CN207376582U - A kind of valve system based on the horizontal controller of float-ball type - Google Patents
A kind of valve system based on the horizontal controller of float-ball type Download PDFInfo
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- CN207376582U CN207376582U CN201721298376.0U CN201721298376U CN207376582U CN 207376582 U CN207376582 U CN 207376582U CN 201721298376 U CN201721298376 U CN 201721298376U CN 207376582 U CN207376582 U CN 207376582U
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Abstract
The utility model discloses a kind of valve systems based on the horizontal controller of float-ball type, it includes gate（1）, the gate slot that is adapted with gate（2）And gate hoist（3）, gate hoist include steel wire rope（3‑1）And headstock gear（3‑2）, gate is sequentially connected by steel wire rope and headstock gear, further includes the horizontal controller of float-ball type（4）, the horizontal controller of float-ball type is mutually contradictory to be arranged at gate upper end both sides, and the horizontal controller of float-ball type includes block（4‑1）, oil level magnetic control signalling means（4‑2）With connect fuel tank（4‑3）, the horizontal controller of float-ball type is divided into slight inclination precautionary areas（5）, alarm area（6）With area out of service（7）, connection fuel tank inner chamber is equipped with liquid（4‑4）, on block, oil level magnetic control signalling means is arranged on connection fuel tank connection fuel tank.The utility model uses the valve system based on the horizontal controller of float-ball type, and monitoring gate tilts, it is ensured that gate safe operation.
Description
Technical field
The utility model is related to hydraulic engineering technical fields, and in particular to a kind of gate based on the horizontal controller of float-ball type
Device.
Background technology
For gate as water storage and water drainage building, the effect in society now is increasing, is industrial and agricultural production, society
Economic development has played important function, also occupies important function in basin or Urban Flood control drought relief work.It is rolled up by double lifting point
The plane gate of formula headstock gear opening and closing, gates of segmental shape are raised in gate using more, winch hoist to the promotion of gate and
Closing is to transfer to realize using the flexible of steel wire rope.In gate hoist operation, glide since steel wire rope one side loosens,
Steel wire rope excessive wear, steel wire rope depart from the reasons such as movable pulley race, gate one side foreign body from blocking, cause gate run-off the straight,
It is stuck to be lifted in gate slot, it is such as out of service not in time, headstock gear burn-down of electrical machinery, wire cable rupture, headstock gear can be caused
Or gate deformed damaged, engineering operation accident is caused, when particularly gate night is run, it more difficult to find.
At present, some key water control projects have enabled computer remote monitoring system and gate opening height have been controlled, can be remote
The lifting of process control gate still, when gate tilts, does not possess the prompting inclined function of gate, leads to not send out in time
Existing gate run-off the straight phenomenon.Importantly, there is no specific controllable device now and whether tilt observing gate and
How effectively to make to be controlled before gate is stuck.Therefore, worked out there is an urgent need for those skilled in the art a kind of horizontal based on float-ball type
The valve system of controller.
Utility model content
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, and providing one kind can monitor
The inclined valve system based on the horizontal controller of float-ball type of gate, energy early detection gate tilts, before effectively making gate stuck
Controlled, benefit of water project be effectively played.
In order to reach above-mentioned purpose of utility model, the technical scheme that the utility model is provided is as follows：One kind is based on float-ball type
The valve system of horizontal controller, the gate slot and gate hoist that it includes gate, is adapted with gate, the gate opening/closing
Device includes steel wire rope and headstock gear, and the gate is sequentially connected by steel wire rope and headstock gear, further includes at least one floating ball
The horizontal controller of formula, the horizontal controller of float-ball type is mutually contradictory to be arranged at gate upper end both sides；
The horizontal controller of float-ball type includes block, oil level magnetic control signalling means and connects fuel tank, and the float-ball type is horizontal
Controller is divided into slight inclination precautionary areas, alarm area and area out of service, the slight inclination precautionary areas, alarm area and stopping
Oil level magnetic control signalling means is equipped in Operational Zone, the connection fuel tank inner chamber is equipped with liquid, and the connection fuel tank is arranged on block,
The oil level magnetic control signalling means is arranged on connection fuel tank；
The oil level magnetic control signalling means includes casing, guiding bar, magnetic floating ball, magnetic switch, conducting wire, outlet board and pressure
Plate, described sleeve pipe upper port are equipped with outlet board, and the outlet board is equipped with pressing plate, and guiding bar is equipped in described sleeve pipe, described to draw
Guide rod is equipped with magnetic floating ball, magnetic switch is equipped in the guiding bar, the magnetic switch is electrically connected with conducting wire, described to lead
Line one end is through outlet board and passes through the length of pressing plate pilot, so as to control the contact height of magnetic switch；
The connection fuel tank includes communicating pipe connecting interface at least one, and the communicating pipe, which is equipped with axial alignment, company
Mouth is connected, is an integral molding structure with connecting interface the communicating pipe, the oil level magnetic control signalling means is connected with connection interface, institute
It is connectivity structure to state communicating pipe, connection interface and oil level magnetic control signalling means, and the magnetism floating ball floats on liquid top surface, the magnetism
Floating ball gradually rises with liquid tilt so that magnetic floating ball moves along guiding bar and with the magnetism floating ball magnetic drive magnetic switch
Contact action, so as to send signal, the magnetic switch and magnetic floating ball spacing successively ascending axial alignment, the magnetic
Control switch is set with magnetic floating ball contact position by gate angle of inclination.
Preferably, cover is also arranged on the outlet board, the cover one side is additionally provided with conducting wire recessing groove, described
Conducting wire recessing groove is used to draw in conducting wire.
Preferably, the alarm area is equipped with two oil level magnetic control signalling means, and the area out of service is equipped at least two
A oil level magnetic control signalling means.
Preferably, described sleeve pipe lower port is tightly connected with connecting interface thread.
Preferably, described sleeve pipe is made of transparent organic glass.
Preferably, the liquid is regular engine oil.
Based on above-mentioned technical proposal, the utility model has following technological merit compared with prior art：
1. the utility model uses the valve system based on the horizontal controller of float-ball type, energy early detection gate starts to incline
Tiltedly, can monitor gate tilt condition in real time, realize gate it is stuck it is preceding be just effectively controlled, accident is eliminated in rudiment shape
State provides optimal repairing opportunity for repair personnel, can substantially reduce gate and tilt the stuck cost of overhaul, it is ensured that headstock gear
With gate safe and reliable operation, benefit of water project be effectively played；
2. using the horizontal controller of float-ball type of the utility model, simple in structure, cheap, observing and controlling is reliable, float-ball type
Communicating pipe, connection interface and the oil level magnetic control signalling means of horizontal controller are connectivity structure, using law of connected vessels, work as float-ball type
When horizontal controller is with gate run-off the straight, liquid surface is with respect to the horizontal controller run-off the straight of this float-ball type, magnetic floating ball edge
Guiding bar rises, and acts to monitor gate inclination by the contact of magnetic floating ball magnetic drive magnetic switch；
3. the utility model by area out of service be equipped at least two oil level magnetic control signalling means, double control, reliably
Property is stronger；
4. the utility model is additionally provided with conducting wire recessing groove by being arranged with cover, cover one side on outlet board, conducting wire allows
Conducting wire recessing groove is arranged at cover one side, it is possible to prevente effectively from rainwater is directly entered oil level magnetic by position slot for drawing conducting wire
Happening in control signalling means；
5. the utility model is made using casing of transparent organic glass, intuitively observed convenient for scene.
Description of the drawings
Fig. 1 is the structure diagram of valve system of the utility model based on the horizontal controller of float-ball type.
Fig. 2 is the structure diagram of the horizontal controller of the utility model float-ball type.
Fig. 3 is valve system of the utility model based on the horizontal controller of float-ball type and computer remote monitoring system and lock
The electric connection structure schematic diagram of door control loop.
Fig. 4 is the circuit diagram of the horizontal controller of the utility model float-ball type.
Fig. 5 is the circuit controling drawing of valve system of the utility model based on the horizontal controller of float-ball type.
In figure：1. gate, 2. gate slotes, 3. gate hoists, 3-1. steel wire ropes, 3-2. headstock gears, 4. float-ball types are horizontal
Controller, 4-1. blocks, 4-2. oil level magnetic control signalling means, 4-3. connection fuel tanks, 4-4. liquid, 5. slight inclination precautionary areas, 6.
Alert area, 7. areas out of service, 8. casings, 9. guiding bars, 10. magnetic floating balls, the magnetic floating balls of 10-1. first, 10-2. second
Magnetic floating ball, the magnetic floating balls of 10-3. the 3rd, the magnetic floating balls of 10-4. the 4th, the magnetic floating balls of 10-5. the 5th, 11. magnetic switch,
11-1. magnetic controls K1 is switched, 11-2. magnetic controls K2 switches, 11-3. magnetic controls K3 switches, 11-4. magnetic controls K4 switches, and 11-5. magnetic controls K5 is opened
It closes, 12. conducting wires, 13. outlet boards, 14. pressing plates, 15. communicating pipes, 16. connection interfaces, 17. covers, 18. conducting wire recessing grooves, 19.
Computer remote monitoring system, 20. gate control loops.
Specific embodiment
Explanation that the utility model is further explained with reference to the accompanying drawings and examples.
As Figure 1-Figure 2, a kind of valve system based on the horizontal controller of float-ball type, it includes gate 1 and gate 1
The gate slot 2 and gate hoist 3 being adapted, the gate hoist 3 include steel wire rope 3-1 and headstock gear 3-2, the lock
Door 1 is sequentially connected by steel wire rope 3-1 and headstock gear 3-2, further includes the horizontal controller 4 of at least two float-ball types, the floating ball
The horizontal controller 4 of formula is mutually contradictory to be arranged at 1 upper end both sides of gate；
The horizontal controller 4 of float-ball type includes block 4-1, oil level magnetic control signalling means 4-2 and connects fuel tank 4-3, described
The horizontal controller 4 of float-ball type is divided into slight inclination precautionary areas 5, alarm area 6 and area out of service 7, the slight inclination early warning
Oil level magnetic control signalling means 4-2 is equipped in area 5, alarm area 6 and area out of service 7, the connection fuel tank 4-3 inner cavities are equipped with liquid
4-4, the connection fuel tank 4-3 are arranged on block 4-1, and the oil level magnetic control signalling means 4-2 is arranged on connection fuel tank 4-3；
The oil level magnetic control signalling means 4-2 include casing 8, guiding bar 9, magnetic floating ball 10, magnetic switch 11, conducting wire 12,
Outlet board 13 and pressing plate 14,8 upper port of described sleeve pipe be equipped with outlet board 13, the outlet board 13 be equipped with pressing plate 14, it is described go out
Line plate 13 is equipped at least one venthole, and guiding bar 9 is equipped in described sleeve pipe 8, and the guiding bar 9 is equipped with magnetic floating ball
10, magnetic floating ball 10 is interior to be equipped with permanent magnet, and magnetic switch 11, the magnetic switch 11 and conducting wire 12 are equipped in the guiding bar 9
It is electrically connected, described 12 one end of conducting wire is through outlet board 13 and passes through the length of 14 pilot 12 of pressing plate, so as to control magnetic control
The contact height of switch 11；
The connection fuel tank 4-3 includes communicating pipe 15 connecting interface 16 at least one, the communicating pipe 15 is equipped with axis
To connection interface 16 is arranged with, it is an integral molding structure with connecting interface 16 communicating pipe 15, the oil level magnetic control signalling means
4-2 is connected with connection interface 16, and the communicating pipe 15, connection interface 16 and oil level magnetic control signalling means 4-2 are connectivity structure, described
Magnetic floating ball 10 floats on liquid 4-4 top surfaces, and the magnetism floating ball 10 gradually rises with liquid 4-4 inclinations so that magnetic floating ball 10
It moves along guiding bar 9 and is acted with the contact of the 10 magnetic drive magnetic switch 11 of magnetism floating ball, so as to send signal, the magnetic
11 setting heights of control switch are arranged successively by short to height, the magnetic switch 11 and 10 spacing of magnetic floating ball successively ascending axis
To arrangement, the magnetic switch 11 is set with magnetic 10 contact position of floating ball according to the gate angle of inclination of different sizes.
Cover 17 is also arranged on the outlet board 13,17 one side of cover is additionally provided with conducting wire recessing groove 18, described to lead
Line recessing groove 18 is used to draw in conducting wire 12.The alarm area 6 is equipped with two oil level magnetic control signalling means 4-2, described out of service
Area 7 is equipped with two oil level magnetic control signalling means 4-2.8 lower port of described sleeve pipe is connected with connection 16 thread seal of interface.Described sleeve pipe
8 are made of transparent organic glass.The liquid 4-4 uses regular engine oil, and using effect is good.
More specifically, with reference to figure 3, magnetic floating ball 10 and magnetic switch 11 are five, and it is magnetic to be respectively labeled as first
Floating ball 10-1, the second magnetic floating ball 10-2, the 3rd magnetic floating ball 10-3, the 4th magnetic floating ball 10-4, the 5th magnetic floating ball 10-5,
Magnetic control K1 switches 11-1, magnetic control K2 switches 11-2, magnetic control K3 switches 11-3, magnetic control K4 switch 11-4 and magnetic control K5 switches 11-5.
The utility model further includes computer remote monitoring system 19 and gate control loop 20, and computer remote monitors
System 19 and gate control loop 20 are the prior art, and magnetic control K1 switches 11-1, magnetic control K2 switch 11-2 and magnetic control K3 are switched
11-3 is all connected to computer remote monitoring system 19, magnetic control K4 switch 11-4 and magnetic control K5 switch 11-5 and gate control loop
20 are electrically connected, and gate control loop 20 is electrical connected with headstock gear 3-2.
As shown in Figures 4 and 5, the utility model Computer remote monitoring system 19 includes slight inclination pre-warning signal
Lamp, the first warning light and the second warning light, the slight inclination pre-warning signal lamp are green light GW, first alarm
Signal lamp is amber light YW, and second warning light is red light RD, and further including horizontal controller in the utility model electrically returns
Road, horizontal controller electric loop include slight inclination early warning circuit, alarm circuit, circuit out of service, supply unit and connect
Ground terminal, the supply unit are 24V power supplys, the slight inclination early warning circuit, alarm circuit and circuit out of service it is in parallel and
Connect with 24V power supplys and ground terminal；
The slight inclination early warning circuit includes magnetic control K1 switches, intermediate relay KA1 normally opened contacts, intermediate relay
KA2 normally-closed contacts and intermediate relay KA1 coils, the magnetic control K1 switches are connected with green light GW, and the intermediate relay KA1 is normal
Open after contact is connected with intermediate relay KA2 normally-closed contacts and with magnetic control K1 switch in parallel, the intermediate relay KA1 coils one
End is connected with intermediate relay KA2 normally-closed contacts, and the intermediate relay KA1 coil other ends connect with ground terminal；
The alarm circuit includes more serious alarm circuit and high severity alarm circuit, and the more serious alarm circuit includes magnetic
K2 switches, intermediate relay KA2 normally opened contacts, intermediate relay KA3 normally-closed contacts and intermediate relay KA2 coils are controlled, it is described
Magnetic control K2 switches are connected with amber light YW, after the intermediate relay KA2 normally opened contacts are connected with intermediate relay KA3 normally-closed contacts
And with magnetic control K2 switch in parallel, described intermediate relay KA2 coils one end is connected with intermediate relay KA3 normally-closed contacts, and should
The intermediate relay KA2 coil other ends are connected with ground terminal；
It is normal that the high severity alarm circuit includes magnetic control K3 switches, intermediate relay KA3 normally opened contacts, intermediate relay KA4
Closed contact, intermediate relay KA5 normally-closed contacts and intermediate relay KA3 coils, described intermediate relay KA4 normally-closed contacts one end
Be connected with intermediate relay KA5 normally-closed contacts, described intermediate relay KA5 normally-closed contacts one end be also in series with magnetic control K3 switch and
Red light RD, the intermediate relay KA3 normally opened contacts are parallel to magnetic control K3 switch ends, and the intermediate relay KA3 is normally opened to be touched
Point one end is connected with intermediate relay KA3 coils, and described intermediate relay KA3 coils one end is connected with ground terminal；
The circuit out of service includes SB stop buttons, magnetic control K4 switches, magnetic control K5 switches, electric bell, intermediate relay
KA4 coils and intermediate relay KA5 coils, described SB stop buttons one end are parallel with magnetic control K4 switches and magnetic control K5 switches, institute
It states magnetic control K4 and switchs one end and be arranged in parallel electric bell and intermediate relay KA4 coils, the magnetic control K5 switchs one end and is arranged in parallel
There are electric bell and intermediate relay KA5 coils.
The utility model is arranged on gate 1 before being worked, first by the horizontal controller 4 of two float-ball types is mutually contradictory
Both sides is held simultaneously to tune up good level, and by horizontal controller electric loop and computer remote monitoring system 19 and gate control loop
20 are connected；
When run-off the straight in the operation of gate 1, the horizontal controller 4 of float-ball type is with 1 run-off the straight of gate, magnetic floating ball
10 gradually rise with inclination, are switched when the first magnetism floating ball 10-1 rises to magnetic control K1 at the contact of 11-1, and pass through magnetic force and drive
During the contact action of dynamic magnetic control K1 switches 11-1, slight inclination early warning circuit is switched on, and green light GW is powered at this time, meanwhile, it is intermediate
Relay KA1 coils obtain electric, intermediate relay KA1 normally opened contacts actuation, the self-sustaining of realization magnetic control K1 switches so that green light GW
Holding is always on state, that is, sends 1 slight inclination pre-warning signal of gate, shows that gate 1 is in slight inclination precautionary areas 5 at this time, but
Be at this time gate 1 still can normal operation, avoid reporting by mistake due to gate 1 vibrates；
When gate 1 operation in continue tilt when, the second magnetism floating ball 10-2 and the 3rd magnetism floating ball 10-3 with inclination progressively
Rise so that magnetic drive magnetic control K2 switchs 11-2, magnetic control K3 to the magnetic floating ball 10-3 of the second magnetism floating ball 10-2 and the 3rd successively
The contact action of 11-3 is switched, when the contact action of magnetic control K2 switches, more serious alarm circuit is switched on, and amber light YW is accused at this time
It is alert, meanwhile, intermediate relay KA2 coils obtain electric, intermediate relay KA2 normally opened contacts actuation, the self-insurance of realization magnetic control K2 switches
It holds so that amber light YW carries out continuing alarm, and at the same time, intermediate relay KA2 normally-closed contacts disconnect, and green light GW extinguishes, slightly
It tilts alarm to release, illustrates that gate 1 is in alarm area 6 at this time, reminds maintenance, is divided into two kinds of situations：
（Ⅰ）When operations staff has found that gate tilts alarm, stopping gate being run, and is overhauled in time, and gate 1 recovers horizontal position
It puts, the horizontal controller of float-ball type resets, and alarm stops, and inclination next time is waited to monitor；
（Ⅱ）If operations staff does not have found that gate tilts alarm, when gate 1 continues to tilt, the contact of magnetic control K3 switches is moved
To make, high severity alarm circuit is switched on, and red light RD is alerted at this time, meanwhile, intermediate relay KA3 coils obtain electric, intermediate relay KA3
Normally opened contact is attracted, and realizes the self-sustaining of magnetic control K3 switches so that and red light RD carries out continuing alarm, meanwhile, intermediate relay KA3
Normally-closed contact disconnects, and amber light YW extinguishes, and more serious alarm releases, and illustrates knockdown of the operation of gate 1 at this time in alarm area 6
State reminds maintenance, is divided into two kinds of situations：
（i）When operations staff has found that gate tilts alarm, stopping gate 1 is run, and is overhauled in time, and gate 1 recovers horizontal
Position, the horizontal controller of float-ball type reset, and alarm stops, and inclination next time is waited to monitor；
（ii）If operations staff do not find gate tilt alarm, gate 1 continue tilt when, the 4th magnetism floating ball 10-4 with
5th magnetism floating ball 10-5 continues to rise with inclination so that the 4th magnetic floating ball 10-4, the 5th magnetic floating ball 10-5 magnetic force successively
The contact action of magnetic control K4 switches 11-4, magnetic control K5 switches 11-5 are driven, circuit out of service is switched on, intermediate relay KA4
Normally-closed contact or intermediate relay KA5 normally-closed contacts then turn off, so as to intermediate relay KA4 normally-closed contacts and centre relay
The gate control loop 20 of device KA5 normally-closed contacts series connection powers off so that gate 1 is in stuck preceding out of service and realization effectively control
System, illustrates that gate 1 is in area 7 out of service at this time, waits Awaiting Overhauls；
First, when magnetic control K4 switch contact action when, electric bell horn blew, intermediate relay KA4 coils obtain it is electric, in
Between relay KA4 normally-closed contacts disconnect, red light RD extinguishes, and gate control loop 20 powers off, and illustrate that the operation of gate 1 at this time is in and stops
Maintenance is reminded in only Operational Zone 7, if magnetic control K4 switches break down, then when the contact switched by magnetic control K5 acts, electric bell
Horn blew, intermediate relay KA5 coils obtain electric, intermediate relay KA5 normally-closed contacts disconnection, red light RD extinguishings, gate control
Circuit 20 processed powers off, and illustrates that the operation of gate 1 at this time in area 7 out of service, reminds maintenance, using magnetic control K4 switches and magnetic control K5
Switch realizes the double shield that the action in circuit out of service is realized, only needs intermediate relay KA4 coils or intermediate relay
One of them obtains electric KA5 coils, can power off gate control loop 20, and simultaneously so that high severity alarm circuit disconnects, red light
RD extinguishes, and high severity alarm releases.
Wherein, the releasing of electric bell is in two kinds of situation：1. during maintenance, by pressing SB stop buttons, release electric bell alarming；
2. if do not release electric bell alarming during maintenance, when maintenance finishes, gate recovers horizontal, the liquid level in the horizontal controller of float-ball type
Recover horizontal, magnetic control K4 switches and magnetic control K5 switches disconnect, and release alarm.
The above is the example and explanation of the utility model, but does not mean that the obtainable advantage of the utility model by this
It limits, it may be excellent to being realized in the simple transformation of structure, and/or some embodiments in every the utility model practice process
Wherein one or more of point are in the protection domain of the application.
Claims (6)
1. a kind of valve system based on the horizontal controller of float-ball type, it includes gate（1）With gate（1）The gate slot being adapted
（2）And gate hoist（3）, the gate hoist（3）Including steel wire rope（3-1）And headstock gear（3-2）, the gate
（1）Pass through steel wire rope（3-1）With headstock gear（3-2）It is sequentially connected, it is characterised in that：Further include the horizontal survey of at least one float-ball type
Control device（4）, the horizontal controller of float-ball type（4）It is mutually contradictory to be arranged at gate（1）Upper end both sides；
The horizontal controller of float-ball type（4）Including block（4-1）, oil level magnetic control signalling means（4-2）With connect fuel tank（4-3）,
The horizontal controller of float-ball type（4）It is divided into slight inclination precautionary areas（5）, alarm area（6）With area out of service（7）, it is described
Slight inclination precautionary areas（5）, alarm area（6）With area out of service（7）Inside it is equipped with oil level magnetic control signalling means（4-2）, the company
Logical fuel tank（4-3）Inner cavity is equipped with liquid（4-4）, the connection fuel tank（4-3）Arranged on block（4-1）On, the oil level magnetic control letter
Number device（4-2）It is arranged in connection fuel tank（4-3）On；
The oil level magnetic control signalling means（4-2）Including casing（8）, guiding bar（9）, magnetic floating ball（10）, magnetic switch（11）, lead
Line（12）, outlet board（13）And pressing plate（14）, described sleeve pipe（8）Upper port is equipped with outlet board（13）, the outlet board（13）On
Equipped with pressing plate（14）, described sleeve pipe（8）It is interior to be equipped with guiding bar（9）, the guiding bar（9）It is equipped with magnetic floating ball（10）, it is described
Guiding bar（9）It is interior to be equipped with magnetic switch（11）, the magnetic switch（11）With conducting wire（12）It is electrically connected, the conducting wire（12）One
It holds through outlet board（13）And pass through pressing plate（14）Pilot（12）Length, so as to control magnetic switch（11）Contact it is high
Degree；
The connection fuel tank（4-3）Including communicating pipe（15）Interface is connected at least one（16）, the communicating pipe（15）On set
There is axial alignment to have connection interface（16）, the communicating pipe（15）With connecting interface（16）It is an integral molding structure, the oil level
Magnetic control signalling means（4-2）With connecting interface（16）Connection, the communicating pipe（15）, connection interface（16）With oil level magnetic control signalling means
（4-2）For connectivity structure, the magnetism floating ball（10）Float on liquid（4-4）Top surface, the magnetism floating ball（10）With liquid（4-4）
Inclination gradually rises so that magnetic floating ball（10）Along guiding bar（9）It moves and with the magnetism floating ball（10）Magnetic drive magnetic control is opened
It closes（11）Contact action, so as to send signal, the magnetic switch（11）With magnetic floating ball（10）Spacing is ascending successively
Axial alignment, the magnetic switch（11）With magnetic floating ball（10）Contact position is set by gate angle of inclination.
2. the valve system according to claim 1 based on the horizontal controller of float-ball type, it is characterised in that：The outlet board
（13）On be also arranged with cover（17）, the cover（17）One side is additionally provided with conducting wire recessing groove（18）, the conducting wire recessing groove
（18）For by conducting wire（12）It draws.
3. the valve system according to claim 1 based on the horizontal controller of float-ball type, it is characterised in that：The alarm area
（6）Equipped with two oil level magnetic control signalling means（4-2）, the area out of service（7）Equipped at least two oil level magnetic control signalling means（4-
2）.
4. the valve system according to claim 1 based on the horizontal controller of float-ball type, it is characterised in that：Described sleeve pipe
（8）Lower port is with connecting interface（16）Thread seal connects.
5. the valve system according to claim 1 based on the horizontal controller of float-ball type, it is characterised in that：Described sleeve pipe
（8）It is made of transparent organic glass.
6. the valve system according to claim 1 based on the horizontal controller of float-ball type, it is characterised in that：The liquid
（4-4）For regular engine oil.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721298376.0U CN207376582U (en) | 2017-10-10 | 2017-10-10 | A kind of valve system based on the horizontal controller of float-ball type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721298376.0U CN207376582U (en) | 2017-10-10 | 2017-10-10 | A kind of valve system based on the horizontal controller of float-ball type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207376582U true CN207376582U (en) | 2018-05-18 |
Family
ID=62338900
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721298376.0U Expired - Fee Related CN207376582U (en) | 2017-10-10 | 2017-10-10 | A kind of valve system based on the horizontal controller of float-ball type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207376582U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107587485A (en) * | 2017-10-10 | 2018-01-16 | 江苏省泰州引江河管理处 | A kind of valve system based on the horizontal controller of float-ball type |
| CN110947583A (en) * | 2019-12-31 | 2020-04-03 | 深圳新益昌科技股份有限公司 | Pneumatic type multi-glue-cylinder glue dispensing mechanism and glue dispensing method thereof |
-
2017
- 2017-10-10 CN CN201721298376.0U patent/CN207376582U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107587485A (en) * | 2017-10-10 | 2018-01-16 | 江苏省泰州引江河管理处 | A kind of valve system based on the horizontal controller of float-ball type |
| CN107587485B (en) * | 2017-10-10 | 2024-08-02 | 江苏省泰州引江河管理处 | Gate device based on floating ball type horizontal measurement and control device |
| CN110947583A (en) * | 2019-12-31 | 2020-04-03 | 深圳新益昌科技股份有限公司 | Pneumatic type multi-glue-cylinder glue dispensing mechanism and glue dispensing method thereof |
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Granted publication date: 20180518 Termination date: 20211010 |