CN209230879U - A kind of fuel cell membrane electrode air-tightness detection device - Google Patents
A kind of fuel cell membrane electrode air-tightness detection device Download PDFInfo
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- CN209230879U CN209230879U CN201821934890.3U CN201821934890U CN209230879U CN 209230879 U CN209230879 U CN 209230879U CN 201821934890 U CN201821934890 U CN 201821934890U CN 209230879 U CN209230879 U CN 209230879U
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Abstract
The utility model provides a kind of fuel cell membrane electrode air-tightness detection device, is related to electrode detection field.It realizes under the premise of guaranteeing electrode appearance, dimensional accuracy, it can high level, the efficient quick effect for positioning, accurately detecting for completing electrode.The fuel cell membrane electrode air-tightness detection device, including supporting and limiting device, lower mold station mobile device, cylinder supports device, the upper end of the supporting and limiting device is movably installed with lower mold station mobile device, and the upper end of the supporting and limiting device is fixedly installed with cylinder supports device.The fuel cell membrane electrode air-tightness detection device, it is movably arranged on four groups of No. two support limit bars by support limit slide plate by four groups of No. six support limit blocks, the bottom end of upper mold station support plate offers four groups of location notch holes, and four groups of location notch holes are set as matching with corresponding lower mold station limited block, support limit slide plate is set smoothly to carry out height adjustment work, to improve work efficiency and work quality.
Description
Technical field
The utility model relates to electrode detection technical fields, are particularly a kind of fuel cell membrane electrode air-leakage test dress
It sets.
Background technique
Currently, large enterprise generally uses three-coordinates measuring machine measuring electrode, but equipment price is expensive, and general enterprises can not be born
Load.The traditional detection method of electrode is take a little to electrode reference side using detection projector, then passes through projector software
The true edge of setting electrode is that parallel relation could measure electrode with board, and this method needs to detect board with electrode
On the basis of go to measure, rather than measuring electrode is gone on the basis of board, it is difficult to guarantee the precision and consistency of electrode machining, and examine
Survey electrode unproductive time is longer, inefficiency, the one of multi-cavity mold precision is difficult to ensure for the mold of a multi-cavity mold structure
Cause property, and due to examining the experience level difference of employee's operation also to bring the fluctuation of electrode quality, and then lead to product quality
Fluctuation.
Utility model content
Goal of the invention provided by the utility model is to provide a kind of fuel cell membrane electrode air-tightness detection device, the combustion
Expect cell membrane-electrode air-tightness detection device, it, can be high-level, efficient under the premise of guaranteeing electrode appearance, dimensional accuracy
Complete quick positioning, the accurate detection of electrode.
In order to achieve the above object, the utility model is achieved by the following technical programs: a kind of fuel cell membrane electrode
Air-tightness detection device, including supporting and limiting device, lower mold station mobile device, cylinder supports device, the support limit dress
The upper end set is movably installed with lower mold station mobile device, and the upper end of the supporting and limiting device is fixedly installed with cylinder supports dress
It sets.
The supporting and limiting device includes that No.1 supports fixed bottom plate, and the No.1 supports the fixed peace in the upper end of fixed bottom plate
Equipped with two groups of No.1 support limit blocks, the opposite side of two groups of No.1 support limit blocks is fixedly installed with two groups of support fixed blocks,
The opposite side of two groups of support fixed blocks is fixedly installed with the flexible gas bar of No.1, the fixed peace in the both ends of the flexible gas bar of the No.1
Equipped with No.1 support limit bar.
The lower mold station mobile device includes the fixed bottom plate of No. two supports, and described No. two support the upper end of fixed bottom plate solid
Dingan County is equipped with lower mold station support plate, and the lower mold station support plate supports one end of fixed bottom plate to be fixedly installed with far from No. two
Four groups of lower mold station limited blocks, the lower mold station support plate support one end of fixed bottom plate to be fixedly installed with lower die far from No. two
Station detection device.
The cylinder supports device includes cylinder, and the upper end of the cylinder is fixedly installed with No. two support limit blocks, described
No. two support limit blocks are movably installed with No. two flexible gas bars far from one end of cylinder, and No. two flexible gas bars are far from No. two branch
One end of support limited block is fixedly installed with No. three support limit blocks by fixture nut, and the cylinder is far from No. two support limit blocks
One end be fixedly installed with the fixed bottom plates of No. three supports, No. two flexible gas bars are solid through cylinder and the fixed bottom plates of No. three supports
Dingan County is equipped with No. four support limit blocks, and No. four support limit blocks are fixedly installed with No. five far from one end of No. two flexible gas bars
Support limit block, the fixed bottom plate of No. three supports are fixedly installed with four groups of No. two support limit bars, institute far from one end of cylinder
It states and is movably installed with limit fixed block on No. five support limit blocks, the bottom end of the limit fixed block is fixedly installed with support limit
Slide plate, the upper end of the support limit slide plate are fixedly installed with four groups of No. six support limit blocks.
Preferably, described No. two support the bottom end of fixed bottom plate to be fixedly installed with two groups of position limiting slide blocks, and two groups of limits are sliding
Block is movably arranged on the upper end of corresponding No.1 support limit block.
Preferably, the bottom end of the support limit slide plate is fixedly installed with upper mold station support plate, and upper mold station supports
Plate is set as matching with lower mold station support plate.
Preferably, the bottom end of the upper mold station support plate offers four groups of location notch holes, and four groups of location notch holes with
Corresponding lower mold station limited block is set as matching.
Preferably, the inside of the limit fixed block offers limit card slot, and No. five support limit blocks are located at limit card slot
Inside, and limit fixed block upper end offer the limit through slot to match with No. four support limit blocks.
Preferably, four groups of No. two support limit bars are evenly distributed on No. three bottom ends for supporting fixed bottom plate, and support limit
Slide plate is movably arranged on four groups of No. two support limit bars by four groups of No. six support limit blocks.
The utility model provides a kind of fuel cell membrane electrode air-tightness detection device.Have it is following the utility model has the advantages that
1, the fuel cell membrane electrode air-tightness detection device supports the bottom end of fixed bottom plate to be fixedly installed with by No. two
Two groups of position limiting slide blocks, and two groups of position limiting slide blocks are movably arranged on the upper end of corresponding No.1 support limit block, make No. two supports
Fixed bottom plate can be stablized supports the upper end of fixed bottom plate to carry out translation positioning in No.1, to improve work efficiency and work
Quality.
2, the fuel cell membrane electrode air-tightness detection device is evenly distributed on No. three by four groups of No. two support limit bars
The bottom end of fixed bottom plate is supported, and support limit slide plate is movably arranged on four groups of No. two supports by four groups of No. six support limit blocks
On gag lever post, the bottom end of upper mold station support plate offers four groups of location notch holes, and four groups of location notch holes with corresponding lower die
Station limited block is set as matching, and support limit slide plate is enable smoothly to carry out height adjustment work, to improve work
Make efficiency and work quality.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the structural schematic diagram of the utility model supporting and limiting device and lower mold station mobile device.
In figure: 1 supporting and limiting device, 101 No.1s support fixed bottom plate, 102 No.1 support limit blocks, 103 supports to fix
Block, 104 No.1s stretch gas bar, 105 No.1 support limit bars, 2 lower mold station mobile devices, 201 No. two supports fixation bottom plates,
202 lower mold station support plates, 203 lower mold station limited blocks, 204 lower mold station detection devices, 3 cylinder supports devices, 301 gas
Cylinder, 302 No. two support limit blocks, 303 No. two flexible gas bars, 304 No. three support limit blocks, 305 fixture nuts, 306 No. three branch
Support fixed bottom plate, 307 No. four support limit blocks, 308 No. five support limit blocks, 309 No. two support limit bars, 310 limit fixations
Block, 311 support limit slide plates, 312 No. six support limit blocks.
Specific embodiment
As shown in Figs. 1-2, a kind of fuel cell membrane electrode air-tightness detection device, including supporting and limiting device 1, lower die worker
Station moving device 2, cylinder supports device 3, the upper end of supporting and limiting device 1 are movably installed with lower mold station mobile device 2, support
The upper end of limiting device 1 is fixedly installed with cylinder supports device 3.
Supporting and limiting device 1 includes that No.1 supports fixed bottom plate 101, and No.1 supports the fixed peace in the upper end of fixed bottom plate 101
Equipped with two groups of No.1 support limit blocks 102, it is solid that the opposite side of two groups of No.1 support limit blocks 102 is fixedly installed with two groups of supports
Determine block 103, the opposite side of two groups of support fixed blocks 103 is fixedly installed with No.1 and stretches gas bar 104, and No.1 is stretched gas bar 104
Both ends be fixedly installed with No.1 support limit bar 105.
Lower mold station mobile device 2 includes the fixed bottom plate 201 of No. two supports, and No. two support the upper end of fixed bottom plate 201 solid
Dingan County is equipped with lower mold station support plate 202, and lower mold station support plate 202 supports one end of fixed bottom plate 201 to fix far from No. two
Four groups of lower mold station limited blocks 203 are installed, lower mold station support plate 202 supports one end of fixed bottom plate 201 solid far from No. two
Dingan County is equipped with lower mold station detection device 204.
Cylinder supports device 3 includes cylinder 301, and the upper end of cylinder 301 is fixedly installed with No. two support limit blocks 302, and two
Number support limit block 302 is movably installed with No. two flexible gas bars 303 far from one end of cylinder 301, and No. two flexible gas bars 303 are separate
One end of No. two support limit blocks 302 is fixedly installed with No. three support limit blocks 304 by fixture nut 305, and cylinder 301 is separate
One end of No. two support limit blocks 302 is fixedly installed with the fixed bottom plate 306 of No. three supports, and No. two flexible gas bars 303 run through cylinder
301 and the fixed bottom plates 306 of No. three supports be fixedly installed with No. four support limit blocks 307, No. four support limit blocks 307 are far from No. two
One end of flexible gas bar 303 is fixedly installed with No. five support limit blocks 308, and the fixed bottom plate 306 of No. three supports is far from cylinder 301
One end is fixedly installed with four groups of No. two support limit bars 309, is movably installed with limit fixed block on No. five support limit blocks 308
310, the bottom end of limit fixed block 310 is fixedly installed with support limit slide plate 311, the fixed peace in the upper end of support limit slide plate 311
Equipped with four groups of No. six support limit blocks 312.
No. two support the bottom end of fixed bottom plate 201 to be fixedly installed with two groups of position limiting slide blocks, and two groups of position limiting slide blocks are movable
It is mounted on the upper end of corresponding No.1 support limit block 102, the bottom end of support limit slide plate 311 is fixedly installed with upper mold station branch
Fagging, and upper mold station support plate is set as matching with lower mold station support plate 202, the bottom end of upper mold station support plate opens up
There are four groups of location notch holes, and four groups of location notch holes are set as matching with corresponding lower mold station limited block 203, limit is fixed
The inside of block 310 offers limit card slot, and No. five support limit blocks 308 are located at the inside of limit card slot, and limit fixed block 310
Upper end offer the limit through slot to match with No. four support limit blocks 307, four groups of No. two support limit bars 309 are uniformly distributed
The bottom end of fixed bottom plate 306 is supported at No. three, and support limit slide plate 311 passes through four groups of 312 activity peaces of No. six support limit blocks
On four groups of No. two support limit bars 309.The fuel cell membrane electrode air-tightness detection device passes through the fixed bottom of No. two supports
The bottom end of plate 201 is fixedly installed with two groups of position limiting slide blocks, and two groups of position limiting slide blocks are movably arranged on corresponding No.1 support limit
The upper end of position block 102, enable No. two support fixed bottom plate 201 stablize No.1 support fixed bottom plate 101 upper end carry out it is flat
Positioning is moved, to improve work efficiency and work quality, the fuel cell membrane electrode air-tightness detection device pass through four group two
Number support limit bar 309 is evenly distributed on No. three bottom ends for supporting fixed bottom plate 306, and support limit slide plate 311 passes through four groups
No. six support limit blocks 312 are movably arranged on four groups of No. two support limit bars 309, and the bottom end of upper mold station support plate offers
Four groups of location notch holes, and four groups of location notch holes are set as matching with corresponding lower mold station limited block 203, make support limit
Slide plate 311 can smoothly carry out height adjustment work, to improve work efficiency and work quality.
Claims (6)
1. a kind of fuel cell membrane electrode air-tightness detection device, including supporting and limiting device (1), lower mold station mobile device
(2), cylinder supports device (3), it is characterised in that: the upper end of the supporting and limiting device (1) is movably installed with lower mold station shifting
Dynamic device (2), the upper end of the supporting and limiting device (1) is fixedly installed with cylinder supports device (3)；
The supporting and limiting device (1) includes that No.1 supports fixed bottom plate (101), and the No.1 supports fixed bottom plate (101)
Upper end is fixedly installed with two groups of No.1 support limit blocks (102), the fixed peace of the opposite side of two groups of No.1 support limit blocks (102)
Equipped with two groups of support fixed blocks (103), the opposite side of two groups of support fixed blocks (103) is fixedly installed with the flexible gas bar of No.1
(104), the both ends of the No.1 flexible gas bar (104) are fixedly installed with No.1 support limit bar (105)；
The lower mold station mobile device (2) includes that No. two supports are fixed bottom plate (201), the fixed bottom plate of No. two supports
(201) upper end is fixedly installed with lower mold station support plate (202), and the lower mold station support plate (202) is far from No. two supports
The one end of fixed bottom plate (201) is fixedly installed with four groups of lower mold station limited blocks (203), the lower mold station support plate (202)
The one end of fixed bottom plate (201) is supported to be fixedly installed with lower mold station detection device (204) far from No. two；
The cylinder supports device (3) includes cylinder (301), and the upper end of the cylinder (301) is fixedly installed with No. two support limits
Position block (302), No. two support limit blocks (302) are movably installed with No. two flexible gas bars far from the one end of cylinder (301)
(303), the one end of described No. two flexible gas bars (303) far from No. two support limit blocks (302) is fixed by fixture nut (305)
No. three support limit blocks (304) are installed, the cylinder (301) is fixedly mounted far from one end of No. two support limit blocks (302)
There are No. three supports to fix bottom plate (306), No. two flexible gas bars (303) are through cylinder (301) and the fixed bottom plate of No. three supports
(306) No. four support limit blocks (307) are fixedly installed with, No. four support limit blocks (307) are far from No. two flexible gas bars
(303) one end is fixedly installed with No. five support limit blocks (308), and No. three supports fixed bottom plate (306) are far from cylinder
(301) one end is fixedly installed with four groups of No. two support limit bars (309), activity peace on No. five support limit blocks (308)
Equipped with limit fixed block (310), the bottom end of limit fixed block (310) is fixedly installed with support limit slide plate (311), described
The upper end of support limit slide plate (311) is fixedly installed with four groups of No. six support limit blocks (312).
2. a kind of fuel cell membrane electrode air-tightness detection device according to claim 1, it is characterised in that: described No. two
The bottom end of fixed bottom plate (201) is supported to be fixedly installed with two groups of position limiting slide blocks, and two groups of position limiting slide blocks are movably arranged on correspondence
No.1 support limit block (102) upper end.
3. a kind of fuel cell membrane electrode air-tightness detection device according to claim 1, it is characterised in that: the support
The bottom end of limit skateboard (311) is fixedly installed with upper mold station support plate, and upper mold station support plate and lower mold station support plate
(202) it is set as matching.
4. a kind of fuel cell membrane electrode air-tightness detection device according to claim 3, it is characterised in that: the upper mold
The bottom end of station support plate offers four groups of location notch holes, and four groups of location notch holes with corresponding lower mold station limited block
(203) it is set as matching.
5. a kind of fuel cell membrane electrode air-tightness detection device according to claim 1, it is characterised in that: the limit
The inside of fixed block (310) offers limit card slot, and No. five support limit blocks (308) are located at the inside of limit card slot, and limit
The upper end of fixed block (310) offers the limit through slot to match with No. four support limit blocks (307).
6. a kind of fuel cell membrane electrode air-tightness detection device according to claim 1, it is characterised in that: four groups No. two
Support limit bar (309) is evenly distributed on No. three bottom ends for supporting fixed bottom plate (306), and support limit slide plate (311) passes through
Four groups of No. six support limit blocks (312) are movably arranged on four groups of No. two support limit bars (309).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821934890.3U CN209230879U (en) | 2018-11-22 | 2018-11-22 | A kind of fuel cell membrane electrode air-tightness detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821934890.3U CN209230879U (en) | 2018-11-22 | 2018-11-22 | A kind of fuel cell membrane electrode air-tightness detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209230879U true CN209230879U (en) | 2019-08-09 |
Family
ID=67504059
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821934890.3U Active CN209230879U (en) | 2018-11-22 | 2018-11-22 | A kind of fuel cell membrane electrode air-tightness detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209230879U (en) |
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2018
- 2018-11-22 CN CN201821934890.3U patent/CN209230879U/en active Active
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Address after: 215331 building e, No.7 Huasong Road, high tech Zone, Kunshan City, Suzhou City, Jiangsu Province Patentee after: Suzhou Ximeng Technology Co.,Ltd. Address before: 215331 building e, No.7 Huasong Road, high tech Zone, Kunshan City, Suzhou City, Jiangsu Province Patentee before: KUNSHAN SAMON AUTOMATIC TECHNOLOGY Co.,Ltd. |