CN107585638A - A kind of Novel water conservancy equipment - Google Patents
A kind of Novel water conservancy equipment Download PDFInfo
- Publication number
- CN107585638A CN107585638A CN201710487405.6A CN201710487405A CN107585638A CN 107585638 A CN107585638 A CN 107585638A CN 201710487405 A CN201710487405 A CN 201710487405A CN 107585638 A CN107585638 A CN 107585638A
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- China
- Prior art keywords
- slippage slot
- pedestal
- recessed pockets
- engine
- screw rod
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Abstract
The invention discloses a kind of Novel water conservancy equipment, including the receipts rope for drawing water from a well pedestal being made up of the first pedestal and the second pedestal being fixed on the right side of the first pedestal, on the right side of first pedestal the first slippage slot is provided with top surface, the first recessed pockets are provided with the second pedestal left surface in first slippage slot, the revolution of first recessed pockets is connected with the first tooth roller, it is connected at the top of first tooth roller with the first engine, the second slippage slot that elongation is set up and down is provided with the second pedestal on the right side of first recessed pockets, it is internal on the right side of second slippage slot to be provided with the 3rd slippage slot, the first screw rod that elongation is set up and down is provided with 3rd slippage slot, first screw tip and the second engine are connected, the setting of both sides elongation to the left and right is provided with the second pedestal below first recessed pockets crosses groove；The present invention is simple in construction, easy to operate, can realize that automatic installation and locking rope roll prevents from skidding off, and so as to improve mounting stability, can realize that automatic probe into of slide device stretches out fast and easy dismounting.
Description
Technical field
The present invention relates to hydrotechnics field, particularly a kind of Novel water conservancy equipment.
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, Er Qieshou
Winch head is unstable during rope for drawing water from a well to shake, and influence normal use, cause the water in bucket to spill, some automations at present
Although water lift machine receives rope for drawing water from a well manually without people, rope roll is easily skidded off from reel for rope, 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 equipment, 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：A kind of Novel water conservancy equipment of the present invention, including by first
The receipts rope for drawing water from a well pedestal of pedestal and the second pedestal composition being fixed on the right side of first pedestal, the first pedestal right side top surface
Inside it is provided with the first slippage slot, is provided with the first recessed pockets in the second pedestal left surface in first slippage slot, described the
The revolution of one recessed pockets is connected with the first tooth roller, is connected at the top of first tooth roller with the first engine, described
Interior the second slippage slot for being provided with elongation setting up and down of second pedestal on the right side of first recessed pockets, the second slippage slot right side
Inside is provided with the 3rd slippage slot, and the first screw rod that elongation is set up and down, first screw top are provided with the 3rd slippage slot
Portion is connected with the second engine, and both sides elongation to the left and right is provided with second pedestal below first recessed pockets and is set
That puts crosses groove, and the groove of crossing is connected with the second screw rod that both sides elongation to the left and right is set, the second screw rod left side tip
Turn round and be connected with the first slippage slot inner left wall, tip and second slippage slot right side on the right side of second screw rod
Inwall revolution is connected, and is fixed with the first conical surface wheel on second screw rod in second slippage slot, and described second
The sliding bar that elongation is set upwards is provided with second slippage slot above screw rod, the sliding bar bottom right side, which is provided with, to be probeed into
The sliding nose block being connected in 3rd slippage slot and with the first screw rod helical line, described slide in bar bottom surface set
There are the second recessed pockets, turned round in second recessed pockets and be connected with the second conical surface wheel, second conical surface wheel bottom is located at
Outside the sliding bar bottom surface, it is connected on the right side of second conical surface wheel with the 3rd engine, the institute in first slippage slot
State helical line on the second screw rod and be connected with slide device, nose block, the receipts are provided with above the second pedestal left surface
Rope for drawing water from a well pedestal upper and lower ends are respectively arranged with mounting bracket, and control device is provided with first engine.
Preferably technical scheme, the first engine outer surface be arranged at the first recessed pockets top interior and
It is fixedly connected, is probeed on the left of first tooth roller in first slippage slot.
Preferably technical scheme, the second engine outer surface be arranged at the 3rd slippage slot top interior and
It is fixedly connected, the first screw rod bottom extended end is connected with the 3rd slippage slot inner bottom wall revolution.
Preferably technical scheme, the left side of groove excessively communicates to provide with first slippage slot puts, described to cross the groove right side
Side communicates to provide and put with the second slippage slot bottom stage.
Preferably technical scheme, the 3rd engine outer surface are arranged inside the right side of second recessed pockets
And it is fixedly connected.
Preferably technical scheme, the 3rd recessed pockets, institute are provided with the slide device above second screw rod
State and the bull stick that elongation is set up and down is provided with the 3rd recessed pockets, elongated portion is logical at the top of the bull stick passes through outside the slide device top surface
And tip is fixed with the first locking part, the second tooth roller is fixed with the bull stick in the 3rd recessed pockets, it is described
Being connected on the right side of second tooth roller has the 3rd tooth roller, and inwall turns round the 3rd tooth roller up and down with the 3rd recessed pockets
It is connected.
Preferably technical scheme, is provided with the 4th slippage slot in the nose block bottom surface, on the right side of the 4th slippage slot
The conversion chamber for extending setting to the right, the conversion chamber right side and the described second sliding groove top are provided with the nose block of top
Portion's elongated portion is communicated to provide and put, and tip probes into the conversion intracavitary at the top of the sliding bar, and the sliding bar probes into described turn
The leading flank for changing intracavitary is provided with the first line part, and locking slipping block, the locking slipping block are provided with the 4th slippage slot
Right flank bottom is provided with the second line part for probeing into the conversion intracavitary, and the conversion intracavitary bottom wall centre position is provided with guide wheel,
Conductor rope is connected between the first line part, guide wheel and the second line part, locking slipping block bottom revolution is connected
There is the second locking part, be provided with the nose block above the 4th slippage slot and lead shifting chamber, described lead is moved intracavitary sliding and coordinated
Be connected with guide block, the guide block bottom is fixed with elongation downwards and sets guide rod, the guide rod is logical pass through it is described lead move chamber with it is described
The nose block and sliding between 4th slippage slot are connected, and guide rod bottom tip is fixed with the locking slipping block
Connection, the guide rod outer surface of the guide rod bottom is provided with spring part.
Preferably technical scheme, the first locking part top and second locking part bottom are respectively equipped with first
Lock head and the second locking head, and rope roll is provided with above first locking part.
Preferably technical scheme, the rope roll is by reel for rope and is fixed on the dividing plate of both sides tip above and below the reel for rope
Composition, the reel for rope are equipped with locking groove in two sides up and down.
Preferably technical scheme, the control device include the first policer and the second policer, first pipe
Device processed is fixedly installed on the left of first engine, and second policer is fixedly installed on the right side of first engine,
First policer is used for the rotating speed of the first engine described in control, and second policer is used for the engine of control first
Turn to, the control device is provided with second engine and the 3rd engine.
The beneficial effects of the invention are as follows：
1. by setting the first recessed pockets in the second pedestal left surface in the first slippage slot, the revolution of the first recessed pockets is connected
First tooth roller, the first tooth roller top are connected with the first engine, and the 3rd is set in the slide device above the second screw rod
Recessed pockets, set the bull stick that elongation is set up and down in the 3rd recessed pockets, and elongated portion is logical at the top of bull stick passes through that slide device top surface is outer and end
The tip, which is fixed, sets the first locking part, fixed on the bull stick in the 3rd recessed pockets to set the second tooth roller, agrees with company on the right side of the second tooth roller
The 3rd tooth roller is connect, inwall revolution is connected up and down for the 3rd tooth roller and the 3rd recessed pockets, so as to realize automatic conversion control
Rope for drawing water from a well is received to fetch water.
2. by setting the second slippage slot that elongation is set up and down, the second slippage slot in the second pedestal on the right side of the first recessed pockets
The 3rd slippage slot is set inside right side, the first screw rod that elongation is set up and down, the first screw tip and second are set in the 3rd slippage slot
Engine is connected, and the setting of both sides elongation to the left and right is set in the second pedestal below the first recessed pockets crosses groove, crosses groove and coordinates
The second screw rod that connection both sides elongation to the left and right is set, the second screw rod left side tip and the revolution of the first slippage slot inner left wall coordinate
Connection, the second screw rod right side tip and the inwall revolution of the second slippage slot right side are connected, the second screw rod in the second slippage slot
Upper fixation sets the first conical surface wheel, and the sliding bar that elongation is set upwards is set in the second slippage slot above the second screw rod, and sliding bar is right
Side bottom sets the sliding nose block for probeing into the 3rd slippage slot and being connected with the first screw rod helical line, and sliding bar is set in bottom surface
Second recessed pockets, in the second recessed pockets revolution be connected the second conical surface wheel, so as to realize automatic sliding device move left and right with
And the switching transformation that locking slipping block slides up and down.
3. by connecting conductor rope between the first line part, guide wheel and the second line part, the revolution of locking slipping block bottom coordinates
Connect the second locking part, set in the nose block above the 4th slippage slot and lead shifting chamber, lead and move intracavitary sliding mating connection guide block, guide block
Bottom, which is fixed to set, extends downwards setting guide rod, and logical pass through of guide rod leads the nose block moved between chamber and the 4th slippage slot and sliding cooperation company
Connect, guide rod bottom tip is fixedly connected with locking slipping block, and the guide rod outer surface of guide rod bottom sets spring part, so as to realize that locking is slided
Move block to slide along the 4th slippage slot above-below direction, the second locking part of locking slipping block bottom is probeed into stretching, realize automatic steady
Solid lock is solid and automatically disengages work, facilitates being rapidly assembled and disassembled for rope roll.
4. the present invention is simple in construction, easy to operate, it can realize that automatic installation and locking rope roll prevents from skidding off, so as to improve peace
Stability is filled, can realize that automatic probe into of slide device stretches out fast and easy dismounting, reduce staff's amount of labour, improve work
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 Novel water conservancy device external structural representation of the present invention；
Fig. 2 is a kind of Novel water conservancy equipment inner structure schematic diagram of the present invention；
Fig. 3 is structural representation when slide device of the invention is moved to the right-most position in the first slippage slot；
Fig. 4 is structural representation when the second locking part of the present invention is connected with locking groove at the top of rope roll；
Fig. 5 is the structural representation of the sliding bar of the present invention；
Fig. 6 is the structural representation of the first engine.
Embodiment
As shown in figs 1 to 6, a kind of Novel water conservancy equipment of the invention, including by the first pedestal 51 and be fixed on described
The receipts rope for drawing water from a well pedestal 5 of second pedestal 52 composition on the right side of the first pedestal 51, the right side top surface of the first pedestal 51 is interior to be provided with first
Slippage slot 511, is provided with the first recessed pockets 512 in the left surface of the second pedestal 52 in first slippage slot 511, and described the
The revolution of one recessed pockets 512 is connected with the first tooth roller 5120, the top of the first tooth roller 5120 and the first engine
5121 are connected, and are slided in second pedestal 52 on the right side of the first recessed pockets 512 provided with elongation up and down is set second
Groove 521 is moved, the right side of the second slippage slot 521 is internal to be provided with the 3rd slippage slot 523, is provided with the 3rd slippage slot 523 upper
The first screw rod 5231 that lower elongation is set, the top of first screw rod 5231 are connected with the second engine 5232, and described the
Be provided with that both sides elongation to the left and right sets in second pedestal 52 of the lower section of one recessed pockets 512 crosses groove 513, described to cross groove 513
It is connected with the second screw rod 5110 that both sides elongation to the left and right is set, the left side tip of the second screw rod 5110 and described first
The revolution of the inner left wall of slippage slot 511 is connected, the right side tip of the second screw rod 5110 and the right side of the second slippage slot 521
Inwall revolution is connected, and the first conical surface wheel is fixed with second screw rod 5110 in second slippage slot 521
5210, second slippage slot 521 of the top of the second screw rod 5110 is interior to be provided with the sliding bar 522 that elongation is set upwards, institute
State sliding bar 522 bottom right side and be provided with and probe into the 3rd slippage slot 523 and coordinate with the helical line of the first screw rod 5231
The sliding nose block 5221 of connection, described slide in the bottom surface of bar 522 are provided with the second recessed pockets 5222, second recessed pockets 5222
Interior revolution is connected with the second conical surface wheel 5224, and the bottom of second conical surface wheel 5224 is slid outside the bottom surface of bar 522 positioned at described,
The right side of second conical surface wheel 5224 is connected with the 3rd engine 5223, and described second in first slippage slot 511
Helical line is connected with slide device 514 on screw rod 5110, and nose block 53, institute are provided with above the left surface of the second pedestal 52
State the upper and lower ends of receipts rope for drawing water from a well pedestal 5 and be respectively arranged with mounting bracket 50, control device is provided with first engine 5121.
Wherein, the outer surface of the first engine 5121 is arranged at the top interior of the first recessed pockets 512 and fixed company
Connect, the left side of the first tooth roller 5120 is probeed into first slippage slot 511, so as to realize that the left side of the first tooth roller 5120 is visited
Enter and be connected in the 3rd recessed pockets 515 with the 3rd tooth roller 5155 in the 3rd recessed pockets 515, so as to realize automatic receipts rope for drawing water from a well
Fetch water.
Wherein, the outer surface of the second engine 5232 is arranged at the top interior of the 3rd slippage slot 523 and fixed company
Connect, the bottom extended end of the first screw rod 5231 is connected with the inner bottom wall of the 3rd slippage slot 523 revolution.
Wherein, the left side of groove 513 excessively communicates to provide with first slippage slot 511 puts, described to cross the right side of groove 513 and institute
State the bottom stage of the second slippage slot 521 and communicate to provide and put.
Wherein, the outer surface of the 3rd engine 5223 is arranged inside the right side of second recessed pockets 5222 and fixed
Connection.
Wherein, it is provided with the 3rd recessed pockets 515 in the slide device 514 of the top of second screw rod 5110, described the
The bull stick 5151 that elongation is set up and down is provided with three recessed pockets 515, the top elongated portion of bull stick 5151 is logical to pass through the sliding dress
Put that 514 top surfaces are outer and tip is fixed with the first locking part 5153, it is solid on the bull stick 5151 in the 3rd recessed pockets 515
Surely the second tooth roller 5152 is provided with, the right side of the second tooth roller 5152 is connected and has the 3rd tooth roller 5155, and the described 3rd
Tooth roller 5155 and the 3rd recessed pockets inwall revolution mating connection about 515, fetch water so as to realize that rope for drawing water from a well is received in conversion control.
Wherein, the 4th slippage slot 532 is provided with the bottom surface of nose block 53, the right side of the 4th slippage slot 532 top
The conversion chamber 531 for extending setting to the right, the right side of conversion chamber 531 and second slippage slot are provided with the nose block 53
521 top elongated portions, which communicate to provide, is put, and the sliding top tip of bar 522 is probeed into the conversion chamber 531, and the sliding bar
522 leading flanks probeed into the conversion chamber 531 are provided with the first line part 5225, and lock is provided with the 4th slippage slot 532
Gu slipping block 533, the locking slipping block 533 right flank bottom is provided with the second line part probeed into the conversion chamber 531
5331, the conversion chamber 531 inner bottom wall centre position is provided with guide wheel 5311, the first line part 5225, guide wheel 5311 and the
Conductor rope 5312 is connected between two line parts 5331, locking slipping block 533 bottom revolution is connected with the second locking part
5332, it is provided with to lead in the nose block 53 of the top of the 4th slippage slot 532 and moves chamber 534, described lead is moved sliding in chamber 534 and matched somebody with somebody
Conjunction is connected with guide block 5341, and the bottom of guide block 5341 is fixed with elongation downwards and sets guide rod 5342, and the guide rod 5342 leads to
Pass through the nose block 53 led between shifting chamber 534 and the 4th slippage slot 532 and sliding is connected, the guide rod
5342 bottom tips are fixedly connected with the locking slipping block 533, the outer surface of the guide rod 5342 of the bottom of guide rod 5342
Provided with spring part 5343, so as to realize that locking slipping block 533 slides along the above-below direction of the 4th slippage slot 532, make locking slipping block 533
Second locking part 5332 of bottom probes into stretching, realizes that automatic steady solid lock is solid and automatically disengages work, facilitates the quick of rope roll 6
Installation and removal.
Wherein, the top of the first locking part 5153 and the bottom of the second locking part 5332 are respectively equipped with the first locking head
5154 and second locking first 5333, the top of first locking part 5153 is provided with rope roll 6, so as to realize the preliminary fixed of rope roll 6
Position installation and receipts rope for drawing water from a well lock and connect, and improve the receipts rope for drawing water from a well stability of rope roll 6.
Wherein, the rope roll 6 by reel for rope 61 and is fixed on the dividing plate 62 of reel for rope both sides tip about 61 and formed, institute
State reel for rope and be equipped with locking groove 610 about 61 in two sides, so as to be easy for installation and removal.
Wherein, the control device includes the first policer 51211 and the second policer 51212, first policer
51211 are fixedly installed on the left side of the first engine 5121, and it is dynamic that second policer 51212 is fixedly installed on described first
The right side of power machine 5121, first policer 51211 are used for the rotating speed of the first engine 5121 described in control, second control
Device 51212 is used for the steering of the first engine 5121 described in control, second engine 5232 and the 3rd engine
The control device is provided with 5223.
During original state, slide device 514 is located at the left-most position in the first slippage slot 511, now, slide device
The 3rd tooth roller 5155 in 514 at utmost away from the first tooth roller 5120, meanwhile, sliding nose block 5221 is slided positioned at the 3rd
The lowest position moved in groove 523, now, sliding nose block 5221 drive the second conical surface wheel 5224 in sliding bar 522 bottom surface
It is connected with the first conical surface wheel 5210, meanwhile, locking slipping block 533 is made locking slipping block by the pressure on top surface of spring part 5343
533 are at utmost located at the tip position in the 4th slippage slot 532, meanwhile, the second locking part of locking slipping block 533 bottom
5332 are fully located in the 4th slippage slot 532.
When needing to pack up rope for drawing water from a well so that the bucket for filling water to be proposed from deep-well, pass through the locking of the bottom of rope roll 6 first
First locking first 5154 at the top of 610 and first locking part of groove 5153 is connected, and is then driven by the 3rd engine 5223
Second conical surface wheel 5224 turns round, and drives the first conical surface wheel 5210 to turn round by the second conical surface wheel 5224, and then by the second screw rod 5110
Drive the second screw rod 5110 to turn round, drive slide device 514 gradually along the right direction of the first slippage slot 511 by the second screw rod 5110
It is mobile, until when slide device 514 as shown in Figure 3 is moved to the right-most position in the first slippage slot 511, now, the first tooth
The right side of gear wheel 5120 at utmost probe into the 3rd recessed pockets 515 and with the contract of the 3rd tooth roller 5155 in the 3rd recessed pockets 515
Connection is closed, meanwhile, the second locking first 5333 of the bottom of 610 and second line part of locking groove 5331 at the top of reel for rope 61 is in relative
Position, the then engine 5223 of control the 3rd stopping revolution, meanwhile, drive the first screw rod 5231 to return by the second engine 5232
Turn, drive sliding nose block 5221 gradually to be slid along the top-direction of the 3rd slippage slot 523 by the first screw rod 5231, meanwhile, by sliding
Moving nose block 5221 drives sliding bar 522 gradually to be slid along the top-direction of the second slippage slot 521, now, in sliding bar 522 bottom surface
The second conical surface wheel 5224 be gradually distance from the first conical surface wheel 5210, meanwhile, the first line part on sliding bar 522 top nose face
5225 drive conductor ropes 5312 pull the second line part 5331 on locking slipping block 533 to move down after guide wheel 5311, make
Locking slipping block 533 drives the guide block 5341 at the top of guide rod 5342 to overcome the gradual edge of the pressure on top surface of spring part 5343 to lead and moves the bottom of chamber 534
Portion direction moves down, until sliding nose block 5221 is moved to the 3rd slippage slot 523 as shown in Figure 5, lock the band of slipping block 533
Dynamic second locking part 5332 is stretched out outside the bottom surface of nose block 53, while makes the second locking first 5333 of the bottom of the second locking part 5332 complete
Complete to probe into the locking groove 610 at the top of reel for rope 61, then the second engine of control 5232 stops revolution, now passes through the first power
Machine 5121 drives the first tooth roller 5120 to turn round, and the 3rd tooth roller in the 3rd recessed pockets 515 is driven by the first tooth roller 5120
5155 revolutions, and then drive the second tooth roller 5152 to turn round by the 3rd tooth roller 5155, bull stick is driven by the second tooth roller 5152
5151 revolutions, finally the first locking part 5153 and the rope roll 6 at the top of the first locking part 5153 is driven to turn round by bull stick 5151, from
And realize that receiving rope for drawing water from a well fetches water work.
The beneficial effects of the invention are as follows：
1. by setting the first recessed pockets in the second pedestal left surface in the first slippage slot, the revolution of the first recessed pockets is connected
First tooth roller, the first tooth roller top are connected with the first engine, and the 3rd is set in the slide device above the second screw rod
Recessed pockets, set the bull stick that elongation is set up and down in the 3rd recessed pockets, and elongated portion is logical at the top of bull stick passes through that slide device top surface is outer and end
The tip, which is fixed, sets the first locking part, fixed on the bull stick in the 3rd recessed pockets to set the second tooth roller, agrees with company on the right side of the second tooth roller
The 3rd tooth roller is connect, inwall revolution is connected up and down for the 3rd tooth roller and the 3rd recessed pockets, so as to realize automatic conversion control
Rope for drawing water from a well is received to fetch water.
2. by setting the second slippage slot that elongation is set up and down, the second slippage slot in the second pedestal on the right side of the first recessed pockets
The 3rd slippage slot is set inside right side, the first screw rod that elongation is set up and down, the first screw tip and second are set in the 3rd slippage slot
Engine is connected, and the setting of both sides elongation to the left and right is set in the second pedestal below the first recessed pockets crosses groove, crosses groove and coordinates
The second screw rod that connection both sides elongation to the left and right is set, the second screw rod left side tip and the revolution of the first slippage slot inner left wall coordinate
Connection, the second screw rod right side tip and the inwall revolution of the second slippage slot right side are connected, the second screw rod in the second slippage slot
Upper fixation sets the first conical surface wheel, and the sliding bar that elongation is set upwards is set in the second slippage slot above the second screw rod, and sliding bar is right
Side bottom sets the sliding nose block for probeing into the 3rd slippage slot and being connected with the first screw rod helical line, and sliding bar is set in bottom surface
Second recessed pockets, in the second recessed pockets revolution be connected the second conical surface wheel, so as to realize automatic sliding device move left and right with
And the switching transformation that locking slipping block slides up and down.
3. by connecting conductor rope between the first line part, guide wheel and the second line part, the revolution of locking slipping block bottom coordinates
Connect the second locking part, set in the nose block above the 4th slippage slot and lead shifting chamber, lead and move intracavitary sliding mating connection guide block, guide block
Bottom, which is fixed to set, extends downwards setting guide rod, and logical pass through of guide rod leads the nose block moved between chamber and the 4th slippage slot and sliding cooperation company
Connect, guide rod bottom tip is fixedly connected with locking slipping block, and the guide rod outer surface of guide rod bottom sets spring part, so as to realize that locking is slided
Move block to slide along the 4th slippage slot above-below direction, the second locking part of locking slipping block bottom is probeed into stretching, realize automatic steady
Solid lock is solid and automatically disengages work, facilitates being rapidly assembled and disassembled for rope roll.
4. the present invention is simple in construction, easy to operate, it can realize that automatic installation and locking rope roll prevents from skidding off, so as to improve peace
Stability is filled, can realize that automatic probe into of slide device stretches out fast and easy dismounting, reduce staff's amount of labour, improve work
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 (10)
1. a kind of Novel water conservancy equipment, including the receipts being made up of the first pedestal and the second pedestal being fixed on the right side of the first pedestal
Rope for drawing water from a well pedestal, it is characterised in that：Be provided with the first slippage slot on the right side of first pedestal in top surface, the second pedestal left side in the first slippage slot
The first recessed pockets are provided with side, the revolution of the first recessed pockets is connected with the first tooth roller, the first tooth roller top and first
Engine is connected, and the second slippage slot that elongation is set up and down is provided with the second pedestal on the right side of the first recessed pockets, and second slides
Move inside on the right side of groove and be provided with the 3rd slippage slot, the first screw rod of elongation setting up and down, the first screw top are provided with the 3rd slippage slot
Portion is connected with the second engine, and the mistake that both sides elongation to the left and right is set is provided with the second pedestal below the first recessed pockets
Groove, cross groove and be connected with the second screw rod that both sides elongation to the left and right is set, the second screw rod left side tip and the first slippage slot are left
Side inwall revolution is connected, and tip and the second slippage slot right side inwall are turned round and be connected on the right side of the second screw rod, the second sliding
It is fixed with the first conical surface wheel on the second screw rod in groove, elongation upwards is provided with the second slippage slot above the second screw rod and is set
Sliding bar, sliding bar bottom right side, which is provided with, to be probeed into the 3rd slippage slot and convex with sliding that the first screw rod helical line is connected
End block, slide and the second recessed pockets are provided with bar bottom surface, turned round in the second recessed pockets and be connected with the second conical surface wheel, second conical surface
Bottom is taken turns outside sliding bar bottom end face, is connected on the right side of the second conical surface wheel with the 3rd engine, in the first slippage slot
Helical line is connected with slide device on second screw rod, and nose block is provided with above the second pedestal left surface, receives on rope for drawing water from a well pedestal
Lower both ends are respectively arranged with mounting bracket, and control device is provided with the first engine.
A kind of 2. Novel water conservancy equipment according to claim 1, it is characterised in that：The first engine outer surface is set
In the first recessed pockets top interior and it is fixedly connected, is probeed on the left of first tooth roller in first slippage slot.
A kind of 3. Novel water conservancy equipment according to claim 1, it is characterised in that：The second engine outer surface is set
In the 3rd slippage slot top interior and it is fixedly connected, the first screw rod bottom extended end and bottom in the 3rd slippage slot
Wall revolution is connected.
A kind of 4. Novel water conservancy equipment according to claim 1, it is characterised in that：Described cross on the left of groove is slided with described first
Shifting groove, which communicates to provide, to be put, and the right side of groove excessively communicates to provide with the second slippage slot bottom stage puts.
A kind of 5. Novel water conservancy equipment according to claim 1, it is characterised in that：The 3rd engine outer surface is set
Inside the right side of second recessed pockets and it is fixedly connected.
A kind of 6. Novel water conservancy equipment according to claim 1, it is characterised in that：The cunning above second screw rod
The 3rd recessed pockets are provided with moving device, the bull stick that elongation is set up and down is provided with the 3rd recessed pockets, is stretched at the top of the bull stick
Long portion is logical to pass through that the slide device top surface is outer and tip is fixed with the first locking part, the bull stick in the 3rd recessed pockets
On be fixed with the second tooth roller, being connected on the right side of second tooth roller has the 3rd tooth roller, the 3rd tooth roller with
Inwall revolution is connected 3rd recessed pockets up and down.
A kind of 7. Novel water conservancy equipment according to claim 1, it is characterised in that：The 4th is provided with the nose block bottom surface
Slippage slot, is provided with the conversion chamber for extending setting to the right on the right side of the 4th slippage slot in the nose block of top, described turn
Change to communicate to provide with elongated portion at the top of second slippage slot on the right side of chamber and put, tip probes into the conversion chamber at the top of the sliding bar
It is interior, and the sliding bar probes into the leading flank for converting intracavitary and is provided with the first line part, is provided with the 4th slippage slot
Lock slipping block, and the locking slipping block right flank bottom is provided with the second line part for probeing into the conversion intracavitary, the conversion
Intracavitary bottom wall centre position is provided with guide wheel, and conductor rope, the lock are connected between the first line part, guide wheel and the second line part
Gu slipping block bottom, which is turned round, is connected with the second locking part, it is provided with the nose block above the 4th slippage slot and leads shifting
Chamber, described lead move intracavitary sliding and are connected with guide block, and the guide block bottom is fixed with elongation downwards and sets guide rod, described to lead
Bar is logical to pass through the nose block led between shifting chamber and the 4th slippage slot and sliding mating connection, the guide rod bottom end
The tip is fixedly connected with the locking slipping block, and the guide rod outer surface of the guide rod bottom is provided with spring part.
A kind of 8. Novel water conservancy equipment according to claim 7, it is characterised in that：It is at the top of first locking part and described
Second locking part bottom is respectively equipped with the first locking head and the second locking head, and rope roll is provided with above first locking part.
9. a kind of described Novel water conservancy equipment is required according to right 1, it is characterised in that：The rope roll is by reel for rope and is fixed on
The dividing plate composition of both sides tip, the reel for rope are equipped with locking groove in two sides up and down above and below the reel for rope.
10. a kind of described Novel water conservancy equipment is required according to right 1, it is characterised in that：The control device includes the first pipe
Device processed and the second policer, first policer are fixedly installed on the left of first engine, and second policer is consolidated
Surely it is arranged on the right side of first engine, the control dress is provided with second engine and the 3rd engine
Put.
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| CN201710487405.6A CN107585638B (en) | 2017-06-23 | 2017-06-23 | A kind of Novel water conservancy equipment |
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| CN201710487405.6A CN107585638B (en) | 2017-06-23 | 2017-06-23 | A kind of Novel water conservancy equipment |
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| CN107585638A true CN107585638A (en) | 2018-01-16 |
| CN107585638B CN107585638B (en) | 2019-02-15 |
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| CN201710487405.6A Active CN107585638B (en) | 2017-06-23 | 2017-06-23 | A kind of Novel water conservancy equipment |
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|---|---|
| CN107585638B (en) | 2019-02-15 |
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Effective date of registration: 20200506 Address after: 236000 north side of Guanying Road, east side of Fenjin Road, Yingshang Industrial Park, Fuyang City, Anhui Province Patentee after: ANHUI XIANGNENG ELECTRIC POWER TECHNOLOGY Co.,Ltd. Address before: 538000 Jiangshan Avenue and Jinhua Cha Avenue, Fangchenggang Port District, Guangxi Zhuang Autonomous Region, No. 2059 Jade Garden, Central Business District Patentee before: FANGCHENGGANG SICHUANG INFORMATION TECHNOLOGY Co.,Ltd. |
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