CN109916564A - Shell detection device for water-cooled machine detection - Google Patents
Shell detection device for water-cooled machine detection Download PDFInfo
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- CN109916564A CN109916564A CN201910326349.7A CN201910326349A CN109916564A CN 109916564 A CN109916564 A CN 109916564A CN 201910326349 A CN201910326349 A CN 201910326349A CN 109916564 A CN109916564 A CN 109916564A
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- detection
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- motor housing
- water cooling
- cooling motor
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Abstract
The invention discloses a kind of shell detection devices for water-cooled machine detection, including cabinet, testing agency and conveying mechanism are equipped in the cabinet, the conveying device includes air delivery device, the air delivery device includes an air pump, and the escape pipe side wall of the air pump is equipped with relief pipeline；Pass through the setting of above-mentioned relief pipeline, can air pressure effectively in water cooling motor housing it is excessive when, air pressure is discharged automatically, it is excessive to avoid air pressure and lead to falling off or even exploding for water cooling motor housing, the safety for increasing the device, improves reliability.
Description
Technical field
The invention belongs to electric machine casing leakproof detection fields, examine more particularly, to a kind of shell for water-cooled machine detection
Measurement equipment.
Background technique
Currently, since the noise of traditional ventilated machine is larger, heat dissipation effect is easy to elapse institute by environment and using the time
It influences, and cannot be used under submerged condition, therefore people are more demanding or use environment is more severe in stability
In the case where mostly use water-cooled machine substitute ventilated machine.Current water-cooling motor structure is mostly that water cooling is opened up in electric machine casing
Channel, and water-cooling channel is covered with inside motor to meet cooling effect.
But water-cooled machine, during volume production, sealing performance is irregular, after coming into operation often occurred turning over work,
The case where overhauling, leverages later period usage experience and efficiency, also increases cost required for production, maintenance.
A kind of existing device can be realized effectively to water cooling motor housing Automatic Conveying and to water cooling motor housing
Air-tightness detection, thereby may be ensured that the leakproofness of water cooling motor housing, reduce the maintenance of doing over again of water-cooled machine, improve water
The usage experience of cool electric machine, cost needed for reducing production maintenance are very practical；But the device is to water-cooled machine
When ventilating in shell, the air pressure that lasting inflation will lead in water cooling motor housing is excessive, and causes the de- of water cooling motor housing
It falls and even explodes, it is very dangerous.
Summary of the invention
The present invention for overcome the deficiencies in the prior art, provides a kind of safe and reliable shell for water-cooled machine detection
Detection device.
To achieve the goals above, the invention adopts the following technical scheme: a kind of shell inspection for water-cooled machine detection
Measurement equipment, including cabinet, the cabinet is interior to be equipped with testing agency and conveying mechanism, and the conveying device includes air delivery device, institute
Stating air delivery device includes an air pump, and the escape pipe side wall of the air pump is equipped with relief pipeline；Pass through setting for above-mentioned relief pipeline
Set, can air pressure effectively in water cooling motor housing it is excessive when, air pressure is discharged automatically, to avoid air pressure it is excessive and
Lead to falling off or even exploding for water cooling motor housing, increases the safety of the device, improve reliability.
Further, for the relief pipeline in being horizontally disposed with, the inner wall of the relief pipeline is equipped with annular cushion block, described
The diameter of annular cushion block air inlet is less than the diameter of annular cushion block gas outlet；By carrying out setting for above structure for relief pipeline
It sets, can effectively realize the opening and closing control to relief pipeline, allow the progress that pressure release is stable, strengthen the reliable of structure
Property.
Further, the nearly water outlet of annular cushion block is equipped with collar stop, and round branch is equipped in the middle part of the collar stop
Bracer is equipped with more connecting rods between the circular support block and collar stop；By the setting of above structure, so that gas can
To be discharged by collar stop, while helical spring being made to have the place of support, in order to device can it is stable to gas into
Row release, increases the stability of structure.
Further, the circular support block is equipped with sleeve, is equipped with moveable telescopic rod, the set in the sleeve
The opening of cylinder is equipped with first annular limited block, and the telescopic rod is equipped with the second annular matched with first annular limited block
Limited block；By being equipped with for above-mentioned sleeve and telescopic rod, effectively helical spring can be supported, avoid spiral bullet
Spring shifts when flexible, influences the effect of pressure release, plays the role of fixed support.
Further, be arranged with helical spring on the sleeve and telescopic rod, the helical spring by a fixed block with
One ball sealer is fixedly connected, and the longitudinal section product of the ball sealer is less than the area of annular cushion block air inlet；Above-mentioned ball sealer is used for
Relief pipeline inside is sealed, by the effect of helical spring, relief pipeline can be controlled automatically according to the size of air pressure
Opening and closing, very automate, it is simple and practical in structure.
Further, the testing agency include set on the intracorporal detection case of case, the air delivery device in detection case and
The fixation device matched with air delivery device, the fixed device are connected with conveying mechanism, and the is equipped at the top of the detection case
Two openings；By the above-mentioned structure setting for testing agency, water cooling motor housing can be fixed by fixed device,
Falling off for water cooling motor housing is avoided, and convenient for improving the accuracy rate of detection to water cooling motor housing progress air-leakage test, it is defeated
Gas can be passed through in hydroelectric machine shell by device of air by fixed device, in order to carry out the inspection of air-tightness to water cooling motor housing
It surveys.
Further, the fixed device includes the first attachment base and and water with the cooperation of water cooling motor housing sealed bottom
Second attachment base of cool electric machine cover top portion sealing cooperation, the bottom of first attachment base is equipped with to be cooperated with the grafting seal of tube
Snorkel, second attachment base are fixedly connected by a link block with traverse displacement unit；Pass through above-mentioned first attachment base and second
The setting of attachment base, can be effectively fixed on the conveyor by water cooling motor housing, and by the water on water cooling motor housing
Cold intracavitary one end is blocked, and the other end directly can import gas by air pump by the first attachment base, in order to water
Cool electric machine shell carries out effective air-leakage test.
The invention has the following advantages that shell detection device the setting by above-mentioned relief pipeline of this water-cooled machine detection
It sets, excessive air pressure can be discharged, effectively in water cooling motor housing venting process to reduce water cooling motor housing
Interior enterprise, avoids water cooling motor housing from falling off, and also avoids occurring to explode and cause danger, increases the device and working
When safety, improve the reliability of the device.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is the structural schematic diagram of the fixation device and water cooling motor housing cooperation in Fig. 1.
Fig. 3 is the structural schematic diagram of the insertion pipe in Fig. 1.
Fig. 4 is the structural schematic diagram of the traverse displacement unit in Fig. 1.
Fig. 5 is the schematic enlarged-scale view at the A in Fig. 2.
Fig. 6 is the schematic enlarged-scale view at the B in Fig. 2.
Fig. 7 is the schematic enlarged-scale view at the C in Fig. 2.
Fig. 8 is the schematic enlarged-scale view at the D in Fig. 3.
Fig. 9 is the structural schematic diagram of the relief pipeline in Fig. 1.
Figure 10 is the structural schematic diagram of the collar stop in Fig. 9.
Figure 11 is the schematic enlarged-scale view at the E in Fig. 9.
Specific embodiment
In order to make those skilled in the art better understand the present invention program, below in conjunction in the embodiment of the present invention
Attached drawing, the technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only
A part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people
The model that the present invention protects all should belong in member's every other embodiment obtained without making creative work
It encloses.
As shown in figs. 1-11, a kind of shell detection device for water-cooled machine detection, including cabinet 1, in the cabinet 1
Equipped with testing agency and conveying mechanism, the testing agency and conveying mechanism are matched, and the first opening is equipped at the top of the cabinet 1
11, by the setting of above-mentioned testing agency, the detection of air-tightness can be carried out, to water cooling motor housing 12 effectively in order to right
Water cooling motor housing 12 after volume production is screened, and is avoided the leakage of water cooling motor housing 12 and is influenced usage experience and efficiency,
The practicability of water cooling motor housing 12 is improved, and above-mentioned conveying mechanism is realized for conveying to water cooling motor housing 12
To the automation that water cooling motor housing 12 conveys, the transfer efficiency to water cooling motor housing 12 is improved；When to water cooling electricity
When machine shell is detected, colourless phenolphthalein solution is filled in detection case 2, can pass through the first opening 11 and the second opening 21
Water cooling motor housing in detection case 2 is observed, is passed through ammonia in water cooling motor housing 12, when colourless phenolphthalein solution is sent out
When changing into red phenomenon, illustrate leaky on water cooling motor housing, need to do over again and overhaul again, and when colourless phenolphthalein solution not
When discoloration, illustrate that the air-tightness of water cooling motor housing is fine, no loophole can be used, observation finishes just without maintenance of doing over again
Afterwards, replaceable new solution the reaction was continued observation, improve the accuracy of 12 air-leakage test of water cooling motor housing, above-mentioned gas
It mixes and reacts with solution, gas and solution therein are not limited only to the material in the present embodiment, other gases can also be used
With solution, as long as gas is mixed with solution, generation is macroscopic to react, and just belongs to this protection scope of the present invention.
The testing agency includes detection case 2, the air delivery device in detection case 2 and and the gas transmission in cabinet 1
The fixation device that device matches, the fixed device are connected with conveying mechanism, and the second opening is equipped at the top of the detection case 2
21, by the above-mentioned structure setting for testing agency, water cooling motor housing 12 can be fixed by fixed device, be kept away
Exempt from falling off for water cooling motor housing 12, and convenient for improving the accuracy rate of detection to the progress air-leakage test of water cooling motor housing 12,
Gas can be passed through in hydroelectric machine shell 12 by air delivery device by fixed device, airtight in order to carry out to water cooling motor housing 12
The detection of property；When detecting water cooling motor housing 12, conveying mechanism will be set by the fixed water cooling motor housing 12 of fixed device
Enter in detection case 2, gas is passed through in the waterway on water cooling motor housing 12 by air delivery device, according to the observation colourless phenolphthalein solution
Whether change colour, to detect whether water cooling motor housing has loophole.
The conveying mechanism includes and fixes the traverse displacement unit that device is connect and the lifting device matched with traverse displacement unit,
The traverse displacement unit is set on lifting device, and the lifting device is set to outside detection case 2, passes through above-mentioned setting for conveying mechanism
It sets, can effectively convey water cooling motor housing 12 by the cooperation of traverse displacement unit and lifting device, so that water cooling is electric
The operation of automation may be implemented in the air-leakage test of machine shell 12, improves the effect of the air-leakage test of water cooling motor housing 12
Rate；The transverse direction of traverse displacement unit control water cooling motor housing 12 moves left and right, and lifting device controls the longitudinal direction of water cooling motor housing 12
It moves up and down.
The air delivery device includes the storage pump chamber 22 set on 2 bottom of detection case, the air pump 23 in storage pump chamber 22 and sets
In the insertion pipe 24 in detection case 2, the insertion pipe 24 is connected with the appendix on air pump 23, and the insertion pipe 24 is arranged in
The bottom of detection case 2 is passed through the air pump 23 in storage pump chamber 22 directly by gas by the setting of above-mentioned air delivery device
In insertion pipe 24, and the setting of above-mentioned insertion pipe 24, for delivering gases into water cooling motor housing 12, while can be to avoid
Liquid in detection case 2, which is flow backwards, to be entered in appendix, and causes the damage of air pump 23；Above-mentioned storage pump chamber 22 is for accessing air pump
23, air pump 23 extracts gas and is filled in insertion pipe 24 by appendix, and gas is filled in the first attachment base 31 by insertion pipe 24, from
And gas is filled in water cooling motor housing 12, realize the detection of air-tightness.
The fixed device include with 12 sealed bottom of water cooling motor housing cooperation the first attachment base 31 and with water cooling electricity
The second attachment base 32 of cooperation is sealed at the top of machine shell 12, the bottom of first attachment base 31 is equipped with matches with the sealing of insertion pipe 24
The snorkel 311 of conjunction, second attachment base 32 are fixedly connected by a link block 321 with traverse displacement unit, pass through above-mentioned first
The setting of attachment base 31 and the second attachment base 32, can be effectively fixed on the conveyor by water cooling motor housing 12, and will
One end in waterway on water cooling motor housing 12 is blocked, and the other end can directly pass through gas by the first attachment base 31
Pump 23 imports gas, in order to carry out effective air-leakage test to water cooling motor housing 12；Above-mentioned first attachment base 31 is fixed
In the bottom of water cooling motor housing 12, to connect insertion pipe 24, above-mentioned second attachment base 32 is fixed on water cooling motor housing 12
Top, connect with fixed device.
The traverse displacement unit includes the shell 4 being flexibly connected with lifting device, the first driving motor 41 in shell 4
And the first screw rod 42 on the output shaft of the first driving motor 41, the two sides of first screw rod 42 are installed with slide bar respectively
43, the sliding block 44 connecting with fixed device is respectively equipped on the slide bar 43, it, can be with by the above-mentioned setting for traverse displacement unit
It is effective to realize the effect that transverse shifting is carried out to sliding block 44, so as to by link block 321 drive the second attachment base 32 into
Row transverse shifting can then drive water cooling motor housing 12 to realize transverse shifting, in order to which water cooling motor housing 12 is mobile
Water cooling motor housing 12 is moved to outside cabinet 1 to detection case 2, or after detection, improves water cooling motor housing
12 transfer efficiency；First driving motor 41 drives the first screw rod 42 to be rotated, and sliding block 44 is sheathed on the first screw rod 42, sliding
Block 44 is meshed with the first screw rod 42, and fixed by slide bar 43 limits, so that the rotation band movable slider 44 of the first screw rod 42 is real
The effect of existing transverse shifting.
The lifting device includes fixing company set on the second driving motor 51 of 1 bottom of cabinet, with the second driving motor 51
The second screw rod 52 for connecing, the third screw rod 53 that connection is engaged with the second screw rod 52, second screw rod 52 and third screw rod 53
Bottom is respectively equipped with the first transmission gear 521 and the second transmission gear 531, and the sidewall sheath of the shell 4 is set to the second screw rod 52
On third screw rod 53, by the above-mentioned structure setting for lifting device, the shell 4 in transverse-moving mechanism is set in
On second screw rod 52 and third screw rod 53, to realize the lifting moving of shell 4, so as to drive traverse displacement unit to realize longitudinal direction
Lifting moving improves the conveying effect of water cooling motor housing 12 in order to more effectively convey to water cooling motor housing 12
Rate；Above-mentioned second driving motor 51 drives the rotation of the second screw rod 52, and the second screw rod 52 drives second by the first transmission gear 521
Transmission gear 531 rotates, and the second transmission gear 531 is to drive the rotation of the second screw rod 52, to realize the oscilaltion of shell 4
It is mobile.
Ventilation valve group is equipped in the insertion pipe 24, the top of the insertion pipe 24 is funnel-shaped, the ventilation valve group packet
Include the sieve plate 241 for being set to 24 top of insertion pipe, the supporting pillar 242 set on 241 bottom of sieve plate, the limit set on 241 lower section of sieve plate
Block 243 and stopper 244 set on 243 bottom of limited block, 244 bottom of stopper are equipped with one with 242 bottom of supporting pillar
The seal groove 246 that sealing block 245 matches, 245 bottom of sealing block are arranged in arcuation, interior in the middle part of the limited block 243
Multiple balls 2431 fixed by a baffle are embedded on wall, by the setting of above-mentioned ventilation valve group, it is possible to prevente effectively from inspection
Water flow in measuring tank body 1 flows backward in insertion pipe 24, leads to ponding in air pump 23 and can not work, or even causes the damage of air pump 23
Bad, above-mentioned funnelform structure setting can play the role of guiding to snorkel 311, make snorkel 311 more accurate
Be inserted into insertion pipe 24, while the inner wall at the top of insertion pipe 24 is equipped with third gasket 247, for reinforce snorkel 311 with
Leakproofness between insertion pipe 24 avoids the infiltration of water flow, reinforces the effect that gas is passed through the waterway on water cooling motor housing 12
Fruit, improves the accuracy rate to the air-leakage test of water cooling motor housing 12, and the setting of above-mentioned ball 2431, can effectively subtract
Frictional force between few limited block 243 and supporting pillar 242, the service life of elongate member；It is carried out when to water cooling motor housing 12
When detection, snorkel 311 is inserted into insertion pipe 24, and extruding of the sieve plate 241 by snorkel 311 moves down, 241 band of sieve plate
Dynamic supporting pillar 242 moves down, and supporting pillar 242 passes through the guide and limit of limited block 243, moves down across stopper 244, sieves
An adjustable spring 248 is equipped between plate 241 and limited block 243, sieve plate 241 moves down, and adjustable spring is shunk simultaneously, sealing block
245 separate with seal groove 246, realize the unlatching of grafting valve 24, after detection, snorkel 311 leaves insertion pipe 24, sieve plate
241 are moved up by the rebound of adjustable spring 248, sieve plate 241 drive supporting pillar 242 move up, sealing block 245 therewith with
Seal groove 246 fits closely, and realizes sealing, above-mentioned sealing block 245 and third gasket 247 are all made of rubber material and are made.
The venting cavity 312 connecting with snorkel 311,312 top of venting cavity are equipped with inside first attachment base 31
Equipped with the snorkel 313 that multiple inlet openings on water cooling motor housing 12 match, it is arranged on the side wall of the snorkel 313
There is the first gasket 3131 of upper-thin-lower-thick, the middle part of first attachment base 31 is equipped with the sky with 12 middle part of water cooling motor housing
The side wall of the protrusion 314 that chamber matches, the protrusion 314 is equipped with the second gasket 3141, first attachment base 31
Two sides be respectively equipped with the first elastic press 315 matched with the outer wall of water cooling motor housing 12, first elastic press
The first compressed spring 316 that 315 side wall is equipped in the first attachment base 31 of insertion can by the setting of above-mentioned venting cavity 312
Effectively to realize the guiding conveying to gas, gas can be delivered to respectively in each waterway, above-mentioned first gasket
3131 setting, so that it is more laborsaving in the waterway of the insertion water cooling motor housing 12 of snorkel 313, and can reinforce supplying gas
Leakproofness between pipe 313 and waterway, in order to more effectively introduce gas into waterway the detection for carrying out air-tightness, together
When can increase frictional force between 313 outer wall of snorkel and water cooling cavity wall, avoid water cooling motor housing 12 easily from sending
It is detached from tracheae 313, strengthens the structural stability between 313 outer wall of snorkel and water cooling cavity wall, and the second gasket
3141 setting can effectively reinforce rubbing between the cavity at 12 middle part of protrusion and water cooling motor housing of the first attachment base 31
Power is wiped, reinforces improving the stability of structure to the fixed force of water cooling motor housing 12；Above-mentioned first gasket 3131 and second is close
Packing 3141 is all made of rubber material and is made；The bottom of second attachment base 32 is equipped with multiple going out with water cooling motor housing 12
The top of the protrusion block 322 that the mouth of a river matches, the protrusion block 322 is arranged in arcuation, and the two sides of second attachment base 32 are set
There are the second elastic press 323 matched respectively with the inner and outer wall of water cooling motor housing 12, second elastic press 323
Side wall be equipped with insertion the second attachment base 32 in the second compressed spring 324 can by the setting of above-mentioned second attachment base 32
It is blocked with the water outlet effectively to water cooling motor housing 12, in order to more effectively carry out gas to water cooling motor housing 12
The detection of close property, and the setting of above-mentioned second elastic press 323, can reinforce the chucking power to water cooling motor housing 12, can be with
Effectively water cooling motor housing 12 is avoided to fall off, the reliability of reinforcement structure, and the setting of above-mentioned protrusion block 322, it can
To reinforce the airtightness of the water outlet of water cooling motor housing 12, it can effectively reinforce the air-tightness to water cooling motor housing 12；On
Stating the first attachment base 31 and the second attachment base 32 can be inserted directly on water cooling motor housing 12 and carry out gas to water cooling motor housing 12
The detection of close property.
The escape pipe side wall of the air pump 23 is equipped with relief pipeline 6, and the escape pipe of above-mentioned relief pipeline 6 and air pump 23 connects
It is logical, by the setting of above-mentioned relief pipeline 6, can air pressure effectively in water cooling motor housing 12 it is excessive when, automatically to gas
Pressure is discharged, excessive to avoid air pressure and lead to falling off or even exploding for water cooling motor housing 12, increases the device
Safety, improve reliability；For the relief pipeline 6 in being horizontally disposed with, the inner wall of the relief pipeline 6 is equipped with air ring
Block 61, the diameter of 61 air inlet of annular cushion block are less than the diameter of 61 gas outlet of annular cushion block, and above-mentioned annular cushion block 61 uses
Rubber material is made, and by carrying out the setting of above structure for relief pipeline 6, can effectively realize to relief pipeline 6
Opening and closing control, allows the progress that pressure release is stable, strengthens reliability of structure.
The nearly water outlet of annular cushion block 61 is equipped with collar stop 62, is equipped with circular support block in the middle part of the collar stop 62
63, more connecting rods 64 are equipped between the circular support block 63 and collar stop 62, above-mentioned collar stop 62 is fixed on annular
On the inner wall of cushion block 61, by the setting of above structure, gas is discharged by collar stop 62, while making spiral
Spring 67 has the place of support, in order to which device stable can discharge gas, increases the stability of structure.
The circular support block 63 is equipped with sleeve 65, is equipped with moveable telescopic rod 66, the set in the sleeve 65
The opening of cylinder 65 is equipped with first annular limited block 651, and the telescopic rod 66 is equipped with and matches with first annular limited block 651
The second ring limit block 661, above-mentioned sleeve 65 is set on telescopic rod 66,65 one end of sleeve and collar stop 62 is fixed connects
It connects, one end of telescopic rod 66 is fixedly connected with fixed block 671, can be with by being equipped with for above-mentioned sleeve 65 and telescopic rod 66
Effectively helical spring 67 is supported, helical spring 67 is avoided to shift when flexible, the effect of pressure release is influenced, plays
The effect of fixed support；Helical spring 67 is arranged on the sleeve 65 and telescopic rod 66, the helical spring 67 is solid by one
To determine block 671 to be fixedly connected with a ball sealer 68, the longitudinal section product of the ball sealer 68 is less than the area of 61 air inlet of annular cushion block,
Above-mentioned ball sealer 68 is made of rubber material, and 67 one end of helical spring is fixedly connected with circular support block 63, the other end with consolidate
Determine block 671 to be fixedly connected, ball sealer 68 is fixedly connected with the side wall of fixed block 671, and above-mentioned ball sealer 68 is used for relief pipeline 6
Inside is sealed, and by the effect of helical spring 67, the opening and closing of relief pipeline 6 can be controlled automatically according to the size of air pressure,
It very automates, simple and practical in structure, when air pressure is excessive, gas can give ball sealer 68 one active force, push sealing
Ball 68 is shunk towards movement at gas outlet, helical spring 67, realizes pressure release of the relief pipeline to gas, under normal conditions, spiral with this
The intensity of spring 67 is enough the sealing for supporting ball sealer 68 to relief pipeline 6.
Claims (7)
1. a kind of shell detection device for water-cooled machine detection, including cabinet (1), the cabinet (1) is interior to be equipped with detection machine
Structure and conveying mechanism, the conveying device include air delivery device；It is characterized by: the air delivery device includes an air pump (23),
The escape pipe side wall of the air pump (23) is equipped with relief pipeline (6), and the relief pipeline (6) is in horizontally disposed.
2. the shell detection device according to claim 1 for water-cooled machine detection, it is characterised in that: the relief tube
The inner wall in road (6) is equipped with annular cushion block (61), and the diameter of annular cushion block (61) air inlet goes out less than annular cushion block (61)
The diameter of port.
3. the shell detection device according to claim 1 for water-cooled machine detection, it is characterised in that: annular cushion block
(61) nearly water outlet is equipped with collar stop (62), is equipped with circular support block (63) in the middle part of the collar stop (62), described
More connecting rods (64) are equipped between circular support block (63) and collar stop (62).
4. the shell detection device according to claim 1 for water-cooled machine detection, it is characterised in that: the round branch
Bracer (63) is equipped with sleeve (65), is equipped with moveable telescopic rod (66) in the sleeve (65), sleeve (65) are opened
Mouthful place is equipped with first annular limited block (651), and the telescopic rod (66) is equipped with matching with first annular limited block (651)
Second ring limit block (661).
5. the shell detection device according to claim 1 for water-cooled machine detection, it is characterised in that: the sleeve
(65) and on telescopic rod (66) it is arranged with helical spring (67), the helical spring (67) is close by a fixed block (671) and one
Blocking (68) is fixedly connected, and the longitudinal section product of the ball sealer (68) is less than the area of annular cushion block (61) air inlet.
6. the shell detection device according to claim 1 for water-cooled machine detection, it is characterised in that: the detection machine
Structure includes the detection case (2) in cabinet (1), the air delivery device in detection case (2) and matches with air delivery device
Fixed device, the fixed device are connected with conveying mechanism, and the second opening (21) is equipped at the top of the detection case (2).
7. the shell detection device according to claim 1 for water-cooled machine detection, it is characterised in that: the fixed dress
Set the first attachment base (31) including cooperating with water cooling motor housing (12) sealed bottom and at the top of water cooling motor housing (12)
The second attachment base (32) of cooperation is sealed, the bottom of first attachment base (31) is equipped with logical with insertion pipe (24) sealing cooperation
Tracheae (311), second attachment base (32) are fixedly connected by a link block (321) with traverse displacement unit.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910326349.7A CN109916564A (en) | 2019-04-23 | 2019-04-23 | Shell detection device for water-cooled machine detection |
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| CN201910326349.7A CN109916564A (en) | 2019-04-23 | 2019-04-23 | Shell detection device for water-cooled machine detection |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113686515A (en) * | 2021-08-26 | 2021-11-23 | 徐州康翔精密制造有限公司 | Water-cooled machine shell atmoseal detection device |
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