CN107700628A - A kind of efficient water conservancy equipment - Google Patents

A kind of efficient water conservancy equipment Download PDF

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Publication number
CN107700628A
CN107700628A CN201710448242.0A CN201710448242A CN107700628A CN 107700628 A CN107700628 A CN 107700628A CN 201710448242 A CN201710448242 A CN 201710448242A CN 107700628 A CN107700628 A CN 107700628A
Authority
CN
China
Prior art keywords
solid lock
revolution
convex block
rear side
tip
Prior art date
Application number
CN201710448242.0A
Other languages
Chinese (zh)
Inventor
罗勇荣
Original Assignee
广西南宁尼科安全技术服务有限公司
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 广西南宁尼科安全技术服务有限公司 filed Critical 广西南宁尼科安全技术服务有限公司
Priority to CN201710448242.0A priority Critical patent/CN107700628A/en
Publication of CN107700628A publication Critical patent/CN107700628A/en

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Classifications

    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F1/00Methods, systems, or installations for draining-off sewage or storm water
    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F2201/00Details, devices or methods not otherwise provided for
    • E03F2201/30Devices providing a sequential discharge in sewer systems

Abstract

The invention discloses a kind of efficient water conservancy equipment, including accommodating chamber, installation portion is provided with rear side of the accommodating chamber, cylinder is fixed with front side of accommodating chamber top surface, revolution is connected with towards the front and rear revolution solid lock axle for extending and setting in cylinder, extend to be provided with tip on front side of revolution solid lock axle and slide chamber, slide revolution in chamber rear wall and be combined with interior solid lock rotating shaft, interior solid lock rotating shaft rear end is connected with solid lock electricity favourable turn, it is provided with the revolution solid lock axle of solid lock electricity favourable turn rear side at energization, revolution solid lock axle front end is provided with the solid lock part for sliding mating connection, solid lock part includes outer latch fitting, the first convex block being fixed on rear side of outer latch fitting, it is fixed on first latch lever on periphery and the second latch lever being fixed on rear side of the first convex block on rear side of the outer latch fitting on the outside of the first convex block;The present invention is simple in construction, solid lock can quickly install, improve draining process.

Description

A kind of efficient water conservancy equipment

Technical field

The present invention relates to hydrotechnics field, a kind of efficient water conservancy equipment.

Background technology

Water conservancy construction is one of important basic public work in China, and this year, various regions frequently occur the heavy rain of bust, Urban waterlogging is extremely serious, and river drainage system can't bear the heavy load.When river water level is higher is but still required for accelerating draining, just need Drainage equipment is used, draining blade is exactly one kind therein, and draining blade may be mounted at the ground such as pipeline opening, discharge outlet, row Water blade rotates forms low pressure in side, accelerates water and is flowed to low-pressure area, because draining blade typically passes through the fixed parts such as bolt Part is fixed, therefore cumbersome during maintenance replacing, wastes time and energy.

The content of the invention

The technical problems to be solved by the invention are to provide a kind of efficient water conservancy equipment, and it can solve the problem that above-mentioned present skill The problem of in art.

The present invention is achieved through the following technical solutions:A kind of efficient water conservancy equipment of the present invention, including accommodate Chamber, the accommodating chamber rear side are provided with installation portion, and cylinder is fixed with front side of the accommodating chamber top surface, is turned round in the cylinder It is connected with towards the front and rear revolution solid lock axle for extending and setting, the revolution solid lock axle front side, which extends to be provided with tip, slides chamber, Described to slide revolution in chamber rear wall and be combined with interior solid lock rotating shaft, the interior solid lock rotating shaft rear end coordinates with solid lock electricity favourable turn and connected Connect, be provided with the revolution solid lock axle of the solid lock electricity favourable turn rear side at energization, the revolution solid lock axle front end, which is provided with, slides The solid lock part of mating connection, the solid lock part include outer latch fitting, the first convex block being fixed on rear side of the outer latch fitting, are fixed on First latch lever on periphery and after being fixed on the first convex block on rear side of the outer latch fitting on the outside of the first convex block Second latch lever of side, second latch lever is interior to be provided with solid lock conversion chamber, and the solid lock conversion chamber rear wall midpoint revolution is matched somebody with somebody Close and be connected with the front and rear outer solid lock rotating shaft for extending and setting, it is outer on rear side of the outer solid lock rotating shaft rear end stretching second latch lever, Extend tip spy on front side of the outer solid lock rotating shaft and be fixedly installed convex wheel, the convex to solid lock conversion intracavitary and tip The solid lock conversion chamber rear wall of both sides is correspondingly fixedly installed guide sleeves above and below wheel, slides and matches somebody with somebody in each guide sleeves Close connection and extend the solid lock bar set to upper and lower both sides, the second convex block, upside institute are correspondingly provided with left and right sides of the convex wheel State between solid lock bar bottom tip and left side the second convex block and the downside solid lock bar at the top of tip with described in right side It is respectively cooperating with being connected with pull bar between second convex block, braking system is symmetrically set with the cylinder.

Preferably technical scheme, the revolution solid lock axle rear side extend tip and are fixed with next round, and the revolution is solid Draining electricity favourable turn is fixed with rear side of the cylinder below lock shaft, the draining electricity favourable turn rear side is connected with main wheel, Belt is connected between the next round and the main wheel.

Preferably technical scheme, the revolution solid lock axle at the energization with electrically connecting.

Preferably technical scheme, draining blade is connected between the solid lock part and the revolution solid lock axle, The draining blade midpoint is provided with solid lock part, the card that the solid lock part midpoint is provided with to be connected with the first convex block Lockhole, the latch hole is equal with the diameter of the first convex block, the solid lock part periphery on the outside of the latch hole It is equipped with the interface channel to be connected with first latch lever.

Preferably technical scheme, the solid lock conversion chamber rear side between the upside guide sleeves and the convex wheel Stoping block is all provided with solid lock conversion chamber rear wall between wall and the downside guide sleeves and the convex wheel.

Preferably technical scheme, extend on front side of the revolution solid lock axle tip end face periphery be equipped with to it is described The bar groove that first latch lever is connected, the inwall up and down for sliding intracavitary are correspondingly provided with solid lock hole, the upside solid lock hole Touch sensor is equipped with inner roof wall and downside the solid lock hole inner bottom wall, the touch sensor is made a connection with solid lock electricity Electrically connect.

Preferably technical scheme, at the top of the solid lock bar of upside extension wear the top surface that passes through second latch lever and Mating connection is slided, the downside solid lock bar bottom extension wears the bottom surface for passing through second latch lever and slides mating connection, The upside solid lock bar bottom tip both sides are equipped with the second convex block with the tip left and right sides at the top of the solid lock bar of downside, on The upside solid lock bar between the second convex block and the upside guide sleeves of solid lock bar bottom tip both sides described in side Under between the second convex block and the downside guide sleeves of outer surface and downside solid lock bar top tip both sides Solid lock rod outer surface is equipped with spring part described in side.

Preferably technical scheme, the locking electricity that the braking system includes being fixedly installed on the cylinder madial wall turn Machine, the locking electricity favourable turn get close to the first next round side and are connected with spiral bar, and the spiral bar gets close to described first Next round side spiral line is connected with spiral sleeve pipe, and the spiral sleeve pipe, which gets close to the first next round side and is fixedly installed, to be embraced Dead pawl.

The beneficial effects of the invention are as follows:

1. sliding chamber by turning round to extend in tip to set on front side of solid lock axle, solid lock rotating shaft in revolution cooperation in chamber rear wall is slided, Interior solid lock rotating shaft rear end is connected with solid lock electricity favourable turn, is set in the revolution solid lock axle of solid lock electricity favourable turn rear side at energization, so as to Realization automatically controls solid lock work.

2. set by turning round solid lock axle front end and slide the solid lock part of mating connection, solid lock part include outer latch fitting, be fixed on it is outer First latch lever of the first convex block, the outer latch fitting rear side periphery being fixed on the outside of the first convex block on rear side of latch fitting and fixation The second latch lever on rear side of the first convex block, solid lock conversion chamber is set in the second latch lever, and solid lock conversion chamber rear wall midpoint is returned Turn the front and rear outer solid lock rotating shaft for extending and setting that is connected, outer on rear side of the second latch lever, outer solid lock is stretched out in outer solid lock rotating shaft rear end Extension tip, which is visited, on front side of rotating shaft arrives solid lock conversion intracavitary and tip fixed setting convex wheel, the solid lock conversion of both sides above and below convex wheel Guide sleeves are correspondingly fixedly installed in chamber rear wall, and the solid lock for being connected and extending to upper and lower both sides and setting is slided in each guide sleeves Bar, it is corresponding at left and right sides of convex wheel to set the second convex block, between upside solid lock bar bottom tip and left side the second convex block and It is respectively cooperating with connecting pull bar between tip and right side the second convex block at the top of the solid lock bar of downside, solid lock is automatically controlled so as to realize The auto-extending solid lock transformation of bar.

3. solid lock part is set by mating connection draining blade, draining blade midpoint between solid lock part and revolution solid lock axle, Gu Latch fitting midpoint sets the latch hole to be connected with the first convex block, and latch hole is equal with the diameter of the first convex block, Solid lock part periphery on the outside of latch hole is all provided with the interface channel to be connected with the first latch lever, so as to realize fast positioning Installation, improve installation rate and installation steadiness.

4. the present invention is simple in construction, easy to operate, automatic Fast Installation and installation solid lock work can be realized, improves installation Efficiency.

Brief description of the drawings

For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.

Fig. 1 is a kind of efficient water conservancy equipment overall structure diagram of the present invention;

Fig. 2 is the cylinder rearview of the present invention;

Fig. 3 is the revolution solid lock axle internal structure schematic diagram of the present invention;

Fig. 4 is the structural representation of the draining blade of the present invention;

Fig. 5 is the revolution solid lock axle front view of the present invention;

Fig. 6 is the solid lock part external structure schematic diagram of the present invention;

Fig. 7 is the sectional view of " B-B " in Fig. 6 of the present invention;

Fig. 8 is the second latch lever of the present invention and slides structural representation when chamber is connected;

Fig. 9 is the structural representation when revolution solid lock axle of the present invention is connected with solid lock part solid lock.

Embodiment

As shown in Fig. 1-Fig. 9, a kind of efficient water conservancy equipment of the invention, including accommodating chamber 6, the rear side of accommodating chamber 6 Installation portion 3 is provided with, cylinder 61 is fixed with front side of the top surface of accommodating chamber 6, turns round and is connected with the cylinder 61 Towards the front and rear revolution solid lock axle 5 for extending and setting, the front side of revolution solid lock axle 5, which extends to be provided with tip, slides chamber 51, the cunning Revolution is combined with interior solid lock rotating shaft 551 in the rear wall of an actor's rendering of an operatic tune 51, and the interior rear end of solid lock rotating shaft 551 coordinates with solid lock electricity favourable turn 55 Connection, the revolution solid lock axle 5 of the rear side of solid lock electricity favourable turn 55 is interior to be provided with 53 at energization, the front end of revolution solid lock axle 5 Provided with the solid lock part 8 for sliding mating connection, the solid lock part 8 includes outer latch fitting 86, is fixed on the of the rear side of the outer latch fitting 86 One convex block 82, be fixed on the outside of the first convex block 82 the outer rear side periphery of latch fitting 86 the first latch lever 83 and The second latch lever 85 of the rear side of the first convex block 82 is fixed on, solid lock conversion chamber 851 is provided with second latch lever 85, The solid lock conversion chamber 851 rear wall midpoint revolution is connected with the front and rear outer solid lock rotating shaft 84 for extending and setting, described outer solid Lock the rear end of rotating shaft 84 to stretch out outside the rear side of the second latch lever 85, the outer front side of solid lock rotating shaft 84 extends tip and visited to described solid In lock conversion chamber 851 and tip is fixedly installed convex wheel 854, the solid lock conversion chamber of convex wheel both sides about 854 851 rear walls are correspondingly fixedly installed guide sleeves 852, and mating connection is slided in each guide sleeves 852 to upper and lower both sides Extend the solid lock bar 853 set, the left and right sides of convex wheel 854 is correspondingly provided with the second convex block 8541, the upside solid lock Between the bottom tip of bar 853 and left side the second convex block 8541 and downside top tip of solid lock bar 853 and right side It is respectively cooperating with being connected with pull bar 855 between the second convex block 8541, locking is symmetrically set with the cylinder 61 Device.

Wherein, the rear side extension tip of revolution solid lock axle 5 is fixed with next round 52, the lower section of revolution solid lock axle 5 Draining electricity favourable turn 62 is fixed with the rear side of cylinder 61, the rear side of draining electricity favourable turn 62 is connected with main wheel 621, institute State and belt 622 is connected between next round 52 and the main wheel 621, so as to realize the control of drainage works.

Wherein, the revolution solid lock axle 5 electrically connects with the energization 53.

Wherein, draining blade 7, the draining blade are connected between the solid lock part 8 and the revolution solid lock axle 5 7 midpoints are provided with solid lock part 71, the latch hole that the midpoint of solid lock part 71 is provided with to be connected with the first convex block 82 72, the latch hole 72 is equal with the diameter of the first convex block 82, the solid lock part in the outside of latch hole 72 71 peripheries are equipped with the interface channel 73 to be connected with first latch lever 83, so as to realize that fast positioning is installed, Improve installation rate and installation steadiness.

Wherein, between the upside guide sleeves 852 and the convex wheel 854 the solid lock conversion rear wall of chamber 851 with Stoping block is all provided with the solid lock conversion rear wall of chamber 851 between the downside guide sleeves 852 and the convex wheel 854 856, so as to realize the directional running of solid lock bar 853 and spacing work, prevent the excess of stroke of solid lock bar 853.

Wherein, the front side of revolution solid lock axle 5 extend tip end face periphery be equipped with to first latch lever 83 The bar groove 56 of mating connection, the inwall up and down slided in chamber 51 are correspondingly provided with solid lock hole 54, in the solid lock hole 54 of upside Touch sensor 541, the touch sensor 541 and the solid lock are equipped with roof and the downside inner bottom wall of solid lock hole 54 Electricity favourable turn 55 electrically connects.

Wherein, the upside top extension of solid lock bar 853 wears the top surface for passing through second latch lever 85 and slides cooperation Connection, the downside bottom extension of solid lock bar 853 wear the bottom surface for passing through second latch lever 85 and slide mating connection, upside The second convex block is equipped with left and right sides of the top tip of solid lock bar 853 described with downside of the bottom tip both sides of solid lock bar 853 8531, between the second convex block 8531 and the upside guide sleeves 852 of the upside bottom tip both sides of solid lock bar 853 The upside outer surface of solid lock bar 853 and downside the top tip both sides of solid lock bar 853 the second convex block The downside outer surface of solid lock bar 853 between 8531 and the downside guide sleeves 852 is equipped with spring part 857, solid so as to realize The transformation of locking bar 853.

Wherein, locking electricity favourable turn 11 of the braking system including being fixedly installed on the madial wall of cylinder 61, described armful Dead electricity favourable turn 11 gets close to the side of the first next round 52 and is connected with spiral bar 12, and the spiral bar 12 gets close to the first time Take turns 52 side spiral lines and be connected with spiral sleeve pipe 13, the spiral sleeve pipe 13 gets close to the side of the first next round 52 fixation and set Locking pawl 14 is equipped with, by setting the braking system, can be stopped operation immediately when meeting emergency situations.

During original state, the second convex block 8531 and downside by the upside bottom tip both sides of solid lock bar 853 Second convex block 8531 of the top tip both sides of solid lock bar 853 is caused the institute of upper and lower both sides by the pressure on top surface of spring part 857 State solid lock bar 853 to be fully located in the second latch lever 85, now, the upside bottom tip of solid lock bar 853 and the upside resistance Stops 856 abuts against, meanwhile, the downside top tip of solid lock bar 853 stoping block 856 described with downside abuts against, now, convex Second convex block 8541 of the left and right sides of shape wheel 854 is made the of the left and right sides of convex wheel 854 by the pressure on top surface of pull bar 855 Two convex blocks 8541 are in vertically opposite state with the solid lock conversion left and right sides inwall of chamber 851 respectively.

When needing to install draining blade 7, installation portion 3 is arranged on fixed position first, then the draining blade 7 is moved Move the rearward position of the solid lock part 8, make second latch lever 85 on solid lock part 8 with it is described in the solid lock part 71 Latch hole 72 is in relative position, meanwhile, make at first latch lever 83 and the interface channel 73 on the solid lock part 8 In relative position, the solid lock part 8 is then moved rearwards, second latch lever 85 of the rear side of solid lock part 8 is gradually visited Into the latch hole 72, until the solid lock part 8 on the fully-inserted latch hole 72 of the first convex block 82 in, this When, the first latch lever 83 on the solid lock part 8 is at utmost through the interface channel 73 and after stretching out the solid lock part 71 Outside side, the solid lock part 8 is then moved, makes second latch lever 85 of the rear side of solid lock part 8 and the revolution solid lock axle 5 It is interior it is described slide chamber 51 and be in relative position, meanwhile, make first latch lever 83 on rear side of the solid lock part 71 with it is described The bar groove 56 of the front end face of revolution solid lock axle 5 be in relative position, then backward the side movement solid lock part 8 and with it is described The draining blade 7 that solid lock part 8 is connected, it is gradually inserted second latch lever 85 of the rear side of draining blade 7 It is described to slide in chamber 51, until the rear side of second latch lever 85 with it is described slide the rear wall of chamber 51 and abut against when, it is now, described In the outer fully-inserted interior solid lock rotating shaft 551 of solid lock rotating shaft 84 in the rear side of second latch lever 85 and it is connected, together When, the upside top tip of solid lock bar 853 is in relative position with the solid lock hole 54 slided in the upper inside walls of chamber 51 Put, the downside bottom tip of solid lock bar 853 is in relative position with the solid lock hole 54 slided in the downside inwall of chamber 51 Put, now, the rear side of solid lock part 71 offsets with the front side of revolution solid lock axle 5, meanwhile, described the first of the rear side of solid lock part 71 Latch lever 83 is at utmost visited into the bar groove 56, now, the interior solid lock rotating shaft is driven by solid lock electricity favourable turn 55 551 revolutions clockwise, drive the outer solid lock rotating shaft 84 to turn round clockwise by the interior solid lock rotating shaft 551, and then by outer solid lock Rotating shaft 84 drives the convex wheel 854 to turn round clockwise, now, described second that the left and right sides is passed through by the convex wheel 854 It is described that convex block 8541 drives the pull bar 855 of the left and right sides to promote the solid lock bar 853 of upper and lower both sides to overcome respectively The pressure on top surface of spring part 857, while the solid lock bar 853 of upper and lower both sides is gradually stretched out up and down the two of second latch lever 85 Slip into respectively outside side and gradually in the solid lock hole 54 of upper and lower both sides, until upside second latch lever 85 as shown in Figure 9 The touch sensor 541 of top tip and the upside inner roof wall of solid lock hole 54 abuts against, meanwhile, downside second latch lever 85 bottom tips and the touch sensor 541 of the downside inner bottom wall of solid lock hole 54 abut against, and now, the described of upper and lower both sides touches Touch inductor 541 while signal occurs and controls solid lock electricity favourable turn 55 to stop revolution, now, the second latch lever 85 of upper and lower both sides At utmost insert up and down in the solid lock hole 54 of both sides, then turned round by the drive main wheel 621 of draining electricity favourable turn 62, and then The revolution solid lock axle 5 in next round 52 and next round 52 is driven to turn round by belt 622 by main wheel 621, and then by revolution solid lock axle 5 The revolution of draining blade 7 is driven to realize drainage works;When needing to dismantle draining blade 7 by controlling solid lock electricity favourable turn 55, make solid lock Bar 853 returns to initial position, then takes out solid lock part 8.

The beneficial effects of the invention are as follows:

1. sliding chamber by turning round to extend in tip to set on front side of solid lock axle, solid lock rotating shaft in revolution cooperation in chamber rear wall is slided, Interior solid lock rotating shaft rear end is connected with solid lock electricity favourable turn, is set in the revolution solid lock axle of solid lock electricity favourable turn rear side at energization, so as to Realization automatically controls solid lock work.

2. set by turning round solid lock axle front end and slide the solid lock part of mating connection, solid lock part include outer latch fitting, be fixed on it is outer First latch lever of the first convex block, the outer latch fitting rear side periphery being fixed on the outside of the first convex block on rear side of latch fitting and fixation The second latch lever on rear side of the first convex block, solid lock conversion chamber is set in the second latch lever, and solid lock conversion chamber rear wall midpoint is returned Turn the front and rear outer solid lock rotating shaft for extending and setting that is connected, outer on rear side of the second latch lever, outer solid lock is stretched out in outer solid lock rotating shaft rear end Extension tip, which is visited, on front side of rotating shaft arrives solid lock conversion intracavitary and tip fixed setting convex wheel, the solid lock conversion of both sides above and below convex wheel Guide sleeves are correspondingly fixedly installed in chamber rear wall, and the solid lock for being connected and extending to upper and lower both sides and setting is slided in each guide sleeves Bar, it is corresponding at left and right sides of convex wheel to set the second convex block, between upside solid lock bar bottom tip and left side the second convex block and It is respectively cooperating with connecting pull bar between tip and right side the second convex block at the top of the solid lock bar of downside, solid lock is automatically controlled so as to realize The auto-extending solid lock transformation of bar.

3. solid lock part is set by mating connection draining blade, draining blade midpoint between solid lock part and revolution solid lock axle, Gu Latch fitting midpoint sets the latch hole to be connected with the first convex block, and latch hole is equal with the diameter of the first convex block, Solid lock part periphery on the outside of latch hole is all provided with the interface channel to be connected with the first latch lever, so as to realize fast positioning Installation, improve installation rate and installation steadiness.

4. the present invention is simple in construction, easy to operate, automatic Fast Installation and installation solid lock work can be realized, improves installation Efficiency.

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (8)

1. a kind of efficient water conservancy equipment, including accommodating chamber, it is characterised in that:Installation portion is provided with rear side of the accommodating chamber, is held Receive and cylinder be fixed with front side of chamber top surface, in cylinder revolution be connected with towards the front and rear revolution solid lock axle for extending and setting, return Turn to extend to be provided with tip on front side of solid lock axle to slide chamber, slide revolution in chamber rear wall and be combined with interior solid lock rotating shaft, interior solid lock turns Shaft rear end is connected with solid lock electricity favourable turn, is provided with the revolution solid lock axle of solid lock electricity favourable turn rear side at energization, turns round solid lock axle Front end is provided with the solid lock part for sliding mating connection, and solid lock part includes outer latch fitting, the first convex block being fixed on rear side of outer latch fitting, consolidated It is scheduled on first latch lever on periphery on rear side of the outer latch fitting on the outside of the first convex block and be fixed on rear side of the first convex block second Latch lever, the second latch lever is interior to be provided with solid lock conversion chamber, and the midpoint revolution of solid lock conversion chamber rear wall is connected with front and rear extension The outer solid lock rotating shaft set, outer solid lock rotating shaft rear end are stretched out outside on rear side of the second latch lever, extend tip on front side of outer solid lock rotating shaft and visit Intracavitary and tip are converted to solid lock and is fixedly installed convex wheel, and the solid lock conversion chamber rear wall of convex wheel both sides up and down is corresponding to be fixed Guide sleeves are provided with, the solid lock bar, convex wheel or so for being connected and extending to upper and lower both sides and setting is slided in each guide sleeves Both sides are correspondingly provided with the second convex block, between upside solid lock bar bottom tip and left side the second convex block and downside solid lock bar top It is respectively cooperating with being connected with pull bar between portion's tip and right side the second convex block, braking system is symmetrically set with cylinder.
A kind of 2. efficient water conservancy equipment according to claim 1, it is characterised in that:Extend on rear side of the revolution solid lock axle Tip is fixed with next round, and draining electricity favourable turn, the row are fixed with the cylinder rear side turned round below solid lock axle Water power favourable turn rear side is connected with main wheel, and belt is connected between the next round and the main wheel.
A kind of 3. efficient water conservancy equipment according to claim 1, it is characterised in that:The revolution solid lock axle leads to described Electric place electrically connects.
A kind of 4. efficient water conservancy equipment according to claim 1, it is characterised in that:The solid lock part and the revolution are solid Be connected with draining blade between lock shaft, the draining blade midpoint is provided with solid lock part, the solid lock part midpoint be provided with to The latch hole being connected with the first convex block, the latch hole is equal with the diameter of the first convex block, institute State the solid lock part periphery on the outside of latch hole and be equipped with interface channel to be connected with first latch lever.
A kind of 5. efficient water conservancy equipment according to claim 1, it is characterised in that:The upside guide sleeves with it is described convex The solid lock between solid lock conversion chamber rear wall and the downside guide sleeves and the convex wheel between shape wheel Stoping block is all provided with conversion chamber rear wall.
A kind of 6. efficient water conservancy equipment according to claim 1, it is characterised in that:Extend on front side of the revolution solid lock axle Tip end face periphery is equipped with the bar groove to be connected with first latch lever, the inwall pair up and down for sliding intracavitary Solid lock hole should be provided with, is equipped with touch sensor in the upside solid lock hole inner roof wall and downside the solid lock hole inner bottom wall, institute Touch sensor is stated to electrically connect with solid lock electricity favourable turn.
A kind of 7. efficient water conservancy equipment according to claim 1, it is characterised in that:Extend at the top of the solid lock bar of upside Section wears the top surface for passing through second latch lever and slides mating connection, and the downside solid lock bar bottom extension, which is worn, passes through described second The bottom surface of latch lever and mating connection is slided, the upside solid lock bar bottom tip both sides and tip at the top of the solid lock bar of downside The left and right sides is equipped with the second convex block, the second convex block of the upside solid lock bar bottom tip both sides with described in upside Second convex of tip both sides at the top of the upside solid lock rod outer surface and downside the solid lock bar between guide sleeves The downside solid lock rod outer surface between block and the downside guide sleeves is equipped with spring part.
A kind of 8. efficient water conservancy equipment according to claim 1, it is characterised in that:The braking system includes fixation and set The locking electricity favourable turn in the cylinder madial wall is put, the locking electricity favourable turn gets close to the first next round side and is connected with spiral shell Shape bar, the spiral bar get close to the first next round side spiral line and are connected with spiral sleeve pipe, and the spiral sleeve pipe is got close to The first next round side is fixedly installed locking pawl.
CN201710448242.0A 2017-06-14 2017-06-14 A kind of efficient water conservancy equipment CN107700628A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710448242.0A CN107700628A (en) 2017-06-14 2017-06-14 A kind of efficient water conservancy equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710448242.0A CN107700628A (en) 2017-06-14 2017-06-14 A kind of efficient water conservancy equipment

Publications (1)

Publication Number Publication Date
CN107700628A true CN107700628A (en) 2018-02-16

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Application Number Title Priority Date Filing Date
CN201710448242.0A CN107700628A (en) 2017-06-14 2017-06-14 A kind of efficient water conservancy equipment

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101247891A (en) * 2005-09-16 2008-08-20 普利奥尼克斯股份公司 Apparatus for cutting up biological sample material
CN101907054A (en) * 2010-07-31 2010-12-08 大连理工大学 Bi-reverse folding-type cross shaft tidal stream energy hydroturbine
CN202055992U (en) * 2011-03-01 2011-11-30 国能风力发电有限公司 Wind wheel inclined stay structure of a vertical shaft wind generator
CN102601155A (en) * 2012-03-13 2012-07-25 东莞市科力钢铁线材有限公司 Trunk type take-up machine
CN204944749U (en) * 2015-09-30 2016-01-06 李志坚 Self-locking propeller static balancing instrument
CN206233710U (en) * 2016-11-16 2017-06-09 如皋市欧通机械配件有限公司 A kind of intelligent door lock

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101247891A (en) * 2005-09-16 2008-08-20 普利奥尼克斯股份公司 Apparatus for cutting up biological sample material
CN101907054A (en) * 2010-07-31 2010-12-08 大连理工大学 Bi-reverse folding-type cross shaft tidal stream energy hydroturbine
CN202055992U (en) * 2011-03-01 2011-11-30 国能风力发电有限公司 Wind wheel inclined stay structure of a vertical shaft wind generator
CN102601155A (en) * 2012-03-13 2012-07-25 东莞市科力钢铁线材有限公司 Trunk type take-up machine
CN204944749U (en) * 2015-09-30 2016-01-06 李志坚 Self-locking propeller static balancing instrument
CN206233710U (en) * 2016-11-16 2017-06-09 如皋市欧通机械配件有限公司 A kind of intelligent door lock

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Application publication date: 20180216