time, can high frequency transformer is fixed, reduce economic damage
The high immersion tin device for high frequency transformer line end of mistake, operating efficiency.
(2) technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a wicking for high frequency transformer line end
Device, includes bottom plate, guide rod, Xi Chi, guide pin bushing, top plate, cylinder, connecting plate, framework, slide rail, sliding block, the first portable plate,
Two portable plates, the 3rd portable plate, connecting rod, connecting rod, the first fixed plate, the second fixed plate, the 3rd fixed plate, the first bracing wire and
Left and right ends are welded with guide rod vertically at the top of one spring, bottom plate, and guide rod is provided with being vertically arranged at the top of the bottom plate between two guide rods
Top horizontal between Xi Chi, two guide rods is welded with top plate, and top plate bottom is symmetrical to be provided with cylinder, and cylinder is in be vertically arranged,
The mode that cylinder is bolted, which is arranged on top plate bottom, guide rod, is slidably provided with guide pin bushing, and guide pin bushing is slided with guide rod matches somebody with somebody
Close, level is welded with connecting plate between two guide pin bushings, the expansion link of cylinder, with being connected at the top of connecting plate, is connected by way of welding
Plate left surface is connected with the right flank of left side guide pin bushing by way of welding, and the left surface of connecting plate right flank and right side guide pin bushing leads to
The mode for crossing welding is connected, and connecting plate bottom is welded with framework, framework leading flank and interior trailing flank is all evenly spaced is provided with
Three slide rails, slide rail is in being horizontally disposed with, and the mode that slide rail is bolted is connected with framework, slidably provided with cunning on slide rail
Block, sliding block is slidably matched with slide rail, is welded between the sliding block of the rightmost side two between first portable plate, the sliding block of middle part two and is welded with
It is welded between two portable plates, the sliding block of the leftmost side two before and after the 3rd portable plate, framework right flank and is symmetrically provided with first through hole, first
Symmetrical level is welded with connecting rod before and after portable plate right flank, and connecting rod right-hand member runs through first through hole, and connecting rod right-hand member is welded with connecting rod,
Connecting rod, which is located in the right of framework, the framework between the first activity and the second portable plate, is provided with the first fixed plate, and first fixes
Plate leading flank is connected with leading flank in framework by way of welding, and the first fixed plate trailing flank passes through weldering with trailing flank in framework
The mode connect is connected, and is provided with the framework between the second portable plate and the 3rd portable plate on front side of the second fixed plate, the second fixed plate
Face is connected with leading flank in framework by way of welding, the side that the second fixed plate trailing flank passes through welding with trailing flank in framework
Formula is connected, and the 3rd fixed plate is provided with the framework of the 3rd portable plate left, and the 3rd fixed plate leading flank leads to leading flank in framework
The mode for crossing welding is connected, and the 3rd fixed plate trailing flank is connected with trailing flank in framework by way of welding, the first fixed plate
The second drawing is symmetrically connected with front and rear symmetrical be provided with before and after the second through hole, the right flank of the 3rd portable plate in the second fixed plate
Line, the end of the second bracing wire is connected with the left surface of the second portable plate through being provided with the second through hole in the second fixed plate, the second work
The first bracing wire is symmetrically connected with before and after the right flank of dynamic plate, the end of the first bracing wire is passed through is provided with the second through hole in the first fixed plate
It is connected with the left surface of the first portable plate, in the first portable plate right flank and framework between right flank, the second portable plate right flank
And first between fixed plate left surface, between the 3rd portable plate right flank and the second fixed plate left surface before and after be symmetrically welded with
First spring.
Preferably, it is symmetrically welded after also including in face of motion bar, hollow pipe, nut and screw rod, framework external right side free
Heart pipe, hollow pipe is located at the outside of two connecting rods, and Embedded be provided with nut, nut is provided with screw rod on hollow pipe, screw rod with
Nut coordinates, and is provided with motion bar, motion bar is slidably matched with hollow pipe, the right-hand member of motion bar and connection hollow pipe inner sliding type
The left surface of bar is connected.
Preferably, knob is also included, the outer end of screw rod is welded with knob.
Preferably, the material of bottom plate is Q235 steel.
Preferably, the material of the first bracing wire and the second bracing wire is steel wire.
Preferably, the first spring is back-moving spring.
Operation principle：During using utility model, connecting rod is pulled to the right, and then drivening rod moves right, connecting rod is to the right
Mobile to drive the first portable plate to move right, the first portable plate moves right pulls the second portable plate to move right by the first bracing wire
Dynamic, the second portable plate moves right pulls the 3rd portable plate to move right by the second bracing wire, and sliding block is slided to the right on slide rail,
First spring is compressed, now operating personnel again by high frequency transformer be placed sequentially in the first portable plate and the first fixed plate it
Between, between the second portable plate and the second fixed plate, between the 3rd portable plate and the 3rd fixed plate；After placing, connecting rod is unclamped,
In the presence of the first spring, sliding block is slided to the left on slide rail, and the first portable plate and the first fixed plate coordinate to the first activity
High frequency transformer between plate and the first fixed plate is fixed, and the second portable plate and the second fixed plate coordinate to the second portable plate
And the second high frequency transformer between fixed plate is fixed, the 3rd portable plate and the 3rd fixed plate coordinate to the 3rd portable plate and
High frequency transformer between 3rd fixed plate is fixed, and then starts cylinder elongation, and cylinder drives connecting plate to move down, led
Slide downward on guide rod is enclosed on, after in the terminals immersion tin pond that high frequency transformer exposes, control cylinder stops elongation.
Because also including motion bar, hollow pipe, nut and screw rod, in face of framework external right side after be symmetrically welded with it is hollow
Pipe, hollow pipe is located at Embedded be provided with nut, nut on the outside of two connecting rods, hollow pipe and is provided with screw rod, screw rod and spiral shell
Mother coordinates, and is provided with motion bar, motion bar is slidably matched with hollow pipe, the right-hand member and connecting rod of motion bar hollow pipe inner sliding type
Left surface be connected, Unscrew pulls to the right connecting rod, and then drivening rod moves right, and motion bar is in hollow pipe
Slide to the right, after the first portable plate of connecting rod drive, the second portable plate and the 3rd portable plate move right a segment distance, tighten spiral shell
Bar, motion bar is fixed in hollow pipe so that the position of connecting rod can not be moved again, i.e., can more easily place height
Frequency power transformer, after putting well, Unscrew, in the presence of the first spring so that connecting rod is moved to the left, motion bar is in hollow pipe
Inside slide, i.e., the high frequency transformer put well can be fixed to the left.
Because also including knob, the outer end of screw rod is welded with knob, by knob, can more easily turn spiral shell
Bar.
Because the material of bottom plate is Q235 steel, the weight capacity of Q235 steel is strong, and hardness is high, adds the use longevity of bottom plate
Life.
Because the material of the first bracing wire and the second bracing wire is steel wire, steel wire is acidproof corrosion-resistant so that the first bracing wire and
Two bracing wires are more durable, are difficult to break, safe and reliable, more stablize.
(3) beneficial effect
A kind of immersion tin device for high frequency transformer line end provided by the utility model, people can be saved by having reached
Power, save the time, can high frequency transformer is fixed, reduce the high effect of economic loss, operating efficiency.
Brief description of the drawings
Fig. 1 is main structure diagram of the present utility model.
Fig. 2 is the first present invention looks up structural representation of the utility model framework.
Fig. 3 is second of present invention looks up structural representation of the utility model framework.
Fig. 4 is the first main structure diagram of the utility model hollow pipe and motion bar.
Fig. 5 is second of main structure diagram of the utility model hollow pipe and motion bar.
Mark in accompanying drawing for：1- bottom plates, 2- guide rods, 3- Xi Chi, 4- guide pin bushings, 5- top plates, 6- cylinders, 7- connecting plates, 8-
Framework, 9- slide rails, 10- sliding blocks, the portable plates of 11- first, the portable plates of 12- second, the portable plates of 13- the 3rd, 14- first through hole, 15-
Connecting rod, 16- connecting rods, the fixed plates of 17- first, the fixed plates of 18- second, the fixed plates of 19- the 3rd, the through holes of 20- second, 21- second
Bracing wire, the bracing wires of 22- first, the springs of 23- first, 24- motion bars, 25- hollow pipes, 26- nuts, 27- screw rods, 28- knobs.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of immersion tin device for high frequency transformer line end, as Figure 1-5, include bottom plate 1, guide rod 2, tin pond 3,
Guide pin bushing 4, top plate 5, cylinder 6, connecting plate 7, framework 8, slide rail 9, sliding block 10, the first portable plate 11, the second portable plate the 12, the 3rd are lived
Dynamic plate 13, connecting rod 15, connecting rod 16, the first fixed plate 17, the second fixed plate 18, the 3rd fixed plate 19, the first bracing wire 22 and the
One spring 23, the top left and right ends of bottom plate 1 are welded with guide rod 2 vertically, and guide rod 2 is in be vertically arranged, the bottom plate 1 between two guide rods 2
The top horizontal that top is provided between tin pond 3, two guide rods 2 is welded with top plate 5, and the bottom of top plate 5 is symmetrical to be provided with cylinder 6, gas
Cylinder 6 is in being vertically arranged, and the mode that cylinder 6 is bolted, which is arranged on the bottom of top plate 5, guide rod 2, is slidably provided with guide pin bushing
4, guide pin bushing 4 is slidably matched with guide rod 2, and level is welded with connecting plate 7 between two guide pin bushings 4, the side that the expansion link of cylinder 6 passes through welding
Formula is connected with the top of connecting plate 7, and the left surface of connecting plate 7 is connected with the right flank of left side guide pin bushing 4 by way of welding, connecting plate
7 right flanks are connected with the left surface of right side guide pin bushing 4 by way of welding, before the bottom of connecting plate 7 is welded with framework 8, framework 8
Side and interior trailing flank are all evenly spaced to be provided with three slide rails 9, and slide rail 9 is in horizontally disposed, the side that slide rail 9 is bolted
Formula is connected with framework 8, and sliding block 10 is slidably provided with slide rail 9, and sliding block 10 is slidably matched with slide rail 9, the sliding block 10 of the rightmost side two
Between be welded between the first portable plate 11, the sliding block 10 of middle part two and be welded with the second portable plate 12, between the sliding block 10 of the leftmost side two
Be welded with before and after the 3rd portable plate 13, the right flank of framework 8 it is symmetrical be provided with it is right before and after first through hole 14, the right flank of the first portable plate 11
Title level is welded with connecting rod 15, and the right-hand member of connecting rod 15 runs through first through hole 14, and the right-hand member of connecting rod 15 is welded with connecting rod 16, connecting rod 16
Positioned at the right of framework 8, the first fixed plate 17 is provided with the framework 8 between the first activity and the second portable plate 12, first fixes
The leading flank of plate 17 is connected with leading flank in framework 8 by way of welding, the trailing flank of the first fixed plate 17 and trailing flank in framework 8
Connected by way of welding, the second fixed plate 18 is provided with the framework 8 between the second portable plate 12 and the 3rd portable plate 13, the
The leading flank of two fixed plate 18 is connected with leading flank in framework 8 by way of welding, in the trailing flank of the second fixed plate 18 and framework 8
Trailing flank is connected by way of welding, and the 3rd fixed plate 19, the 3rd fixed plate are provided with the framework 8 of the left of the 3rd portable plate 13
19 leading flanks are connected with leading flank in framework 8 by way of welding, and the trailing flank of the 3rd fixed plate 19 leads to trailing flank in framework 8
The mode for crossing welding is connected, and front and rear in the first fixed plate 17 and the second fixed plate 18 to be symmetrically provided with the second through hole 20, the 3rd lives
The second bracing wire 21 is symmetrically connected with before and after the right flank of dynamic plate 13, the end of the second bracing wire 21 is passed through to be provided with the second fixed plate 18
Second through hole 20 is connected with the left surface of the second portable plate 12, and the first drawing is symmetrically connected with before and after the right flank of the second portable plate 12
Line 22, the end of the first bracing wire 22 passes through the left surface for being provided with the second through hole 20 and the first portable plate 11 in the first fixed plate 17 to connect
Connect, in the right flank of the first portable plate 11 and framework 8 between right flank, the right flank of the second portable plate 12 and the left side of the first fixed plate 17
Symmetrically the first spring 23 is welded with before and after between face, between the right flank of the 3rd portable plate 13 and the left surface of the second fixed plate 18.
It is symmetrically welded with after also including in face of motion bar 24, hollow pipe 25, nut 26 and screw rod 27, the external right side of framework 8
Hollow pipe 25, hollow pipe 25 is located at Embedded be provided with nut 26, nut 26 on the outside of two connecting rods 15, hollow pipe 25 and set
There is screw rod 27, screw rod 27 coordinates with nut 26, motion bar 24, motion bar 24 and hollow pipe 25 are provided with the inner sliding type of hollow pipe 25
It is slidably matched, the right-hand member of motion bar 24 is connected with the left surface of connecting rod 16.
Also include knob 28, the outer end of screw rod 27 is welded with knob 28.
The material of bottom plate 1 is Q235 steel.
The material of first bracing wire 22 and the second bracing wire 21 is steel wire.
First spring 23 is back-moving spring.
Operation principle：During using utility model, connecting rod 16 is pulled to the right, and then drivening rod 15 moves right, connecting rod
15, which move right, drives the first portable plate 11 to move right, and the first portable plate 11 moves right and pulls second by the first bracing wire 22
Portable plate 12 moves right, and the second portable plate 12 moves right pulls the 3rd portable plate 13 to move right by the second bracing wire 21,
Sliding block 10 is slided to the right on slide rail 9, and the first spring 23 is compressed, and now high frequency transformer is placed sequentially in by operating personnel again
Between first portable plate 11 and the first fixed plate 17, between the second portable plate 12 and the second fixed plate 18, the and of the 3rd portable plate 13
Between 3rd fixed plate 19；After placing, unclamp connecting rod 16, in the presence of the first spring 23, sliding block 10 on slide rail 9 to
Left to slide, the first portable plate 11 and the first fixed plate 17 coordinate to the high frequency change between the first portable plate 11 and the first fixed plate 17
Depressor is fixed, and the second portable plate 12 and the second fixed plate 18 coordinate between the second portable plate 12 and the second fixed plate 18
High frequency transformer is fixed, and the 3rd portable plate 13 and the 3rd fixed plate 19 coordinate to the 3rd portable plate 13 and the 3rd fixed plate 19
Between high frequency transformer be fixed, then start cylinder 6 extend, cylinder 6 drive connecting plate 7 move down, guide pin bushing 4 is being led
Slide downward on bar 2, after in the terminals immersion tin pond 3 that high frequency transformer exposes, control cylinder 6 stops elongation.
Because also including motion bar 24, hollow pipe 25, nut 26 and screw rod 27, rear balanced welding in face of the external right side of framework 8
Hollow pipe 25 is connected to, hollow pipe 25 is Embedded on the outside of two connecting rods 15, hollow pipe 25 to be provided with nut 26, nut 26
Interior to be provided with screw rod 27, screw rod 27 coordinates with nut 26, the inner sliding type of hollow pipe 25 provided with motion bar 24, motion bar 24 with it is hollow
Pipe 25 is slidably matched, and the right-hand member of motion bar 24 is connected with the left surface of connecting rod 16, and Unscrew 27 pulls to the right connecting rod
16, and then drivening rod 15 moves right, motion bar 24 is slided to the right in hollow pipe 25, when connecting rod 15 drives the first portable plate
11st, after the second portable plate 12 and the 3rd portable plate 13 move right a segment distance, screw rod 27 is tightened, motion bar 24 is fixed on sky
In heart pipe 25 so that the position of connecting rod 16 can not be moved again, i.e., high frequency transformer can be more easily placed, is put well
Afterwards, Unscrew 27, in the presence of the first spring 23 so that connecting rod 16 is moved to the left, motion bar 24 is in hollow pipe 25
Slide, i.e., the high frequency transformer put well can be fixed to the left.
Because also including knob 28, the outer end of screw rod 27 is welded with knob 28, by knob 28, can be more convenient
Turn screw rod 27.
Because the material of bottom plate 1 is Q235 steel, the weight capacity of Q235 steel is strong, and hardness is high, adds the use longevity of bottom plate 1
Life.
Because the material of the first bracing wire 22 and the second bracing wire 21 is steel wire, steel wire is acidproof corrosion-resistant so that the first bracing wire
22 and second bracing wire 21 it is more durable, be difficult to break, it is safe and reliable, more stablize.
Embodiment described above only expresses preferred embodiment of the present utility model, and it describes more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of immersion tin device for high frequency transformer line end, it is characterised in that include bottom plate (1), guide rod (2), Xi Chi
(3), guide pin bushing (4), top plate (5), cylinder (6), connecting plate (7), framework (8), slide rail (9), sliding block (10), the first portable plate
(11), the second portable plate (12), the 3rd portable plate (13), connecting rod (15), connecting rod (16), the first fixed plate (17), second are consolidated
Left and right ends are welded vertically at the top of fixed board (18), the 3rd fixed plate (19), the first bracing wire (22) and the first spring (23), bottom plate (1)
Guide rod (2) is connected to, guide rod (2) is provided with Xi Chi (3), two guide rods (2) in being vertically arranged at the top of the bottom plate (1) between two guide rods (2)
Between top horizontal be welded with top plate (5), top plate (5) bottom is symmetrical to be provided with cylinder (6), cylinder (6) in being vertically arranged,
The mode that cylinder (6) is bolted, which is arranged on top plate (5) bottom, guide rod (2), is slidably provided with guide pin bushing (4), guide pin bushing
(4) it is slidably matched with guide rod (2), level is welded with connecting plate (7) between two guide pin bushings (4), the expansion link of cylinder (6) passes through welding
Mode and connecting plate (7) at the top of be connected, the right flank of connecting plate (7) left surface and left side guide pin bushing (4) is by way of welding
Connection, connecting plate (7) right flank is connected with the left surface of right side guide pin bushing (4) by way of welding, the welding of connecting plate (7) bottom
There is a framework (8), framework (8) interior leading flank and interior trailing flank is all evenly spaced is provided with three slide rails (9), slide rail (9) is in level
Set, the mode that slide rail (9) is bolted is connected with framework (8), sliding block (10) is slidably provided with slide rail (9), it is sliding
Block (10) is slidably matched with slide rail (9), and the first portable plate (11), the sliding block of middle part two are welded between the sliding block of the rightmost side two (10)
(10) it is welded between the second portable plate (12), the sliding block of the leftmost side two (10) and is welded with the 3rd portable plate (13), framework (8)
Symmetrical level is welded with connecting rod before and after first through hole (14), the first portable plate (11) right flank are symmetrically provided with before and after right flank
(15), connecting rod (15) right-hand member runs through first through hole (14), and connecting rod (15) right-hand member is welded with connecting rod (16), and connecting rod (16) is located at
The first fixed plate (17), first are provided with the right of framework (8), the framework (8) between the first activity and the second portable plate (12)
Fixed plate (17) leading flank is connected with framework (8) interior leading flank by way of welding, the first fixed plate (17) trailing flank and frame
Body (8) interior trailing flank is connected by way of welding, in the framework (8) between the second portable plate (12) and the 3rd portable plate (13)
Provided with the second fixed plate (18), the second fixed plate (18) leading flank is connected with framework (8) interior leading flank by way of welding, the
Two fixed plates (18) trailing flank is connected with framework (8) interior trailing flank by way of welding, the frame of the 3rd portable plate (13) left
The 3rd fixed plate (19) is provided with body (8), the 3rd fixed plate (19) leading flank is with framework (8) interior leading flank by way of welding
Connection, the 3rd fixed plate (19) trailing flank is connected with framework (8) interior trailing flank by way of welding, the first fixed plate (17) and
In second fixed plate (18) before and after symmetrical be provided with before and after the second through hole (20), the right flank of the 3rd portable plate (13) symmetrically connect
There is the second bracing wire (21), the end of the second bracing wire (21), which is passed through, is provided with the second through hole (20) and the second work in the second fixed plate (18)
The first bracing wire (22) is symmetrically connected with before and after the left surface connection of dynamic plate (12), the right flank of the second portable plate (12), first draws
The end of line (22) is connected with the left surface of the first portable plate (11) through being provided with the second through hole (20) in the first fixed plate (17),
Between first portable plate (11) right flank and framework (8) interior right flank, the second portable plate (12) right flank and the first fixed plate
(17) between left surface, between the 3rd portable plate (13) right flank and the second fixed plate (18) left surface before and after be symmetrically welded with
First spring (23).
2. a kind of immersion tin device for high frequency transformer line end according to claim 1, it is characterised in that also include
Hollow pipe is symmetrically welded with after in face of motion bar (24), hollow pipe (25), nut (26) and screw rod (27), framework (8) external right side
(25), hollow pipe (25) is Embedded on the outside of two connecting rods (15), hollow pipe (25) is provided with nut (26), nut
(26) screw rod (27) is provided with, screw rod (27) coordinates with nut (26), is provided with motion bar (24) hollow pipe (25) inner sliding type,
Motion bar (24) is slidably matched with hollow pipe (25), and the right-hand member of motion bar (24) is connected with the left surface of connecting rod (16).
3. a kind of immersion tin device for high frequency transformer line end according to claim 2, it is characterised in that also include
Knob (28), the outer end of screw rod (27) is welded with knob (28).
4. a kind of immersion tin device for high frequency transformer line end according to claim 1, it is characterised in that bottom plate (1)
Material be Q235 steel.
5. a kind of immersion tin device for high frequency transformer line end according to claim 1, it is characterised in that the first bracing wire
And the material of the second bracing wire (21) is steel wire (22).
6. a kind of immersion tin device for high frequency transformer line end according to claim 1, it is characterised in that the first spring
(23) it is back-moving spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720034894.5U CN206412213U (en) | 2017-01-12 | 2017-01-12 | A kind of immersion tin device for high frequency transformer line end |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720034894.5U CN206412213U (en) | 2017-01-12 | 2017-01-12 | A kind of immersion tin device for high frequency transformer line end |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206412213U true CN206412213U (en) | 2017-08-15 |
Family
ID=59554521
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720034894.5U Expired - Fee Related CN206412213U (en) | 2017-01-12 | 2017-01-12 | A kind of immersion tin device for high frequency transformer line end |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206412213U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107472336A (en) * | 2017-08-22 | 2017-12-15 | 黄轩 | A kind of Bioexperiment test tube transporter |
-
2017
- 2017-01-12 CN CN201720034894.5U patent/CN206412213U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107472336A (en) * | 2017-08-22 | 2017-12-15 | 黄轩 | A kind of Bioexperiment test tube transporter |
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