CN2129775Y - Irrigation canal water gate - Google Patents

Irrigation canal water gate Download PDF

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Publication number
CN2129775Y
CN2129775Y CN 92216139 CN92216139U CN2129775Y CN 2129775 Y CN2129775 Y CN 2129775Y CN 92216139 CN92216139 CN 92216139 CN 92216139 U CN92216139 U CN 92216139U CN 2129775 Y CN2129775 Y CN 2129775Y
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CN
China
Prior art keywords
gate
water inlet
pipe
inlet pipe
flange
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN 92216139
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Chinese (zh)
Inventor
黎和炎
葛焕友
吴江
韩小克
于升厚
张进坤
李忠文
马启坤
张洪恩
Original Assignee
黎和炎
葛焕友
吴江
韩小克
于升厚
张进坤
李忠文
马启坤
张洪恩
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 黎和炎, 葛焕友, 吴江, 韩小克, 于升厚, 张进坤, 李忠文, 马启坤, 张洪恩 filed Critical 黎和炎
Priority to CN 92216139 priority Critical patent/CN2129775Y/en
Application granted granted Critical
Publication of CN2129775Y publication Critical patent/CN2129775Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a novel canal irrigating water gate used for irrigating fields, supplying water to fish ponds and delivering water to small reservoirs, composed of a gate, a water conduit and an energy dissipater composed of a flange disc and a rubber gasket which are connected in sequence. The gate has four structures of slide gate, clap gate, valve gate and plug gate. The energy dissipater has five structures of silo type, standpipe sieving beam, standpipe sieving bore, variable diameter pipe and semicircle energy dissipating. The components are all molded by high density polyethylene material in injection press. The utility model has the advantages of simple structure, light weight, large amount of steel bars, cement and sand saving, investment saving, convenient assembly and disassembly and convenient storage.

Description

Irrigation canal water gate
A kind of novel feed ditch sluice that is applicable to that field irrigation, the feedwater of the fishing pool, little reservoir water delivery are used.
The sluice that field irrigation at present, the feedwater of the fishing pool, little reservoir water delivery are used is generally the fixed building of reinforced concrete structure, investment is big, engineering quantity is big, long construction period, and need accomplish fluently firm basis earlier, northern area in cold, the difference of summer and winter temperature is up to 60~70 degree, engineering services are through frost heave, and phenomenon of rupture is serious.All need every year great amount of investment to keep in repair, gate parts is in addition also often lost, and causes very large economy loss.
The purpose of the utility model design is: become fixed building sluice and be the removable use of suitability for industrialized production and the novel feed ditch sluice of easy accessibility.
Structure design of the present utility model: novel feed ditch sluice is connected successively with rubber washer and constitutes through flange by water inlet portion-gate, water delivery part-water-supply-pipe and water part-energy dissipater.
Gate has been designed to slide gate, flap valve gate, valve gate respectively and has inserted four kinds at door gate by form of structure.
The slide gate is made of shutter plate, the slide axle collar, slide axle, slide pin, watertight rubber circle, water inlet pipe and flange.Shutter plate is rounded, and the slide collar bush that is fixed together with shutter plate is on the slide axle that is fixed on above the water inlet pipe mouth wall, and the slide pin is fixed on the top-right tube wall of water inlet pipe, and the watertight rubber circle is squeezed in the circular groove on the water inlet pipe mouth end face;
The flap valve gate is by the flap valve plate, and flap valve axle, flap valve backguy, flap valve ring, support, watertight rubber circle, water inlet pipe and flange constitute.The flap valve plate is circular, be buckled on the water inlet pipe end face, the flap valve axle is positioned on the water inlet pipe mouth upper end wall, flap valve backguy one end ties up on the flap valve ring of flap valve plate below, the pulley of the other end through being fixed on the support on the water inlet pipe upper wall can upwards lift the flap valve plate, and the watertight rubber circle is squeezed in the circular trough on the water inlet pipe mouth end face;
The valve gate is made of valve plates, control stick, semicircle watertight rubber pad, valve shaft, water inlet pipe and flange.The valve plates that is positioned at water inlet pipe is rounded, valve plates is fixed on the valve shaft, the valve shaft lower end is inserted in the axial trough of water inlet pipe inwall, and the upper end is passed tube wall and fused with control stick is coaxial, and two semicircle watertight rubber pads are fixed on the inwall of mounted valve plate both sides in the water inlet pipe.
Inserting the door gate is made of door-plate, lock groove, watertight rubber bar, handle, water inlet pipe and flange.Door-plate is inserted in the lock groove that the watertight rubber bar is installed, and the lock groove is fixed on the end face of water inlet pipe water inlet, and there is the handle that lifts door-plate the door-plate top.
The energy dissipater has been designed to disappear five kinds of power bank energy dissipaters of vertical shaft type energy dissipater, vertical tube sieve beam energy dissipater, vertical tube sieve aperture energy dissipater, reducer pipe energy dissipater and semicircle respectively by form of structure.
The vertical shaft type energy dissipater is made of flange, bend pipe, vertical shaft pipe, base plate and outlet pipe, flange is positioned at the left end of bend pipe, vertical shaft pipe top opening is in the downward opening part of bend pipe, base plate with the vertical shaft pipe at the bottom of the mouth sealing, outlet pipe is the level of state and passes through the thermal synthesis one mutually with vertical shaft pipe sidewall;
Vertical tube sieve beam the energy dissipater be made of flange, horizontal tube, vertical tube, sieve beam and base plate, flange is positioned at the left end of horizontal tube, and horizontal tube passes through the thermal synthesis one mutually with vertical tube, base plate with vertical tube at the bottom of mouth sealing, have arc-shaped slot on the wall of top in the vertical tube right side, remainder forms the sieve beam;
The vertical tube sieve aperture energy dissipater be made of flange, horizontal tube, vertical tube, base plate and sieve aperture, and flange is positioned at the left end of horizontal tube, and horizontal tube passes through the thermal synthesis one mutually with vertical tube, base plate with vertical tube at the bottom of mouth sealing, be drilled with sieve aperture on the wall of top in the vertical tube right side;
The reducer pipe energy dissipater is made of flange, horizontal tube, reducer pipe and base plate, and flange is positioned at the horizontal tube left end, and horizontal tube passes through the thermal synthesis one mutually with reducer pipe, base plate with reducer pipe at the bottom of mouth sealing, the reducer pipe internal diameter is greater than the horizontal tube internal diameter;
The power bank energy dissipater that disappears is made of flange, horizontal tube, vertical tube and the semicircle power bank that disappears semicircle, flange is positioned at the horizontal tube left end, the horizontal tube right-hand member passes through the heat seal one mutually with vertical tube bottom, and vertical tube top opening part is processed into stairstepping, and the vertical tube lower right forms the semicircle power bank that disappears.
Water-supply-pipe caliber and length according to feed ditch engineering design decide, the left and right side end all has flange to join, water-supply-pipe left end flange joins through the horizontal tube right-hand member flange of rubber washer and various gates, water-supply-pipe right-hand member flange joins through rubber washer and various energy dissipaters' bend pipe or horizontal tube left end flange, thereby has formed the overall structure of novel feed ditch sluice.Can on-the-spot install during use, with after detachably fetch certainly.Novel each critical piece of feed ditch sluice all uses high-density polyethylene material through the injection compression moulding.
The utlity model has following characteristics and good effect:
1, simple in structure, cost is low, but suitability for industrialized production;
2, in light weight, easy construction, easy accessibility is convenient to keeping, long service life;
3, need not the basis, can save the constructional materials that is used for Foundation Design in a large number at cold district and soft weak foundation area;
4, need not service bridge, keying platform, headstock gear, saved the steel, timber, cement and the sandstone material that are used on these engineerings;
5, compare with steel concrete sluice investment and can economize on the use of funds 50%~80%, good in economic efficiency.
Description of drawings:
Fig. 1: the novel feed ditch sluice general structure schematic diagram that has valve and vertical shaft energy dissipater;
Fig. 2: slide gate structure front elevational schematic;
Fig. 3: the slide gate is all opened a left side and is looked schematic diagram;
Fig. 4: flap valve gate structure schematic diagram;
Fig. 5: valve gate door front elevational schematic;
Fig. 6: schematic diagram is looked on a valve gate door left side;
Fig. 7: insert door gate structure front elevational schematic;
Fig. 8: schematic diagram is looked on a half-open slotting door gate structure left side;
Fig. 9: vertical shaft type energy dissipating construction schematic diagram;
Figure 10: vertical tube sieve aperture energy dissipating construction schematic diagram;
Figure 12: reducer pipe energy dissipating construction schematic diagram;
Figure 13: the semicircle power bank energy dissipating construction schematic diagram that disappears;
Figure 14: the semicircle power bank energy dissipater plan structure schematic diagram that disappears;
Figure 15: the semicircle right TV structure schematic diagram of power bank energy dissipater that disappears.
Among the figure: 1 gate, 2 water-supply-pipes, 3 energy dissipaters, 4 water inlet pipes, 5 bend pipes, 6 vertical shaft pipes, 7 outlet pipes, 8 water inlet pipe mouths, 9 valve plates, 10 control sticks, 11 flange, 12 rubber washers, 13 base plates, 14 shutter plate, 15 slide axles, the 16 slide axle collars, 17 slide pins, 18 watertight rubber circles, 19 flap valve plates, 20 flap valve axles, 21 flap valve backguys, 22 flap valve rings, 23 supports, 24 reducer pipes, the 25 semicircles power bank that disappears, 26 semicircle watertight rubber pads, 27 valve shafts, 28 door-plates, 29 watertight rubber bars, 30 lock grooves, 31 horizontal tubes, 32 vertical tubes, 33 sieve beams, 34 sieve apertures.
Narrate the various gates of novel feed ditch sluice and energy dissipater's most preferred embodiment below in conjunction with accompanying drawing:
Novel feed ditch sluice is by gate 1, water-supply-pipe 2, energy dissipater 3, be connected in sequence through flange 11 and rubber washer 12.Gate 1 has slide gate, flap valve gate, valve gate and inserts four kinds of form of structure of door gate; Energy dissipater 3 has vertical shaft type energy dissipater, vertical tube sieve beam energy dissipater, vertical tube sieve aperture energy dissipater, reducer pipe energy dissipater and the semicircle five kinds of form of structure of power bank energy dissipater that disappear; The length and the caliber of water-supply-pipe 2 are decided as required; Novel each parts of feed ditch sluice all use high-density polyethylene material through the injection compression moulding.
One, the slide gate is made of shutter plate 14, the slide axle collar 16, slide axle 15, slide pin 17, watertight rubber circle 18, water inlet pipe 4 and flange 11, when shutter plate 14 is hang, under the pressure effect of water, shutter plate 14 is tightly pushed down watertight rubber circle 18 is closed gate 1, and current do not advance water-supply-pipe 2.When clockwise along slide axle 15 rotation shutter plate 14, gate 1 is opened gradually, and the big more inflow of corner is big more, and when shutter plate 14 took over above slide axle 15 goes to, shutter plate 14 was blocked by slide pin 17, and gate 1 is in full-gear, the inflow maximum.
Two, the flap valve gate is by flap valve plate 19, flap valve axle 20, flap valve ring 22, flap valve backguy 21, support 23, watertight rubber circle 18, water inlet pipe 4 and flange 11 constitute, flap valve backguy 21 1 ends tie up on the flap valve ring 22 of flap valve plate 19 belows, the other end can upwards lift flap valve plate 19 through the pulley of support 23 tops, when flap valve plate 19 is hang, under the pressure effect of water, flap valve plate 19 is tightly pushed down watertight rubber circle 18, gate 1 is closed, current do not advance water-supply-pipe 2, when upwards lifting flap valve plate 19 with flap valve backguy 21, gate 1 is opened, flap valve plate 19 opening angles are big more, and discharge is also big more, when flap valve plate 19 is lifted to horizontal level, gate is in full-gear, the inflow maximum.
Three, the valve gate is made of valve plates 9, valve shaft 27, control stick 10, semicircle watertight rubber pad 26, water inlet pipe 4 and flange 11, swivel lever 10 rotates the circular valve plate 9 that fuses with valve shaft 27, when valve plates 9 is parallel with water (flow) direction, the inflow maximum is when revolution is fixed on semicircle watertight rubber pad on water inlet pipe 4 inwalls and blocks and gate 1 is closed in valve plates 9 both sides 90 ° the time.
Four, inserting the door gate is made of door-plate 28, lock groove 30, watertight rubber bar 29, water inlet pipe 4 and flange 11, when door-plate 28 all inserted in the lock groove 30 that has watertight rubber bar 29, gate 1 was closed, and upwards lifting along with door-plate 28, gate 1 is opened, and inflow also increases thereupon.
Five, the vertical shaft type energy dissipater is made of flange 11, bend pipe 5, vertical shaft pipe 6, base plate 13 and outlet pipe 7, turn to after the water of water-supply-pipe 2 of flowing through flows in flange 11 and bend pipe 5 that water-supply-pipe 2 links to each other downward inlet opening upwards by the vertical shaft pipe 6 at the bottom of base plate 13 sealed tubes in after backspace upwards through outlet pipe 7 outflows, make flowing water in pipe bent position, vertical shaft pipe bottom and backspace upwards by energy dissipating, reach the purpose of energy dissipating through outlet pipe.
Six, the vertical tube energy dissipater is made of flange 11, horizontal tube 31, vertical tube 32, base plate 13 and sieve beam 33, the water of input pipe 2 of flowing through flows into behind flange 11 and horizontal tube 31 that water-supply-pipe 2 links to each other, flow into again by the vertical tube 32 at the bottom of base plate 13 sealed tubes with through the arc-shaped slot of 33 on sieve beam and the outflow suitable for reading of vertical tube 32, make flowing water upwards be stopped and, reached the purpose of energy dissipating by energy dissipating by the sieve beam in vertical tube 32 bottoms and backspace.
Seven, vertical tube sieve aperture energy dissipater is made of flange 11, horizontal tube 31, vertical tube 32, base plate 13 and sieve aperture 34, the flow through water of water-supply-pipe 2, inflow is behind flange 11 and horizontal tube 31 that water-supply-pipe 2 links to each other, flow into the suitable for reading outflow of backspace that also made progress in the vertical tube at the bottom of base plate 13 sealed tubes 32 again, make flowing water upwards be reached the purpose of energy dissipating in vertical tube 32 bottoms and backspace by stopping of sieve aperture wall through sieve aperture 34 and vertical tube 32.
Eight, the reducer pipe energy dissipater is made of flange 11, horizontal tube 31, reducer pipe 24 and base plate 13, the flow through water of water-supply-pipe 2, inflow is behind flange 11 and horizontal tube 31 that water-supply-pipe 2 links to each other, flow into again by also mouthful outflow from it in the reducer pipe 24 at the bottom of base plate 13 sealed tubes, reducer pipe 24 internal diameters are greater than the horizontal tube internal diameter, thereby flowing water has been played the energy dissipating effect.
Nine, semicircle disappears power bank energy dissipater by flange 11, horizontal tube 31 vertical tubes 32, constitute with disappear power bank 25 of semicircle, because vertical tube 32 top opening parts are processed to stairstepping, vertical tube 32 lower rights form the semicircle power bank 25 that disappears, and flowing water is flowed through and is prevented from herein that the power of disappearing upwards flows out and by energy dissipating again.
Four kinds of gate structures and five kinds of energy dissipating constructions with being connected of water-supply-pipe, can form the novel feed ditch sluice of 20 kinds of structures through flange 11 and rubber washer 12.

Claims (1)

1, a kind of novel feed ditch sluice, connect and compose successively through flange 11, rubber washer 12 by gate 1, water-supply-pipe 2, energy dissipater 3, gate 1 has slide gate, flap valve gate, valve gate, inserts four kinds of structures of door gate, energy dissipater 3 has vertical shaft type, vertical tube sieve beam, vertical tube sieve aperture, reducer pipe and the semicircle five kinds of structures of power bank that disappear, and it is characterized in that:
A, slide gate are made of shutter plate 14, the slide axle collar 16, slide axle 15, slide pin 17, watertight rubber circle 18, water inlet pipe 4 and flange 11, the shutter plate 14 that is used for adjusting the inflow size is rounded, the slide axle collar 16 that is fixed together with shutter plate 14 is enclosed within on the slide axle 15 that is fixed on water inlet pipe mouth wall top, slide pin 17 is fixed on the water inlet pipe 4 top-right tube walls, and watertight rubber circle 18 is squeezed in the circular groove on the water inlet pipe mouth end face;
B, flap valve gate are made of flap valve plate 19, flap valve axle 20, flap valve backguy 21, flap valve ring 22, support 23, watertight rubber circle 18, water inlet pipe 4 and flange 11, the flap valve plate 19 that is buckled on the water inlet pipe mouth end face that is used for adjusting the inflow size is rounded, flap valve axle 20 is positioned on the water inlet pipe mouth upper end wall, flap valve backguy 21 1 ends tie up on the flap valve ring 22 of flap valve plate 19 belows, and the pulley of the other end through being fixed on the support 23 on water inlet pipe 4 upper walls can upwards lift flap valve plate 19;
C, valve gate are made of valve plates 9, control stick 10, semicircle watertight rubber pad 26, valve shaft 27, water inlet pipe 4 and flange 11, the valve plates 9 of adjustment inflow size that is positioned at water inlet pipe 4 is rounded, valve plates 9 is fixed on the valve shaft 27, valve shaft 27 lower ends are inserted in the axial trough of water inlet pipe inwall, tube wall is passed with control stick 10 coaxial linking into an integrated entity in the upper end, and two semicircle watertight rubber pads 26 are fixed on the inwall of water inlet pipe 4 mounted valves 9 both sides;
D, a slotting door gate are made of door-plate 28, lock groove 30, watertight rubber bar 29, handle, water inlet pipe 4 and flange 11, the door-plate 28 that is used for adjusting the inflow size is inserted in the lock groove 30 that watertight rubber bar 29 is installed, the lock groove is fixed on the end face of water inlet pipe 4 water inlets, and there is the handle that lifts door-plate door-plate 28 tops;
E, vertical shaft type energy dissipater are made of flange 11, bend pipe 5, vertical shaft pipe 6, base plate 13 and outlet pipe 7, by vertical shaft pipe 6 belows that are positioned at bend pipe 5 openings suitable for reading of base plate 13 sealing lower nozzles, outlet pipe 7 is the level of state and passes through the thermal synthesis one mutually with vertical shaft pipe 6 sidewalls;
F, vertical tube sieve beam energy dissipater are made of flange 11, horizontal tube 31, vertical tube 32, base plate 13 and sieve beam 33, horizontal tube 31 with by the vertical tubes 32 of base plate 13 sealing end mouths through passing through the thermal synthesis one mutually, be processed with the sieve beam 33 that energy dissipating is carried out in water outlet of being kept apart in the right side of vertical tube 32 on the wall of top by arc-shaped slot;
G, vertical tube sieve aperture energy dissipater are made of flange 11, horizontal tube 31, vertical tube 32, base plate 13 and sieve aperture 34.Horizontal tube 31 through passing through the thermal synthesis one mutually, top wall on is processed with sieve aperture 34 in the right side of vertical tube 32 with the vertical tube 32 that is sealed end mouths by base plate 13;
H reducer pipe energy dissipater is made of flange 11, horizontal tube 31, reducer pipe 24 and base plate 13, and horizontal tube 31 is with greater than horizontal tube 31 internal diameters water outlet being carried out the vertical tube 32 of energy dissipating through passing through the thermal synthesis one mutually by the internal diameter of base plate 13 sealing end mouths;
L, the semicircle power bank energy dissipater that disappears is made of flange 11, horizontal tube 31, vertical tube 32 and the semicircle power bank 25 that disappears, and horizontal tube 31 right-hand members form semicircle and disappear vertical tube 32 bottoms of power bank 25 through passing through the thermal synthesis one mutually with being processed into right side, stepped bottom.
CN 92216139 1992-06-04 1992-06-04 Irrigation canal water gate Expired - Fee Related CN2129775Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 92216139 CN2129775Y (en) 1992-06-04 1992-06-04 Irrigation canal water gate

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 92216139 CN2129775Y (en) 1992-06-04 1992-06-04 Irrigation canal water gate

Publications (1)

Publication Number Publication Date
CN2129775Y true CN2129775Y (en) 1993-04-14

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ID=33764392

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 92216139 Expired - Fee Related CN2129775Y (en) 1992-06-04 1992-06-04 Irrigation canal water gate

Country Status (1)

Country Link
CN (1) CN2129775Y (en)

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103485387A (en) * 2013-09-24 2014-01-01 中国水利水电科学研究院 Canal-irrigation-area pipe water delivery irrigation system
CN103938598A (en) * 2014-05-12 2014-07-23 华北水利水电大学 Automatic hydraulic irrigation device
CN104711957A (en) * 2015-01-26 2015-06-17 蒋春祥 High-density polyethylene non-metal gate with two gate discs
CN105440623A (en) * 2015-12-31 2016-03-30 湖北楚峰建科集团股份有限公司 Irrigational channel distribution gate made of resin composite material as well as preparation method of distribution gate
CN105544473A (en) * 2016-01-17 2016-05-04 东北农业大学 Plane rotating type waterpower gate
CN109083104A (en) * 2018-08-22 2018-12-25 扬州龙鑫机械有限公司 A kind of Novel drain pipe mouth cylinder iron gate system
RU2679037C1 (en) * 2018-03-12 2019-02-05 Михаил Иванович Голубенко Water outlet channel with high slope

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103485387A (en) * 2013-09-24 2014-01-01 中国水利水电科学研究院 Canal-irrigation-area pipe water delivery irrigation system
CN103938598A (en) * 2014-05-12 2014-07-23 华北水利水电大学 Automatic hydraulic irrigation device
CN103938598B (en) * 2014-05-12 2015-11-18 华北水利水电大学 A kind of hydraulic automatism irrigation rig
CN104711957A (en) * 2015-01-26 2015-06-17 蒋春祥 High-density polyethylene non-metal gate with two gate discs
CN105440623A (en) * 2015-12-31 2016-03-30 湖北楚峰建科集团股份有限公司 Irrigational channel distribution gate made of resin composite material as well as preparation method of distribution gate
CN105544473A (en) * 2016-01-17 2016-05-04 东北农业大学 Plane rotating type waterpower gate
RU2679037C1 (en) * 2018-03-12 2019-02-05 Михаил Иванович Голубенко Water outlet channel with high slope
CN109083104A (en) * 2018-08-22 2018-12-25 扬州龙鑫机械有限公司 A kind of Novel drain pipe mouth cylinder iron gate system

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C19 Lapse of patent right due to non-payment of the annual fee
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