CN207317796U - A kind of gate tilts TT＆C system - Google Patents
A kind of gate tilts TT＆C system Download PDFInfo
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- CN207317796U CN207317796U CN201721299650.6U CN201721299650U CN207317796U CN 207317796 U CN207317796 U CN 207317796U CN 201721299650 U CN201721299650 U CN 201721299650U CN 207317796 U CN207317796 U CN 207317796U
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Abstract
The utility model discloses a kind of gate to tilt TT＆C system, it includes gate（1）, the gate slot that is adapted with gate（2）, gate hoist（3）, gate control loop（4）And computer remote monitoring system（5）, gate hoist includes steel wire rope（301）And headstock gear（302）, gate is sequentially connected by steel wire rope and headstock gear, and gate control loop is electrically connected with headstock gear, further includes horizontal measure and control device（6）And horizontal measure and control device electric loop（7）Computer remote monitoring system includes the first warning light, the second warning light and alarm electric bell, horizontal measure and control device is mutually contradictory to be arranged on gate upper end both sides, and horizontal measure and control device electric loop includes alarm circuit, circuit out of service, involution circuit, supply unit（8）And ground terminal.The utility model tilts TT＆C system using gate, monitors the tilt condition of gate, realizes gate and preceding just obtains alarm and effectively control stuck.
Description
Technical field
It the utility model is related to hydraulic engineering technical field, and in particular to a kind of gate tilts TT＆C system.
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.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, lifting of the winch hoist to gate and
Closing is realized using the flexible transmission of steel wire rope.In gate hoist operation, glide since steel wire rope side loosens,
Steel wire rope excessive wear, steel wire rope depart from the reasons such as movable pulley race, gate 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 have highly been controlled, can be remote
The lifting of process control gate, still, when gate tilts, it 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 to observe whether gate tilts now, and
How effectively to make to be controlled before gate is stuck.Therefore, work out a kind of gate there is an urgent need for those skilled in the art and tilt observing and controlling system
System.
Utility model content
The purpose of this utility model is to solve above-mentioned the deficiencies in the prior art, there is provided one kind is used to monitor
Gate tilts, alarm, and causes the power-off of gate control loop, realizes that gate is effectively controlled before stuck, to ensure headstock gear
TT＆C system is tilted with the gate of gate safe and reliable operation, the cost of overhaul of gate can be substantially reduced, benefit of water project obtains
Played to effective.
In order to reach above-mentioned purpose of utility model, the technical scheme that the utility model is provided is as follows：A kind of gate, which tilts, to be surveyed
Control system, it includes gate, the gate slot being adapted with gate, gate hoist, gate control loop and computer remote prison
Control system, the gate hoist include steel wire rope and headstock gear, and the gate is sequentially connected by steel wire rope and headstock gear,
The gate control loop is electrically connected with headstock gear, further includes at least one horizontal measure and control device and horizontal measure and control device is electric
Circuit, the computer remote monitoring system include the first warning light, the second warning light and alarm electric bell, the water
Flat measure and control device is mutually contradictory to be arranged on gate upper end both sides；
The horizontal measure and control device electric loop include alarm circuit, circuit out of service, involution circuit, supply unit and
Ground terminal, it is described to alert circuit, circuit out of service and the parallel connection of involution circuit and connect with supply unit and ground terminal；
The alarm circuit includes the first alarm circuit and the second alarm circuit, the first alarm circuit and the second alarm
Circuit is arranged in parallel, and the first alarm circuit is included close to switch K1, intermediate relay KA1 normally opened contacts, intermediate relay
KA2 normally-closed contacts and intermediate relay KA1 coils, it is described close to switch K1 connect with the first warning light, the centre after
, the intermediate relay in parallel with close to switch K1 after electric appliance KA1 normally opened contacts and the series connection of intermediate relay KA2 normally-closed contacts
KA1 coils one end is connected with intermediate relay KA2 normally-closed contacts, and the intermediate relay KA1 coils other end and ground terminal phase
Connect；
The second alarm circuit includes normal close to switch K2, intermediate relay KA2 normally opened contacts, intermediate relay KA3
Closed contact and intermediate relay KA2 coils, described to connect close to switch K2 with the second warning light, the intermediate relay
, the intermediate relay KA2 line in parallel with close to switch K2 after KA2 normally opened contacts and the series connection of intermediate relay KA3 normally-closed contacts
Circle one end is connected with intermediate relay KA3 normally-closed contacts, and the intermediate relay KA2 coil other ends connect with ground terminal；
The circuit out of service includes self-control switch K3 and intermediate relay KA3 coils, and the self-control switch K3 is with accusing
Alert electric bell series connection, the intermediate relay KA3 coils are in parallel with alarm electric bell；
An intermediate relay KA3 normally-closed contacts 9-10 is further included, the circuit out of service is normal by intermediate relay KA3
Closed contact 9-10 is electrical connected with gate control loop；
The horizontal measure and control device includes babinet, guide rail bending part, supporting member, bead and hose passages, the guide rail folding
Comer pieces is arranged in babinet by supporting member, is equipped with observing and controlling area in the horizontal measure and control device, the guide rail bending part successively by
Low to high axial direction is divided at least four sections of slant rails, is connected between the slant rail and forms buffering angle, described approach is opened
Close K1 and be arranged at close to switch K2 on slant rail, the small ball warp slant rail and making approaches switch K1, close to switch K2 and from
System switch K3 is acted respectively, so as to connect alarm circuit and circuit out of service.
Preferably, the involution circuit includes electromagnet shock circuit, magnechuck circuit and for controlling electromagnetism
Iron hits circuit, the SB1 buttons in magnechuck circuit, and the electromagnet, which hits circuit, includes electromagnet, and the magnechuck returns
Road includes magnechuck, and the electromagnet shock circuit is in parallel with magnechuck circuit, and electromagnet hits circuit and electromagnetism suction
Disk circuit is electrically connected with SB1 buttons.
Preferably, the guide rail bending part includes the first guide rail bending part, the second guide rail bending part, the 3rd guide rail folding
Comer pieces, the guide rail bending part lower section are equipped with the adjustment bolt part for debugging slant rail inclination angle.
Preferably, the slant rail be respectively A sections of slant rail, B sections of slant rail, C sections of slant rail, D sections of slant rail, tiltedly
F sections of E sections of guide rail and slant rail, described slant rail A sections, the angle of inclination of E sections of C sections of slant rail and slant rail ascending row successively
Row.
Preferably, buffering angle includes the first buffering angle and the second buffering angle, and described slant rail B sections with tiltedly leading
C sections of rail is connected and is formed the first buffering angle, described slant rail D sections with E sections of second shock-absorbing clips that are connected and formed of slant rail
Angle, it is described to be arranged on close to switch K1 in slant rail C sections, it is described to be arranged on close to switch K2 in slant rail E sections.
Preferably, the babinet one side wall is equipped with one and is used to coordinate the magnechuck for being attracted bead, another side wall
Supply unit is equipped with, described slant rail A sections of one end are connected with magnechuck, and it is exhausted that one side-lower of slant rail F sections is equipped with one
Edge platform, it is described self-control switch K3 be arranged on insulated platform in, it is described self-control switch K3 be oppositely arranged for F sections with slant rail, it is described certainly
System switch K3 sides are equipped with one and are used to coordinate the electromagnet for hitting bead, and being equipped with the hose being adapted above the electromagnet leads to
Road, described hose passages one end are connected with magnechuck.
Preferably, the bead is chromium plating iron ball or copper ball, and a diameter of 10-14mm of the bead.
Preferably, the guide-track groove of the first guide rail bending part, the second guide rail bending part and the 3rd guide rail bending part
For arc-shaped either concavity or V shape structures.
Preferably, the internal diameter of the hose passages is 16-20mm.
Based on above-mentioned technical proposal, the utility model has following technological merit compared with prior art：
1. the utility model tilts TT＆C system using gate, energy early detection gate starts to tilt, and can monitor lock in real time
Door tilt condition, and sends alarm, realize gate it is stuck it is preceding be just effectively controlled, by accident elimination in budding state, be
Repair personnel provides optimal repairing opportunity, can substantially reduce gate and tilt the stuck cost of overhaul, it is ensured that headstock gear and lock
Door safe and reliable operation, benefit of water project be effectively played；
2. the horizontal measure and control device of TT＆C system, simple in structure, cheap, observing and controlling are tilted using the utility model gate
Reliably, horizontal measure and control device is balanced using bead, and when horizontal measure and control device is with gate run-off the straight, bead rolls, by small
The path and triggering that ball rolls close or touch self-control switch K3 connections corresponding first close to switch K1 or close switches K2
Circuit or the second alarm circuit or circuit out of service are alerted to monitor gate inclination conditions；
3. using the utility model involution circuit, it includes electromagnet and hits circuit, magnechuck circuit and for controlling
Electromagnet hits circuit, the SB1 buttons in magnechuck circuit, and electromagnet, which hits circuit, includes electromagnet, magnechuck circuit bag
Magnechuck is included, electromagnet hits circuit connects with SB1 buttons again with after the parallel connection of magnechuck circuit, the case of horizontal measure and control device
Body one side wall is equipped with one and is used to coordinate the magnechuck for being attracted bead, and another side wall is equipped with supply unit, slant rail A sections one
End is connected with magnechuck, and one side-lower of slant rail F sections is equipped with an insulated platform, and self-control switch K3 is arranged in insulated platform, from
System switch K3 is oppositely arranged for F sections with slant rail, and self-control switch K3 sides are equipped with one and are used to coordinate the electromagnet for hitting bead, electromagnetism
The hose passages being adapted are equipped with above iron, hose passages one end is connected with magnechuck, when bead is positioned at self-control switch K3
Place, presses SB1 buttons, hits bead by electromagnet, bead is returned to magnechuck along hose passages, inhaled using electromagnetism
Disk, can quickly to be held by magnechuck when bead resets, and be discharged again after stablizing, and bead exactly resets, using SB1
Button control electromagnet hits circuit and magnechuck circuit, realizes point operation control so that bead resets convenient；
4. using adjustment bolt part, easy to debug E sections of A sections of slant rail, C sections of slant rail and slant rail inclinations angle, model is applicable in
Enclose wider with field.
Brief description of the drawings
Fig. 1 is the structure diagram that the utility model gate tilts TT＆C system.
Fig. 2 is the structure diagram of the horizontal measure and control device of the utility model.
Fig. 3 is the circuit diagram that the utility model gate tilts TT＆C system.
Fig. 4 is the strobe control circuit figure that the utility model gate tilts TT＆C system.
In figure：1. gate, 2. gate slotes, 3. gate hoists, 301. steel wire ropes, 302. headstock gears, 4. gates control back
Road, 5. computer remote monitoring systems, 6. horizontal measure and control devices, 601. babinets, 602. first guide rail bending parts, 602a. are tiltedly led
A sections of rail, B sections of 602b. slant rails, 603. second guide rail bending parts, C sections of 603a. slant rails, D sections of 603b. slant rails, 604.
Three guide rail bending parts, E sections of 604a. slant rails, F sections of 604b. slant rails, 605. supporting members, 606. beads, 607. hose passages,
7. horizontal measure and control device electric loop, 8. supply units, 9. close to switch K1, and 10. close to switch K2, and 11. make switch K3 by oneself,
12. electromagnet, 13. magnechucks, 14. first buffering angles, 15. second buffering angles, 16. insulated platforms, 17. adjustment bolts
Part.
Embodiment
Explanation that the utility model is further explained with reference to the accompanying drawings and examples.
As Figure 1-Figure 4, a kind of gate tilts TT＆C system, it includes gate 1, the gate slot 2 that is adapted with gate 1,
Gate hoist 3, gate control loop 4 and computer remote monitoring system 5, computer remote monitoring system 5 are existing skill
Art, the gate hoist 3 include steel wire rope 301 and headstock gear 302, and the gate 1 passes through steel wire rope 301 and headstock gear
302 are sequentially connected, and the gate control loop 4 is electrically connected with headstock gear 302, it is characterised in that：Further include at least one water
Flat measure and control device 6 and horizontal measure and control device electric loop 7, the computer remote monitoring system 5 include the first warning light,
Second warning light and alarm electric bell, first warning light are used using green light GW, second warning light
Red light RD, the horizontal measure and control device 6 is mutually contradictory to be arranged on 1 upper end both sides of gate；
The horizontal measure and control device electric loop 7 includes alarm circuit, circuit out of service, involution circuit, supply unit 8
And ground terminal, it is described to alert circuit, circuit out of service and the parallel connection of involution circuit and connect with supply unit 8 and ground terminal；
The alarm circuit includes the first alarm circuit and the second alarm circuit, the first alarm circuit and the second alarm
Circuit is arranged in parallel, and the first alarm circuit is included close to switch K1, intermediate relay KA1 normally opened contacts, intermediate relay
KA2 normally-closed contacts and intermediate relay KA1 coils, it is described close to switch K1 and the first warning light（Hereinafter referred to as green light GW）
Series connection, it is in parallel with close to switch K1 after intermediate relay KA1 normally opened contacts and intermediate relay KA2 the normally-closed contact series connection,
Described intermediate relay KA1 coils one end is connected with intermediate relay KA2 normally-closed contacts, and intermediate relay KA1 coils are another
One end connects with ground terminal；
The second alarm circuit includes normal close to switch K2, intermediate relay KA2 normally opened contacts, intermediate relay KA3
Closed contact and intermediate relay KA2 coils, it is described close to switch K2 and the second warning light（Hereinafter referred to as red light RD）Series connection,
It is in parallel with close to switch K2 after intermediate relay KA2 normally opened contacts and intermediate relay KA3 the normally-closed contact series connection, in described
Between relay KA2 coils one end be connected with intermediate relay KA3 normally-closed contacts, and the intermediate relay KA2 coils other end with
Ground terminal connects；
The circuit out of service includes self-control switch K3 and intermediate relay KA3 coils, and the self-control switch K3 is with accusing
Alert electric bell series connection, the intermediate relay KA3 coils are in parallel with alarm electric bell；
An intermediate relay KA3 normally-closed contacts 9-10 is further included, the circuit out of service is normal by intermediate relay KA3
Closed contact 9-10 is electrical connected with gate control loop；
The horizontal measure and control device 6 includes babinet 601, guide rail bending part, supporting member 605, bead 606 and hose passages
607, the guide rail bending part is arranged in babinet 601 by supporting member 605, and observing and controlling area is equipped with the horizontal measure and control device 6,
The observing and controlling zoning is divided into normal working zone, more serious zone of alarm, serious zone of alarm and gate stop zone, the guide rail bending part
It is axial from low to high successively to be divided at least four sections of slant rails, it is connected between the slant rail and forms buffering angle, it is described
It is arranged at close to switch K1 and close to switch K2 on slant rail, the bead 606 approaches switch K1, close to opening through slant rail and making
Close K2 and self-control switch K3 is acted respectively, so as to connect alarm circuit and circuit out of service.
The involution circuit include electromagnet hit circuit, magnechuck circuit and for control electromagnet hit circuit,
The SB1 buttons in magnechuck circuit, the electromagnet, which hits circuit, includes electromagnet 12, and the magnechuck circuit includes electromagnetism
Sucker 13, the electromagnet shock circuit is in parallel with magnechuck circuit, and electromagnet hits circuit and magnechuck circuit is equal
It is electrically connected with SB1 buttons.The guide rail bending part includes the first guide rail bending part 602, the second guide rail bending part the 603, the 3rd
Guide rail bending part 604, the guide rail bending part lower section are equipped with the adjustment bolt part 17 for debugging slant rail inclination angle.It is described
Slant rail is respectively A sections of 602a of slant rail, B sections of 602b of slant rail, C sections of 603a of slant rail, D sections of 603b of slant rail, E sections of slant rail
604a and slant rail F sections of 604b, the slant rail A sections of 602a, the angle of inclination of slant rail C sections of 603a and E sections of 604a of slant rail
Ascending arrangement successively.Buffering angle includes the first buffering buffering angle 15 of angle 14 and second, the slant rail B sections of 602b
It is connected with C sections of 603a of slant rail and forms the first buffering angle 14, E sections of 604a phases of the slant rail D sections of 603b and slant rail
Connect and form the second buffering angle 15, it is described to be arranged on close to switch K1 on C sections of 603a of slant rail, it is described to be arranged on close to switch K2
On E sections of 604a of slant rail.601 one side wall of babinet is equipped with one and is used to coordinate the magnechuck 13 for being attracted bead 606, another
Side wall is equipped with supply unit 8, and described slant rail A sections of 602a one end are connected with magnechuck 13, the slant rail F sections of 604b mono-
Side-lower is equipped with an insulated platform 16, and the self-control switch K3 is arranged in insulated platform 16, the self-control switch K3 and slant rail F
Section 604b is oppositely arranged, in the presence of between at least 2cm between the self-control switch K3 in the slant rail F sections of 604b and insulated platform 16
Away from the self-control switch K3 sides are equipped with one and are used to coordinate the electromagnet 12 for hitting bead 606, and the top of electromagnet 12 is equipped with
The hose passages 607 being adapted, described 607 one end of hose passages are connected with magnechuck 13.The bead 606 is plating ferrochrome
Ball or copper ball, and a diameter of 10-14mm of the bead 606.The first guide rail bending part 602, the second guide rail bending part 603
Guide-track groove with the 3rd guide rail bending part 604 is arc-shaped either concavity or V shape structure.The internal diameter of the hose passages 607
For 16-20mm.The self-control switch K3 is made of two semicolumn hollow copper pipes, and each semicolumn copper pipe shell divides Do to have switch
Binding post, lower section are drilled with a counterbore, and the aperture of counterbore is 0.8 times of bead, it is therefore an objective to bead is smoothly rested on unique point
On, so that electromagnet is hit used in bead.One aperture of drill with ferrule on semicolumn copper pipe, the aperture of aperture are 1.5 times of bead, mesh
's:For hose passages put in come, bead be impacted after by hose passages one end end 120o horn mouths and led to by hose
Road is returned, and realizes the reset of bead.Close to switch K1, close switch K2, electromagnet 12, magnechuck 13, adjustment bolt
Part 17 is directly from market purchasing.Self-control switch K3 is prior art products.
The specific observing and controlling step that the gate tilts TT＆C system is as follows：
Step 1, installs horizontal measure and control device：Before measurement, by two horizontal measure and control devices 6 to being erected on two above gate 1
End, tunes up good level, meanwhile, adjustment bolt part 17 can be adjusted and be locked according to the gate of different sizes；
Step 2, monitors the inclination conditions occurred in gate operational process and alarm in real time：Tilted when in the operation of gate 1
When, horizontal measure and control device 6 is with 1 run-off the straight of gate, when former static bead 606 starts to glide and is active in slant rail A
Section 602a, this is normal working zone, can escape vibration small during gate 1 is run, not alert, this mainly prevents lock
Small vibration causes to alert by mistake in the operation of door 1, the reliability for measure and control device 6 of improving the standard；
When gate 1 continues to tilt in operation, bead 606 slips over A sections of 602a of slant rail, and passes through B sections of 602b of slant rail,
Bead 606 is set to fall into the first buffering angle 14 that C sections of 603a of B sections of 602b of slant rail and slant rail are formed, bead 606 will not continue to
Sliding to return, because C sections of 603a angles of inclination of slant rail are more than the angle of inclination of A sections of 602a of slant rail, it is therefore an objective to allow
Bead 606 smoothly rests on the first buffering angle 14, alleviates the inertia that bead 606 comes from B sections of 602b downslides of slant rail, reduces
Acceleration of gravity during downslide, B sections of 602b of slant rail are also provided with steeper, it is therefore an objective to prevent bead 606 and return；
When gate 1 continues to tilt in operation, bead 606 is snapped down to C sections of slant rail from starting at the first buffering angle 14
On 603a, bead is active in C sections of 603a of slant rail, this is more serious zone of alarm, when connecing on C sections of 603a of bead triggering slant rail
Nearly switch K1 actions, the first alarm circuit are switched on, and green light GW is alerted at this time, meanwhile, intermediate relay KA1 coils obtain it is electric, in
Between relay KA1 normally opened contacts be attracted self-locking, realize close to switch K1 self-sustaining, make green light GW carry out continue alarm, remind
Maintenance, reminds 1 run-off the straight of gate, please overhaul, be divided into two kinds of situations：
（Ⅰ）Overhauled when in time, gate 1 recovers horizontal level, and horizontal measure and control device 6 resets, and green light GW extinguishes, and will
606 hand-reset of bead, waits gate next time to tilt monitoring；
（Ⅱ）If do not overhauled in time and gate 1 continue tilt when, bead 606 slips over C sections of 603a of slant rail, and passes through
D sections of 603b of slant rail are crossed, bead 606 is fallen into the second buffering angle that D sections of 603b of E sections of 604a of slant rail and slant rail are formed
15, when gate 1 continues run-off the straight, bead 606 starts to walk to be snapped down on E sections of 604a of slant rail at the second buffering angle 15,
Bead 606 is active in E sections of 604a of slant rail, this is serious zone of alarm, when bead 606 triggers approaching on E sections of 604a of slant rail
K2 actions are switched, the second alarm circuit is switched on, and red light RD of short duration can only be alerted at this time, meanwhile, intermediate relay KA2 coils obtain
Electricity, intermediate relay KA2 normally opened contacts are attracted self-locking, realize the self-sustaining close to switch K2, meanwhile, intermediate relay KA2 is normal
Closed contact disconnects so that green light GW extinguishes, and red light RD carries out continuing alarm, reminds maintenance, is divided into two kinds of situations；
（i）Overhauled when in time, gate 1 recovers horizontal level, and horizontal measure and control device 6 resets, and red light RD extinguishes, and will
606 hand-reset of bead, waits gate next time to tilt monitoring；
（ii）If not overhauled in time and gate 1 continuing to tilt, bead 606 slips over E sections of 604a of slant rail, and activity
In on F sections of 604b of slant rail, this is gate stop zone, when bead 606 is touched with self-control switch K3 so that circuit out of service
Connect, intermediate relay KA3 coils obtain electric, and alarm electric bell is persistently alarmed, and intermediate relay KA3 normally-closed contacts disconnect so that the
Two warning lights extinguish, meanwhile, intermediate relay KA3 normally-closed contact 9-10 moments disconnect so that gate control loop is in lock
Power-off before door 1 is stuck, gate 1 is out of service, waits to be repaired；
Bead 606 slips over E sections of 604a of slant rail, is active on F sections of 604b of slant rail, and enters in insulated platform 16, this
For gate stop zone, when bead 606 is touched with the self-control switch K3 in insulated platform 16 so that circuit out of service is connected,
Electric bell alarming is alerted at this time, and intermediate relay KA3 normally opened contacts are attracted, and intermediate relay KA3 coils obtain electric, intermediate relay
KA3 normally-closed contacts disconnect so that and red light RD extinguishes, meanwhile, intermediate relay KA3 normally-closed contact 9-10 moments disconnect so that lock
The power-off before gate 1 is stuck of door control loop, gate 1 is out of service, wait it is to be repaired, illustratively, either gate 1 in operation
Up- wards inclination still declines inclination, and self-control switch K3 is closed once touching, and 1 federation of gate stops running immediately, before waiting service personnel
Toward site examining and repairing, gate 1 is in stuck preceding angle, so can be by accident control in budding state；
Step 3, bead reset：After maintenance, start involution circuit, press SB1 buttons, pin about 3 seconds when
Between, at this time electromagnet hit circuit and magnechuck circuit at the same time it is electric and act, the shock bead 606 of electromagnet 12, bead 606
Self-control switch K3 is left, self-control switch K3 is disconnected, and alerts electric bell stop alarm；Meanwhile bead 606 is in the impact of electromagnet 12
Under the attraction double action of magnechuck 13, magnechuck 13 is returned to by hose passages 607, SB1 is unclamped at this time and presses
Button, electromagnet hit circuit and magnechuck circuit dead electricity, and bead 606 is steadily released on A sections of 602a of slant rail, and is carried out down
One time gate tilts monitoring.
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
Limit, 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 (9)
1. a kind of gate tilts TT＆C system, it includes gate（1）With gate（1）The gate slot being adapted（2）, gate opening/closing dress
Put（3）, gate control loop（4）And computer remote monitoring system（5）, the gate hoist（3）Including steel wire rope
（301）And headstock gear（302）, the gate（1）Pass through steel wire rope（301）With headstock gear（302）It is sequentially connected, the gate control
Circuit processed（4）With headstock gear（302）It is electrically connected, it is characterised in that：Further include at least one horizontal measure and control device（6）It is and horizontal
Measure and control device electric loop（7）, the computer remote monitoring system（5）Including the first warning light, the second alarm signal
Lamp and alarm electric bell, the horizontal measure and control device（6）It is mutually contradictory to be arranged on gate（1）Upper end both sides；
The horizontal measure and control device electric loop（7）Including alarm circuit, circuit out of service, involution circuit, supply unit（8）
And ground terminal, the alarm circuit, circuit out of service and the parallel connection of involution circuit and and supply unit（8）Connect with ground terminal；
The alarm circuit includes the first alarm circuit and the second alarm circuit, the first alarm circuit and the second alarm circuit
It is arranged in parallel, the first alarm circuit is included close to switch K1（9）, intermediate relay KA1 normally opened contacts, intermediate relay
KA2 normally-closed contacts and intermediate relay KA1 coils, it is described close to switch K1（9）Connect with the first warning light, the centre
After relay KA1 normally opened contacts and the series connection of intermediate relay KA2 normally-closed contacts K1 is switched with close（9）Parallel connection, the centre after
Electric appliance KA1 coils one end is connected with intermediate relay KA2 normally-closed contacts, and the intermediate relay KA1 coils other end and ground connection
End connects；
The second alarm circuit is included close to switch K2（10）, intermediate relay KA2 normally opened contacts, intermediate relay KA3 it is normal
Closed contact and intermediate relay KA2 coils, it is described close to switch K2（10）Connect with the second warning light, the middle relay
After device KA2 normally opened contacts and the series connection of intermediate relay KA3 normally-closed contacts K2 is switched with close（10）Parallel connection, the intermediate relay
KA2 coils one end is connected with intermediate relay KA3 normally-closed contacts, and the intermediate relay KA2 coils other end and ground terminal phase
Connect；
The circuit out of service includes self-control switch K3（11）With intermediate relay KA3 coils, the self-control switch K3（11）
Connect with alarm electric bell, the intermediate relay KA3 coils are in parallel with alarm electric bell；
An intermediate relay KA3 normally-closed contacts 9-10 is further included, the circuit out of service is touched by the way that intermediate relay KA3 is normally closed
Point 9-10 is electrical connected with gate control loop；
The horizontal measure and control device（6）Including babinet（601）, guide rail bending part, supporting member（605）, bead（606）Lead to hose
Road（607）, the guide rail bending part passes through supporting member（605）Arranged on babinet（601）It is interior, the horizontal measure and control device（6）It is interior
Equipped with observing and controlling area, the guide rail bending part is axial from low to high successively to be divided at least four sections of slant rails, between the slant rail
It is connected and forms buffering angle, it is described close to switch K1（9）With close switch K2（10）It is arranged on slant rail, the bead
（606）Through slant rail and make to approach switch K1（9）, close to switch K2（10）And self-control switch K3（11）Act respectively, so as to connect
The alert circuit of notice and circuit out of service.
2. gate according to claim 1 tilts TT＆C system, it is characterised in that：Hit including electromagnet in the involution circuit
Hit circuit, magnechuck circuit and for controlling electromagnet to hit the SB1 buttons in circuit, magnechuck circuit, the electromagnet
Hitting circuit includes electromagnet（12）, the magnechuck circuit includes magnechuck（13）, the electromagnet hit circuit with
Magnechuck circuit is in parallel, and electromagnet hits circuit and is electrically connected with magnechuck circuit with SB1 buttons.
3. gate according to claim 1 tilts TT＆C system, it is characterised in that：The guide rail bending part is led including first
Rail bending part（602）, the second guide rail bending part（603）, the 3rd guide rail bending part（604）, the guide rail bending part lower section is all provided with
It is useful for the adjustment bolt part at debugging slant rail inclination angle（17）.
4. gate according to claim 1 tilts TT＆C system, it is characterised in that：The slant rail is respectively slant rail A
Section（602a）, B sections of slant rail（602b）, C sections of slant rail（603a）, D sections of slant rail（603b）, E sections of slant rail（604a）With it is oblique
F sections of guide rail（604b）, described slant rail A sections（602a）, C sections of slant rail（603a）With E sections of slant rail（604a）Angle of inclination
Ascending arrangement successively.
5. the gate according to claim 1 or 4 tilts TT＆C system, it is characterised in that：Buffering angle includes the first buffering
Angle（14）With the second buffering angle（15）, described slant rail B sections（602b）With C sections of slant rail（603a）It is connected and forms
One buffering angle（14）, described slant rail D sections（603b）With E sections of slant rail（604a）It is connected and forms the second buffering angle
（15）, it is described to be arranged on C sections of slant rail close to switch K1（603a）On, it is described to be arranged on E sections of slant rail close to switch K2（604a）On.
6. the gate according to claim 2 or 4 tilts TT＆C system, it is characterised in that：The babinet（601）In one side wall
It is used to coordinate equipped with one and is attracted bead（606）Magnechuck（13）, another side wall is equipped with supply unit（8）, it is described tiltedly to lead
A sections of rail（602a）One end and magnechuck（13）It is connected, described slant rail F sections（604b）One side-lower is equipped with an insulated platform
（16）, it is described self-control switch K3 be arranged on insulated platform（16）It is interior, F sections of the self-control switch K3 and slant rail（604b）It is opposite to set
Put, the self-control switch K3 sides are equipped with one and hit bead for coordinating（606）Electromagnet（12）, the electromagnet（12）On
Side is equipped with the hose passages being adapted（607）, the hose passages（607）One end and magnechuck（13）It is connected.
7. gate according to claim 1 tilts TT＆C system, it is characterised in that：The bead（606）For chromium plating iron ball
Or copper ball, and the bead（606）A diameter of 10-14mm.
8. gate according to claim 3 tilts TT＆C system, it is characterised in that：The first guide rail bending part（602）、
Second guide rail bending part（603）With the 3rd guide rail bending part（604）Guide-track groove be arc-shaped either concavity or V shape structures.
9. gate according to claim 1 tilts TT＆C system, it is characterised in that：The hose passages（607）Internal diameter
For 16-20mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721299650.6U CN207317796U (en) | 2017-10-10 | 2017-10-10 | A kind of gate tilts TT＆C system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721299650.6U CN207317796U (en) | 2017-10-10 | 2017-10-10 | A kind of gate tilts TT＆C system |
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| Publication Number | Publication Date |
|---|---|
| CN207317796U true CN207317796U (en) | 2018-05-04 |
Family
ID=62429640
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| CN201721299650.6U Expired - Fee Related CN207317796U (en) | 2017-10-10 | 2017-10-10 | A kind of gate tilts TT＆C system |
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| CN (1) | CN207317796U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107504952A (en) * | 2017-10-10 | 2017-12-22 | 江苏省泰州引江河管理处 | A kind of gate tilts TT＆C system and investigating method |
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2017
- 2017-10-10 CN CN201721299650.6U patent/CN207317796U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107504952A (en) * | 2017-10-10 | 2017-12-22 | 江苏省泰州引江河管理处 | A kind of gate tilts TT＆C system and investigating method |
| CN107504952B (en) * | 2017-10-10 | 2024-03-01 | 江苏省泰州引江河管理处 | Gate inclination measurement and control system and measurement and control method |
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