CN109813504A - A kind of tightness check device of valve - Google Patents
A kind of tightness check device of valve Download PDFInfo
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- CN109813504A CN109813504A CN201910112015.XA CN201910112015A CN109813504A CN 109813504 A CN109813504 A CN 109813504A CN 201910112015 A CN201910112015 A CN 201910112015A CN 109813504 A CN109813504 A CN 109813504A
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- high pressure
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 129
- 230000010412 perfusion Effects 0.000 claims description 17
- 239000012530 fluid Substances 0.000 claims description 14
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 7
- 239000000463 material Substances 0.000 claims description 3
- 238000006073 displacement reaction Methods 0.000 abstract description 5
- 150000002632 lipids Chemical class 0.000 abstract description 5
- 230000007928 solubilization Effects 0.000 abstract description 5
- 238000005063 solubilization Methods 0.000 abstract description 5
- 238000010586 diagram Methods 0.000 description 12
- 238000004140 cleaning Methods 0.000 description 7
- 239000007788 liquid Substances 0.000 description 5
- 230000005484 gravity Effects 0.000 description 4
- 230000004888 barrier function Effects 0.000 description 3
- 230000000694 effects Effects 0.000 description 3
- 238000009434 installation Methods 0.000 description 3
- 230000009467 reduction Effects 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 238000002474 experimental method Methods 0.000 description 2
- 238000007689 inspection Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 210000003464 cuspid Anatomy 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000002706 hydrostatic effect Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 230000012782 tube fusion Effects 0.000 description 1
- 239000003643 water by type Substances 0.000 description 1
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- Catching Or Destruction (AREA)
- Infusion, Injection, And Reservoir Apparatuses (AREA)
Abstract
The present invention relates to a kind of check devices, are in particular a kind of tightness check devices of valve.Lid can automatic either on or off, pressure gauge is installed on water tank, hydraulic pressure can be monitored, high pressure combination produces high pressure water, the tightness of check valve, and orientation water cleans valve, by lipid solubilization, the movement of vertical horizontal direction can be carried out by putting part platform, and fixed piece clamps valve, prevent leakage and displacement.Lid combination is located at water tank combination left side, connection is combined in lid combination with water tank, water tank combination is located at high pressure water combination upside, connection is combined in water tank combination with high pressure water, high pressure water combination is located at fastening combination right side, and connection is combined in high pressure water combination with fastening, and orientation water combination, which is located at, puts part platform combination downside, it puts the combination of part platform and is located at fastening combination downside, put the combination of part platform with fastening and combine connection.
Description
Technical field
The present invention relates to a kind of check devices, are in particular a kind of tightness check devices of valve.
Background technique
As the valve of closed circuit original part, the inspection of tightness must be carried out before installation, with check valve seat and spool, valve deck and
The tightness of stuffing box, valve leak experiment should be carried out according to the hydraulic pressure of 1.5 times of famous brand pressure, to guarantee the accurate of experiment,
By the oil stain removing on faying face before hydrostatic test, so devising the tightness check device of this valve.
Summary of the invention
The present invention provides a kind of tightness check device of valve, beneficial to benefit be lid can automatic either on or off, water
Pressure gauge is installed on case, hydraulic pressure can be monitored, high pressure combination produces high pressure water, and the tightness of check valve orients water to valve
Door is cleaned, and by lipid solubilization, the movement of vertical horizontal direction can be carried out by putting part platform, and fixed piece clamps valve, anti-stopping leak
Dew and displacement.
It is in particular a kind of the tight of valve in order to solve the above technical problems, the present invention relates to a kind of check devices
Property check device, including lid combination, water tank combination, high pressure water combination, orientation water combination, put part platform combination, fastening combination, Gai Ke
With automatic either on or off, pressure gauge is installed on water tank, hydraulic pressure can be monitored, high pressure combination produces high pressure water, check valve
Tightness, orientation water valve is cleaned, by lipid solubilization, the movement of vertical horizontal direction can be carried out by putting part platform, confine
Part clamps valve, prevents leakage and displacement.
Lid combination is located at by motor one, perpendicular mounting plate, connecting rod one, connecting rod two, connecting rod three, mounting post, Gai Zucheng, motor one
On the left of perpendicular mounting plate, motor one is connect with perpendicular mounting plate, and perpendicular mounting plate is located at one rear side of connecting rod, erects mounting plate and connecting rod one, even
Bar one is located at two downside of connecting rod, and connecting rod one is connect with connecting rod two, and connecting rod two is located at three side of connecting rod, and connecting rod two and connecting rod three connect
It connects, connecting rod three is located at one left side of connecting rod, and connecting rod three is connect with connecting rod one, and mounting post is located at three left side of connecting rod, mounting post and connecting rod
Three connections, mounting post are located at two left side of connecting rod, and mounting post is connect with connecting rod two, and lid is located on the downside of mounting post, and lid connects with mounting post
It connects；
Water tank combination is made of pressure gauge, fluid reservoir, and pressure gauge is located on the right side of fluid reservoir, and pressure gauge is connect with fluid reservoir；
Pressure gauge is made of film, hydraulic strip, perfusion tube, dial plate, telescoping tube, straight-bar, strut, pointer, and film is located at liquid
On the downside of pressure zone, film and hydraulic band connection, hydraulic strip are located on the downside of perfusion tube, and hydraulic strip is connect with perfusion tube, and perfusion tube is located at
On the downside of dial plate, perfusion tube is connect with dial plate, and dial plate is located at telescoping tube side, and dial plate is located at straight-bar side, and dial plate is located at branch bar side
Face, dial plate are connect with strut, and dial plate is located at pointer side, and dial plate is connect with pointer, and telescoping tube is located on the right side of straight-bar, telescoping tube with
Straight-bar connection, straight-bar are located on the right side of strut, and straight-bar is connect with strut, and strut is located on the right side of pointer, and strut is connect with pointer；
Fluid reservoir is made of suction pipe, outlet, entrance, tank body, and suction pipe is located at outlet left side, and suction pipe and outlet connect, outlet
On the right side of entrance, entrance is located on the left of tank body, and entrance is connect with tank body, and tank body is located on the outside of suction pipe；
High pressure water is combined by high pressure water shell, active threaded rod, slave thread bar, counterflow-preventing baffle, motor two, small tooth
Wheel, gear wheel composition, high pressure water shell are located on the outside of active threaded rod, and high pressure water shell is connect with active threaded rod, high pressure water
Shell is located on the outside of slave thread bar, and high pressure water shell is connect with slave thread bar, and high pressure water shell is located at outside counterflow-preventing baffle
Side, high pressure water shell are connect with counterflow-preventing baffle, and active threaded rod is located on the downside of slave thread bar, active threaded rod and driven spiral shell
Rasp bar connection, slave thread bar are located on the downside of counterflow-preventing baffle, and slave thread bar is connect with counterflow-preventing baffle, and motor two is located at height
It presses on the left of water hull body, motor two is connect with high pressure water shell, and pinion gear is located at two left side of motor, and pinion gear is connect with motor two,
Pinion gear is located on the left of high pressure water shell, and gear wheel is located on the left of high pressure water shell, and gear wheel is located on the downside of pinion gear, gear wheel
It is connect with pinion gear, gear wheel is located on the left of active threaded rod, and gear wheel is connect with active threaded rod；
High pressure water shell is made of pedestal, efferent duct, main chamber, input pipe, and pedestal is located on the downside of efferent duct, and efferent duct is located at
On the downside of main chamber, efferent duct is connect with main chamber, and main chamber is located on the downside of input pipe, and main chamber is connect with input pipe；
The combination of orientation water is made of nozzle box, diversion pipe, orientation shell, blade, eccentric turntable, and nozzle box is located at diversion pipe
Upside, nozzle box are connect with diversion pipe, and diversion pipe is located at orientation shell two sides, and diversion pipe is connect with orientation shell, orient shell
It positioned at blade outboard, orients shell and is connect with blade, orientation shell is located on the outside of eccentric turntable, and orientation shell and eccentric turntable connect
It connects, blade is located on the outside of eccentric turntable, and blade is connect with eccentric turntable；
It puts the combination of part platform combine by vertical shift, move horizontally group and be combined into, vertical shift combination is positioned at moving horizontally group
Downside is closed, vertical shift, which is combined, combines connection with moving horizontally；
Vertical shift combination by motor three, driving gear, bottom plate, external gear, driven interior threaded gear, screw rod,
Upper maneuvering board, horizontal mounting plate, countersunk head hexagon socket head cap screw composition, motor three are located on the downside of driving gear, motor three and driving tooth
Wheel connection, driving gear are located on the outside of external gear, and driving gear is connect with external gear, and bottom plate is located on the downside of external gear, under
Fixed plate is connect with external gear, and external gear is located on the inside of driven interior threaded gear, and external gear and driven interior threaded gear connect
It connects, driven interior threaded gear is located on the outside of screw rod, and driven interior threaded gear is connect with screw rod, and screw rod is located at horizontal mounting plate
Downside, screw rod are connect with horizontal mounting plate, and upper maneuvering board is located on the upside of horizontal mounting plate, and upper maneuvering board and horizontal mounting plate connect
It connects, upper maneuvering board is located on the upside of countersunk head hexagon socket head cap screw, and upper maneuvering board is connect with countersunk head hexagon socket head cap screw, countersunk head hexagon socket head cap screw
On the inside of horizontal mounting plate, countersunk head hexagon socket head cap screw is connect with horizontal mounting plate；
It moves horizontally combination to be made of motor four, screw rodb base, Bidirectional-screw, slideway, band sliding block screw, motor four is located at double
On the left of to screw rod, motor four is connect with Bidirectional-screw, and screw rodb base is located at Bidirectional-screw two sides, and screw rodb base is connect with Bidirectional-screw,
Band sliding block screw is located on the upside of slideway, and band sliding block screw is connect with slideway, and band sliding block screw is located on the upside of Bidirectional-screw, band sliding block
Screw is connect with Bidirectional-screw；
Fastening combination is grabbed by high-pressure conduit, limit fixing pipe, clamping, internal screw thread rotation pipe forms, and high-pressure conduit is located at limit
On the outside of the fixing pipe of position, high-pressure conduit is connect with limit fixing pipe, and limit fixing pipe, which is located to clamp, grabs outside, limit fixing pipe and folder
Connection is kept a firm hand on, clamping is grabbed on the inside of internal screw thread rotation pipe, and clamping is grabbed to be connect with internal screw thread rotation pipe；
Lid combination is located at water tank combination left side, and connection is combined in lid combination with water tank, and water tank combination is located at high pressure water group and closes
Connection is combined in side, water tank combination with high pressure water, and high pressure water, which combines, is located at fastening combination right side, and high pressure water combines and the fastening company of combination
It connects, orientation water combination, which is located at, puts part platform combination downside, puts the combination of part platform and is located at fastening combination downside, puts the combination of part platform and fastening group
Close connection.
As advanced optimizing for the technical program, high-pressure conduit described in a kind of tightness check device of valve of the present invention
Material is rubber.
As advanced optimizing for the technical program, film described in a kind of tightness check device of valve of the present invention with go out
Mouth connection.
As advanced optimizing for the technical program, driven interior band described in a kind of tightness check device of valve of the present invention
Helical gear quantity is three.
The tightness check device of valve of the present invention has the beneficial effect that
Lid can automatic either on or off, pressure gauge is installed on water tank, hydraulic pressure can be monitored, high pressure combination produces high pressure
Water, the tightness of check valve, orientation water clean valve, and by lipid solubilization, vertical horizontal direction can be carried out by putting part platform
Movement, fixed piece clamps valve, prevents leakage and displacement.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of the tightness check device of valve of the present invention.
Fig. 2 is that a kind of lid of the tightness check device of valve of the present invention combines 1 structural schematic diagram.
Fig. 3 is that a kind of water tank of the tightness check device of valve of the present invention combines 2 structural schematic diagrams.
Fig. 4 is a kind of pressure gauge 2-1 structural schematic diagram of the tightness check device of valve of the present invention.
Fig. 5 is a kind of pressure gauge 2-1 partial enlargement structural representation of the tightness check device of valve of the present invention.
Fig. 6 is a kind of fluid reservoir 2-2 structural schematic diagram of the tightness check device of valve of the present invention.
Fig. 7 is that a kind of high pressure water of the tightness check device of valve of the present invention combines 3 structural schematic diagrams.
Fig. 8 is that a kind of high pressure water of the tightness check device of valve of the present invention combines 3 partial enlargement structural representations.
Fig. 9 is a kind of high pressure water shell 3-1 structural schematic diagram of the tightness check device of valve of the present invention.
Figure 10 is that a kind of orientation water of the tightness check device of valve of the present invention combines 4 structural schematic diagrams.
Figure 11 is that a kind of orientation water of the tightness check device of valve of the present invention combines 4 partial enlargement structural representations.
Figure 12 is that a kind of part platform of putting of tightness check device of valve of the present invention combines 5 structural schematic diagrams.
Figure 13 is that a kind of vertical shift of the tightness check device of valve of the present invention combines 5-1 structural schematic diagram.
Figure 14 is that a kind of vertical shift of the tightness check device of valve of the present invention combines the structural representation of 5-1 partial enlargement
Figure.
Figure 15 is that a kind of moving horizontally for tightness check device of valve of the present invention combines 5-2 structural schematic diagram.
Figure 16 is that 6 structural schematic diagrams are combined in a kind of fastening of the tightness check device of valve of the present invention.
Figure 17 is that 6 partial enlargement structural representations are combined in a kind of fastening of the tightness check device of valve of the present invention.
In figure: Gai Zuhe 1；One 1-1 of motor；Perpendicular mounting plate 1-2；One 1-3 of connecting rod；Two 1-4 of connecting rod；Three 1-5 of connecting rod；Installation
Column 1-6；Cover 1-7；Water tank combination 2；Pressure gauge 2-1；Film 2-1-1；Hydraulic strip 2-1-2；Perfusion tube 2-1-3；Dial plate 2-1-4；
Telescoping tube 2-1-5；Straight-bar 2-1-6；Strut 2-1-7；Pointer 2-1-8；Fluid reservoir 2-2；Suction pipe 2-2-1；Export 2-2-2；Entrance
2-2-3；Tank body 2-2-4；High pressure water combination 3；High pressure water shell 3-1；Pedestal 3-1-1；Efferent duct 3-1-2；Main chamber 3-1-3；It is defeated
Enter pipe 3-1-4；Active threaded rod 3-2；Slave thread bar 3-3；Counterflow-preventing baffle 3-4；Two 3-5 of motor；Pinion gear 3-6；Canine tooth
Take turns 3-7；Orient water combination 4；Nozzle box 4-1；Diversion pipe 4-2；Orient shell 4-3；Blade 4-4；Eccentric turntable 4-5；Put part platform
Combination 5；Vertical shift combines 5-1；Three 5-1-1 of motor；Driving gear 5-1-2；Bottom plate 5-1-3；External gear 5-1-4；From
Threaded gear 5-1-5 in dynamic；Screw rod 5-1-6；Upper maneuvering board 5-1-7；Horizontal mounting plate 5-1-8；Countersunk head hexagon socket head cap screw 5-
1-9；Move horizontally combination 5-2；Four 5-2-1 of motor；Screw rodb base 5-2-2；Bidirectional-screw 5-2-3；Slideway 5-2-4；Band sliding block silk
Female 5-2-5；Fastening combination 6；High-pressure conduit 6-1；Limit fixing pipe 6-2；6-3 is grabbed in clamping；Internal screw thread rotates pipe 6-4.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate present embodiment, and the present invention relates to a kind of check devices, are in particular a kind of the tight of valve
Close property check device, including lid combine 1, water tank combination 2, high pressure water combination 3, orientation water combination 4, put the combination of part platform 5, fastening group
Close 6, lid can automatic either on or off, pressure gauge is installed on water tank, hydraulic pressure can be monitored, high pressure combination produces high pressure water,
The tightness of check valve, orientation water clean valve, and by lipid solubilization, the fortune of vertical horizontal direction can be carried out by putting part platform
Dynamic, fixed piece clamps valve, prevents leakage and displacement.
Lid combination 1 is by one 1-1 of motor, perpendicular mounting plate 1-2, one 1-3 of connecting rod, two 1-4 of connecting rod, three 1-5 of connecting rod, mounting post 1-
6, lid 1-7 composition, one 1-1 of motor are located on the left of perpendicular mounting plate 1-2, and one 1-1 of motor is connect with perpendicular mounting plate 1-2, erects mounting plate
1-2 is located on rear side of one 1-3 of connecting rod, erects mounting plate 1-2 and one 1-3 of connecting rod, and one 1-3 of connecting rod is located on the downside of two 1-4 of connecting rod, connecting rod one
1-3 is connect with two 1-4 of connecting rod, and two 1-4 of connecting rod is located at three side 1-5 of connecting rod, and two 1-4 of connecting rod is connect with three 1-5 of connecting rod, connecting rod three
1-5 is located on the left of one 1-3 of connecting rod, and three 1-5 of connecting rod is connect with one 1-3 of connecting rod, and mounting post 1-6 is located on the left of three 1-5 of connecting rod, installation
Column 1-6 is connect with three 1-5 of connecting rod, and mounting post 1-6 is located on the left of two 1-4 of connecting rod, and mounting post 1-6 is connect with two 1-4 of connecting rod, covers 1-
7 are located on the downside of mounting post 1-6, and lid 1-7 is connect with mounting post 1-6, and one 1-1 of motor is rotated clockwise, and one 1-1 of motor drives connecting rod
Three 1-5 are rotated clockwise, and three 1-5 of connecting rod drives mounting post 1-6 to rotate clockwise, and mounting post 1-6 drives two 1-4 of connecting rod clockwise
Rotation, two 1-4 of connecting rod prevent lid 1-7 from being influenced by gravity, and mounting post 1-6 drives lid 1-7 to rotate clockwise, and Gai Zuhe 1 is opened；
One 1-1 of motor rotates counterclockwise, and one 1-1 of motor drives three 1-5 of connecting rod to rotate counterclockwise, and three 1-5 of connecting rod drives mounting post 1-6 inverse
Hour hands rotation, mounting post 1-6 drive two 1-4 of connecting rod to rotate counterclockwise, and two 1-4 of connecting rod prevents lid 1-7 from being influenced by gravity, install
Column 1-6 drives lid 1-7 to rotate counterclockwise, and Gai Zuhe 1 is closed；
Water tank combination 2 is made of pressure gauge 2-1, fluid reservoir 2-2, and pressure gauge 2-1 is located on the right side of fluid reservoir 2-2, pressure gauge
2-1 is connect with fluid reservoir 2-2；
Pressure gauge 2-1 is by film 2-1-1, hydraulic strip 2-1-2, perfusion tube 2-1-3, dial plate 2-1-4, telescoping tube 2-1-5, straight
Bar 2-1-6, strut 2-1-7, pointer 2-1-8 composition, film 2-1-1 are located at the downside hydraulic strip 2-1-2, film 2-1-1 with it is hydraulic
Band 2-1-2 connection, hydraulic strip 2-1-2 are located on the downside of perfusion tube 2-1-3, and hydraulic strip 2-1-2 is connect with perfusion tube 2-1-3, are infused
Pipe 2-1-3 is located on the downside of dial plate 2-1-4, and perfusion tube 2-1-3 is connect with dial plate 2-1-4, and dial plate 2-1-4 is located at telescoping tube 2-1-5
Side, dial plate 2-1-4 are located at the side straight-bar 2-1-6, and dial plate 2-1-4 is located at the side strut 2-1-7, dial plate 2-1-4 and strut 2-
1-7 connection, dial plate 2-1-4 are located at the side pointer 2-1-8, and dial plate 2-1-4 is connect with pointer 2-1-8, and telescoping tube 2-1-5 is located at straight
On the right side of bar 2-1-6, telescoping tube 2-1-5 connect with straight-bar 2-1-6, and straight-bar 2-1-6 is located at the right side strut 2-1-7, straight-bar 2-1-6 and
Strut 2-1-7 connection, strut 2-1-7 are located on the right side of pointer 2-1-8, and strut 2-1-7 is connect with pointer 2-1-8, and water is to film 2-
1-1 generates power, and hydraulic strip 2-1-2 is compressed, and liquid enters telescoping tube 2-1-5 by perfusion tube 2-1-3 in hydraulic strip 2-1-2
In, telescoping tube 2-1-5 stretches out, and telescoping tube 2-1-5 pushes straight-bar 2-1-6 to move downward, and straight-bar 2-1-6 pushes strut 2-1-7 right
Side moves downward, and moves upwards on the left of strut 2-1-7, and push pointer 2-1-8 rotates counterclockwise on the left of strut 2-1-7, pointer 2-
The pointer of 1-8 is directed toward the scale on dial plate 2-1-4；
Fluid reservoir 2-2 is made of suction pipe 2-2-1, outlet 2-2-2, entrance 2-2-3, tank body 2-2-4, and suction pipe 2-2-1 is located at
It exporting on the left of 2-2-2, suction pipe 2-2-1 is connect with outlet 2-2-2, and outlet 2-2-2 is located on the right side of entrance 2-2-3, and entrance 2-2-3
On the left of tank body 2-2-4, entrance 2-2-3 is connect with tank body 2-2-4, and tank body 2-2-4 is located on the outside of suction pipe 2-2-1, tank body 2-2-4
Interior water is entered in outlet 2-2-2 by suction pipe 2-2-1；
High pressure water combination 3 by high pressure water shell 3-1, active threaded rod 3-2, slave thread bar 3-3, counterflow-preventing baffle 3-4,
Two 3-5 of motor, pinion gear 3-6, gear wheel 3-7 composition, high pressure water shell 3-1 are located on the outside of active threaded rod 3-2, high pressure water hull
Body 3-1 is connect with active threaded rod 3-2, and high pressure water shell 3-1 is located on the outside of slave thread bar 3-3, high pressure water shell 3-1 with from
Dynamic threaded rod 3-3 connection, high pressure water shell 3-1 are located on the outside of counterflow-preventing baffle 3-4, high pressure water shell 3-1 and counterflow-preventing baffle
3-4 connection, active threaded rod 3-2 are located on the downside of slave thread bar 3-3, and active threaded rod 3-2 is connect with slave thread bar 3-3,
Slave thread bar 3-3 is located on the downside of counterflow-preventing baffle 3-4, and slave thread bar 3-3 is connect with counterflow-preventing baffle 3-4, two 3-5 of motor
On the left of high pressure water shell 3-1, two 3-5 of motor is connect with high pressure water shell 3-1, and it is left that pinion gear 3-6 is located at two 3-5 of motor
Side, pinion gear 3-6 are connect with two 3-5 of motor, and pinion gear 3-6 is located on the left of high pressure water shell 3-1, and gear wheel 3-7 is located at high pressure
On the left of water hull body 3-1, gear wheel 3-7 is located on the downside of pinion gear 3-6, and gear wheel 3-7 is connect with pinion gear 3-6, and gear wheel 3-7
On the left of active threaded rod 3-2, gear wheel 3-7 is connect with active threaded rod 3-2, and two 3-5 of motor rotation, two 3-5 of motor drives
Pinion gear 3-6 rotation, pinion gear 3-6 drive gear wheel 3-7 rotation, and gear wheel 3-7 drives active threaded rod 3-2 rotation, actively
Threaded rod 3-2 drives slave thread bar 3-3 rotation, by main chamber 3-1-3 when active threaded rod 3-2 and slave thread bar 3-3 rotate
The water of two sides pours into middle part, under the barrier effect of counterflow-preventing baffle 3-4；
High pressure water shell 3-1 is made of pedestal 3-1-1, efferent duct 3-1-2, main chamber 3-1-3, input pipe 3-1-4, pedestal 3-
1-1 is located on the downside of efferent duct 3-1-2, and efferent duct 3-1-2 is located on the downside of main chamber 3-1-3, and efferent duct 3-1-2 and main chamber 3-1-3 connect
Connect, main chamber 3-1-3 is located on the downside of input pipe 3-1-4, and main chamber 3-1-3 is connect with input pipe 3-1-4, active threaded rod 3-2 and from
The water of the two sides main chamber 3-1-3 is poured into middle part, under the barrier effect of counterflow-preventing baffle 3-4, middle part when dynamic threaded rod 3-3 rotation
High pressure water flowed out by efferent duct 3-1-2, the waters of the two sides main chamber 3-1-3 reduces and pressure reduction, and water passes through input pipe 3-
1-4 flows into the two sides main chamber 3-1-3；
Orientation water combination 4 is made of nozzle box 4-1, diversion pipe 4-2, orientation shell 4-3, blade 4-4, bias turntable 4-5,
Nozzle box 4-1 is located on the upside of diversion pipe 4-2, and nozzle box 4-1 is connect with diversion pipe 4-2, and diversion pipe 4-2 is located at orientation shell 4-3
Two sides, diversion pipe 4-2 are connect with orientation shell 4-3, and orientation shell 4-3 is located on the outside of blade 4-4, orient shell 4-3 and blade
4-4 connection, orientation shell 4-3 are located on the outside of eccentric turntable 4-5, and orientation shell 4-3 is connect with bias turntable 4-5, and 4-4, blade
On the outside of eccentric turntable 4-5, blade 4-4 is connect with bias turntable 4-5, eccentric turntable 4-5 rotation, eccentric turntable 4-5 band movable vane
Piece 4-4 rotation, blade 4-4, which will be oriented in shell 4-3, to be separated, and separates volume not in orientation shell 4-3 in blade 4-4 rotary course
Disconnected variation, separate in orientation shell 4-3 in pressure change, cleaning solution enters from nozzle box 4-1, by diversion pipe 4-2 into
Enter into orientation shell 4-3, makes cleaning solution directed flow, achieve the purpose that cleaning；
Put part platform combination 5 by vertical shift combine 5-1, move horizontally combination 5-2 form, vertical shift combine 5-1 be located at
It moves horizontally on the downside of combination 5-2, vertical shift combines 5-1 and combines 5-2 connection with moving horizontally；
Vertical shift combine 5-1 by three 5-1-1 of motor, driving gear 5-1-2, bottom plate 5-1-3, external gear 5-1-4,
Driven interior threaded gear 5-1-5, screw rod 5-1-6, upper maneuvering board 5-1-7, horizontal mounting plate 5-1-8, countersunk head hexagon socket head cap screw
5-1-9 composition, three 5-1-1 of motor are located on the downside of driving gear 5-1-2, and three 5-1-1 of motor is connect with driving gear 5-1-2, main
Moving gear 5-1-2 is located on the outside of external gear 5-1-4, and driving gear 5-1-2 is connect with external gear 5-1-4, and bottom plate 5-1-3
On the downside of external gear 5-1-4, bottom plate 5-1-3 is connect with external gear 5-1-4, and external gear 5-1-4 is located at driven interior threaded
On the inside of gear 5-1-5, external gear 5-1-4 is connect with driven interior threaded gear 5-1-5, and driven interior threaded gear 5-1-5
On the outside of screw rod 5-1-6, driven interior threaded gear 5-1-5 is connect with screw rod 5-1-6, and screw rod 5-1-6 is located at horizontal mounting plate
On the downside of 5-1-8, screw rod 5-1-6 is connect with horizontal mounting plate 5-1-8, and upper maneuvering board 5-1-7 is located on horizontal mounting plate 5-1-8
Side, upper maneuvering board 5-1-7 are connect with horizontal mounting plate 5-1-8, and upper maneuvering board 5-1-7 is located on countersunk head hexagon socket head cap screw 5-1-9
Side, upper maneuvering board 5-1-7 are connect with countersunk head hexagon socket head cap screw 5-1-9, and countersunk head hexagon socket head cap screw 5-1-9 is located at horizontal mounting plate 5-
On the inside of 1-8, countersunk head hexagon socket head cap screw 5-1-9 is connect with horizontal mounting plate 5-1-8, and three 5-1-1 of motor drives driving gear 5-1-2
It rotates clockwise, driving gear 5-1-2 drives external gear 5-1-4 to rotate counterclockwise, and external gear 5-1-4 drives driven interior threaded
Gear 5-1-5 is rotated clockwise, and driven interior threaded gear 5-1-5 drives screw rod 5-1-6 to move downward, and screw rod 5-1-6 drives
Horizontal mounting plate 5-1-8 is moved downward, and horizontal mounting plate 5-1-8 and upper maneuvering board 5-1-7 pass through countersunk head hexagon socket head cap screw 5-1-9
Connection, upper maneuvering board 5-1-7 are moved downward；
It is sliding by four 5-2-1 of motor, screw rodb base 5-2-2, Bidirectional-screw 5-2-3, slideway 5-2-4, band to move horizontally combination 5-2
Block screw 5-2-5 composition, four 5-2-1 of motor are located on the left of Bidirectional-screw 5-2-3, and four 5-2-1 of motor and Bidirectional-screw 5-2-3 connect
It connects, screw rodb base 5-2-2 is located at the two sides Bidirectional-screw 5-2-3, and screw rodb base 5-2-2 is connect with Bidirectional-screw 5-2-3, band sliding block screw
5-2-5 is located on the upside of slideway 5-2-4, and band sliding block screw 5-2-5 is connect with slideway 5-2-4, and band sliding block screw 5-2-5 is located at two-way
On the upside of screw rod 5-2-3, band sliding block screw 5-2-5 is connect with Bidirectional-screw 5-2-3, and upper maneuvering board 5-1-7 drive moves horizontally group
It closes 5-2 to move upwards, four 5-2-1 of motor is rotated clockwise, and four 5-2-1 of motor drives Bidirectional-screw 5-2-3 rotation, Bidirectional-screw
5-2-3 drives band sliding block screw 5-2-5 to rotate, and the band lower part sliding block screw 5-2-5 is limited by slideway 5-2-4, anti-stop-band sliding block silk
Female 5-2-5 is rotated together with Bidirectional-screw 5-2-3, and anti-stop-band sliding block screw 5-2-5 is inwardly moved, anti-stop-band sliding block screw 5-2-
5 drive fastening combination 6 to move inwardly；
Fastening combination 6 grabs 6-3 by high-pressure conduit 6-1, limit fixing pipe 6-2, clamping, internal screw thread rotation pipe 6-4 is formed, high
Conduit 6-1 is pressed to be located on the outside of limit fixing pipe 6-2, high-pressure conduit 6-1 is connect with limit fixing pipe 6-2, limits fixing pipe 6-2
It is grabbed on the outside of 6-3 in clamping, limit fixing pipe 6-2 grabs 6-3 with clamping and connect, and clamping is grabbed 6-3 and is located in internal screw thread rotation pipe 6-4
Side, clamping are grabbed 6-3 and are connect with internal screw thread rotation pipe 6-4, valve entrance is put into clamping and grabs 6-3 finger tip, rotate clockwise interior
Screw thread rotation pipe 6-4, internal screw thread rotation pipe 6-4, which drive to clamp, grabs 6-3 stretching, and the distance that 6-3 finger tip is grabbed in clamping reduces, by valve
It clamps, prevents from revealing, high pressure water is entered in limit fixing pipe 6-2 by high-pressure conduit 6-1 in efferent duct 3-1-2, and is entered
Valve checks the tightness of valve；
Lid combination 1 is located at 2 left side of water tank combination, and Gai Zuhe 1 combines 2 connections with water tank, and water tank combination 2 is located at high pressure water group
Close 3 upside, water tank combination 2 combine with high pressure water 3 connection, high pressure water combination 3 be located at fastening combination 6 right side, high pressure water combine 3 and
6 connection of fastening combination, orientation water combination 4, which is located at, puts 5 downside of part platform combination, puts part platform combination 5 and is located at 6 downside of fastening combination, puts
6 connections are combined in part platform combination 5 with fastening.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the high-pressure conduit
6-1 material is rubber.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the film 2-1-1
It is connect with outlet 2-2-2.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the driven interior band
Helical gear 5-1-5 quantity is three.
The working principle of the present apparatus are as follows: the working principle of Gai Kaiguan is starting one 1-1 of motor, and one 1-1 of motor revolves clockwise
Turn, one 1-1 of motor drives three 1-5 of connecting rod to rotate clockwise, and three 1-5 of connecting rod drives mounting post 1-6 to rotate clockwise, mounting post 1-
6 drive two 1-4 of connecting rod are rotated clockwise, and two 1-4 of connecting rod prevents lid 1-7 from being influenced by gravity, and mounting post 1-6 drives lid 1-7 suitable
Hour hands rotation, Gai Zuhe 1 are opened；One 1-1 of motor rotates counterclockwise, and one 1-1 of motor drives three 1-5 of connecting rod to rotate counterclockwise, even
Three 1-5 of bar drives mounting post 1-6 to rotate counterclockwise, and mounting post 1-6 drives two 1-4 of connecting rod to rotate counterclockwise, and two 1-4 of connecting rod is prevented
Lid 1-7 is influenced by gravity, and mounting post 1-6 drives lid 1-7 to rotate counterclockwise, and Gai Zuhe 1 is closed.The working principle of cleaning is electricity
Three 5-1-1 of machine is rotated clockwise, and three 5-1-1 of motor drives driving gear 5-1-2 to rotate clockwise, and driving gear 5-1-2 drives
External gear 5-1-4 rotates counterclockwise, and external gear 5-1-4 drives driven interior threaded gear 5-1-5 to rotate clockwise, driven interior band
Helical gear 5-1-5 drives screw rod 5-1-6 to move downward, and screw rod 5-1-6 drives horizontal mounting plate 5-1-8 to move downward, horizontal
Mounting plate 5-1-8 is connect with upper maneuvering board 5-1-7 by countersunk head hexagon socket head cap screw 5-1-9, and upper maneuvering board 5-1-7 is moved downward.
Eccentric turntable 4-5 rotation, eccentric turntable 4-5 band movable vane piece 4-4 rotate, and blade 4-4, which will be oriented in shell 4-3, to be separated, blade 4-4
Separation volume in shell 4-3 is oriented in rotary course constantly to change, and is oriented pressure in separating in shell 4-3 and is changed, cleaning
Liquid enters from nozzle box 4-1, is entered in orientation shell 4-3 by diversion pipe 4-2, makes cleaning solution directed flow, reach cleaning
Purpose.The working principle of valve seal inspection is that three 5-1-1 of motor rotates counterclockwise, and three 5-1-1 of motor drives driving gear
5-1-2 rotates counterclockwise, and driving gear 5-1-2 drives external gear 5-1-4 to rotate clockwise, and external gear 5-1-4 drives in driven
Threaded gear 5-1-5 rotates counterclockwise, and driven interior threaded gear 5-1-5 drives screw rod 5-1-6 to move upwards, screw rod 5-1-
6 drive horizontal mounting plate 5-1-8 are moved upwards, and horizontal mounting plate 5-1-8 and upper maneuvering board 5-1-7 pass through countersunk head hexagon socket head cap screw
5-1-9 connection, upper maneuvering board 5-1-7 are moved upwards.Upper maneuvering board 5-1-7 drive moves horizontally combination 5-2 and moves upwards, motor
Four 5-2-1 are rotated clockwise, and four 5-2-1 of motor drives Bidirectional-screw 5-2-3 rotation, and Bidirectional-screw 5-2-3 drives band sliding block silk
Female 5-2-5 rotation, the band lower part sliding block screw 5-2-5 are limited by slideway 5-2-4, anti-stop-band sliding block screw 5-2-5 and Bidirectional-screw
5-2-3 is rotated together with, and anti-stop-band sliding block screw 5-2-5 is inwardly moved, anti-stop-band sliding block screw 5-2-5 drive fastening combination 6 to
Valve entrance is put into clamping and grabs 6-3 finger tip by medial motion, rotates clockwise internal screw thread rotation pipe 6-4, internal screw thread rotation pipe
6-4, which drives to clamp, grabs 6-3 stretching, clamps the distance reduction for grabbing 6-3 finger tip, valve is clamped, prevents from revealing, two 3-5 of motor rotation
Turn, two 3-5 of motor drives pinion gear 3-6 rotation, and pinion gear 3-6 drives gear wheel 3-7 rotation, and gear wheel 3-7 drives active spiral shell
Rasp bar 3-2 rotation, active threaded rod 3-2 drive slave thread bar 3-3 rotation, and active threaded rod 3-2 and slave thread bar 3-3 revolve
The water of the two sides main chamber 3-1-3 is poured into middle part when turning, under the barrier effect of counterflow-preventing baffle 3-4, the high pressure water at middle part passes through
The water of efferent duct 3-1-2 outflow, the two sides main chamber 3-1-3 reduces and pressure reduction, and water flows into main chamber 3- by input pipe 3-1-4
The two sides 1-3.Water in tank body 2-2-4 is entered in outlet 2-2-2 by suction pipe 2-2-1, and water generates power, liquid to film 2-1-1
Pressure zone 2-1-2 is compressed, and liquid is entered in telescoping tube 2-1-5 by perfusion tube 2-1-3 in hydraulic strip 2-1-2, telescoping tube 2-
1-5 stretches out, and telescoping tube 2-1-5 pushes straight-bar 2-1-6 to move downward, and straight-bar 2-1-6 is pushed to be moved downward on the right side of strut 2-1-7,
It is moved upwards on the left of strut 2-1-7, push pointer 2-1-8 rotates counterclockwise on the left of strut 2-1-7, and the pointer of pointer 2-1-8 refers to
Scale on dial plate 2-1-4.High pressure water is entered in limit fixing pipe 6-2 by high-pressure conduit 6-1 in efferent duct 3-1-2,
And enter valve, the tightness of valve is checked.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of tightness check device of valve, including lid combination (1), water tank combination (2), high pressure water combination (3), orientation water
Part platform combination (5), fastening combination (6) are put in combination (4), it is characterised in that: Gai Zuhe (1) is by motor one (1-1), perpendicular mounting plate
(1-2), connecting rod one (1-3), connecting rod two (1-4), connecting rod three (1-5), mounting post (1-6), lid (1-7) composition, motor one (1-1)
On the left of perpendicular mounting plate (1-2), motor one (1-1) is connect with perpendicular mounting plate (1-2), and perpendicular mounting plate (1-2) is located at connecting rod one
It on rear side of (1-3), erects mounting plate (1-2) and connecting rod one (1-3), connecting rod one (1-3) is located on the downside of connecting rod two (1-4), one (1- of connecting rod
3) it is connect with connecting rod two (1-4), connecting rod two (1-4) is located at the side connecting rod three (1-5), and connecting rod two (1-4) and connecting rod three (1-5) are even
It connects, connecting rod three (1-5) is located on the left of connecting rod one (1-3), and connecting rod three (1-5) is connect with connecting rod one (1-3), the position mounting post (1-6)
On the left of connecting rod three (1-5), mounting post (1-6) is connect with connecting rod three (1-5), and mounting post (1-6) is located at connecting rod two (1-4) left side
Side, mounting post (1-6) are connect with connecting rod two (1-4), and lid (1-7) is located on the downside of mounting post (1-6), lid (1-7) and mounting post (1-
6) it connects；
Water tank combination (2) is made of pressure gauge (2-1), fluid reservoir (2-2), and pressure gauge (2-1) is located on the right side of fluid reservoir (2-2),
Pressure gauge (2-1) is connect with fluid reservoir (2-2)；
Pressure gauge (2-1) is by film (2-1-1), hydraulic strip (2-1-2), perfusion tube (2-1-3), dial plate (2-1-4), telescoping tube
(2-1-5), straight-bar (2-1-6), strut (2-1-7), pointer (2-1-8) composition, film (2-1-1) are located at hydraulic strip (2-1-2)
Downside, film (2-1-1) are connect with hydraulic strip (2-1-2), and hydraulic strip (2-1-2) is located on the downside of perfusion tube (2-1-3), hydraulic strip
(2-1-2) is connect with perfusion tube (2-1-3), and perfusion tube (2-1-3) is located on the downside of dial plate (2-1-4), perfusion tube (2-1-3) and table
Disk (2-1-4) connection, dial plate (2-1-4) are located at the side telescoping tube (2-1-5), and dial plate (2-1-4) is located at the side straight-bar (2-1-6)
Face, dial plate (2-1-4) are located at the side strut (2-1-7), and dial plate (2-1-4) is connect with strut (2-1-7), the position dial plate (2-1-4)
In the side pointer (2-1-8), dial plate (2-1-4) is connect with pointer (2-1-8), and telescoping tube (2-1-5) is located at straight-bar (2-1-6) right side
Side, telescoping tube (2-1-5) are connect with straight-bar (2-1-6), and straight-bar (2-1-6) is located on the right side of strut (2-1-7), straight-bar (2-1-6)
It is connect with strut (2-1-7), strut (2-1-7) is located on the right side of pointer (2-1-8), and strut (2-1-7) and pointer (2-1-8) are even
It connects；
Fluid reservoir (2-2) is made of suction pipe (2-2-1), outlet (2-2-2), entrance (2-2-3), tank body (2-2-4), suction pipe (2-
2-1) it is located on the left of outlet (2-2-2), suction pipe (2-2-1) is connect with outlet (2-2-2), and outlet (2-2-2) is located at entrance (2-2-
3) right side, entrance (2-2-3) are located on the left of tank body (2-2-4), and entrance (2-2-3) is connect with tank body (2-2-4), tank body (2-2-
4) it is located on the outside of suction pipe (2-2-1)；
High pressure water combines (3) by high pressure water shell (3-1), active threaded rod (3-2), slave thread bar (3-3), counterflow-preventing baffle
(3-4), motor two (3-5), pinion gear (3-6), gear wheel (3-7) composition, high pressure water shell (3-1) are located at active threaded rod
On the outside of (3-2), high pressure water shell (3-1) is connect with active threaded rod (3-2), and high pressure water shell (3-1) is located at slave thread bar
On the outside of (3-3), high pressure water shell (3-1) is connect with slave thread bar (3-3), and high pressure water shell (3-1) is located at counterflow-preventing baffle
On the outside of (3-4), high pressure water shell (3-1) is connect with counterflow-preventing baffle (3-4), and active threaded rod (3-2) is located at slave thread bar
On the downside of (3-3), active threaded rod (3-2) is connect with slave thread bar (3-3), and slave thread bar (3-3) is located at counterflow-preventing baffle
On the downside of (3-4), slave thread bar (3-3) is connect with counterflow-preventing baffle (3-4), and motor two (3-5) is located at high pressure water shell (3-1)
Left side, motor two (3-5) are connect with high pressure water shell (3-1), and pinion gear (3-6) is located on the left of motor two (3-5), pinion gear
(3-6) is connect with motor two (3-5), and pinion gear (3-6) is located on the left of high pressure water shell (3-1), and gear wheel (3-7) is located at high pressure
On the left of water hull body (3-1), gear wheel (3-7) is located on the downside of pinion gear (3-6), and gear wheel (3-7) is connect with pinion gear (3-6),
Gear wheel (3-7) is located on the left of active threaded rod (3-2), and gear wheel (3-7) is connect with active threaded rod (3-2)；
High pressure water shell (3-1) is made of pedestal (3-1-1), efferent duct (3-1-2), main chamber (3-1-3), input pipe (3-1-4),
Pedestal (3-1-1) is located on the downside of efferent duct (3-1-2), and efferent duct (3-1-2) is located on the downside of main chamber (3-1-3), efferent duct (3-1-
2) it is connect with main chamber (3-1-3), main chamber (3-1-3) is located on the downside of input pipe (3-1-4), main chamber (3-1-3) and input pipe (3-1-
4) it connects；
Water combination (4) is oriented by nozzle box (4-1), diversion pipe (4-2), orientation shell (4-3), blade (4-4), eccentric turntable
(4-5) composition, nozzle box (4-1) are located on the upside of diversion pipe (4-2), and nozzle box (4-1) is connect with diversion pipe (4-2), diversion pipe
(4-2) is located at orientation two sides shell (4-3), and diversion pipe (4-2) is connect with orientation shell (4-3), and orientation shell (4-3) is located at leaf
On the outside of piece (4-4), orientation shell (4-3) is connect with blade (4-4), and orientation shell (4-3) is located on the outside of eccentric turntable (4-5),
Orientation shell (4-3) connect with eccentric turntable (4-5), and blade (4-4) is located on the outside of eccentric turntable (4-5), blade (4-4) with it is inclined
Heart turntable (4-5) connection；
It puts part platform combination (5) by vertical shift combine (5-1), move horizontally combination (5-2) and form, vertical shift combination (5-1)
Positioned at move horizontally combination (5-2) on the downside of, vertical shift combination (5-1) with move horizontally combine (5-2) connect；
Vertical shift combines (5-1) by motor three (5-1-1), driving gear (5-1-2), bottom plate (5-1-3), external gear
(5-1-4), driven interior threaded gear (5-1-5), screw rod (5-1-6), upper maneuvering board (5-1-7), horizontal mounting plate (5-1-
8), countersunk head hexagon socket head cap screw (5-1-9) forms, and motor three (5-1-1) is located on the downside of driving gear (5-1-2), three (5-1- of motor
1) it is connect with driving gear (5-1-2), driving gear (5-1-2) is located on the outside of external gear (5-1-4), driving gear (5-1-2)
It is connect with external gear (5-1-4), bottom plate (5-1-3) is located on the downside of external gear (5-1-4), bottom plate (5-1-3) and outer
Gear (5-1-4) connection, external gear (5-1-4) are located on the inside of driven interior threaded gear (5-1-5), external gear (5-1-4) with
Driven interior threaded gear (5-1-5) connection, driven interior threaded gear (5-1-5) is located on the outside of screw rod (5-1-6), driven interior
Threaded gear (5-1-5) connect with screw rod (5-1-6), and screw rod (5-1-6) is located on the downside of horizontal mounting plate (5-1-8), screw rod
(5-1-6) is connect with horizontal mounting plate (5-1-8), and upper maneuvering board (5-1-7) is located on the upside of horizontal mounting plate (5-1-8), upper fortune
Movable plate (5-1-7) is connect with horizontal mounting plate (5-1-8), and upper maneuvering board (5-1-7) is located on countersunk head hexagon socket head cap screw (5-1-9)
Side, upper maneuvering board (5-1-7) connect with countersunk head hexagon socket head cap screw (5-1-9), and countersunk head hexagon socket head cap screw (5-1-9) is located at horizontal peace
On the inside of loading board (5-1-8), countersunk head hexagon socket head cap screw (5-1-9) is connect with horizontal mounting plate (5-1-8)；
Combination (5-2) is moved horizontally by motor four (5-2-1), screw rodb base (5-2-2), Bidirectional-screw (5-2-3), slideway (5-2-
4), band sliding block screw (5-2-5) forms, and motor four (5-2-1) is located on the left of Bidirectional-screw (5-2-3), motor four (5-2-1) and
Bidirectional-screw (5-2-3) connection, screw rodb base (5-2-2) are located at the two sides Bidirectional-screw (5-2-3), screw rodb base (5-2-2) with it is two-way
Screw rod (5-2-3) connection, band sliding block screw (5-2-5) are located on the upside of slideway (5-2-4), band sliding block screw (5-2-5) and slideway
(5-2-4) connection, band sliding block screw (5-2-5) are located on the upside of Bidirectional-screw (5-2-3), with sliding block screw (5-2-5) with it is two-way
Screw rod (5-2-3) connection；
Fastening combination (6) grabs (6-3), internal screw thread rotation pipe (6-4) by high-pressure conduit (6-1), limit fixing pipe (6-2), clamping
Composition, high-pressure conduit (6-1) are located on the outside of limit fixing pipe (6-2), and high-pressure conduit (6-1) is connect with limit fixing pipe (6-2),
Limit fixing pipe (6-2), which is located to clamp, grabs on the outside of (6-3), and limit fixing pipe (6-2) is grabbed (6-3) with clamping and connect, and (6- is grabbed in clamping
3) on the inside of internal screw thread rotation pipe (6-4), clamping is grabbed (6-3) and is connect with internal screw thread rotation pipe (6-4)；
Lid combination (1) is located on the left of water tank combination (2), and Gai Zuhe (1) combines (2) connection with water tank, and water tank combines (2) and is located at height
It presses on the upside of water combination (3), water tank combination (2) is combined (3) with high pressure water and connected, and high pressure water combines (3) and is located at fastening combination (6) right side
Side, high pressure water combine (3) and combine (6) connection with fastening, and orientation water combination (4), which is located at, puts on the downside of part platform combination (5), put part platform group
It closes (5) to be located on the downside of fastening combination (6), puts part platform combination (5) and combine (6) connection with fastening.
2. a kind of tightness check device of valve according to claim 1, it is characterised in that: the high-pressure conduit (6-
1) material is rubber.
3. a kind of tightness check device of valve according to claim 1, it is characterised in that: the film (2-1-1)
It is connect with outlet (2-2-2).
4. a kind of tightness check device of valve according to claim 1, it is characterised in that: described driven interior threaded
Gear (5-1-5) quantity is three.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910112015.XA CN109813504B (en) | 2019-02-13 | 2019-02-13 | Tightness checking device of valve |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910112015.XA CN109813504B (en) | 2019-02-13 | 2019-02-13 | Tightness checking device of valve |
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| CN109813504A true CN109813504A (en) | 2019-05-28 |
| CN109813504B CN109813504B (en) | 2020-09-01 |
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| Application Number | Title | Priority Date | Filing Date |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111678661A (en) * | 2020-06-22 | 2020-09-18 | 周显双 | Equipment for detecting air tightness of large valve |
| CN112484986A (en) * | 2020-11-17 | 2021-03-12 | 上海昱章电气成套设备有限公司 | Valve test system |
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| JPH1123410A (en) * | 1997-07-04 | 1999-01-29 | Hideo Seta | Water pressure withstanding test apparatus and method therefor |
| KR20150142968A (en) * | 2014-06-13 | 2015-12-23 | 최몽주 | Water leak test device |
| CN107655636A (en) * | 2017-09-19 | 2018-02-02 | 芜湖炬胜机电设备厂 | Valve housing leaks point detecting method |
| CN207610824U (en) * | 2017-12-28 | 2018-07-13 | 天津市易泰柯自动控制设备有限公司 | Novel valve sealing property testing equipment |
| CN208383399U (en) * | 2018-07-26 | 2019-01-15 | 天津市贝斯特阀门科技股份有限公司 | A kind of valve seal system safety testing device |
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2019
- 2019-02-13 CN CN201910112015.XA patent/CN109813504B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1123410A (en) * | 1997-07-04 | 1999-01-29 | Hideo Seta | Water pressure withstanding test apparatus and method therefor |
| KR20150142968A (en) * | 2014-06-13 | 2015-12-23 | 최몽주 | Water leak test device |
| CN107655636A (en) * | 2017-09-19 | 2018-02-02 | 芜湖炬胜机电设备厂 | Valve housing leaks point detecting method |
| CN207610824U (en) * | 2017-12-28 | 2018-07-13 | 天津市易泰柯自动控制设备有限公司 | Novel valve sealing property testing equipment |
| CN208383399U (en) * | 2018-07-26 | 2019-01-15 | 天津市贝斯特阀门科技股份有限公司 | A kind of valve seal system safety testing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111678661A (en) * | 2020-06-22 | 2020-09-18 | 周显双 | Equipment for detecting air tightness of large valve |
| CN112484986A (en) * | 2020-11-17 | 2021-03-12 | 上海昱章电气成套设备有限公司 | Valve test system |
| CN112484986B (en) * | 2020-11-17 | 2022-01-04 | 上海昱章电气股份有限公司 | Valve test system |
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| CN109813504B (en) | 2020-09-01 |
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