CN209485621U - A kind of tap air-tightness detection device - Google Patents
A kind of tap air-tightness detection device Download PDFInfo
- Publication number
- CN209485621U CN209485621U CN201821946929.3U CN201821946929U CN209485621U CN 209485621 U CN209485621 U CN 209485621U CN 201821946929 U CN201821946929 U CN 201821946929U CN 209485621 U CN209485621 U CN 209485621U
- Authority
- CN
- China
- Prior art keywords
- grip block
- cylinder body
- clamping
- tap
- air pressure
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses a kind of tap air-tightness detection devices, tap hot water inlet pipe mouthful and tap cold water inlet mouth can be clamped respectively by using the first clamping device and the second clamping device, and tap hot water inlet pipe mouthful is inflated by the first pressure communication part using the first pneumatic tube, and tap cold water inlet mouth is inflated by the second pressure communication part using the second pneumatic tube, and tap is put into tank by elevating mechanism, to realize automatic clamping movement and the air-leakage test of tap, it is simple and quick, substantially increase the detection efficiency of tap.
Description
Technical field
The utility model relates to bathroom field, especially a kind of tap air-tightness detection device.
Background technique
Currently, generally requiring to carry out air tightness test to tap before tap shipment；It is past in air tightness test
It is past to need manually to tighten pneumatic tube and be connected to tap, and ventilation pressurization is carried out to tap, while for convenience
Observing tap whether there is gas leakage situation, generally require manually to immerse tap into water, and whether observe has in water
Bubble emerges to judge that tap whether there is gas leakage situation, troublesome in poeration, leverages the detection efficiency of tap.
Utility model content
To solve the above problems, the purpose of this utility model is to provide a kind of tap air-tightness detection device, operation
It is simple and fast, substantially increase the detection efficiency of tap.
The technical solution adopted by the utility model to solve the problem is as follows:
The utility model provides a kind of tap air-tightness detection device, including the first clamping device, the first clamping peace
It shelves, the first pressure communication part, the first engagement push rod, the first engagement cylinder body, the second clamping device, the second clamp mount, the
Two pressure communication parts, second engagement push rod, second engagement cylinder body, connecting plate, elevating mechanism, the first pneumatic tube, the second pneumatic tube,
Tank and rack, first clamping device are provided with the first holding holes for clamping tap hot water inlet pipe mouthful, institute
It states the first pressure communication part and is provided with the first air pressure input hole and the first air pressure efferent duct, the first air pressure input hole and first
It is connected between air pressure efferent duct, the first air pressure input hole is also connected with the first pneumatic tube, first clamping device
It is mounted on the first clamp mount with the first engagement cylinder body, the first engagement cylinder body also passes through the first engagement push rod and is connected to
First pressure communication part, with the movement of the first engagement cylinder body, the first air pressure efferent duct of the first pressure communication part
It is inserted into the first holding holes of first clamping device, second clamping device is provided with for clamping tap cold water
Second holding holes of water inlet pipe mouth, the second pressure communication part are provided with the second air pressure input hole and the second air pressure efferent duct,
Be connected between the second air pressure input hole and the second air pressure efferent duct, the second air pressure input hole also with the second pneumatic tube
It is connected, second clamping device and the second engagement cylinder body are mounted on the second clamp mount, the second engagement cylinder body
The second pressure communication part is also connected to by the second engagement push rod, with the movement of the second engagement cylinder body, second gas
Second air pressure efferent duct of pressure connectedness is inserted into the second holding holes of second clamping device, and the rack is erected at storage
The top in pond, the elevating mechanism are mounted on the rack, and the connecting plate is mounted on elevating mechanism, the first clamping peace
It shelves and is installed on connecting plate with the second clamp mount.
Further, first clamping device include grip block on first, the first lower grip block, the first clamping push rod and
First clamps cylinder body, and the bottom side of grip block is provided with the first upper half circular hole, the top side of the described first lower grip block on described first
It is provided with the first lower half circular hole, the bottom side of the described first lower grip block is connected to the first clamping cylinder body by the first clamping push rod,
Grip block is fixedly mounted on the first clamp mount on the first clamping cylinder body and first, the described first lower grip block with
The movement of the first clamping cylinder body up move, the first lower half circular hole of the described first lower grip block is with the first lower grip block
First upper half circular hole of grip block is interlocked to form first holding holes in movement and described first.
Further, second clamping device include grip block on second, the second lower grip block, the second clamping push rod and
Second clamps cylinder body, and the bottom side of grip block is provided with the second upper half circular hole, the top side of the described second lower grip block on described second
It is provided with the second lower half circular hole, the bottom side of the described second lower grip block is connected to the second clamping cylinder body by the second clamping push rod,
Grip block is fixedly mounted on the second clamp mount on the second clamping cylinder body and second, the described second lower grip block with
The movement of the second clamping cylinder body up move, the second lower half circular hole of the described second lower grip block is with the second lower grip block
Second upper half circular hole of grip block is interlocked to form second holding holes in movement and described second.
Further, the elevating mechanism includes lifting cylinder body, lifting push rod and lifting push plate, the bottom of the lifting cylinder body
End is connected to the lifting push plate by the lifting push rod, and the lifting cylinder body is mounted on the rack, and the lifting pushes away
The bottom side of plate is provided with the connecting plate.
Further, the connecting plate offers the first installation and adjustment slot and the second installation and adjustment slot, first clamping
Mounting rack is installed by bolt to the first installation and adjustment slot, and second clamp mount is installed by bolt to the second installation
On regulating tank.
Further, the tank is also provided with inlet opening and apopore.
It further, further include liquid level sensor, the liquid level sensor is mounted on the inner wall of tank.
A technical solution in above-mentioned technical proposal have the following advantages that or the utility model has the advantages that
It is cold to tap hot water inlet pipe mouthful and tap respectively by using the first clamping device and the second clamping device
Water water inlet pipe mouth is clamped, and is carried out by the first pressure communication part to tap hot water inlet pipe mouthful using the first pneumatic tube
Inflation, and tap cold water inlet mouth is inflated by the second pressure communication part using the second pneumatic tube, and passes through
Tap is put into tank by elevating mechanism, to realize that the automatic clamping of tap is mobile and air-leakage test, operation are simple
It is single quick, substantially increase the detection efficiency of tap.
Detailed description of the invention
The utility model is described in further detail with example with reference to the accompanying drawing.
Fig. 1 is a kind of stereochemical structure of tap air-tightness detection device provided by the utility model one embodiment
Figure；
Fig. 2 is a kind of tap air-tightness detection device provided by the utility model one embodiment about section components
Right view；
Fig. 3 is a kind of tap air-tightness detection device provided by the utility model one embodiment about the first clamping
Mechanism and the first clamp mount front view.
Specific embodiment
Currently, generally requiring to carry out air tightness test to tap before tap shipment；It is past in air tightness test
It is past to need manually to tighten pneumatic tube and be connected to tap, and ventilation pressurization is carried out to tap, while for convenience
Observing tap whether there is gas leakage situation, generally require manually to immerse tap into water, and whether observe has in water
Bubble emerges to judge that tap whether there is gas leakage situation, troublesome in poeration, leverages the detection efficiency of tap.
Based on the above situation, it is airtight to provide a kind of tap for-Fig. 3, one embodiment of the utility model referring to Fig.1
Property detection device, including the first clamping device, the first clamp mount 260, the first pressure communication part 290, first engage push rod
280, the first engagement cylinder body 270, the second clamping device, the second clamp mount 360, the second pressure communication part, the second engagement push away
Bar, the second engagement cylinder body, connecting plate 400, elevating mechanism, the first pneumatic tube 700, the second pneumatic tube, tank 100 and rack
600, first clamping device is provided with the first holding holes 250 for clamping tap hot water inlet pipe mouthful, and described first
Pressure communication part 290 is provided with the first air pressure input hole and the first air pressure efferent duct, the first air pressure input hole and the first gas
It is connected between pressure efferent duct, the first air pressure input hole is also connected with the first pneumatic tube 700, first clamping device
It is mounted on the first clamp mount 260 with the first engagement cylinder body 270, the first engagement cylinder body 270 also passes through the first engagement
Push rod 280 is connected to the first pressure communication part 290, with the movement of the first engagement cylinder body 270, first pressure communication
First air pressure efferent duct of part 290 is inserted into the first holding holes 250 of first clamping device, second clamping device
The second holding holes 350 for clamping tap cold water inlet mouth are provided with, the second pressure communication part is provided with second
Air pressure input hole and the second air pressure efferent duct, are connected between the second air pressure input hole and the second air pressure efferent duct, described
Second air pressure input hole is also connected with the second pneumatic tube, and second clamping device and the second engagement cylinder body are mounted on the second folder
It holds on mounting rack 360, the second engagement cylinder body also passes through the second engagement push rod and is connected to the second pressure communication part, with described
The movement of second engagement cylinder body, the second air pressure efferent duct of the second pressure communication part are inserted into second clamping device
In second holding holes 350, the rack 600 is erected at the top of tank 100, and the elevating mechanism is mounted in rack 600,
The connecting plate 400 is mounted on elevating mechanism, and first clamp mount 260 and the second clamp mount 360 are respectively mounted
On connecting plate 400.
It is cold to tap hot water inlet pipe mouthful and tap respectively by using the first clamping device and the second clamping device
Water water inlet pipe mouth is clamped, and passes through the first pressure communication part 290 to tap hot water inlet pipe using the first pneumatic tube 700
Mouth is inflated, and is inflated by the second pressure communication part to tap cold water inlet mouth using the second pneumatic tube,
And tap is put into tank 100 by elevating mechanism, to realize that the automatic clamping of tap is mobile and air-tightness is examined
It surveys, it is simple and quick, substantially increase the detection efficiency of tap.
Further, first clamping device includes the lower clamping of grip block 230, first of grip block 240, first on first
Push rod 220 and the first clamping cylinder body 210, the bottom side of grip block 240 is provided with the first upper half circular hole on described first, and described first
The top side of lower grip block 230 is provided with the first lower half circular hole, and the bottom side of the described first lower grip block 230 passes through the first clamping push rod
220 are connected to the first clamping cylinder body 210, and grip block 240 is fixedly mounted on first on the first clamping cylinder body 210 and first
On clamp mount 260, the described first lower grip block 230 is up moved with the movement of the first clamping cylinder body 210, and described first
First lower half circular hole of lower grip block 230 is with first of grip block 240 in the movement and described first of the first lower grip block 230
Upper half circular hole is interlocked to form first holding holes 250.When being clamped to tap hot water inlet pipe's mouth, by the fire hose
Head hot water inlet pipe mouthful is placed at the first upper half circular hole, and the first clamping cylinder body 210 is then driven to act, and passes through the first clamping push rod
220 push the first lower grip block 230 up to push, until on the first lower half circular hole and described first of the first lower grip block 230
First upper half circular hole of grip block 240 is interlocked to form first holding holes 250, and to tap, hot water inlet pipe mouthful is carried out
Clamping.
Further, second clamping device includes the lower clamping of grip block 330, second of grip block 340, second on second
Push rod 320 and the second clamping cylinder body 310, the bottom side of grip block 340 is provided with the second upper half circular hole on described second, and described second
The top side of lower grip block 330 is provided with the second lower half circular hole, and the bottom side of the described second lower grip block 330 passes through the second clamping push rod
320 are connected to the second clamping cylinder body 310, and grip block 340 is fixedly mounted on second on the second clamping cylinder body 310 and second
On clamp mount 360, the described second lower grip block 330 is up moved with the movement of the second clamping cylinder body 310, and described second
Second lower half circular hole of lower grip block 330 is with second of grip block 340 in the movement and described second of the second lower grip block 330
Upper half circular hole is interlocked to form second holding holes 350.When being clamped to tap cold water inlet mouth, by the fire hose
Head cold water inlet mouth is placed at the second upper half circular hole, and the second clamping cylinder body 310 is then driven to act, and passes through the second clamping push rod
320 push the second lower grip block 330 up to push, until on the second lower half circular hole and described second of the second lower grip block 330
Second upper half circular hole of grip block 340 is interlocked to form second holding holes 350, carries out to tap cold water inlet mouth
Clamping.
Further, the elevating mechanism includes lifting cylinder body 510, lifting push rod 520 and lifting push plate 530, the liter
The bottom end for dropping cylinder body 510 is connected to the lifting push plate 530 by the lifting push rod 520, and the lifting cylinder body 510 is pacified
In rack 600, the bottom side of the lifting push plate 530 is provided with the connecting plate 400.
Further, the connecting plate 400 offers the first installation and adjustment slot 410 and the second installation and adjustment slot 420, described
First clamp mount 260 is installed by bolt to the first installation and adjustment slot 410, and second clamp mount 360 passes through
Bolt is installed to the second installation and adjustment slot 420.By changing above-mentioned first clamp mount 260 in first installation and adjustment
Different location on slot 410, and by changing above-mentioned second clamp mount 360 on the second installation and adjustment slot 420
Different location, so that the adjusting of distance between the first clamp mount 260 and the second clamp mount 360 is realized, thus suitable
Answer the different distance of warm-cold inleting pipe mouth in the tap of different model.
Further, the tank 100 is also provided with inlet opening 110 and apopore 120.For convenience to tank
Water in 100 carries out changing water, is correspondingly provided with inlet opening 110 and apopore 120.
It further, further include liquid level sensor 130, the liquid level sensor 130 is mounted on the inner wall of tank 100.
It can be carried out when water level is too low or when water level is excessively high with the height of water in real-time detection tank 100 by liquid level sensor 130
Prompt.
The above, the only preferred embodiment of the utility model, the utility model are not limited to above-mentioned implementation
Mode, as long as its technical effect for reaching the utility model with identical means, all should belong to the protection scope of the utility model.
Claims (5)
1. a kind of tap air-tightness detection device, it is characterised in that: including the first clamping device, the first clamp mount
(260), the first pressure communication part (290), the first engagement push rod (280), the first engagement cylinder body (270), the second clamping device, the
Two clamp mounts (360), the second pressure communication part, the second engagement push rod, the second engagement cylinder body, connecting plate (400), elevator
Structure, the first pneumatic tube (700), the second pneumatic tube, tank (100) and rack (600), the first clamping device setting are useful
In the first holding holes (250) of clamping tap hot water inlet pipe mouthful, the first pressure communication part (290) is provided with the first gas
Input hole and the first air pressure efferent duct are pressed, is connected between the first air pressure input hole and the first air pressure efferent duct, described the
One air pressure input hole is also connected with the first pneumatic tube (700), first clamping device and the first engagement cylinder body (270) installation
On the first clamp mount (260), first engagement cylinder body (270) is also connected to the by the first engagement push rod (280)
One pressure communication part (290), with the movement of first engagement cylinder body (270), the of the first pressure communication part (290)
One air pressure efferent duct is inserted into the first holding holes (250) of first clamping device, and second clamping device is provided with
For clamping the second holding holes (350) of tap cold water inlet mouth, the second pressure communication part is provided with the second air pressure
Input hole and the second air pressure efferent duct, are connected between the second air pressure input hole and the second air pressure efferent duct, and described second
Air pressure input hole is also connected with the second pneumatic tube, and second clamping device and the second engagement cylinder body are mounted on the second clamping peace
It shelves on (360), the second engagement cylinder body also passes through the second engagement push rod and is connected to the second pressure communication part, with described the
The movement of two engagement cylinder bodies, the second air pressure efferent duct of the second pressure communication part are inserted into the of second clamping device
In two holding holes (350), the rack (600) is erected at the top of tank (100), and the elevating mechanism is mounted on rack
(600) on, the connecting plate (400) is mounted on elevating mechanism, first clamp mount (260) and the second clamping installation
Frame (360) is installed on connecting plate (400)；
First clamping device includes grip block (240) on first, first lower grip block (230), the first clamping push rod (220)
With the first clamping cylinder body (210), the bottom side of grip block (240) is provided with the first upper half circular hole on described first, under described first
The top side of grip block (230) is provided with the first lower half circular hole, and the bottom side of described first lower grip block (230) is pushed away by the first clamping
Bar (220) is connected to the first clamping cylinder body (210), and grip block (240) is fixed in first clamping cylinder body (210) and first
It is mounted on the first clamp mount (260), the movement that described first lower grip block (230) clamp cylinder body (210) with first
It up moves, the first lower half circular hole of described first lower grip block (230) is with the movement of first lower grip block (230) and described
First upper half circular hole of grip block (240) is interlocked to form first holding holes (250) on first；
Second clamping device includes grip block (340) on second, second lower grip block (330), the second clamping push rod (320)
With the second clamping cylinder body (310), the bottom side of grip block (340) is provided with the second upper half circular hole on described second, under described second
The top side of grip block (330) is provided with the second lower half circular hole, and the bottom side of described second lower grip block (330) is pushed away by the second clamping
Bar (320) is connected to the second clamping cylinder body (310), and grip block (340) is fixed in second clamping cylinder body (310) and second
It is mounted on the second clamp mount (360), the movement that described second lower grip block (330) clamp cylinder body (310) with second
It up moves, the second lower half circular hole of described second lower grip block (330) is with the movement of second lower grip block (330) and described
Second upper half circular hole of grip block (340) is interlocked to form second holding holes (350) on second.
2. a kind of tap air-tightness detection device according to claim 1, it is characterised in that: the elevating mechanism includes
Lifting cylinder body (510), lifting push rod (520) and lifting push plate (530), the bottom end of the lifting cylinder body (510) pass through described
Lifting push rod (520) is connected to the lifting push plate (530), and the lifting cylinder body (510) is mounted on rack (600), institute
The bottom side for stating lifting push plate (530) is provided with the connecting plate (400).
3. a kind of tap air-tightness detection device according to claim 1, it is characterised in that: the connecting plate (400)
The first installation and adjustment slot (410) and the second installation and adjustment slot (420) are offered, first clamp mount (260) passes through spiral shell
Bolt is installed to the first installation and adjustment slot (410), and second clamp mount (360) is installed to the second installation by bolt and adjusted
It saves on slot (420).
4. a kind of tap air-tightness detection device according to claim 1, it is characterised in that: the tank (100)
It is also provided with inlet opening (110) and apopore (120).
5. a kind of tap air-tightness detection device according to claim 4, it is characterised in that: further include liquid level sensor
(130), the liquid level sensor (130) is mounted on the inner wall of tank (100).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821946929.3U CN209485621U (en) | 2018-11-23 | 2018-11-23 | A kind of tap air-tightness detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821946929.3U CN209485621U (en) | 2018-11-23 | 2018-11-23 | A kind of tap air-tightness detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209485621U true CN209485621U (en) | 2019-10-11 |
Family
ID=68116561
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821946929.3U Expired - Fee Related CN209485621U (en) | 2018-11-23 | 2018-11-23 | A kind of tap air-tightness detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209485621U (en) |
-
2018
- 2018-11-23 CN CN201821946929.3U patent/CN209485621U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191011 Termination date: 20201123 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |