CN207893226U - A kind of Novel remote-control ball-cock assembly - Google Patents
A kind of Novel remote-control ball-cock assembly Download PDFInfo
- Publication number
- CN207893226U CN207893226U CN201820053863.9U CN201820053863U CN207893226U CN 207893226 U CN207893226 U CN 207893226U CN 201820053863 U CN201820053863 U CN 201820053863U CN 207893226 U CN207893226 U CN 207893226U
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- valve
- ball
- hole
- fluid chamber
- vertical
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Abstract
A kind of Novel remote-control ball-cock assembly, it is connected positioned at the outlet side of the right side input port of the fluid chamber on right side and small ball, the inlet side of small ball is connected to the outlet side of ball valve, the inlet side of ball valve is then connect with the outlet side of floating pilot valve, floating pilot valve realizes the purpose of keying by incuding the flying height of floating ball, floating pilot valve in open state can deliver fluids to ball valve, and ball valve delivers fluids to small ball again, and small ball enters fluid conveying in fluid chamber；Vertical rod aperture is socketed with a valve shaft, and sealing ring, valve plate, pressing plate are inserted in valve shaft downwards successively, and sealing ring can be by valve plate top pressure on the top surface of valve seat, and location nut screws in downwards in valve shaft and top pressure is in the middle part of the top surface of pressing plate.The utility model has the characteristics that structure novel, reasonable design, good seal performance, flow resistance are small, flow is big, service life is long, practicability is stronger.
Description
Technical field
The utility model is related to a kind of Novel remote-control ball-cock assemblys.
Background technology
Existing valve can exist in use unstable, the valve body easy to leak of valve body action, sealing effect it is undesirable,
The problem that maintenance cost is high, service life is short.
Invention content
To solve the above-mentioned problems, the utility model provides a kind of Novel remote-control ball-cock assembly, it has structure novel, design
Rationally, the feature that good seal performance, flow resistance are small, flow is big, service life is long, practicability is stronger.
In order to achieve the above object, the utility model provides following particular technique measure：A kind of Novel remote-control ball-cock assembly, it
It is made of valve body, sealing ring, valve plate, valve shaft, diaphragm, pressing plate, valve deck, floating ball, floating pilot valve, ball valve, small ball, feature
It is,
Valve body, integrally formed with left and right Liang Ge fluid chamber, is located at the right side input terminal of the fluid chamber in left side by casting
It is connected to by the realization of vertical circular through-hole between the left side output end of the fluid chamber positioned at right side, is located at the fluid cavity in left side
The right side input terminal of room is set to the top of the left side output end of the fluid chamber positioned at right side, is located at the fluid chamber on right side
Right side input port and the left side delivery outlet of the fluid chamber positioned at left side keep same axis, vertical circular through-hole to be located at the axis
On；
It is connected positioned at the outlet side of the right side input port of the fluid chamber on right side and small ball, the inlet side connection of small ball
To the outlet side of ball valve, the inlet side of ball valve is then connect with the outlet side of floating pilot valve, and floating pilot valve is by incuding the floating of floating ball
Dynamic height realizes the purpose of keying, and the floating pilot valve in open state can deliver fluids to ball valve, ball valve is defeated by fluid again
Small ball is given, small ball enters fluid conveying in fluid chamber；
Valve seat is installed in vertical circular through-hole, valve seat is in inverted pyramid type structure, the central integration of valve seat
There are one vertical rod aperture, valve seat also walks material through hole integrally formed with fluid, and fluid walks the surrounding that material through hole is distributed in vertical rod aperture,
The fluid walks material through hole as channel of shutting off；
Vertical rod aperture is socketed with a valve shaft, and sealing ring, valve plate, pressing plate are inserted in valve shaft downwards successively, sealing ring energy quilt
Valve plate top pressure is on the top surface of valve seat, and location nut screws in downwards in valve shaft and top pressure is in the middle part of the top surface of pressing plate；
Spring is inserted in valve shaft downwards, and the downward top pressure of bottom end energy of spring is in the middle part of the top surface of pressing plate；
The interior edge of diaphragm is clamped by the bottom surface of pressing plate and the top surface of valve plate；
The top stage casing of valve body is integrally formed with linking mouth, which is integrally formed there are one vertical hollow hole, this is perpendicular
It is penetrated through downwards to hollow hole to the right side input terminal for the fluid chamber for being located at left side, valve plate can make vertical move along vertical hollow hole
It is dynamic；
The top surface of valve deck is arched upward upwards, and there are one vertical pilot hole, axle sleeve is oriented to the central integration of valve deck from vertical
The bottom end in hole is embedded in upwards, and the upper boom end cap of axle sleeve and valve shaft connects；
Valve deck is fastenedly connected by screw bolt and nut with the top surface edge for being connected mouth, and the outer of diaphragm is by the bottom surface side of valve deck
Edge and linking mouth top surface edge clamp；
The upward top pressure of top energy of spring is in the bottom surface of axle sleeve；
Lifting bolt screws in downwards from the upper end of vertical pilot hole, the lifting bolt limit point vertically movable as valve shaft；
The left side edge and right edge of valve body are drilled with screw hole.
The beneficial effects of the utility model are that it has, and structure novel, reasonable design, good seal performance, flow resistance are small, flow
The feature that amount is big, service life is long, practicability is stronger.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Description of the drawings
Fig. 1 is the entire combination connection structure explosion views of the utility model in the closure state.
In figure：1- valve bodies, 2- sealing rings, 3- valve plates, 4- valve shafts, 5- diaphragms, 6- pressing plates, 7- valve decks, A- floating balls, B- float
Pilot valve, C- ball valves, D- small balls.
Specific implementation mode
As shown in Figure 1, a kind of Novel remote-control ball-cock assembly, it is by valve body 1, sealing ring 2, valve plate 3, valve shaft 4, diaphragm 5, pressure
Plate 6, valve deck 7, floating ball A, floating pilot valve B, ball valve C, small ball D compositions, which is characterized in that
Valve body 1, integrally formed with left and right Liang Ge fluid chamber, is located at the right side input of the fluid chamber in left side by casting
It is connected to by the realization of vertical circular through-hole between end and the left side output end of the fluid chamber positioned at right side, is located at the fluid in left side
The right side input terminal of chamber is set to the top of the left side output end of the fluid chamber positioned at right side, is located at the fluid chamber on right side
Right side input port and the left side delivery outlet of the fluid chamber positioned at left side keep same axis, vertical circular through-hole to be located at the axis
On line；
It is connect with the outlet side of small ball D positioned at the right side input port of the fluid chamber on right side, the inlet side of small ball D connects
It is connected to the outlet side of ball valve C, the inlet side of ball valve C is then connect with the outlet side of floating pilot valve B, and floating pilot valve B is floating by incuding
The flying height of ball A realizes the purpose of keying, and the floating pilot valve B in open state can deliver fluids to ball valve C, ball valve C
Small ball D is delivered fluids to again, and small ball D enters fluid conveying in fluid chamber；
Valve seat is installed in vertical circular through-hole, valve seat is in inverted pyramid type structure, the central integration of valve seat
There are one vertical rod aperture, valve seat also walks material through hole integrally formed with fluid, and fluid walks the surrounding that material through hole is distributed in vertical rod aperture,
The fluid walks material through hole as channel of shutting off；
Vertical rod aperture is socketed with a valve shaft 4, and sealing ring 2, valve plate 3, pressing plate 6 are inserted in valve shaft 4 downwards successively, sealing ring
2 can be by 3 top pressure of valve plate on the top surface of valve seat, and location nut screws in downwards in valve shaft 4 and top pressure is in the top surface of pressing plate 6
Portion；
Spring is inserted in downwards in valve shaft 4, and the downward top pressure of bottom end energy of spring is in the middle part of the top surface of pressing plate 6；
The interior edge of diaphragm 5 is clamped by the bottom surface of pressing plate 6 and the top surface of valve plate 3；
The top stage casing of valve body 1 is integrally formed with linking mouth, which is integrally formed there are one vertical hollow hole, this is perpendicular
It is penetrated through downwards to hollow hole to the right side input terminal for the fluid chamber for being located at left side, valve plate 3 can be made vertical along vertical hollow hole
It is mobile；
The top surface of valve deck 7 is arched upward upwards, and the central integration of valve deck 7 is there are one vertical pilot hole, and axle sleeve is from vertically leading
It is embedded in upwards to the bottom end in hole, the upper boom end cap of axle sleeve and valve shaft 4 connects；
Valve deck 7 is fastenedly connected by screw bolt and nut with the top surface edge for being connected mouth, and the outer of diaphragm 5 is by the bottom of valve deck 7
Face edge and linking mouth top surface edge clamp；
The upward top pressure of top energy of spring is in the bottom surface of axle sleeve；
Lifting bolt screws in downwards from the upper end of vertical pilot hole, the lifting bolt limit point vertically movable as valve shaft 4；
The left side edge and right edge of valve body 1 are drilled with screw hole.
Claims (1)
1. a kind of Novel remote-control ball-cock assembly, it is by valve body（1）, sealing ring（2）, valve plate（3）, valve shaft（4）, diaphragm（5）, pressing plate
（6）, valve deck（7）, floating ball（A）, floating pilot valve（B）, ball valve（C）, small ball（D）Composition, which is characterized in that
Valve body（1）By casting integrally formed with left and right Liang Ge fluid chamber, it is located at the right side input terminal of the fluid chamber in left side
It is connected to by the realization of vertical circular through-hole between the left side output end of the fluid chamber positioned at right side, is located at the fluid cavity in left side
The right side input terminal of room is set to the top of the left side output end of the fluid chamber positioned at right side, is located at the fluid chamber on right side
Right side input port and the left side delivery outlet of the fluid chamber positioned at left side keep same axis, vertical circular through-hole to be located at the axis
On；
Positioned at the right side input port of the fluid chamber on right side and small ball（D）Outlet side connection, small ball（D）Inlet side connect
It is connected to ball valve（C）Outlet side, ball valve（C）Inlet side then with floating pilot valve（B）Outlet side connection, floating pilot valve（B）It is logical
Cross induction floating ball（A）Flying height realize the purpose of keying, floating pilot valve in open state（B）It can deliver fluids to
Ball valve（C）, ball valve（C）Small ball is delivered fluids to again（D）, small ball（D）Fluid conveying is entered in fluid chamber；
Valve seat is installed in vertical circular through-hole, valve seat is in inverted pyramid type structure, and the central integration of valve seat has one
A vertical rod aperture, valve seat also walk material through hole integrally formed with fluid, and fluid walks the surrounding that material through hole is distributed in vertical rod aperture, the stream
Body walks material through hole as channel of shutting off；
Vertical rod aperture is socketed with a valve shaft（4）, sealing ring（2）, valve plate（3）, pressing plate（6）It is inserted in valve shaft successively downwards（4）In,
Sealing ring（2）It can be by valve plate（3）For top pressure on the top surface of valve seat, location nut screws in downwards valve shaft（4）In and top pressure in pressure
Plate（6）Top surface in the middle part of；
Spring is inserted in downwards valve shaft（4）In, the downward top pressure of bottom end energy of spring is in pressing plate（6）Top surface in the middle part of；
Diaphragm（5）Interior edge by pressing plate（6）Bottom surface and valve plate（3）Top surface clamp；
Valve body（1）Top stage casing integrally formed with linking mouth, which is integrally formed there are one vertical hollow hole, this is vertical
Hollow hole perforation downwards is extremely located at the right side input terminal of the fluid chamber in left side, valve plate（3）It can make along vertical hollow hole vertical
It is mobile；
Valve deck（7）Top surface arch upward upwards, valve deck（7）Central integration there are one vertical pilot hole, axle sleeve is from vertically leading
It is embedded in upwards to the bottom end in hole, axle sleeve and valve shaft（4）Upper boom end cap connect；
Valve deck（7）It is fastenedly connected with the top surface edge for being connected mouth by screw bolt and nut, diaphragm（5）Outer by valve deck（7）'s
Bottom surface edge and linking mouth top surface edge clamp；
The upward top pressure of top energy of spring is in the bottom surface of axle sleeve；
Lifting bolt screws in downwards from the upper end of vertical pilot hole, and lifting bolt is as valve shaft（4）Vertically movable limit point；
Valve body（1）Left side edge and right edge be drilled with screw hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820053863.9U CN207893226U (en) | 2018-01-12 | 2018-01-12 | A kind of Novel remote-control ball-cock assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820053863.9U CN207893226U (en) | 2018-01-12 | 2018-01-12 | A kind of Novel remote-control ball-cock assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207893226U true CN207893226U (en) | 2018-09-21 |
Family
ID=63551854
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820053863.9U Expired - Fee Related CN207893226U (en) | 2018-01-12 | 2018-01-12 | A kind of Novel remote-control ball-cock assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207893226U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112273092A (en) * | 2020-10-23 | 2021-01-29 | 王晓军 | Passive greening system of outer wall for green building |
-
2018
- 2018-01-12 CN CN201820053863.9U patent/CN207893226U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112273092A (en) * | 2020-10-23 | 2021-01-29 | 王晓军 | Passive greening system of outer wall for green building |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180921 Termination date: 20210112 |