CN110456703A - Water conservancy construction process precisely controlling system - Google Patents
Water conservancy construction process precisely controlling system Download PDFInfo
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- CN110456703A CN110456703A CN201910748015.9A CN201910748015A CN110456703A CN 110456703 A CN110456703 A CN 110456703A CN 201910748015 A CN201910748015 A CN 201910748015A CN 110456703 A CN110456703 A CN 110456703A
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- pipe
- cube
- arc
- water conservancy
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0428—Safety, monitoring
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24024—Safety, surveillance
Abstract
The invention discloses water conservancy construction process precisely controlling systems, its structure includes: lock thread barrel, cube essence control device, flow detection pipe, radiator shell, plunger block, latch nuts, solenoid valve control seat, digital electric screen, the present invention, which is realized, to be matched with cube essence control device with flow detection pipe, it is supplied indirectly quantitatively in one cubic block volume water of avris by merogenesis baffle pipe by cube flow cylinder and baffle spherical cavity room, to delay pressure water flow impact, form the guidance downslide discharge of baffle thickness arc plate inclined-plane baffle, form the reaction result of cover pressure drag, it allows fluid to turn to guidance off-load and the sprinkling radian of off-load obtains drawing brush Discrete control, it is integrated on large-scale gate dam from the feasibility of pre- emissions operation, the scope that being formed to high low-potential energy the next on water channel can estimate is controlled, reach to the solid soil plantation in low level riverbed and plate After ensureing that control valve is precisely adjusted, the extensive control of whole regulation release floodwatering flow construction is gone with pre- discharge for material cushioning effect.
Description
Technical field
The present invention is water conservancy construction process precisely controlling system, belongs to water conservancy construction apparatus field.
Background technique
Dam flood discharge power generation and the dispatching of supply branch's water flow downstream are the life energy in very joint using operation, to water conservancy
The flood discharge link of construction process especially needs people to pay close attention to, and protection riverbed water and soil is consolidated and the purification at water source is all one complicated
Engineering, very universal to the application operating of high-precision water conservancy construction equipment, the common disadvantage to be optimized of technology has at present:
It is opened a sluice gate in flood discharge in water conservancy dam engineering, it is the fine adjustments controlled process Accuracy Measure that canal position baffling discharges in advance
Observation, conventional baffling are quadrature tube, this flow regulator for docking quadrature tube laterally needs the slowly flowing of appropriate decrement, but high
The potential energy difference of low level discharge will cause swelling for lateral impact forces when flood pours into and pour in right angle pipe sleeve end, common plastics product pipe
Can be burst apart inside by water pressure, cause the infiltration of pipeline broken face and continue the disrepair phenomenon of punching press, the control for causing flood discharge to be discharged in advance
Power reduces, and fluid inertia can not be estimated, and causes the water flow significantly long-range parabola decentralization of later discharge, impacts to bottom riverbed
Power is big, aggravates downstream soil erosion situation, influences the development progress of hydraulic engineering.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide water conservancy construction process precisely controlling system, with solution
Certainly to be opened a sluice gate in flood discharge in water conservancy dam engineering, canal position baffling discharges in advance to be observed the fine adjustments of process Accuracy Measure control,
Conventional baffling is quadrature tube, this flow regulator for docking quadrature tube laterally needs appropriate decrement slowly flowing, but high-low-position
The potential energy difference of discharge will cause swelling for lateral impact forces when flood pours into and pour in right angle pipe sleeve end, and common plastics product pipe can quilt
Water pressure is burst apart inside, causes pipeline broken face to seep water and continue the disrepair phenomenon of punching press, the control force drop for causing flood discharge to be discharged in advance
Low, fluid inertia can not be estimated, and the water flow significantly long-range parabola decentralization of later discharge be caused, to bottom riverbed impact force
Greatly, the problem of aggravating downstream soil erosion situation, influencing the development progress of hydraulic engineering.
To achieve the goals above, the present invention is to realize by the following technical solutions: water conservancy construction process precisely controls
System processed, structure include: lock thread barrel, cube essence control device, flow detection pipe, radiator shell, plunger block, lock bolt
Cap, solenoid valve control seat, digital electric screen, described cube of essence control device are nested in the front side of lock thread barrel and are mutually communicated,
The flow detection pipe level is inserted embedded in the left side of lock thread barrel, and the radiator shell is nested on the top of lock thread barrel simultaneously
And axle center is conllinear, using being interference fitted, the radiator shell passes through lock nuts and solenoid valve control for the radiator shell and plunger block
Seat is threadedly coupled, and the digital electric screen is tightly attached to the right side of solenoid valve control seat vertically, and the solenoid valve control seat passes through cube essence
The conducting wire of control device is electrically connected with flow detection pipe, and described cube of essence control device is equipped with and flanks flange, hang down diameter siphunculus, eight side tanks
Shell, cube flow cylinder, horizontal pipe, merogenesis baffle pipe, dottle pin rotor drum, baffle spherical cavity room, the flange that flanks are nested in vertical diameter
It rear side at the top of siphunculus and is mutually communicated, the vertical diameter siphunculus vertically inserts the upper right embedded in eight side tank shells and cube flow cylinder
Angle, described cube of flow cylinder is installed on the inside of baffle spherical cavity room and axle center is conllinear, and the merogenesis baffle pipe, which is inserted, is embedded in transverse tube
The inside in road and in the same horizontal line, the horizontal pipe is welded on the lower left corner of eight side tank shells, the dottle pin rotor
Cylinder is mechanically connected with baffle spherical cavity room, and the eight sides tank shell is nested in the front side of lock thread barrel.
To optimize above-mentioned technical proposal, the measure further taken are as follows:
As a further improvement of the present invention, the merogenesis baffle pipe is by baffling pipe sleeve, merogenesis slot short tube, drainage skewed slot group
At the merogenesis slot short tube is equipped with inside that is more than two and being mounted on baffling pipe sleeve, and the drainage skewed slot is inserted embedded in folding
Flow tube set the upper right corner and be mutually communicated.
As a further improvement of the present invention, the dottle pin rotor drum by indent partition, arc top cushion block, sliding pendulum get rid of frame,
Ball cap, ripple cotton pad slot composition, arc top cushion block and ripple cotton pad slot are tightly attached to the two sides up and down of indent partition respectively, described
Sliding pendulum get rid of frame be installed on ball cap inside and axle center it is conllinear, the ball cap is nested in the upper right corner of indent partition and is in
On same inclined-plane.
As a further improvement of the present invention, the sliding pendulum gets rid of frame and is got rid of by billiards runner, protrusive board sliding block, hubcap, pendulum
Otic placode composition, the billiards runner is gap-matched with hubcap and axle center is conllinear, and it is sliding that the hubcap is nested in protrusive board
The front side of block, the billiards runner and pendulum get rid of otic placode mechanical connection, and the pendulum gets rid of otic placode and inserts under the bottom of hubcap.
As a further improvement of the present invention, frame pad is held by baffle thickness arc plate, spherical cavity chamber body, balance in baffle spherical cavity room
Composition, the balance are held on the bottom surface that frame pad is tightly attached to inside spherical cavity chamber body, and the baffle thickness arc plate is nested in spherical cavity chamber body
The upper left corner and axle center is conllinear.
As a further improvement of the present invention, the baffle thickness arc plate by thick arc plate, bow word overlay slot, drainage ripple bar,
Baffle ladder bar groove composition, the thickness arc plate and bow word overlay slot and are close together and on the same arc surface, and the baffle is terraced
Bar groove is structure as a whole with thick arc plate, and the drainage ripple bar sets there are two and is nested in the front and back of thick arc plate outer surface respectively
Two sides.
As a further improvement of the present invention, the balance holds frame pad by word strut, arc band torsional spring silk, billet plate, liquid level
Balance pipe, arc cushion block composition, the word strut are inserted on top of the arc with torsional spring silk, and the arc band torsional spring silk passes through billet plate
It is mechanically connected with liquid level equilibrium pipe, the arc band torsional spring silk and billet plate are all provided with there are two and are installed in inside arc cushion block respectively
The left and right sides, the liquid level equilibrium pipe is installed on the axle center inside arc cushion block.
As a further improvement of the present invention, the billiards runner is the wheel pivoted frame of the convex ball wheel disk body of gyro shaft middle section band
Structure, transverse and longitudinal rotary support is longitudinal to drive convex ball to be centrifuged inertial impaction bead up and down, forms the dexterity of about one organ transmission
To pendulum operating effect.
As a further improvement of the present invention, the pendulum gets rid of the four directions that otic placode is the up-narrow and down-wide trapezoidal fan plate of top tape bead
Grooving rotating plate structure cooperates billiards to swing inertia and deflects column casing axle center cap by bead, forms one and rolls polishing flow-stopping plate
Auxiliary slides up and down drainage effect.
As a further improvement of the present invention, it is the concave-convex dog-ear slot structure being alternately fitted into that the bow word, which overlays slot, convenient
Overlay protruding pin short column formed track sliding knuckle point guiding movement effect, allow deflector flow under line up a bow word track
Tricklet conveying.
As a further improvement of the present invention, the arc band torsional spring silk is that avris arc band grafting torsional spring termination point casing ball latches
Spring wire structure, focus point is formed to the positive effect for accepting water injection pressure by left and right contraposition pushing tow, torsional spring is allowed to flatten up and down
Extension spring silk ensures that point does anti-skidding end angle spring pad effect.
Beneficial effect
Water conservancy construction process precisely controlling system of the present invention, staff is by installing lock screw thread in gate dam avris
Cylinder grafting flow detection pipe forms a corner and extends out the pre- emission effect demonstration that flood discharge has been slipped, docks electromagnetism by radiator shell
Valve control seat passes through plunger block and lock nuts anti-leak infiltration by digital electric screen programing system remote bluetooth control manipulation
And the automatically controlled rack of retraction, the interior release floodwatering flow for then latching thread barrel enter the flange that flanks of cube essence control device to pour into vertical diameter logical
Pipe, by forming full cube of flow cylinder and pushing baffle spherical cavity room in eight side tank shells and cube flow cylinder loading liquid level volume
Spherical cavity chamber body and balance hold frame pad, after word strut and the four end angles support of arc band torsional spring silk, cooperation arc cushion block center pad
Shield makes billet plate folding roof hydraulic fluid position balance pipe keep low level liquid level steady, fills to extend liquid level in cube and maintain an equal level
It is full of, then the sliding of frame electromagnetic adsorption is got rid of by the sliding pendulum of automatically controlled dottle pin rotor drum, makes billiards runner in protrusive board slip front and wheel
In clamshell centrifugal rotation inertial collision pendulum get rid of otic placode throw away deflection counterweight radian track push ball cap rotation, thus draw indent every
Strip the thick arc plate of arc top cushion block and ripple cotton pad slot elastic hard amount and soft-quality alternative top pressure baffle thickness arc plate, allow bow word
It overlays slot and is directed to the adherent fluid downslide behaviour that drainage ripple bar forms lift angle double swerve up and down with baffle ladder bar groove baffle
Make, allow down to turn over spray segmentation progressive, ensures the horizontal pipe of bottom and merogenesis baffle pipe passes through drainage skewed slot and is discharged into baffling
In merogenesis slot short tube and peripheral big flow pipeline in pipe sleeve, reaches the merogenesis water flow cubic metric output of preview flood discharge, ensure
Flood discharge big flow can use large-scale Cube computation precision interval regulation supply amount, obtain water conservancy construction process precisely controlling system
Improve to stablizing, also strengthens the soil-water protection rate of the next flood discharge on release floodwatering flow.
There is accessible advantage after operation of the present invention:
It is matched with cube essence control device with flow detection pipe, by flow detection pipe and lock thread barrel framework
Eight side tank shells have been set up on quadrature tube, have been passed through with baffle spherical cavity room in one cubic block volume water of avris by cube flow cylinder
Merogenesis baffle pipe is supplied quantitatively indirectly, to delay pressure water flow impact, forms the guidance downslide discharge of baffle thickness arc plate inclined-plane baffle,
And dottle pin rotor drum turns round baffle thickness arc plate, cooperation cube flow cylinder measures the discharge of liquid level volume beam tube, forms cover and presses drag
Reaction result, allow fluid to turn to guidance off-load and the sprinkling radian of off-load obtain drawing a brush Discrete control, from pre- discharge behaviour
The feasibility of work is integrated on large-scale gate dam, and the scope that being formed to the next high low-potential energy on water channel can estimate is controlled, and is reached pair
Solid soil plantation and the plate cushioning effect in low level riverbed after ensureing that control valve is precisely adjusted, go whole regulation to let out with pre- discharge
The extensive control of flood stream construction.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:
Fig. 1 is the structural schematic diagram of water conservancy construction process precisely controlling system of the present invention.
Fig. 2 is the present invention cube essence control detailed the schematic diagram of the section structure of device.
Fig. 3 is the cross section structure schematic diagram of merogenesis baffle pipe of the present invention and baffle spherical cavity room working condition.
Fig. 4 is the volume rendering structural schematic diagram of dottle pin rotor drum-working condition of the present invention.
Fig. 5 cuts open structural schematic diagram for the side that sliding pendulum of the present invention gets rid of frame working condition.
Fig. 6 is the schematic perspective view of baffle thickness arc plate working condition of the present invention.
Fig. 7 is that present invention balance holds the interior view structural schematic diagram that frame pads working condition.
Description of symbols: lock thread barrel -1, cube essence control device -2, flow detection pipe -3, radiator shell -4, plunger
Block -5, solenoid valve control seat -7, digital electric screen -8, flanks flange -2A, vertical diameter siphunculus -2B, eight side tanks at lock nuts -6
Shell -2C, cube flow cylinder -2D, horizontal pipe -2E, merogenesis baffle pipe -2F, dottle pin rotor drum -2G, baffle spherical cavity room -2H, baffling
Pipe sleeve -2F1, merogenesis slot short tube -2F2, drainage skewed slot -2F3, indent partition -2G1, arc top cushion block -2G2, sliding pendulum get rid of frame -
2G3, ball cap -2G4, ripple cotton pad slot -2G5, billiards runner -2G31, protrusive board sliding block -2G32, hubcap -2G33, pendulum get rid of otic placode -
2G34, baffle thickness arc plate -2H1, spherical cavity chamber body -2H2, balance hold frame pad -2H3, thick arc plate -2H11, bow word overlay slot -2H12,
Drain ripple bar -2H13, baffle ladder bar groove -2H14, V word strut -2H31, arc band torsional spring silk -2H32, billet plate -2H33, liquid level
Balance pipe -2H34, arc cushion block -2H35.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 7 is please referred to, the present invention provides water conservancy construction process precisely controlling system, and structure includes: lock screw thread
Cylinder 1, cube essence control device 2, flow detection pipe 3, radiator shell 4, plunger block 5, lock nuts 6, solenoid valve control seat 7, digital electricity
Son screen 8, described cube of essence control device 2 are nested in the front side of lock thread barrel 1 and are mutually communicated, 3 water of flow detection pipe
Plug flat is embedded in the left side of lock thread barrel 1, and the radiator shell 4 is nested on the top of lock thread barrel 1 and axle center is conllinear, institute
Radiator shell 4 and plunger block 5 are stated using being interference fitted, the radiator shell 4 is connected by lock nuts 6 and 7 screw thread of solenoid valve control seat
It connects, the digital electric screen 8 is tightly attached to the right side of solenoid valve control seat 7 vertically, and the solenoid valve control seat 7 passes through a cube essence control device
2 conducting wire is electrically connected with flow detection pipe 3, and described cube of essence control device 2 is equipped with and flanks flange 2A, hang down diameter siphunculus 2B, eight side slots
Box shell 2C, cube flow cylinder 2D, horizontal pipe 2E, merogenesis baffle pipe 2F, dottle pin rotor drum 2G, baffle spherical cavity room 2H, it is described to flank
Flange 2A is nested in the rear side at the top of vertical diameter siphunculus 2B and is mutually communicated, and the vertical diameter siphunculus 2B is vertically inserted and is embedded in eight side tanks
The upper right corner of shell 2C and cube flow cylinder 2D, it is total that described cube of flow cylinder 2D is installed on the inside of baffle spherical cavity room 2H and axle center
Line, the merogenesis baffle pipe 2F insert the inside embedded in horizontal pipe 2E and in same horizontal lines, the horizontal pipe 2E welding
In the lower left corner of eight side tank shell 2C, the dottle pin rotor drum 2G and baffle spherical cavity room 2H are mechanically connected, the eight sides tank shell
2C is nested in the front side of lock thread barrel 1.
Referring to Fig. 3, the merogenesis baffle pipe 2F is by baffling pipe sleeve 2F1, merogenesis slot short tube 2F2, drainage skewed slot 2F3 group
At the merogenesis slot short tube 2F2 is equipped with inside that is more than two and being mounted on baffling pipe sleeve 2F1, the drainage skewed slot 2F3
It inserts the upper right corner embedded in baffling pipe sleeve 2F1 and is mutually communicated, baffle spherical cavity room 2H is by baffle thickness arc plate 2H1, spherical cavity room
Body 2H2, balance hold frame pad 2H3 composition, and the balance is held frame pad 2H3 and is tightly attached on the bottom surface inside spherical cavity chamber body 2H2, the gear
Stream thickness arc plate 2H1 is nested in the upper left corner of spherical cavity chamber body 2H2 and axle center is conllinear, cooperates spherical cavity room by merogenesis slot short tube 2F2
Body 2H2 rolls peripheral output flow, stablizes internal pressure and intermittent cube accumulated amount is cooperated to be segmented efficiently conveying of supplying water, ensure flood discharge
When slow fluid mass inertia coeffeicent, ensure segmentation reduce inertia force, alleviate fluid cast path, formed short distance flood discharge not
Influence downstream water soil situation.
Referring to Fig. 4, the dottle pin rotor drum 2G gets rid of frame 2G3, ball by indent partition 2G1, arc top cushion block 2G2, sliding pendulum
Cap 2G4, ripple cotton pad slot 2G5 composition, the arc top cushion block 2G2 and ripple cotton pad slot 2G5 are tightly attached to indent partition 2G1's respectively
Upper and lower two sides, the sliding pendulum get rid of frame 2G3 be installed on ball cap 2G4 inside and axle center it is conllinear, in the ball cap 2G4 is nested in
The upper right corner of recessed partition 2G1 and on the same inclined-plane, the revolution beat ball cap 2G4 band for getting rid of frame 2G3 by sliding pendulum is automatic
The cylinder of entire indent partition 2G1 turns round friction, ensures that the big compactness again of dottle pin adjustable end stop lift angular width degree is strong.
Please refer to sliding pendulum described in Fig. 5 get rid of frame 2G3 by billiards runner 2G31, protrusive board sliding block 2G32, hubcap 2G33, pendulum get rid of
Otic placode 2G34 composition, the billiards runner 2G31 is gap-matched with hubcap 2G33 and axle center is conllinear, the hubcap
2G33 is nested in the front side of protrusive board sliding block 2G32, and the billiards runner 2G31 and pendulum get rid of otic placode 2G34 mechanical connection, and the pendulum is got rid of
Otic placode 2G34 is inserted under the bottom of hubcap 2G33, and it is the up-narrow and down-wide trapezoidal fan plate of top tape bead that the pendulum, which gets rid of otic placode 2G34,
Cubic grooving rotating plate structure, cooperate billiards to swing inertia by bead and deflect column casing axle center cap, form rollings polishing and keep off
The auxiliary of flowing plate slides up and down drainage effect, and the billiards runner 2G31 is the wheel pivoted frame of the convex ball wheel disk body of gyro shaft middle section band
Structure, transverse and longitudinal rotary support is longitudinal to drive convex ball to be centrifuged inertial impaction bead up and down, forms the dexterity of about one organ transmission
To operating effect is put, swings to hit to put by billiards runner 2G31 and get rid of otic placode 2G34 formation spherical surface point of contact friction stress, with a band
Significantly impact force is perfused and deflects axle center load-bearing heave amplitude pressure anyway to plate in afternoon in face.
Referring to Fig. 6, the baffle thickness arc plate 2H1 overlays slot 2H12, drainage ripple bar by thick arc plate 2H11, bow word
2H13, baffle ladder bar groove 2H14 composition, the thickness arc plate 2H11 overlay slot 2H12 with bow word and are close together and in same
In cambered surface, the baffle ladder bar groove 2H14 is structure as a whole with thickness arc plate 2H11, and the drainage ripple bar 2H13 is set there are two simultaneously
And it is nested in the front and rear sides of the thick outer surface arc plate 2H11 respectively, it is the concave-convex dog-ear being alternately fitted into that the bow word, which overlays slot 2H12,
Slot structure, conveniently overlay protruding pin short column formed track sliding knuckle point guiding movement effect, allow deflector flow under line up
One bow word track tricklet conveying, the motion profile that slot 2H12 is overlayed by bending word make flood discharge fluid pass through drainage ripple bar
When arranging under 2H13 ripple veneer, double swerve forms surge and is layered progressive effect, avoids to arrange under the hydraulic coupling of accumulation fluid and swash
Increase and lose consume phenomenon.
Referring to Fig. 7, the balance holds frame pad 2H3 by V word strut 2H31, arc band torsional spring silk 2H32, billet plate 2H33, liquid
Position balance pipe 2H34, arc cushion block 2H35 composition, the V word strut 2H31 is inserted on top of the arc with torsional spring silk 2H32, described
Arc band torsional spring silk 2H32 is mechanically connected by billet plate 2H33 and liquid level equilibrium pipe 2H34, arc band torsional spring silk 2H32 and the billet
The left and right sides that plate 2H33 is all provided with there are two and is installed in inside arc cushion block 2H35 respectively, the liquid level equilibrium pipe 2H34 installation
On axle center inside the arc cushion block 2H35, the arc is what avris arc was latched with grafting torsional spring termination point casing ball with torsional spring silk 2H32
Spring wire structure forms focus point to the positive effect for accepting water injection pressure by left and right contraposition pushing tow, torsional spring is allowed to flatten drawing up and down
Spring wire is stretched, ensures that point does anti-skidding end angle spring pad effect, arc band torsional spring silk 2H32 or so is ensured by liquid level equilibrium pipe 2H34
The steady of horizontal liquid level is made to top, so that mapping water flow in cube reaches fluid stability when binding liquid level, is promoted cube
Measure independence.
Workflow: staff is by installing lock 1 grafting flow detection pipe 3 of thread barrel, shape in gate dam avris
The pre- emission effect demonstration that flood discharge has been slipped is extended out at a corner, solenoid valve control seat 7 is docked by radiator shell 4 and passes through digital electric
Shield 8 programing system remote bluetooth control manipulations, by plunger block 5 and the infiltration of lock 6 anti-leak of nuts and be retracted automatically controlled rack,
Then latch thread barrel 1 interior release floodwatering flow enter cube essence control device 2 the flange 2A that flanks pour into vertical diameter siphunculus 2B, by
Eight side tank shell 2C and cube flow cylinder 2D loading liquid level volume form full cube of flow cylinder 2D and push baffle spherical cavity room 2H's
Spherical cavity chamber body 2H2 and balance hold frame pad 2H3, after tetra- end angle supports of V word strut 2H31 and arc band torsional spring silk 2H32, cooperation
Arc cushion block 2H35 center pad shield, makes billet plate 2H33 folding roof hydraulic fluid position balance pipe 2H34 keep low level liquid level steady, to prolong
It stretches in cube liquid level and maintains an equal level full, then frame 2G3 electromagnetic adsorption is got rid of by the sliding pendulum of automatically controlled dottle pin rotor drum 2G and is slided,
Make billiards runner 2G31 centrifugal rotation inertial collision pendulum in the protrusive board front end sliding block 2G32 with hubcap 2G33 get rid of otic placode 2G34 to get rid of
Deflection counterweight radian track pushes ball cap 2G4 rotation out, to draw indent partition 2G1 with arc top cushion block 2G2 and ripple cotton
The thick arc plate 2H11 for padding slot 2G5 elastic hard amount and soft-quality alternative top pressure baffle thickness arc plate 2H1 allows bow word to overlay slot 2H12 band
Baffle ladder bar groove 2H14 baffle be directed to drainage ripple bar 2H13 formed up and down lift angle double swerve adherent fluid glide behaviour
Make, allow down to turn over spray segmentation progressive, ensures the horizontal pipe 2E of bottom and merogenesis baffle pipe 2F passes through drainage skewed slot 2F3 row
Enter in the merogenesis slot short tube 2F2 and peripheral big flow pipeline in baffling pipe sleeve 2F1, reaches the merogenesis water flow cube degree of preview flood discharge
Amount output ensures that flood discharge big flow can use large-scale Cube computation precision interval regulation supply amount, keeps water conservancy construction process smart
Quasi- control system obtains stablizing improvement, also strengthens the soil-water protection rate of the next flood discharge on release floodwatering flow.
The present invention is combined with each other by above-mentioned component, is reached and is matched with cube essence control device 2 and flow detection pipe 3
It closes, by having set up eight side tank shell 2C on the quadrature tube of flow detection pipe 3 and lock 1 framework of thread barrel, passes through a cube stream
Amount cylinder 2D and baffle spherical cavity room 2H is supplied indirectly by merogenesis baffle pipe 2F quantitatively, to delay pressure in one cubic block volume water of avris
Water flow impact forms the guidance downslide discharge of baffle thickness arc plate 2H1 inclined-plane baffle, and dottle pin rotor drum 2G turns round baffle thickness arc
Plate 2H1, cooperation cube flow cylinder 2D measure the discharge of a liquid level volume beam tube, form the reaction result of cover pressure drag, allow fluid
The sprinkling radian for turning to guidance off-load and off-load obtains drawing brush Discrete control, is integrated to large size from the feasibility of pre- emissions operation
On gate dam, the scope that being formed to the next high low-potential energy on water channel can estimate is controlled, reach solid soil plantation to low level riverbed and
After ensureing that control valve is precisely adjusted, the extensive control of whole regulation release floodwatering flow construction is gone with pre- discharge for plate cushioning effect
System solves to open a sluice gate in flood discharge in water conservancy dam engineering with this, canal position baffling in advance discharge be process Accuracy Measure is controlled it is thin
Fine adjustment observation, conventional baffling are quadrature tube, this flow regulator for docking quadrature tube laterally needs appropriate decrement slowly stream
It is dynamic, but the potential energy difference of high-low-position discharge will cause swelling for lateral impact forces when flood pours into and pour in right angle pipe sleeve end, it is conventional to mould
Material product pipe can be burst apart inside by water pressure, cause pipeline broken face to seep water and continue the disrepair phenomenon of punching press, lead to flood discharge walkthrough
The control force put reduces, and fluid inertia can not be estimated, and the water flow significantly long-range parabola decentralization of later discharge is caused, to bottom
The problem of riverbed impact force is big, aggravates downstream soil erosion situation, influences the development progress of hydraulic engineering.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, but
Without departing from of the invention or beyond the scope of the appended claims.
Claims (9)
1. water conservancy construction process precisely controlling system, structure includes: lock thread barrel (1), cube essence control device (2), flow
Detection pipe (3), radiator shell (4), plunger block (5), lock nuts (6), solenoid valve control seat (7), digital electric screen (8), it is special
Sign is:
Described cube of essence control device (2) is nested in the front side of lock thread barrel (1), and horizontal insert of the flow detection pipe (3) is embedded in
Latch thread barrel (1) left side, the radiator shell (4) be nested in lock thread barrel (1) top on, the radiator shell (4) with
Plunger block (5) matches, and the radiator shell (4) is threadedly coupled by latching nuts (6) with solenoid valve control seat (7), the number
Code electrical screen (8) is tightly attached to the right side of solenoid valve control seat (7) vertically, and the solenoid valve control seat (7) passes through cube essence control device (2)
Conducting wire be electrically connected with flow detection pipe (3)；
Described cube of essence control device (2) is equipped with and flanks flange (2A), hang down diameter siphunculus (2B), eight side tank shells (2C), cube flow
Cylinder (2D), horizontal pipe (2E), merogenesis baffle pipe (2F), dottle pin rotor drum (2G), baffle spherical cavity room (2H)；
The rear side for flanking flange (2A) and being nested at the top of vertical diameter siphunculus (2B), the vertical diameter siphunculus (2B) vertically insert and are embedded in eight
The upper right corner of side tank shell (2C) and cube flow cylinder (2D), described cube of flow cylinder (2D) are installed on baffle spherical cavity room (2H)
Inside, the merogenesis baffle pipe (2F) are inserted embedded in the inside of horizontal pipe (2E), and the horizontal pipe (2E) is welded on eight side tank shells
The lower left corner of (2C), the dottle pin rotor drum (2G) and baffle spherical cavity room (2H) are mechanically connected, and the eight sides tank shell (2C) is embedding
It is placed on the front side of lock thread barrel (1).
2. water conservancy construction process precisely controlling system according to claim 1, it is characterised in that: the merogenesis baffle pipe
(2F) is made of baffling pipe sleeve (2F1), merogenesis slot short tube (2F2), drainage skewed slot (2F3), and the merogenesis slot short tube (2F2) is equipped with
Inside that is more than two and being mounted on baffling pipe sleeve (2F1), the drainage skewed slot (2F3), which is inserted, is embedded in baffling pipe sleeve (2F1)
The upper right corner.
3. water conservancy construction process precisely controlling system according to claim 1, it is characterised in that: the dottle pin rotor drum
(2G) gets rid of frame (2G3), ball cap (2G4), ripple cotton pad slot (2G5) group by indent partition (2G1), arc top cushion block (2G2), sliding pendulum
At arc top cushion block (2G2) is tightly attached to the two sides up and down of indent partition (2G1), the cunning with ripple cotton pad slot (2G5) respectively
Movable pendulum gets rid of the inside that frame (2G3) is installed on ball cap (2G4), and the ball cap (2G4) is nested in the upper right corner of indent partition (2G1).
4. water conservancy construction process precisely controlling system according to claim 3, it is characterised in that: the sliding pendulum gets rid of frame
(2G3) is got rid of otic placode (2G34) and is formed by billiards runner (2G31), protrusive board sliding block (2G32), hubcap (2G33), pendulum, the billiards
Runner (2G31) is matched with hubcap (2G33), and the hubcap (2G33) is nested in the front side of protrusive board sliding block (2G32), institute
It states billiards runner (2G31) and pendulum gets rid of otic placode (2G34) mechanical connection, the pendulum gets rid of otic placode (2G34) and inserts embedded in hubcap (2G33)
Bottom under.
5. water conservancy construction process precisely controlling system according to claim 1, it is characterised in that: baffle spherical cavity room
(2H) is held frame pad (2H3) and is formed by baffle thickness arc plate (2H1), spherical cavity chamber body (2H2), balance, and it is tight that the balance holds frame pad (2H3)
It is affixed on the internal bottom surface of spherical cavity chamber body (2H2), the baffle thickness arc plate (2H1) is nested in the upper left corner of spherical cavity chamber body (2H2).
6. water conservancy construction process precisely controlling system according to claim 5, it is characterised in that: the baffle thickness arc plate
(2H1) overlays slot (2H12) by thick arc plate (2H11), bow word, drainage ripple bar (2H13), baffle ladder bar groove (2H14) form, institute
It states thick arc plate (2H11) to overlay slot (2H12) with bow word and be close together, the baffle ladder bar groove (2H14) and thick arc plate (2H11)
It is structure as a whole, drainage ripple bar (2H13) sets there are two and is nested in the front and rear sides of thick arc plate (2H11) respectively.
7. water conservancy construction process precisely controlling system according to claim 5, it is characterised in that: the balance holds frame pad
(2H3) is by V word strut (2H31), arc band torsional spring silk (2H32), billet plate (2H33), liquid level equilibrium pipe (2H34), arc cushion block
(2H35) composition, the V word strut (2H31) are inserted on top of the arc with torsional spring silk (2H32), the arc band torsional spring silk
(2H32) is mechanically connected by billet plate (2H33) and liquid level equilibrium pipe (2H34), arc band torsional spring silk (2H32) and billet plate
(2H33) is all provided with there are two and is installed in the internal left and right sides of arc cushion block (2H35) respectively.
8. water conservancy construction process precisely controlling system according to claim 4, it is characterised in that: the billiards runner
(2G31) is the wheel pivoted frame structure of the convex ball wheel disk body of gyro shaft middle section band and axle center is conllinear.
9. water conservancy construction process precisely controlling system according to claim 4, it is characterised in that: the pendulum gets rid of otic placode
(2G34) is the cubic grooving rotating plate structure of the up-narrow and down-wide trapezoidal fan plate of top tape bead.
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| CN110456703B CN110456703B (en) | 2020-07-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111264351A (en) * | 2020-04-02 | 2020-06-12 | 冯九辉 | Pipeline for irrigation |
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| CN103696899A (en) * | 2013-11-15 | 2014-04-02 | 陈永远 | Ultra-large type hydroelectric power plant |
| CN104521690A (en) * | 2014-06-03 | 2015-04-22 | 宁波大叶园林科技有限公司 | Improved water saving method of novel flow-adjustable dripper |
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| CN110456703B (en) | 2020-07-28 |
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Effective date of registration: 20200629 Address after: 250000 No. 121 Lishan Road, Shandong, Ji'nan Applicant after: SHANDONG XINGSHUI WATER CONSERVANCY TECHNOLOGY Co.,Ltd. Applicant after: Zhang Haitao Applicant after: Chen Fengzhen Applicant after: Kong Qingchen Address before: 510620 No. 942, Guangzhou Avenue, Tianhe District, Guangdong, Guangzhou Applicant before: Xie Jiefeng |
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Effective date of registration: 20231001 Address after: 250000 residence of Ganggou town government, Licheng District, Jinan City, Shandong Province Patentee after: Shandong Dayu Water Construction Group Co.,Ltd. Patentee after: Zhang Haitao Patentee after: Chen Fengzhen Patentee after: Kong Qingchen Address before: No.121 Lishan Road, Jinan City, Shandong Province Patentee before: SHANDONG XINGSHUI WATER CONSERVANCY TECHNOLOGY Co.,Ltd. Patentee before: Zhang Haitao Patentee before: Chen Fengzhen Patentee before: Kong Qingchen |