CN205479487U - Two pipeline valve gate that advance - Google Patents
Two pipeline valve gate that advance Download PDFInfo
- Publication number
- CN205479487U CN205479487U CN201620252852.4U CN201620252852U CN205479487U CN 205479487 U CN205479487 U CN 205479487U CN 201620252852 U CN201620252852 U CN 201620252852U CN 205479487 U CN205479487 U CN 205479487U
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- China
- Prior art keywords
- pipe
- gear
- valve box
- transfer tube
- feed
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Abstract
Two pipeline valve gate that advance belongs to the mechanical equipment field for the conversion feed designs, two pipeline valve gate that advance comprises valve box, inside and outside connecting pipe, coupling, switching pipe, pipe plug, spline, gear, rack, handle, discharging pipe, ferrule and inlet pipe, coupling, switching pipe, pipe plug, spline, gear, rack and ferrule are completely in valve box's inside, and inside and outside connecting pipe, handle and discharging pipe are partly inside valve box, and another part is in valve box's outside, inside and outside connecting pipe passes valve box's wall, through the coupling, is connected with the inlet pipe outward. Interiorly be connected with switching pipe or pipe plug, switching pipe and pipe plug parallel arrangement, the distance of distance and two inlet pipes equals among them, connects into whole through the ferrule, the spline is the connecting piece between switching pipe and the gear, the rack has one side of tooth and gear interlock to be connected, and one end is concretied with the handle, the discharging pipe passes through the coupling and is connected with the lower extreme of switching pipe, the beneficial effects of the utility model are that it can lightly exchange by controlling the discharge gate to enable the pouring material.
Description
Technical field
Two enter a pipeline valve out designs for conversion feed, belongs to technical field of mechanical equipment.
Background technology
Need continuous placing during casting of concrete in mass, often pour one with two delivery pumps and pour a little, thus
There are two charging apertures, the switching problem of a discharging opening；Existing technology be by stop feed feed pipe removed after again
Connect with the pipeline of another delivery pump, the most time-consuming, waste again concrete；This utility model provides a kind of easy two
Enter a pipeline valve out, these problems can be solved.
Utility model content
The specific practice of this programme is: two as disclosed in fig 1 enter a pipeline valve out, be arranged on feed pipe 12 with
The seam of discharge nozzle 10, docks the pipeline preparing two delivery pumps of feed with feed pipe 12, and adjusts handle 9, makes to turn
Adapter 4 with will the feed pipe 12 of delivery pump of feed dock, pipe plug 5 is right with the feed pipe 12 of the delivery pump of preparation feed
Connect, it is possible to open delivery pump pump concrete；When needing to change delivery pump, as long as to handle 9 firmly, making tooth bar 8 drive tooth
Wheel 7 rotation turnback, transfer tube 4 and pipe plug 5 transposition.
Two enter a pipeline valve out by valve box 1, interior outer connecting pipe 2, pipe joint 3, transfer tube 4, pipe plug 5, spline
6, gear 7, tooth bar 8, handle 9, discharge nozzle 10, pipe collar 11 and feed pipe 12 composition；Pipe joint 3, transfer tube 4, pipe plug 5,
Spline 6, gear 7, tooth bar 8 are complete with pipe collar 11 in the inside of valve box 1, interior outer connecting pipe 2, handle 9 and discharge nozzle 10 1
Dividing inside valve box 1, another part is in the outside of valve box 1；Interior outer connecting pipe 2, through the wall of valve box 1, passes through pipe joint
3, it is connected with feed pipe 12 outward.In be connected with transfer tube 4 or pipe plug 5；Transfer tube 4 be arranged in parallel with pipe plug 5, its spacing with
The distance of two feed pipes 12 is equal, connects into entirety by pipe collar 11；Spline 6 is the connection between transfer tube 4 and gear 7
Part；Tooth bar 8 have tooth while being connected with gear 7, one end with handle 9 consolidation；Discharge nozzle 10 is by pipe joint 3 and transfer tube
The lower end of 4 connects.
Valve box 1 is box like parts, and preferential recommendation uses the steel plate of 2-3 millimeters thick to make；Valve box 1 is except interior outer connecting pipe
2, handle 9 and a part for discharge nozzle 10 are outside valve box 1, and remaining part is all in the inside of valve box 1；Valve box 1 feeds
Having two holes on the tank wall of port part, aperture is identical with the caliber of feed pipe 12；In the middle of on the tank wall of valve box 1 discharging opening side
Having a hole, one side has aperture, and large aperture is identical with the diameter of discharge nozzle 10, and small-bore is identical with the diameter of handle 9 pull bars.
Interior outer connecting pipe 2 is two tubular parts being mounted on valve box 1 feed side tank wall；Preferential recommendation uses diameter
100-150 millimeter, the steel pipe manufacturing of wall thickness 5-6 millimeter；In two, the caliber equal length of outer connecting pipe 2 is identical, caliber be equal to into
The caliber of material pipe 12, two tube pitch are identical with the spacing of two feed pipes 12；Interior outer connecting pipe 2 two ends are all connected with pipe joint 3.
Pipe joint 3 is to connect the joint between pipeline, and wherein, outside valve box 1 is fixing pipe joint, and preferential recommendation is adopted
Making of ring flange, within valve box 1 is active tube joint, and preferential recommendation uses abrasive rubber to make.
Transfer tube 4 and pipe plug 5 are the connectors of pipe feed of switching the feed；Preferential recommendation uses diameter 100-150 milli
Rice, the steel pipe manufacturing of wall thickness 5-6 millimeter；Wherein transfer tube 4 is internal unobstructed pipeline, and pipe plug 5 is the pipeline closed；With turn
Feed is responsible for by the feed pipe 12 that adapter 4 is connected, and the feed pipe 12 being connected with pipe plug 5 then stops feed；Transfer tube 4 front end is passed through
Active tube joint 3 is connected with feed pipe 12, and rear end is connected with discharge nozzle 10, and the middle spline 6 that passes through is connected with gear 7, along with tooth
Wheel rotation and rotate；Transfer tube 4 is connected with pipe plug 5 by pipe collar 11, and when transfer tube 4 rotates, pipe plug 5 also synchronizes to turn
Dynamic.
Spline 6 is the parts being connected transfer tube 4 with tooth bar 8 with gear 7；The pipe external diameter phase of the endoporus of spline 6 and transfer tube 4
Deng, use interference fits to connect；Spline 6 is outside to be connected with the endoporus of gear 7；The tooth of gear 7 is engaged with the tooth of tooth bar 8；Outside
Under power effect, tooth bar 8 moves along a straight line, and gear 7 just rotates, and drives transfer tube 4 to rotate with pipe plug 5 by spline 6；
When gear 7 rotates 180 degree, transfer tube 4 and pipe plug 5 just reversing of position, change feed pipe 12.
Tooth bar 8 is the toothed bar-like member in side；Tooth bar 8 have flank relative with gear 7, tooth bar 8 tooth depth, tooth pitch all with
Gear 7 well coordinates；One end of tooth bar 8 is connected to shake hands 9, and external force makes tooth bar 8 for linear motion by handle 9, drives tooth
During wheel 7 rotation, change charging aperture.
Handle 9 is rod-like members；Handle 9 is passed two parts, hands by pull bar and hands the outside at valve box 1, pull bar
The tank wall of valve box 1 exit side；During work, operating personnel holds hands handle, pulls pull bar, and tooth bar 8 is the most for linear motion, drives tooth
Wheel 7 rotation.
Pipe collar 11 is the parts that transfer tube 4 and pipe plug 5 are linked to be entirety.
Discharge nozzle 10 and feed pipe 12 are tubular parts；The diameter of discharge nozzle 10 and feed pipe 12 and interior outer connecting pipe 2, pipe
Joint 3, transfer tube 4 and the equal diameters of pipe plug 5, pipe wall thickness is identical.
The beneficial effects of the utility model are to make castable easily to be exchanged by left and right discharging opening.
Accompanying drawing explanation
Fig. 1 two enters a pipeline valve schematic diagram out；
Fig. 2 two enters a pipeline valve 1-1 profile out；
Fig. 3 two enters a pipeline valve 2-2 profile out；
In figure: 1-valve box；Outer connecting pipe in 2-；3-pipe joint；4-transfer tube；5-pipe plug；6-spline；7-gear；
8-tooth bar；9-shakes hands；10-discharge nozzle；11-pipe collar, 12-feed pipe.
Detailed description of the invention
Two as disclosed in fig 1 are entered a pipeline valve out by certain engineering, are arranged on connecing of feed pipe 12 and discharge nozzle 10
At Kou, the pipeline preparing two delivery pumps of feed is docked with feed pipe 12, and adjusts handle 9, make transfer tube 4 and will supply
The feed pipe 12 of the delivery pump of material docks, and pipe plug 5 docks with the feed pipe 12 of the delivery pump of preparation feed, it is possible to open defeated
Send pump pump concrete；When needing to change delivery pump, as long as to handle 9 firmly, making tooth bar 8 driven gear 7 revolve turnback, turn
Adapter 4 and pipe plug 5 transposition.
Two enter a pipeline valve out by valve box 1, interior outer connecting pipe 2, pipe joint 3, transfer tube 4, pipe plug 5, spline
6, gear 7, tooth bar 8, handle 9, discharge nozzle 10, pipe collar 11 and feed pipe 12 composition；Pipe joint 3, transfer tube 4, pipe plug 5,
Spline 6, gear 7, tooth bar 8 are complete with pipe collar 11 in the inside of valve box 1, interior outer connecting pipe 2, handle 9 and discharge nozzle 10 1
Dividing inside valve box 1, another part is in the outside of valve box 1；Interior outer connecting pipe 2, through the wall of valve box 1, passes through pipe joint
3, it is connected with feed pipe 12 outward.In be connected with transfer tube 4 or pipe plug 5；Transfer tube 4 be arranged in parallel with pipe plug 5, its spacing with
The distance of two feed pipes 12 is equal, connects into entirety by pipe collar 11；Spline 6 is the connection between transfer tube 4 and gear 7
Part；Tooth bar 8 have tooth while being connected with gear 7, one end with handle 9 consolidation；Discharge nozzle 10 is by pipe joint 3 and transfer tube
The lower end of 4 connects.
Valve box 1 is box like parts, uses the steel plate of 3 millimeters thick to make；Valve box 1 except interior outer connecting pipe 2, handle 9 with
A part for discharge nozzle 10 is outside valve box 1, and remaining part is all in the inside of valve box 1；The case at valve box 1 charging aperture position
Having two holes on wall, aperture is identical with the caliber of feed pipe 12；A hole is had in the middle of on the tank wall of valve box 1 discharging opening side, one
There is aperture side, and large aperture is identical with the diameter of discharge nozzle 10, and small-bore is identical with the diameter of handle 9 pull bars.
Interior outer connecting pipe 2 is two tubular parts being mounted on valve box 1 feed side tank wall；Use diameter 125 millimeters,
The steel pipe manufacturing that wall thickness is 5 millimeters；In two, the caliber equal length of outer connecting pipe 2 is identical, caliber equal to the caliber of feed pipe 12, two
Tube pitch is identical with the spacing of two feed pipes 12；Interior outer connecting pipe 2 two ends are all connected with pipe joint 3.
Pipe joint 3 is to connect the joint between pipeline, and wherein, outside valve box 1 is fixing pipe joint, uses ring flange
Making, within valve box 1 is active tube joint, uses abrasive rubber to make.
Transfer tube 4 and pipe plug 5 are the connectors of pipe feed of switching the feed；Use diameter 125 millimeters, wall thickness 5 millimeters
Steel pipe manufacturing；Wherein transfer tube 4 is internal unobstructed pipeline, and pipe plug 5 is the pipeline closed；With entering that transfer tube 4 is connected
Feed is responsible for by material pipe 12, and the feed pipe 12 being connected with pipe plug 5 then stops feed；Transfer tube 4 front end by active tube joint 3 with
Feed pipe 12 connects, and rear end is connected with discharge nozzle 10, and the middle spline 6 that passes through is connected with gear 7, turns along with the rotation of gear
Dynamic；Transfer tube 4 is connected with pipe plug 5 by pipe collar 11, when transfer tube 4 rotates, and pipe plug 5 also synchronous axial system.
Spline 6 is the parts being connected transfer tube 4 with tooth bar 8 with gear 7；The pipe external diameter phase of the endoporus of spline 6 and transfer tube 4
Deng, use interference fits to connect；Spline 6 is outside to be connected with the endoporus of gear 7；The tooth of gear 7 is engaged with the tooth of tooth bar 8；Outside
Under power effect, tooth bar 8 moves along a straight line, and gear 7 just rotates, and drives transfer tube 4 to rotate with pipe plug 5 by spline 6；
When gear 7 rotates 180 degree, transfer tube 4 and pipe plug 5 just reversing of position, change feed pipe 12.
Tooth bar 8 is the toothed bar-like member in side；Tooth bar 8 have flank relative with gear 7, tooth bar 8 tooth depth, tooth pitch all with
Gear 7 well coordinates；One end of tooth bar 8 is connected to shake hands 9, and external force makes tooth bar 8 for linear motion by handle 9, drives tooth
During wheel 7 rotation, change charging aperture.
Handle 9 is rod-like members；Handle 9 is passed two parts, hands by pull bar and hands the outside at valve box 1, pull bar
The tank wall of valve box 1 exit side；During work, operating personnel holds hands handle, pulls pull bar, and tooth bar 8 is the most for linear motion, drives tooth
Wheel 7 rotation.
Pipe collar 11 is the parts that transfer tube 4 and pipe plug 5 are linked to be entirety.
Discharge nozzle 10 and feed pipe 12 are tubular parts；The diameter of discharge nozzle 10 and feed pipe 12 and interior outer connecting pipe 2, pipe
Joint 3, transfer tube 4 and the equal diameters of pipe plug 5, pipe wall thickness is identical.
Claims (10)
1. liang entering a pipeline valve out, it is characterized in that, described valve is by valve box (1), interior outer connecting pipe (2), pipe joint
(3), transfer tube (4), pipe plug (5), spline (6), gear (7), tooth bar (8), handle (9), discharge nozzle (10), pipe collar (11) with
Feed pipe (12) forms；Pipe joint (3), transfer tube (4), pipe plug (5), spline (6), gear (7), tooth bar (8) and pipe collar
(11) completely in the inside of valve box (1), interior outer connecting pipe (2), handle (9) and discharge nozzle (10) part are in valve box (1)
Inside, another part is in the outside of valve box (1)；Interior outer connecting pipe (2) is through the wall of valve box (1), by pipe joint (3),
It is connected with feed pipe (12) outward；
In be connected with transfer tube (4) or pipe plug (5)；Transfer tube (4) be arranged in parallel with pipe plug (5), and its spacing and two enter
The distance of material pipe (12) is equal, connects into entirety by pipe collar (11)；Spline (6) is the company between transfer tube (4) and gear (7)
Fitting；Tooth bar (8) have tooth while being connected with gear (7), one end with handle (9) consolidation；Discharge nozzle (10) is connect by pipe
Head (3) is connected with the lower end of transfer tube (4).
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, valve box (1) is box like parts, except interior
A part for outer connecting pipe (2), handle (9) and discharge nozzle (10) is in valve box (1) outside, and remaining part is all in valve box (1)
Inside；Having two holes on the tank wall at valve box (1) charging aperture position, aperture is identical with the caliber of feed pipe (12)；Valve box
(1) having a hole in the middle of on the tank wall of discharging opening side, one side has aperture, and large aperture is identical with the diameter of discharge nozzle (10), little
Aperture is identical with the diameter of handle (9) pull bar.
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, interior outer connecting pipe (2) is two build-ins
Tubular part on valve box (1) feed side tank wall；In two, the caliber equal length of outer connecting pipe (2) is identical, and caliber is equal to
The caliber of feed pipe (12), two tube pitch are identical with the spacing of two feed pipes (12)；Interior outer connecting pipe (2) two ends are all connected with managing
Joint (3).
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, pipe joint (3) is to connect between pipeline
Joint, wherein, valve box (1) outside is fixing pipe joint, and what valve box (1) was internal is active tube joint.
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, transfer tube (4) and pipe plug (5) are to turn
The connector of swap-in pipe material feed；Wherein transfer tube (4) is internal unobstructed pipeline, and pipe plug (5) is the pipeline closed；With
Feed is responsible for by the feed pipe (12) that transfer tube (4) is connected, and the feed pipe (12) being connected with pipe plug (5) then stops feed；Switching
Pipe (4) front end is connected with feed pipe (12) by active tube joint (3), and rear end is connected with discharge nozzle (10), and spline is passed through in centre
(6) it is connected with gear (7), rotates along with the rotation of gear；Transfer tube (4) is connected with pipe plug (5) by pipe collar (11), turns
When adapter (4) rotates, pipe plug (5) also synchronous axial system.
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, spline (6) is to be connected to turn with gear (7)
Adapter (4) and the parts of tooth bar (8)；The endoporus of spline (6) is equal with the pipe external diameter of transfer tube (4), uses interference fits to connect；
Spline (6) is outside to be connected with the endoporus of gear (7)；The tooth of gear (7) is engaged with the tooth of tooth bar (8)；Under external force, tooth bar
(8) moving along a straight line, gear (7) just rotates, and drives transfer tube (4) to rotate with pipe plug (5) by spline (6)；When
When gear (7) rotates 180 degree, transfer tube (4) and pipe plug (5) just reversing of position, change feed pipe (12).
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, tooth bar (8) is the toothed strip in side
Parts；Tooth bar (8) have flank relative with gear (7), tooth bar (8) tooth depth, tooth pitch all well coordinate with gear (7)；Tooth bar
(8) one end is connected to shake hands (9), and external force makes tooth bar (8) for linear motion by handle (9), when driven gear (7) rotates,
Change charging aperture.
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, handle (9) is rod-like members；Handle
(9) by pull bar and hands two parts, hands is in the outside of valve box (1), and pull bar is through the tank wall of valve box (1) exit side；Work
When making, operating personnel holds hands handle, pulls pull bar, and tooth bar (8) is the most for linear motion, and driven gear (7) rotates.
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, pipe collar (11) be by transfer tube (4) with
Pipe plug (5) is linked to be the parts of entirety.
The most according to claim 1 two enter a pipeline valve out, and it is characterized in that, discharge nozzle (10) and feed pipe (12)
It it is tubular part；The diameter of discharge nozzle (10) and feed pipe (12) and interior outer connecting pipe (2), pipe joint (3), transfer tube (4) with
The equal diameters of pipe plug (5), pipe wall thickness is identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620252852.4U CN205479487U (en) | 2016-03-30 | 2016-03-30 | Two pipeline valve gate that advance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620252852.4U CN205479487U (en) | 2016-03-30 | 2016-03-30 | Two pipeline valve gate that advance |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205479487U true CN205479487U (en) | 2016-08-17 |
Family
ID=56648612
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620252852.4U Expired - Fee Related CN205479487U (en) | 2016-03-30 | 2016-03-30 | Two pipeline valve gate that advance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205479487U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111389334A (en) * | 2020-04-18 | 2020-07-10 | 杨明清 | Water-reducing agent reation kettle convenient to sample detection |
-
2016
- 2016-03-30 CN CN201620252852.4U patent/CN205479487U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111389334A (en) * | 2020-04-18 | 2020-07-10 | 杨明清 | Water-reducing agent reation kettle convenient to sample detection |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160817 Termination date: 20180330 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |