CN107618943A

CN107618943A - A kind of Novel water conservancy device

Info

Publication number: CN107618943A
Application number: CN201710534351.4A
Authority: CN
Inventors: 叶萃文; 何海燕
Original assignee: Ningbo Yinzhou Ming Jie Lian Technology Co Ltd
Current assignee: Ningbo Yinzhou Ming Jie Lian Technology Co Ltd
Priority date: 2017-07-03
Filing date: 2017-07-03
Publication date: 2018-01-23

Abstract

The invention discloses a kind of Novel water conservancy device, including base station and it is fixed on the rope rolling rack of base station left side top, it is internal on the left of base station to be provided with front and rear the first long chamber for extending and setting, corresponding and left and right up and down is provided with base station on the right side of first long chamber and extends the leading groove set, on the left of each leading groove plate is equipped between afterbody and the first long chamber right side, the company of passing through hole is equipped with each plate, coordinate in each company of passing through hole and be provided with the first spiral shell type bar that both sides to the left and right extend setting, extend afterbody on the left of first spiral shell type bar to extend the first long intracavitary and be connected with the first long chamber inner left wall revolution, extend afterbody on the right side of first spiral shell type bar to extend in leading groove and be connected with inwall revolution on the right side of leading groove；The present invention is simple in construction, improves and receives rope for drawing water from a well efficiency, and it is neat to make to roll out the rope for drawing water from a well come.

Description

A kind of Novel water conservancy device

Technical field

The present invention relates to Water Resources Domain, particularly a kind of Novel water conservancy device.

Background technology

In the area of rich groundwater, people can dig well and carry out exploiting groundwater for irrigating or living.For safety Easily fetch water, winch can be set on well side, but winch needs people is hand to pack up rope for drawing water from a well, automaticity is low, and current one Although the water lift machine automated a bit receives rope for drawing water from a well manually without people, when rope withdrawing apparatus body has horizontal range with well When, rope for drawing water from a well is easily sagging, and rope for drawing water from a well, which is packed up, to meet obstructions, and these water elevators can not adjust transfer, rope withdrawing apparatus and well Horizontal range crosses conference, and to cause rope for drawing water from a well to be packed up irregular, and trouble is caused to user.

The content of the invention

The technical problems to be solved by the invention are to provide a kind of Novel water conservancy device, and it can solve the problem that above-mentioned present technology The problem of middle.

The present invention is achieved through the following technical solutions：The present invention a kind of Novel water conservancy device, including base station with And the rope rolling rack of the base station left side top is fixed on, it is internal on the left of the base station to be provided with front and rear the first long chamber for extending and setting, Corresponding and left and right up and down is provided with the base station on the right side of the first long chamber and extends the leading groove set, each leading groove Plate is equipped between on the right side of left side afterbody and the first long chamber, the company of passing through hole is equipped with each plate, it is each described Coordinate in the company of passing through hole and be provided with the first spiral shell type bar that both sides to the left and right extend setting, extending afterbody on the left of the first spiral shell type bar stretches It is connected to the described first long intracavitary and with the described first long chamber inner left wall revolution, extends tail on the right side of the first spiral shell type bar Portion extends in the leading groove and is connected with inwall revolution on the right side of the leading groove, the first long intracavitary it is each described Worm gear is fixed with first spiral shell type bar, worm screw is connected with the top of each worm gear, fixes and sets on the worm screw There is the front and rear bull stick for extending and setting, the first long chamber inner left wall is provided with the company's of passing through groove, is provided with the left of the company's of passing through groove and prolongs forward Chamber is slided in long setting, and the second long chamber is provided with the base station on front side of the first long chamber, and the second long intracavitary, which is provided with, to be changed Attachment means, be provided with the base station on front side of the second long chamber left side with it is described slide chamber front side and mutually pass through be connected with the company of passing through put Chamber, the guiding block for sliding intracavitary, interior the second spiral shell type bar being connected provided with spiral shell type line of the guiding block are described to pass through The first sliding block being even fixedly connected in groove provided with left side afterbody with the guiding block rear lateral portion, the company's of passing through intracavitary are provided with left side The second sliding block that afterbody is fixedly connected with the guiding block front side portion, it is described between the second long chamber and the company's of passing through chamber Connection propulsion plant is provided with base station, base station bottom surrounding is respectively arranged with leg, and the leg inner bottom part, which is provided with, matches somebody with somebody Pouring weight, induction installation is provided with the leading groove.

Preferably technical scheme, the rope rolling rack is interior to be provided with rope-winding shaft, and rope-winding shaft front and rear sides afterbody is all provided with Before thering is the first bull stick being connected with rope rolling rack front and rear sides revolution, front side first bull stick to pass through the even rope rolling rack Outside side and afterbody is fixed with the first conversioning wheel.

Preferably technical scheme, the bull stick front side tail coordinate with the described first long chamber front inner wall revolution and connected Connect, afterbody is connected with inwall revolution on rear side of the described first long chamber on rear side of the bull stick.

Preferably technical scheme, the second spiral shell type bar left side afterbody and the first motor are connected, and described first Motor outer surface be arranged at it is described slide in chamber inner left wall and be fixedly connected, afterbody and the cunning on the right side of the second spiral shell type bar Inwall revolution is connected on the right side of an actor's rendering of an operatic tune.

Preferably technical scheme, the first sliding block right flank is interior to be provided with the second motor, and second motor is right Side is connected with the first taper wheel, on the right side of the first taper wheel the relative bull stick outer surface be fixed with to institute The second taper wheel of the first taper wheel mating connection is stated, hypotenuse slide slot is provided with the second sliding block trailing flank.

Preferably technical scheme, the conversion attachment means are fixed on the described second long intracavitary bottom wall by correspondence Support and revolution be connected rotating cylinder between support described in two groups, the rotating cylinder appearance between support described in two groups Face is fixed with the second conversioning wheel, is provided with transfer zone between second conversioning wheel and first conversioning wheel, in the rotating cylinder Provided with latch groove.

Preferably technical scheme, it is described connection propulsion plant by the first slide slot, be arranged on first slide slot First leading groove of left and right sides inwall and it is arranged in first slide slot and slides the 3rd sliding block of mating connection Composition, first be fixedly connected with outer wall at left and right sides of the 3rd sliding block is respectively equipped with described in both sides in the first leading groove and is led Row block, is provided with the first elastic component in the first leading groove on rear side of first guiding block, in the 3rd sliding block rear side The 3rd motor is fixed with wall, the clamping lock axle for extending the described second long intracavitary, institute are connected with rear side of the 3rd motor State to be provided with front side of the 3rd sliding block and extend the company's of passing through intracavitary and the hypotenuse protuberance of cooperation is slided with the hypotenuse slide slot.

Preferably technical scheme, the cooperation of spiral shell type line is each equipped with the first spiral shell type bar in the leading groove The guiding block of connection, the guiding block top are provided with skid, the support that correspondence is set, institute are provided with the top of the skid State support opposite side and be equipped with the second slide slot, be equipped with each second slide slot and slide matrix, it is each described to slide Is provided with the second elastic component in second slide slot of matrix bottom side, slides to turn round between matrix described in two groups and be connected with the One conductor rope axle, the first conductor rope axle top are connected with front and rear sides afterbody and coordinate company with the front and rear rack inner wall revolution The the second conductor rope axle connect.

Preferably technical scheme, the induction installation include inductor, and the inductor is fixedly installed on described lead On row groove rear wall, the cradle top is fixedly installed display lamp, and the display lamp connects with the inductor electricity.

The beneficial effects of the invention are as follows：1. extend the first long intracavitary and with first by extending afterbody on the left of the first spiral shell type bar The revolution of long chamber inner left wall is connected, extend on the right side of the first spiral shell type bar afterbody extend in leading groove and with inwall on the right side of leading groove Revolution is connected, fixed on each first spiral shell type bar of the first long intracavitary to set worm gear, is connected at the top of each worm gear Worm screw, it is fixed on worm screw to set the front and rear bull stick for extending and setting, changed while automatically controlling front and rear first spiral shell type bar so as to realize Work, improve skid planing stability.

2. setting conversion attachment means by the second long intracavitary, left side is set in the base station on front side of the second long chamber with sliding on front side of chamber The company's of the passing through chamber for being connected with and putting mutually is passed through, slides the guiding block of intracavitary, the second spiral shell type bar of spiral shell type line mating connection, the company of passing through are set in guiding block The first sliding block that left side afterbody is fixedly connected with guiding block rear lateral portion is set in groove, before the company's of passing through intracavitary sets left side afterbody and guiding block The second sliding block that sidepiece is fixedly connected, connection propulsion plant is set in the base station between the second long chamber and the company's of passing through chamber, so as to realize Receive the automatic connection of rope for drawing water from a well and promote cooperating, the receipts rope for drawing water from a well stability and realization for improving the present apparatus automatically control receipts Volume, improve operating efficiency.

3. by setting the second motor in the first sliding block right flank, be connected the first taper wheel on the right side of the second motor, the The the second taper wheel set to be connected with the first taper wheel is fixed in relative bull stick outer surface on the right side of one taper wheel, and second slides Row block sets hypotenuse slide slot in trailing flank, so as to realize that work is slided in the left and right for automatically controlling guiding block, realizes and is received according to rope for drawing water from a well The diameter of volume automatically adjusts the support distances of rope for drawing water from a well, easily makees if rope for drawing water from a well support distances are long in the gravity of itself It is sagging under, easily cause rope for drawing water from a well to wear under the pullling of rope-winding shaft if rope for drawing water from a well support distances are too short.

4. the present invention is simple in construction, the support distances of automatic control and adjustment rope for drawing water from a well can be realized, can realize that automatic promote receives well Rope work, improves and receives rope for drawing water from a well efficiency, is coordinated by the elastic compression of the first conductor rope axle and the second conductor rope axle, so that rolling out what is come Rope for drawing water from a well is neat, improves and receives rope for drawing water from a well quality.

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 Novel water conservancy device external structure schematic diagram of the present invention；

Fig. 2 is the base station internal structure schematic diagram of the present invention；

Fig. 3 is the first conductor rope axle of the present invention and the distributed architecture schematic diagram of the second conductor rope axle；

Structural representation when Fig. 4 is clamping lock axle and the latch groove fully mated connection of the present invention；

Fig. 5 is the second long chamber internal structure schematic diagram of the present invention.

Embodiment

As Figure 1-Figure 5, a kind of Novel water conservancy device of the invention, including base station 4 and to be fixed on the base station 4 left The rope rolling rack 5 of side roof part, the left side of base station 4 is internal to be provided with front and rear the first long chamber 42 for extending and setting, the first long chamber 42 Corresponding and left and right up and down is provided with the base station 4 on right side and extends the leading groove 43 set, each left side tail of leading groove 43 Plate 432 is equipped between portion and the first long right side of chamber 42, is equipped with the company of passing through hole 4321 in each plate 432, often Coordinate in the individual company of passing through hole 4321 and be provided with the first spiral shell type bar 431 that both sides to the left and right extend setting, the first spiral shell type bar 431 left sides extend afterbody and extend in the described first long chamber 42 and be connected with the described first long inner left wall of chamber 42 revolution, institute The right side of the first spiral shell type bar 431 extension afterbody is stated to extend in the leading groove 43 and with the right side inwall revolution of leading groove 43 coordinate Connect, worm gear 433 is fixed with each first spiral shell type bar 431 in the first long chamber 42, each worm gear 433 tops are connected with worm screw 422, are fixed with the front and rear bull stick 421 for extending and setting on the worm screw 422, and described the The one long inner left wall of chamber 42 is provided with the company's of passing through groove 441, and the left side of the company's of passing through groove 441 is provided with extension setting forward and slides chamber 44, described The second long chamber 45 is provided with the base station 4 of the first long front side of chamber 42, conversion attachment means, institute are provided with the second long chamber 45 State be provided with the base station 4 of the front side of the second long chamber 45 left side with it is described slide mutually to pass through on front side of chamber 44 be connected with the company's of the passing through chamber 442 put, The guiding block 445 slided in chamber 44, interior the second spiral shell type bar being connected provided with spiral shell type line of the guiding block 445 443, interior the first sliding block 447 being fixedly connected provided with left side afterbody with the rear lateral portion of guiding block 445 of the company's of passing through groove 441, The second sliding block 446 being fixedly connected in the company's of passing through chamber 442 provided with left side afterbody with the front side portion of guiding block 445, it is described Connection propulsion plant, the bottom surrounding of base station 4 are provided with the base station 4 between second long chamber 45 and the company's of passing through chamber 442 Leg 401 is respectively arranged with, the inner bottom part of leg 401 is provided with balancing weight 402, and sensing dress is provided with the leading groove 43 Put.

Wherein, rope-winding shaft 51 is provided with the rope rolling rack 5, the front and rear sides afterbody of rope-winding shaft 51 is equipped with and the volume The first bull stick 53 that the revolution of the front and rear sides of rope support 5 is connected, the front side company of passing through of the first bull stick 53 leading flank of rope rolling rack 5 Outer and afterbody is fixed with the first conversioning wheel 52, and so as to realize that winding conversion is connected, realization automatically controls winding work, carries High workload efficiency.

Wherein, the front side tail of bull stick 421 is connected with the described first long front inner wall of chamber 42 revolution, the bull stick 421 rear side afterbodys are connected with the described first long rear side inwall of chamber 42 revolution.

Wherein, the left side afterbody of the second spiral shell type bar 443 is connected with the first motor 444, outside first motor 444 Surface be arranged at it is described slide in the inner left wall of chamber 44 and be fixedly connected, the right side afterbody of the second spiral shell type bar 443 and the cunning The right side inwall revolution of an actor's rendering of an operatic tune 44 is connected, so as to realize that automatically controlling winding propulsion connects and receive moving for rope for drawing water from a well support regulation Switching can be promoted.

Wherein, the second motor 4471 is provided with the right flank of the first sliding block 447, the right side of the second motor 4471 is matched somebody with somebody Conjunction is connected with the first taper wheel 4472, and the relative outer surface of the bull stick 421 in the right side of the first taper wheel 4472 is fixed with To the second taper wheel 423 being connected with the first taper wheel 4472, it is provided with the trailing flank of the second sliding block 446 Hypotenuse slide slot 4461, so as to realize that work is slided in the left and right for automatically controlling guiding block 63, realize the diameter wound according to rope for drawing water from a well Size automatically adjusts the support distances of rope for drawing water from a well, if rope for drawing water from a well support distances it is long easily under the Action of Gravity Field of itself under Hang down, easily cause rope for drawing water from a well to wear under the pullling of rope-winding shaft 51 if rope for drawing water from a well support distances are too short.

Wherein, the conversion attachment means by correspondence be fixed on the support 451 of the described second long inner bottom wall of chamber 45 with And the rotating cylinder 452 being connected between support 451 described in two groups is turned round, the rotating cylinder 452 between support 451 described in two groups Outer surface is fixed with the second conversioning wheel 453, and transfer zone is provided between second conversioning wheel 453 and first conversioning wheel 52 54, the rotating cylinder 452 is interior to be provided with latch groove 4521, connects so as to pass through to coordinate between the second conversioning wheel 453 and the first conversioning wheel 52 The transfer zone 54 connect, realize that the second conversioning wheel 453 carries out conversion connection to the rope-winding shaft 51 on the first conversioning wheel 52.

Wherein, the connection propulsion plant by the first slide slot 46, be arranged in the left and right sides of first slide slot 46 First leading groove 461 of wall and it is arranged in first slide slot 46 and slides 463 groups of the 3rd sliding block of mating connection Into be fixedly connected with the left and right sides outer wall of the 3rd sliding block 463 is respectively equipped with described in both sides in the first leading groove 461 One guiding block 466, the first leading groove 461 of the rear side of the first guiding block 466 is interior to be provided with the first elastic component 462, described The 3rd motor 464 is fixed with the rear side inwall of 3rd sliding block 463, the rear side of the 3rd motor 464, which is connected with, to be extended Clamping lock axle 465 in the second long chamber 45, the front side of the 3rd sliding block 463 be provided with extend company of passing through chamber 442 it is interior and with The hypotenuse slide slot 4461 slides the hypotenuse protuberance 4631 of cooperation, so as to realize the 3rd motor 464 and second that automatically switches The kinetic energy of conversioning wheel 453 is connected, and improves operating efficiency.

Wherein, it is equipped with leading for spiral shell type line mating connection on the first spiral shell type bar 431 in each leading groove 43 Row block 63, the top of guiding block 63 are provided with skid 61, and the top of skid 61 is provided with the support 62 that correspondence is set, The opposite side of support 62 is equipped with the second slide slot 621, is equipped with each second slide slot 621 and slides matrix 622, The second elastic component 623 is provided with each second slide slot 621 for sliding the bottom side of matrix 622, base is slided described in two groups Revolution is connected with the first conductor rope axle 65 between block 622, and the top of the first conductor rope axle 65 is connected with front and rear sides tail The second conductor rope axle 64 that portion is connected with the front and rear inwall of support 62 revolution, so that it is neat to roll out the rope for drawing water from a well come, improve Receive rope for drawing water from a well quality.

Wherein, the induction installation includes inductor 430, after the inductor 430 is fixedly installed on the leading groove 43 In side wall, the top of support 62 is fixedly installed display lamp 620, and the display lamp 620 connects with the electricity of inductor 430, when The guiding block 63 encounters the inductor 430 when being moved to 43 rightmost side of leading groove, the inductor 430 controls described Display lamp 620 lights.

During original state, guiding block 63 is located at the left-most position in leading groove 43, and now, guiding block 445, which is located at, to be slided Right-most position in chamber 44, guiding block 445 is set to drive the first sliding block 447 of rear side to extend completely in the company's of passing through groove 441, together When, the first taper wheel 4472 on the right side of guiding block 445 is at utmost extended in the first long chamber 42 and behind the right side of the first taper wheel 4472 Connection is engaged in side with the front left side of the second taper wheel 423, and now, guiding block 445 drives the second sliding block 446 of front side to extend completely In the company's of passing through chamber 442, meanwhile, the top pressure of the first guiding block 466 of the left and right sides of the 3rd sliding block 463 by the first elastic component 462 Power, the most forward position for making the first guiding block 466 be located in the first leading groove 461, meanwhile, make the front side of the 3rd sliding block 463 Hypotenuse protuberance 4631 is fully located in hypotenuse slide slot 4461, and now, the clamping lock axle 465 of the trailing flank of the 3rd sliding block 463 is most Big degree is away from the latch groove 4521 in rotating cylinder 452.

When needing to adjust receipts rope for drawing water from a well support distances and receive rope for drawing water from a well, pass through the second motor 4471 first and drive the first taper The revolution of wheel 4472, drives the bull stick 421 on the second taper wheel 423 and the second taper wheel 423 to turn round by the first taper wheel 4472, And then the worm screw 422 of front and rear sides is driven by bull stick 421, front and rear sides are then driven by the worm screw 422 of front and rear sides respectively The first spiral shell type bar 431 on worm gear 433 and worm gear 433 turns round, and then is driven respectively by the first spiral shell type bar 431 of front and rear sides Guiding block 63 in front and rear sides leading groove 43 gradually slides along the right direction of leading groove 43, until specified location is arrived in regulation, so After control the second motor 4471 stop revolution, now, by the first motor 444 drive the second spiral shell type bar 443 turn round, meanwhile, by Second spiral shell type bar 443 drives the gradual edge of guiding block 445 to slide the left direction of chamber 44 and slided, and now, guiding block 445 drives rear side First sliding block 447 gradually slips away in the company's of passing through groove 441 to sliding to slide in the left side of chamber 44, meanwhile, the first sliding block 447 drive the One taper wheel 4472 departs from the second taper wheel 423 and is gradually distance from the second taper wheel 423, and now, guiding block 445 drives front side Second sliding block 446 slides to the left, meanwhile, by the hypotenuse in the hypotenuse in hypotenuse slide slot 4461 and hypotenuse protuberance 4631 Top pressure cooperation is slided, the first guiding block 466 of the left and right sides of the 3rd sliding block 463 is gradually overcome in the first elastic component 462 Pressure on top surface breaks away row backward, until guiding block 445 as shown in Figure 4 is slided into when sliding the left-most position in chamber 44, now, leads First sliding block 447 of the rear side of row block 445, which is slid completely into, to slide in chamber 44, meanwhile, first taper on the right side of the first sliding block 447 Wheel 4472 is at utmost away from the second taper wheel 423, and now, the second sliding block 446 of the front side of guiding block 445 at utmost extends Slide in chamber 44, meanwhile, the trailing flank on the right side of hypotenuse slide slot 4461 and the front side of the 3rd sliding block 463 in the second sliding block 446 Mating connection is slided in face, and now, the 3rd sliding block 463 overcomes the pressure on top surface of the first elastic component 462, after making the 3rd sliding block 463 Side is at utmost extended in the second long chamber 45, meanwhile, the clamping lock axle 465 of the rear side of the 3rd sliding block 463 is at utmost extended card In locked groove 4521, now, drive clamping lock axle 465 to turn round by the 3rd motor 464, so by clamping lock axle 465 drive rotating cylinder 452 with And the second conversioning wheel 453 on the outer surface of rotating cylinder 452 turns round, first turn is driven by the transfer zone 54 on the second conversioning wheel 453 The revolution of wheel 52 is changed, and then drives the rope-winding shaft 51 on the first bull stick 53 and the first bull stick 53 to turn round by the first conversioning wheel 52, it is real Existing automatic winding.

The beneficial effects of the invention are as follows：

Connect 1. extending the first long intracavitary by extension afterbody on the left of the first spiral shell type bar and coordinating with the first long chamber inner left wall revolution Connect, extend afterbody on the right side of the first spiral shell type bar and extend in leading groove and be connected with inwall revolution on the right side of leading groove, the first long chamber Fixed on interior each first spiral shell type bar to set worm gear, be connected worm screw at the top of each worm gear, is fixed on worm screw before and after setting Extend the bull stick set, conversion work while automatically controlling front and rear first spiral shell type bar so as to realize, improve skid and slide surely It is qualitative.

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

1. a kind of Novel water conservancy device, including base station and the rope rolling rack for being fixed on base station left side top, it is characterised in that：Base station It is provided with front and rear the first long chamber for extending and setting inside left side, is provided with and corresponds to up and down and left and right extends in the base station on the right side of the first long chamber The leading groove of setting, plate is equipped between each leading groove left side afterbody and the first long chamber right side, is equipped with each plate The company of passing through hole, each coordinate in the company of passing through hole and be provided with the first spiral shell type bar that both sides to the left and right extend setting, prolong on the left of the first spiral shell type bar Long afterbody extends the first long intracavitary and is connected with the first long chamber inner left wall revolution, extends afterbody on the right side of the first spiral shell type bar and stretches It is connected in leading groove and with inwall revolution on the right side of leading groove, fixation is set on each first spiral shell type bar of the first long intracavitary There is worm gear, worm screw is connected with the top of each worm gear, the front and rear bull stick for extending and setting, the first long chamber are fixed with worm screw Inner left wall is provided with the company's of passing through groove, is provided with the left of the company's of passing through groove and extends setting forward and slide chamber, is provided with the base station on front side of the first long chamber Second long chamber, the second long intracavitary, which is provided with, changes attachment means, is provided with left side in the base station on front side of the second long chamber and slides on front side of chamber The company's of the passing through chamber for being connected with and putting mutually is passed through, the guiding block of intracavitary is slided, the second spiral shell type bar being connected in guiding block provided with spiral shell type line, passes through The first sliding block being even fixedly connected in groove provided with left side afterbody with guiding block rear lateral portion, the company's of passing through intracavitary are provided with left side afterbody with leading The second sliding block that row block front side portion is fixedly connected, interior be provided with of base station between the second long chamber and the company's of passing through chamber connect propulsion plant, Base station bottom surrounding is respectively arranged with leg, and leg inner bottom part is provided with balancing weight, induction installation is provided with leading groove.

A kind of 2. Novel water conservancy device according to claim 1, it is characterised in that：Rope-winding shaft is provided with the rope rolling rack, Rope-winding shaft front and rear sides afterbody is equipped with the first bull stick being connected with rope rolling rack front and rear sides revolution, front side institute State the first bull stick and pass through that even the rope rolling rack leading flank is outer and afterbody is fixed with the first conversioning wheel.

A kind of 3. Novel water conservancy device according to claim 1, it is characterised in that：The bull stick front side tail and described the One long chamber front inner wall revolution is connected, and afterbody coordinates with inwall revolution on rear side of the described first long chamber and connected on rear side of the bull stick Connect.

A kind of 4. Novel water conservancy device according to claim 1, it is characterised in that：On the left of the second spiral shell type bar afterbody with First motor is connected, the first motor outer surface be arranged at it is described slide in chamber inner left wall and be fixedly connected, it is described Afterbody slides inwall revolution mating connection on the right side of chamber with described on the right side of second spiral shell type bar.

A kind of 5. Novel water conservancy device according to claim 1, it is characterised in that：Set in the first sliding block right flank There is the second motor, be connected with the first taper wheel on the right side of second motor, it is relative described on the right side of the first taper wheel Bull stick outer surface is fixed with the second taper wheel to be connected with the first taper wheel, the second sliding block rear side Hypotenuse slide slot is provided with face.

A kind of 6. Novel water conservancy device according to claim 2, it is characterised in that：The conversion attachment means are by front and rear right The support of the described second long intracavitary bottom wall should be fixed on and turn round the rotating cylinder being connected between support described in two groups, two groups The rotating cylinder outer surface between the support is fixed with the second conversioning wheel, second conversioning wheel and first conversioning wheel Between be provided with transfer zone, is provided with latch groove in the rotating cylinder.

A kind of 7. Novel water conservancy device according to claim 5, it is characterised in that：The connection propulsion plant is slided by first Row groove, be arranged on the first leading groove of inwall at left and right sides of first slide slot and be arranged in first slide slot and The 3rd sliding block composition of mating connection is slided, be respectively equipped with described in both sides in the first leading groove with the 3rd sliding block or so The first guiding block that both sides outer wall is fixedly connected, the first elasticity is provided with the first leading groove on rear side of first guiding block Part, the 3rd motor is fixed with inwall on rear side of the 3rd sliding block, is connected with rear side of the 3rd motor and extends institute State the clamping lock axle of the second long intracavitary, be provided with front side of the 3rd sliding block extend the company's of passing through intracavitary and with the hypotenuse slide slot Slide the hypotenuse protuberance of cooperation.

A kind of 8. Novel water conservancy device according to claim 1, it is characterised in that：Described the in each leading groove The guiding block of spiral shell type line mating connection is equipped with one spiral shell type bar, skid, the skid top are provided with the top of the guiding block Portion is provided with the support that correspondence is set, and the support opposite side is equipped with the second slide slot, in each second slide slot It is equipped with and slides matrix, the second elastic component is provided with each second slide slot for sliding matrix bottom side, described in two groups Revolution is connected with the first conductor rope axle between sliding matrix, and front and rear sides afterbody is connected with the top of the first conductor rope axle The second conductor rope axle being connected with the front and rear rack inner wall revolution.

A kind of 9. Novel water conservancy device according to claim 1, it is characterised in that：The induction installation includes inductor, The inductor is fixedly installed on the leading groove rear wall, and the cradle top is fixedly installed display lamp, the display Lamp connects with the inductor electricity.