CN205479650U - Utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve - Google Patents
Utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve Download PDFInfo
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- CN205479650U CN205479650U CN201620110368.8U CN201620110368U CN205479650U CN 205479650 U CN205479650 U CN 205479650U CN 201620110368 U CN201620110368 U CN 201620110368U CN 205479650 U CN205479650 U CN 205479650U
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- valve
- float
- valve body
- water
- post
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Abstract
The utility model relates to an utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve is used for installing at medium storage tank delivery pipeline, the valve body of the mouth of a river, bottom carring over the mouth of a river is brought into including upper portion, the valve body inner chamber through the vertical cunning of vertical guide post join in marriage a large proportion in the light medium in upper strata, be less than the float -type case of lower floor's water, vertical guide post with the inclusive AND is joined in marriage to the direct vertical cunning of float -type case the float -type case upwards the system have or the vertical cunning that is equipped with is joined in marriage the post cunning and is joined in marriage, the valve body is in the float -type case with have between the delivery port when the float -type case is located the lower dead center, with the sealed complex disk seat in float -type case lower part. Has the advantage of can automated inspection and discharging out lower floor's water.
Description
Technical field
This utility model relates to a kind of valve, particularly relates to a kind of automatic cut-off water valve utilizing layered medium buoyancy difference to cut row's lower layer of water.
Background technology
If it is known that the water that the proportion oleaginous medium liquid vehicle less than water or gas medium are carried secretly detects the row of cutting not in time and can bring unnecessary trouble, for convenience of narration, upper strata oleaginous medium liquid vehicle or gas medium and lower layer of water are referred to as layered medium.At present, it is numerous in variety that layered medium cuts the water detection row of cutting equipment, but it is all the layering container that a subzonal layer water detection device is set specially, water pipe is cut again what penstock cut by layering container bottom UNICOM one band, by lower layer of water detection device by controller operate cut water valve linkage, it is achieved automatic water-stopping.
Utility model content
This utility model aims to overcome that the drawbacks described above of prior art, it is provided that a kind of automatic cut-off water valve utilizing layered medium buoyancy difference to cut row's lower layer of water that can automatically detect and give off lower layer of water.
For achieving the above object, this utility model utilizes layered medium buoyancy difference to cut the automatic cut-off water valve of row's lower layer of water for being arranged at medium reservoirs flowing line, including upper bands water inlet, the valve body of bottom belt outlet, described body cavity joins a proportion more than upper strata light substance, float-type spool less than lower layer of water by vertical lead is vertically sliding, described vertical lead and described float-type spool the most sliding join be upwards shaped with described float-type spool or equipped with vertical sliding post of joining slide and join；Valve body has when described float-type spool is positioned at lower dead center between described float-type spool and described outlet, the valve seat coordinated with float-type spool lower seal.The geometry of described ball float is revolving body, it is also possible to be spherical, can also be cone or other can block the hollow solid of valve seat, the proportion of its geometry is between two media.There is the advantage that can automatically detect and give off lower layer of water.
As optimization, being configured with magnet steel with the described vertical lead directly sliding described float-type spool top joined or described vertical cunning is joined and is configured with magnet steel on post, described vertical lead is configured with and coordinates the tongue tube for gathering valve position information with described magnet steel；Described valve body is shaped with on the parts of water inlet and outlet or valve body configuration and is shaped with water inlet and outlet.
As optimization, described tongue tube is to gather valve closing or valve closing and unlatching or the tongue tube of valve opening valve position information, and described tongue tube connects the central control system in control room by valve position information remote transmitting system or described tongue tube connects controller；Side, described valve body top sets above water inlet or described valve body or sets water inlet above cover plate.
As optimization, the described downward UNICOM of valve body outlet joins the back segment flowing line of hand-operated valve or draining control valve and hand-operated valve, described draining control valve and tongue tube and connects described central control system by remote transmitting system or connect described controller or connect described central control system by controller and remote transmitting system.
As optimization, described valve body more than valve seat and between the draining control valve of back segment flowing line or hand-operated valve front portion UNICOM join the return duct of recycle control valve；Described draining control valve and tongue tube and recycle control valve connect described central control system by remote transmitting system or connect described controller or connect described central control system by controller and remote transmitting system.
As optimization, described valve seat is to be embedded in valve body by oil resistant rubber to constitute in lower annular metal pedestal, described float-type spool is spherical or sharp catotropic cone, circular cone cylindricality or thin catotropic truncated cone-shaped, round platform cylindricality, and the bottom round table surface of the lower ball side face of described spherical float formula spool, cone or the lower cone face of circular cone cylindricality float-type spool, truncated cone-shaped or frustum of a cone cylindricality float-type spool coordinates with described valve base sealing.
As optimization, described valve body is made of stainless steel, and described valve body is connected with medium reservoirs by flange and leading portion flowing line；Described valve body inner top surface downwards equipped with or be shaped with and described vertical lead, described body base has the ring-shaped valve seats coordinated with float-type spool lower seal more than outlet.
As optimization, the configuration cover plate suitable for reading of described valve body, cover plate lower middle part is shaped with downwards in the middle part of described vertical lead or described valve body inner top surface and fills downwards or be shaped with and the described float-type spool vertically sliding vertical lead joined, and described body base has surge chamber between outlet and ring-shaped valve seats.
As optimization, described float-type spool is upwards shaped with or arranged side by side vertical sliding of one or more of magnet steel of joining equipped with annular distribution joins post or vertical sliding pipe arrangement formula is vertically sliding joins post, described vertical lead is furnished with the tongue tube coordinated with described magnet steel, the most vertical with many of described annular distribution outside described vertical lead sliding joins that post or vertical sliding pipe arrangement formula are vertically sliding joins vertical inside post sliding join；
Or described float-type spool is upwards shaped with or joins post equipped with the center vertically cunning joining magnet steel, and described vertical lead is furnished with the tongue tube coordinated with described magnet steel, join with described center vertically sliding post vertically cunning of joining inside described vertical lead.
As optimization, described vertical lead be configuration suitable for reading with valve body inner top or valve body cover plate under the hollow pipe-type of bottom lock that is connected of face seal, described vertical sliding pipe type vertically sliding joining has overflow gap or vertical slip pipe base portion to have a side overflow hole between post and described vertical lead, or described vertical cunning is joined, and many roots that post is distributed by ring-like spacer are vertically sliding joins post and form；
Or described center vertically sliding post of joining is and float-type spool UNICOM or the hollow pipe-type of top seal that is tightly connected with float-type spool；Described vertical lead is hollow pipe-type center vertically sliding the joining of tubular and top seal to have overflow gap or tubular vertical lead top to have a side overflow hole between post, or described vertical lead is one or the vertical lead of many roots that is distributed by ring-like spacer forms.
nullThis utility model is a kind of valve utilizing buoyancy difference to realize being automatically switched off and having valve position signal teletransmission，It is mounted on the flowing line of medium reservoirs，It includes valve inleting water mouth、Float-type spool or title ball float、Outlet，The proportion of this ball float is between water and light substance，Shape can be spherical、Cone，It is arranged on the most sliding magnet steel joined on post or vertical sliding pipe arrangement or guide pipe of float-type spool (or ball float)，The vertical lead being arranged on the cover plate of valve body or valve body and the tongue tube being arranged in vertical lead，When in valve body being dense media，Owing to the proportion of dense media is more than float proportion，Float is lifted off a seat in the outlet opening valve，Start draining，In light substance enters valve body，Owing to the proportion of medium is lighter than the proportion of float valve core，Float-type spool falls back to valve seat，Stop draining，And by the adhesive of tongue tube the signal is far passed of valve closing to control room.
It is to realize closing by buoyancy difference, and has the valve of the function of valve position signal teletransmission, and its material stainless steel is made.
The magnet steel being arranged on ball float guide pipe, when ball float falls and sits on valve seat, just makes the tongue tube adhesive being arranged in the lead on valve body cover plate, and by wire, this pickup signal is transferred to control room.
The proportion of described ball float is more than the proportion of medium less than the proportion of water so that ball float can float in water, and declines in the light substance of upper strata.
After using technique scheme, the automatic cut-off water valve that this utility model utilizes layered medium buoyancy difference to cut row's lower layer of water has the advantage that can automatically detect and give off lower layer of water.
Accompanying drawing explanation
Fig. 1 is that this utility model utilizes layered medium buoyancy difference to cut the structural representation of the automatic cut-off water valve embodiment one arranging lower layer of water；
Fig. 2 is that this utility model utilizes layered medium buoyancy difference to cut the structural representation of the automatic cut-off water valve embodiment two arranging lower layer of water.
Detailed description of the invention
Embodiment one, as shown in Figure 1, this utility model utilizes layered medium buoyancy difference to cut the automatic cut-off water valve of row's lower layer of water for being arranged at medium reservoirs flowing line 9, it includes the valve body 1 of upper bands water inlet 10, bottom belt outlet 11, described valve body 1 inner chamber joins a proportion more than upper strata light substance, float-type spool 3 less than lower layer of water by vertical lead 2 is vertically sliding, described vertical lead 2 be upwards shaped with described float-type spool 3 or equipped with vertical sliding join that post 31 is sliding joins (can also be join the most sliding with described float-type spool)；Valve body 1 has when described float-type spool 3 is positioned at lower dead center between described float-type spool 3 and described outlet 11, the valve seat 18 coordinated with float-type spool 3 lower seal.
The most described vertical cunning is joined and is configured with magnet steel 8 (can also be to be configured with magnet steel with the described vertical lead directly sliding described float-type spool top joined) on post 31, and described vertical lead 2 is configured with and coordinates the tongue tube 7 for gathering valve position information with described magnet steel 8；Described valve body 1 is shaped with water inlet 10 and outlet 11 (can also be to be shaped with water inlet and outlet on the parts of valve body configuration).
The most described tongue tube 7 is to gather valve closing or valve closing and unlatching or the tongue tube 7 of valve opening valve position information, and described tongue tube 7 connects the central control system in control room (can also be that described tongue tube connects controller) by valve position information remote transmitting system；Side, described valve body 1 top sets water inlet 10 (can also be to set water inlet above described valve body or above cover plate).
The back segment flowing line 9 of hand-operated valve 4 (or draining control valve and hand-operated valve) is joined by the most described downward UNICOM of valve body outlet 11.
The most described valve seat 18 is to be embedded in valve body 1 by oil resistant rubber to constitute in lower annular metal pedestal, described float-type spool 3 is spherical (or sharp catotropic cone, circular cone cylindricality or thin catotropic truncated cone-shaped, round platform cylindricality), and the lower ball side face (or conical or the lower cone face of circular cone cylindricality float-type spool, truncated cone-shaped or bottom round table surface of frustum of a cone cylindricality float-type spool) of described spherical float formula spool seals with described valve seat 18 and coordinates.
The most described valve body 1 is made of stainless steel, and described valve body 1 is connected with medium reservoirs by flange and leading portion flowing line 9；Described valve body 1 inner top surface downwards equipped with or be shaped with and described vertical lead 2, have the ring-shaped valve seats 18 coordinated with float-type spool 3 lower seal bottom described valve body 2 at outlet more than 11.
The configuration cover plate 16 suitable for reading of the most described valve body 1, cover plate 16 lower middle part is shaped with downwards described vertical lead 2 (can also be to fill downwards in the middle part of described valve body inner top surface or be shaped with and the described float-type spool vertically sliding vertical lead joined), has surge chamber 19 bottom described valve body 1 between outlet 11 and ring-shaped valve seats 18.
The most described float-type spool 3 is upwards shaped with or the vertical sliding pipe arrangement formula of magnet steel 8 is vertically sliding joins post 31 (or many of annular distribution the most vertical sliding join post) equipped with joining, described vertical lead 2 is furnished with the tongue tube 7 coordinated with described magnet steel 8, and described vertical lead 2 and described vertical sliding pipe arrangement formula are vertically sliding joins that post 31 (or many vertical cunnings of annular distribution join post) inner side is vertical sliding joins.
The most described vertical lead 2 is the hollow pipe-type that the cover plate 16 (or valve body inner top) below of configuration suitable for reading with valve body 1 seals the bottom lock being connected, and described vertical sliding pipe type vertically sliding joining has overflow gap or vertical sliding pipe type vertically sliding post 31 base portion of joining to have side overflow hole (or described vertical cunning is joined, and many roots that post is distributed are vertically sliding joins post and form) by ring-like spacer between post 31 and described vertical lead 2.
Embodiment two, as in figure 2 it is shown, this utility model is with the difference of embodiment one: the most described downward UNICOM of valve body outlet 11 is downstream according to joining draining control valve 41 and the back segment flowing line 9 of hand-operated valve 4 (or hand-operated valve).Described draining control valve 41 and tongue tube 7 connect described central control system by controller 5 and remote transmitting system.(can also be to connect described central control system by remote transmitting system or connect described controller).
The return duct 6 of recycle control valve 42 is joined by described valve body 1 UNICOM between the draining control valve 41 or hand-operated valve 4 front portion of valve seat more than 18 and back segment flowing line 9；Described draining control valve 41 and tongue tube 7 and recycle control valve 42 connect described central control system (can also be to connect described central control system by remote transmitting system or connect described controller) by controller 5 and remote transmitting system.
Described valve seat 18 is to be embedded on valve body 1 inner bottom part endless metal seat by oil resistant rubber to constitute, described float-type spool 3 is sharp catotropic circular cone cylindricality (or spherical or sharp catotropic conical or thin catotropic truncated cone-shaped, round platform cylindricality), and the lower cone face (spherical float formula spool lower ball side face or the cone lower cone face of float-type spool, truncated cone-shaped or the bottom round table surface of frustum of a cone cylindricality float-type spool) of described circular cone cylindricality float-type spool seals with described valve seat 18 and coordinates.Between outlet 11 and ring-shaped valve seats 11, it is not provided with surge chamber bottom described valve body 1.
The most described float-type spool 3 is upwards shaped with or joins post 31 equipped with the center vertically cunning joining magnet steel, and described vertical lead 2 is furnished with the tongue tube 7 coordinated with described magnet steel 8, joins with described center vertically sliding post 31 vertically cunning of joining inside described vertical lead 2.
The most described center vertically sliding post 31 of joining is and float-type spool 3 UNICOM or the hollow pipe-type of top seal that is tightly connected with float-type spool 3；Described vertical lead 2 is hollow pipe-type center vertically sliding the joining of tubular and top seal to have overflow gap or tubular vertical lead 2 top to have side overflow hole between post 31, or the vertical lead of many roots 2 that described vertical lead 2 is distributed by ring-like spacer forms.
nullThis utility model is a kind of valve utilizing buoyancy difference to realize being automatically switched off and having valve position signal teletransmission，It is mounted on the flowing line of medium reservoirs，It includes valve inleting water mouth、Float-type spool or title ball float、Outlet，The proportion of this ball float is between water and light substance，Shape can be spherical、Cone，It is arranged on the most sliding magnet steel joined on post or vertical sliding pipe arrangement or guide pipe of float-type spool (or ball float)，The vertical lead being arranged on the cover plate of valve body or valve body and the tongue tube being arranged in vertical lead，When in valve body being dense media，Owing to the proportion of dense media is more than float proportion，Float is lifted off a seat in the outlet opening valve，Start draining，In light substance enters valve body，Owing to the proportion of medium is lighter than the proportion of float valve core，Float-type spool falls back to valve seat，Stop draining，And by the adhesive of tongue tube the signal is far passed of valve closing to control room.
It is to realize closing by buoyancy difference, and has the valve of the function of valve position signal teletransmission, and its material stainless steel is made.
The magnet steel being arranged on ball float guide pipe, when ball float falls and sits on valve seat, just makes the tongue tube adhesive being arranged in the lead on valve body cover plate, and by wire, this pickup signal is transferred to control room.
The proportion of described ball float is more than the proportion of medium less than the proportion of water so that ball float can float in water, and declines in the light substance of upper strata.
Claims (10)
1. one kind utilizes the automatic cut-off water valve that layered medium buoyancy difference cuts row's lower layer of water, it is characterized in that for being arranged on medium reservoirs flowing line, including upper bands water inlet, the valve body of bottom belt outlet, described body cavity joins a proportion more than upper strata light substance, float-type spool less than lower layer of water by vertical lead is vertically sliding, described vertical lead and described float-type spool the most sliding join be upwards shaped with described float-type spool or equipped with vertical sliding post of joining slide and join；Valve body has when described float-type spool is positioned at lower dead center between described float-type spool and described outlet, the valve seat coordinated with float-type spool lower seal.
Automatic cut-off water valve the most according to claim 1, it is characterized in that being configured with magnet steel with the described vertical lead directly sliding described float-type spool top joined or described vertical cunning is joined and is configured with magnet steel on post, described vertical lead is configured with and coordinates the tongue tube for gathering valve position information with described magnet steel；Described valve body is shaped with on the parts of water inlet and outlet or valve body configuration and is shaped with water inlet and outlet.
Automatic cut-off water valve the most according to claim 2, it is characterized in that described tongue tube is to gather valve closing or valve closing and unlatching or the tongue tube of valve opening valve position information, described tongue tube connects the central control system in control room by valve position information remote transmitting system or described tongue tube connects controller；Side, described valve body top sets above water inlet or described valve body or sets water inlet above cover plate；The back segment flowing line of hand-operated valve or draining control valve and hand-operated valve is joined by the described downward UNICOM of valve body outlet.
Automatic cut-off water valve the most according to claim 3, it is characterised in that described draining control valve and tongue tube connect described central control system by remote transmitting system or connect described controller or connect described central control system by controller and remote transmitting system.
Automatic cut-off water valve the most according to claim 4, it is characterised in that described valve body more than valve seat and between the draining control valve of back segment flowing line or hand-operated valve front portion UNICOM join the return duct of recycle control valve；Described draining control valve and tongue tube and recycle control valve connect described central control system by remote transmitting system or connect described controller or connect described central control system by controller and remote transmitting system.
Automatic cut-off water valve the most according to claim 1, it is characterized in that described valve seat is to be embedded in valve body by oil resistant rubber to constitute in lower annular metal pedestal, described float-type spool is spherical or sharp catotropic cone, circular cone cylindricality or thin catotropic truncated cone-shaped, round platform cylindricality, and the bottom round table surface of the lower ball side face of described spherical float formula spool, cone or the lower cone face of circular cone cylindricality float-type spool, truncated cone-shaped or frustum of a cone cylindricality float-type spool coordinates with described valve base sealing.
The most according to claim 1, automatic cut-off water valve, it is characterised in that described valve body is made of stainless steel, described valve body is connected with medium reservoirs by flange and leading portion flowing line；Described valve body inner top surface downwards equipped with or be shaped with and described vertical lead, described body base has the ring-shaped valve seats coordinated with float-type spool lower seal more than outlet.
Automatic cut-off water valve the most according to claim 7, it is characterized in that the configuration cover plate suitable for reading of described valve body, cover plate lower middle part is shaped with downwards in the middle part of described vertical lead or described valve body inner top surface and fills downwards or be shaped with and the described float-type spool vertically sliding vertical lead joined, and described body base has surge chamber between outlet and ring-shaped valve seats.
9. according to the arbitrary described automatic cut-off water valve of claim 2-3, it is characterized in that described float-type spool is upwards shaped with or arranged side by side vertical sliding of one or more of magnet steel of joining equipped with annular distribution joins post or vertical sliding pipe arrangement formula is vertically sliding joins post, described vertical lead is furnished with the tongue tube coordinated with described magnet steel, the most vertical with many of described annular distribution outside described vertical lead sliding joins that post or vertical sliding pipe arrangement formula are vertically sliding joins vertical inside post sliding join；
Or described float-type spool is upwards shaped with or joins post equipped with the center vertically cunning joining magnet steel, and described vertical lead is furnished with the tongue tube coordinated with described magnet steel, join with described center vertically sliding post vertically cunning of joining inside described vertical lead.
Automatic cut-off water valve the most according to claim 9, it is characterized in that the hollow pipe-type of the bottom lock that face seal is connected under the cover plate that described vertical lead is configuration suitable for reading with valve body inner top or valve body, described vertical sliding pipe type is vertically slided has overflow gap or vertical slip pipe base portion to have a side overflow hole between pipe arrangement and described vertical lead, or described vertical cunning is joined, and many roots that post is distributed by ring-like spacer are vertically sliding joins post and form；
Or described center vertically sliding post of joining is and float-type spool UNICOM or the hollow pipe-type of top seal that is tightly connected with float-type spool；Described vertical lead is hollow pipe-type center vertically sliding the joining of tubular and top seal to have overflow gap or tubular vertical lead top to have side overflow hole between post, or the vertical lead of many roots that described vertical lead is distributed by ring-like spacer forms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620110368.8U CN205479650U (en) | 2016-01-30 | 2016-01-30 | Utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620110368.8U CN205479650U (en) | 2016-01-30 | 2016-01-30 | Utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve |
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| Publication Number | Publication Date |
|---|---|
| CN205479650U true CN205479650U (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620110368.8U Expired - Fee Related CN205479650U (en) | 2016-01-30 | 2016-01-30 | Utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve |
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| CN (1) | CN205479650U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110219355A (en) * | 2019-07-24 | 2019-09-10 | 北京康之维科技有限公司 | Urinal magnetic suspension punching row's closing is every smelly method and device |
| CN110258732A (en) * | 2019-07-24 | 2019-09-20 | 北京康之维科技有限公司 | Lavatory basin magnetic suspension discharge closing is every smelly method and device |
| CN113007575A (en) * | 2021-03-08 | 2021-06-22 | 浙江工业大学之江学院 | Intelligent equipment chain lubricating device and lubricating method thereof |
-
2016
- 2016-01-30 CN CN201620110368.8U patent/CN205479650U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110219355A (en) * | 2019-07-24 | 2019-09-10 | 北京康之维科技有限公司 | Urinal magnetic suspension punching row's closing is every smelly method and device |
| CN110258732A (en) * | 2019-07-24 | 2019-09-20 | 北京康之维科技有限公司 | Lavatory basin magnetic suspension discharge closing is every smelly method and device |
| CN113007575A (en) * | 2021-03-08 | 2021-06-22 | 浙江工业大学之江学院 | Intelligent equipment chain lubricating device and lubricating method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170428 Address after: 239000 Nanjing North Road, Anhui, No. 350, No. Patentee after: Kete (Chuzhou) fluid control Co. Address before: 100101 Chaoyang District, Beiyuan Road, No. 170, No. A, block, room 1, room 1201 Patentee before: Gao Xiang |
|
| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160817 Termination date: 20190130 |
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| CF01 | Termination of patent right due to non-payment of annual fee |