CN107761723A - A kind of efficient water construction facility - Google Patents
A kind of efficient water construction facility Download PDFInfo
- Publication number
- CN107761723A CN107761723A CN201710951792.4A CN201710951792A CN107761723A CN 107761723 A CN107761723 A CN 107761723A CN 201710951792 A CN201710951792 A CN 201710951792A CN 107761723 A CN107761723 A CN 107761723A
- Authority
- CN
- China
- Prior art keywords
- chamber
- sliding fortune
- hammering
- elongation
- block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D13/00—Accessories for placing or removing piles or bulkheads, e.g. noise attenuating chambers
- E02D13/10—Follow-blocks of pile-drivers or like devices
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D7/00—Methods or apparatus for placing sheet pile bulkheads, piles, mouldpipes, or other moulds
- E02D7/02—Placing by driving
- E02D7/06—Power-driven drivers
Abstract
The invention discloses a kind of efficient water construction facility, machine is heightened including vehicle seat and at the top of vehicle seat, left and right is correspondingly provided with first chamber and second chamber in vehicle seat, the first motor is fixedly installed in vehicle seat between first chamber and second chamber, the first gyroaxis that both sides elongation to the left and right is set respectively is connected with left and right sides of first motor, elongated portion is extended in first chamber on the left of first gyroaxis and elongation end is connected with the revolution of first chamber inner left wall, elongated portion is extended in second chamber on the right side of first gyroaxis and elongation end is fixedly installed the first taper wheel, the first gyroaxis outer surface in first chamber is fixedly installed the second taper wheel, heighten and the sliding fortune groove that elongation upwards is set is provided with machine bottom surface, sliding fortune is connected with sliding fortune block in sliding fortune groove；The present invention is simple in construction, easy to operate, can realize the automatic hammering work of tilted direction, and can highly be automatically adjusted according to pile body.
Description
Technical field
The present invention relates to water construction technical field, specifically a kind of efficient water construction facility.
Background technology
, it is necessary to which pile body is sunk into designed elevation in water construction work progress, now just need to utilize various pile monkeys
Beat repeatedly impulsive force and pile body deadweight, overcome the side friction power of pile body and the resistance hammering of pile-end soil layer to realize.Mesh
It is preceding using tubular diesel hammer as the most widely used one kind, it vibrates, and big, noise is high, it is serious to disturb residents, and can not enter in tilted direction
Row hammering, it is impossible to adapt to diversified pile body and operating environment.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of efficient water construction facility, and it can solve the problem that above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of efficient water construction facility of the present invention, including
Vehicle seat and heighten machine at the top of the vehicle seat, left and right is correspondingly provided with first chamber and second chamber in the vehicle seat,
The first motor, first motor or so are fixedly installed in the vehicle seat between the first chamber and the second chamber
Both sides are connected with respectively the first gyroaxis that both sides elongation to the left and right is set, and elongated portion extends on the left of first gyroaxis
In the first chamber and elongation end is connected with first chamber inner left wall revolution, on the right side of first gyroaxis
Elongated portion is extended in the second chamber and elongation end is fixedly installed the first taper wheel, and described the in the first chamber
Single-revolution axle outer surface is fixedly installed the second taper wheel, and described heighten is provided with the sliding fortune groove that elongation upwards is set in machine bottom surface,
Sliding fortune, which is connected with to slide, in the cunning fortune groove transports block, and inside is corresponding at left and right sides of the cunning fortune block connects provided with the cooperation of spiral line
Connect and extend the first spiral bar and the second spiral bar of setting up and down, the first spiral bar is located at phase above the first chamber
To the sliding fortune groove in, the second spiral bar be located above the second chamber it is relative it is described it is sliding transport in groove, described the
Elongation end is connected with the sliding fortune groove inner roof wall revolution at the top of one spiral bar and the second spiral bar, and described first
The logical vehicle seat top surface passed through above the first chamber in spiral bar bottom extended portion and revolution mating connection, first spiral
Bar bottom extended end is extended in the first chamber and end be fixedly installed to the second taper wheel right hand top
The 3rd taper wheel being connected, the logical vehicle seat for passing through top in the second chamber in the second spiral bar bottom extended portion
Top surface and revolution mating connection, the second spiral bar bottom extended end is extended in the second chamber and end is fixedly installed
There is the 4th taper wheel to be connected with the first taper wheel right hand top, hammering device be provided with the sliding fortune block,
Emptied on the right side of the vehicle seat inner bottom part and be provided with storage chamber, the storage chamber accent is equipped with closing door, first horse
Up to being above provided with control device.
Preferably technical scheme, the hammering device include the sliding fortune chamber being arranged in the sliding fortune block and with institute
State inwall intercommunication on the right side of sliding fortune chamber to set and extend the guide channel of setting to the right, elongation end is logical on the right side of the guide channel passes through institute
Sliding fortune block right flank is stated, the sliding fortune intracavitary is provided with the second gyroaxis that elongation is set up and down, and the second gyroaxis bottom is stretched
Mating connection is turned round in long end with the sliding intracavitary bottom wall of transporting, and end coordinates company with the second motor at the top of second gyroaxis
Connect, the second motor outer surface is arranged in the sliding fortune intracavitary roof and secure fit connects, the institute of the sliding fortune intracavitary
State and convex wheel is fixedly installed on the second gyroaxis outer surface, the sliding fortune intracavitary on the right side of the convex wheel is slided fortune and is connected
There is forward block, fortune is slided in the guide channel and is connected with the hammering cross bar that left and right elongation is set, described hammer is stretched on the left of cross bar
Long end extends the sliding fortune intracavitary and is connected with the forward block right flank secure fit, the hammer on the right side of the forward block
Hit cross bar outer surface and be provided with stage clip, elongation end is stretched out outside the sliding fortune block right flank on the right side of the hammering cross bar, described in stretching
Slide and the groove position for leading to up and down and providing and putting is provided with the hammering cross bar outside fortune block right flank, sliding fortune is connected with the groove position
Hammer panel assembly.
Preferably technical scheme, the hammering panel assembly include sliding fortune and are equipped with the groove position and stretch up and down
The long support rod set, was provided with groove inside the support rod, described to cross sliding fortune in groove and be connected with what left and right elongation was set
Guiding block, the guiding block left and right sides elongation end are fixedly connected with inwall at left and right sides of the groove position respectively, the guiding
Described cross in groove on the downside of block is provided with shock dropping stage clip, and the support rod bottom extended end flexible connection has hammering plate, the hammer
Hitting flexible connection between plate right hand top and the support rod outer right wall has liquid to push away regulation device.
Preferably technical scheme, the control device include being fixedly installed on the first pipe on the upside of first motor
Control device and the second management and control device being fixedly installed on the downside of first motor.
The beneficial effects of the invention are as follows：
1. extend the first gyroaxis set, the first revolution by the both sides to the left and right that are connected respectively at left and right sides of the first motor
Elongated portion is extended in first chamber on the left of axle and elongation end is connected with the revolution of first chamber inner left wall, the first gyroaxis
Right side elongated portion extends in second chamber and the first taper wheel of elongation end fixed setting, outside the first gyroaxis in first chamber
The second taper wheel is fixedly installed in surface, heightens and the sliding fortune groove that elongation upwards is set is set in machine bottom surface, and sliding fortune, which coordinates, in sliding fortune groove connects
Connect sliding fortune block, at left and right sides of sliding fortune block it is internal it is corresponding set spiral line is connected and elongation is set up and down the first spiral bar and
Second spiral bar, the first spiral bar are located in sliding fortune groove relative above first chamber, and the second spiral bar is located in second chamber
In the relative sliding fortune groove in side, elongation end coordinates with sliding fortune groove inner roof wall revolution and connected at the top of the first spiral bar and the second spiral bar
Connect, the logical vehicle seat top surface passed through above first chamber in the first spiral bar bottom extended portion and revolution mating connection, the first spiral bar bottom
Portion elongation end extends the 3rd that in first chamber and end is fixedly installed to be connected with the second taper wheel right hand top
Taper wheel, the second spiral bar bottom extended portion is logical to pass through the vehicle seat top surface of top and revolution mating connection, the second spiral shell in second chamber
Shape bar bottom extended end is extended in second chamber and end is fixedly installed to be connected with the first taper wheel right hand top
The 4th taper wheel, so as to realize that the lift adjustment work of fortune block is slided in automatic management and control, meet the hammering work of different height taper pile body
Make, improve hammering operating efficiency and hammering quality.
2. include being arranged on the sliding sliding fortune chamber transported in block by hammering device and set with sliding fortune chamber right side inwall intercommunication
And the guide channel of setting is extended to the right, elongation end is logical on the right side of guide channel passes through sliding fortune block right flank, and sliding fortune intracavitary is set stretches up and down
Long the second gyroaxis set, the second gyroaxis bottom extended end are connected with sliding fortune intracavitary bottom wall revolution, the second revolution
End is connected with the second motor at the top of axle, and the second motor outer surface is arranged in sliding fortune intracavitary roof and secure fit connects
Connect, fixed setting convex wheel on the second gyroaxis outer surface of sliding fortune intracavitary, the sliding fortune intracavitary on the right side of convex wheel is slided fortune cooperation and connected
Forward block is connect, sliding fortune mating connection left and right extends the hammering cross bar set in guide channel, and hammering cross bar left side elongation end extends
Sliding to transport intracavitary and be connected with forward block right flank secure fit, the hammering cross bar outer surface on the right side of forward block sets stage clip, and hammering is horizontal
Elongation end is stretched out outside sliding fortune block right flank on the right side of bar, and logical provide up and down is set in the hammering cross bar stretched out outside sliding fortune block right flank and is put
Groove position, sliding fortune is connected hammering panel assembly in groove position, so as to realize the hammering work of automatic management and control taper pile body, reduces worker
Workload, improve the hammering operating efficiency of taper pile body.
3. the present invention is simple in construction, easy to operate, the automatic hammering work of tilted direction can be realized, its is time saving and energy saving, efficiency
Height, hammering quality is good, reduces the time of work, reduces financial cost, and can highly be automatically adjusted according to pile body, energy
Meet the needs of the quick hammering of taper pile body.
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 construction facility exterior overall structure diagram of the present invention；
Fig. 2 is overall structure diagram inside a kind of efficient water construction facility of the present invention；
Structural representation when Fig. 3 is a kind of efficient water construction facility hammering operation of the present invention；
Fig. 4 is a kind of efficient water construction facility left view of the present invention.
Embodiment
As Figure 1-Figure 4, a kind of efficient water construction facility of the invention, including vehicle seat 5 and installed in described
Machine 6 is heightened at the top of vehicle seat 5, and left and right is correspondingly provided with first chamber 51 and second chamber 52, the first chamber in the vehicle seat 5
The first motor 53, first motor 53 or so two are fixedly installed in the vehicle seat 5 between 51 and the second chamber 52
Side is connected with respectively the first gyroaxis 531 that both sides elongation to the left and right is set, the left side elongated portion of the first gyroaxis 531
Extend in the first chamber 51 and elongation end is connected with the inner left wall of first chamber 51 revolution, described first time
The right side elongated portion of rotating shaft 531 is extended in the second chamber 52 and elongation end is fixedly installed the first taper wheel 520, and described the
The outer surface of the first gyroaxis 531 in one chamber 51 is fixedly installed the second taper wheel 510, described to heighten in the bottom surface of machine 6
The sliding fortune groove 61 set provided with upward elongation, sliding fortune is connected with sliding fortune block 62, the sliding fortune block 62 in the sliding fortune groove 61
Corresponding the first spiral bar 610 and the second spiral bar set that be connected provided with spiral line and extend up and down inside the left and right sides
611, the first spiral bar 610 is in the relative sliding fortune groove 61 in the top of first chamber 51, second spiral
Bar 611 is in the relative sliding fortune groove 61 in the top of second chamber 52, the first spiral bar 610 and second spiral shell
The top of shape bar 611 elongation end is connected with the sliding fortune groove 61 inner roof wall revolution, and the bottom of the first spiral bar 610 is stretched
The logical top surface of the vehicle seat 5 for passing through the top of first chamber 51 in long portion and revolution mating connection, the bottom of the first spiral bar 610
Elongation end is extended in the first chamber 51 and end be fixedly installed to the right hand top contract of the second taper wheel 510
Close the 3rd taper wheel 511 of connection, the logical institute for passing through top in the second chamber 52 of the bottom extended portion of the second spiral bar 611
State the top surface of vehicle seat 5 and revolution be connected, the bottom extended end of the second spiral bar 611 extend in the second chamber 52 and
End is fixedly installed the 4th taper wheel 521 to be connected with the right hand top of the first taper wheel 520, the sliding fortune
Hammering device is provided with block 62, is emptied on the right side of the inner bottom part of vehicle seat 5 and is provided with storage chamber 501, the accent of storage chamber 501 is matched somebody with somebody
Conjunction is provided with closing door 502, and control device is provided with first motor 53.
Valuably, the hammering device is including being arranged on the sliding sliding fortune chamber 621 transported in block 62 and being transported with the cunning
The right side inwall intercommunication of chamber 621 sets and extends the guide channel 622 of setting to the right, and the right side of the guide channel 622 elongation end leads to
The sliding fortune right flank of block 62 is passed through, is provided with the second gyroaxis 6210 that elongation is set up and down in the sliding fortune chamber 621, described second
Mating connection is turned round in the bottom extended end of gyroaxis 6210 with the sliding inner bottom wall of chamber 621 of transporting, and second gyroaxis 6210 pushes up
Portion end is connected with the second motor 6212, and the outer surface of the second motor 6212 is arranged on the sliding fortune inner roof wall of chamber 621
Interior and secure fit is connected, and convex wheel is fixedly installed on the outer surface of the second gyroaxis 6210 in the sliding fortune chamber 621
6211, the cunning on the right side of convex wheel 6211 transports sliding fortune in chamber 621 and is connected with forward block 6213, the guide channel
Sliding fortune is connected with the hammering cross bar 6221 that left and right elongation is set in 622, and the left side elongation end of hammering cross bar 6221 is stretched
It is connected in the sliding fortune chamber 621 and with the right flank secure fit of forward block 6213, the institute on the right side of forward block 6213
State hammering cross bar 6221 outer surface and be provided with stage clip 6222, the sliding fortune block 62 is stretched out at the right side elongation end of hammering cross bar 6221
Outside right flank, the upper and lower groove position for leading to and providing and putting is provided with the hammering cross bar 6221 outside the stretching cunning fortune right flank of block 62
623, sliding fortune is connected with hammering panel assembly 7 in the groove position 623, so as to realize the hammering work of automatic management and control taper pile body,
Worker's workload is reduced, improves the hammering operating efficiency of taper pile body.
Valuably, the hammering panel assembly 7 is equipped with the groove position 623 including sliding fortune and extends what is set up and down
Support rod 71, the inside of the support rod 71 were provided with groove 710, it is described cross sliding fortune in groove 710 and be connected with left and right elongation set
Guiding block 714, the left and right sides of the guiding block 714 elongation end is fixed with the left and right sides inwall of groove position 623 respectively to be connected
Connect, described cross in groove 710 of the downside of guiding block 714 is provided with shock dropping stage clip 711, and the bottom extended end of support rod 71 is soft
Property be connected with hammering plate 712, it is described hammering the right hand top of plate 712 and the outer right wall of the support rod 71 between flexible connection have liquid
Regulation device 713 is pushed away, so as to realize the angular adjustment of automatic management and control hammering plate 712, meets the hammering work of different angle taper pile body
Make.
Valuably, the control device includes being fixedly installed on the He of the first management and control device 5301 of the upside of the first motor 53
It is fixedly installed on the second management and control device 5302 of the downside of first motor 53, the first management and control device 5301 is used for described in management and control the
The steering of one motor 53, the second management and control device 5302 are used for the rotating speed of the first motor 53 described in management and control.
When needing to hammer work, the management and control of regulation device 713 hammering plate 712 is pushed away by liquid and adjusted to the corresponding angle of taper pile body
Degree, then, the 531 positive and negative revolution of the first gyroaxis is driven by the first motor 53, left and right two is driven by the first gyroaxis 531 simultaneously
520 positive and negative revolution of the second taper wheel 510 and the first taper wheel in the elongated portion of side, and then by the second taper wheel of the left and right sides
510 and first taper wheel 520 drive the 3rd taper wheel 511 and the 4th taper wheel in first chamber 51 and second chamber 52 respectively
521 positive and negative revolutions, now, the 610 positive and negative revolution of the first spiral bar is driven by the 3rd taper wheel 511, meanwhile, by the 4th taper wheel
521 drive the 611 positive and negative revolution of the second spiral bar, and then drive sliding fortune block simultaneously by the first spiral bar 610 and the second spiral bar 611
62 slide fortune along the above-below directions in sliding fortune groove 61, until during regulation to the taper pile body corresponding height for needing to hammer, now, management and control the
One motor 53 stops revolution, then machine of heightening 6 is moved at the taper pile body for needing to hammer by vehicle seat 5, while make hammering plate
Device 7 is in relative status with the taper pile body for needing to hammer, and now, drives the second gyroaxis 6210 to return by the second motor 6212
Turn, drive convex wheel 6211 to turn round by the second gyroaxis 6210, because forward block 6213 is by the pressure on top surface of stage clip 6222, make to push away
Enter the left surface of block 6213 to be connected with the outer surface jacking sliding fortune of convex wheel 6211, when convex wheel 6211 turns round by convex wheel
6211 outer surfaces continue reciprocal jacking sliding fortune with forward block 6213 and coordinated, and then drive hammering cross bar 6221 real by forward block 6213
The now sliding fortune work in reciprocal left and right, the hammering work for hammering panel assembly 7 and realizing taper pile body is finally driven by hammering cross bar 6221.
The beneficial effects of the invention are as follows：
1. extend the first gyroaxis set, the first revolution by the both sides to the left and right that are connected respectively at left and right sides of the first motor
Elongated portion is extended in first chamber on the left of axle and elongation end is connected with the revolution of first chamber inner left wall, the first gyroaxis
Right side elongated portion extends in second chamber and the first taper wheel of elongation end fixed setting, outside the first gyroaxis in first chamber
The second taper wheel is fixedly installed in surface, heightens and the sliding fortune groove that elongation upwards is set is set in machine bottom surface, and sliding fortune, which coordinates, in sliding fortune groove connects
Connect sliding fortune block, at left and right sides of sliding fortune block it is internal it is corresponding set spiral line is connected and elongation is set up and down the first spiral bar and
Second spiral bar, the first spiral bar are located in sliding fortune groove relative above first chamber, and the second spiral bar is located in second chamber
In the relative sliding fortune groove in side, elongation end coordinates with sliding fortune groove inner roof wall revolution and connected at the top of the first spiral bar and the second spiral bar
Connect, the logical vehicle seat top surface passed through above first chamber in the first spiral bar bottom extended portion and revolution mating connection, the first spiral bar bottom
Portion elongation end extends the 3rd that in first chamber and end is fixedly installed to be connected with the second taper wheel right hand top
Taper wheel, the second spiral bar bottom extended portion is logical to pass through the vehicle seat top surface of top and revolution mating connection, the second spiral shell in second chamber
Shape bar bottom extended end is extended in second chamber and end is fixedly installed to be connected with the first taper wheel right hand top
The 4th taper wheel, so as to realize that the lift adjustment work of fortune block is slided in automatic management and control, meet the hammering work of different height taper pile body
Make, improve hammering operating efficiency and hammering quality.
2. include being arranged on the sliding sliding fortune chamber transported in block by hammering device and set with sliding fortune chamber right side inwall intercommunication
And the guide channel of setting is extended to the right, elongation end is logical on the right side of guide channel passes through sliding fortune block right flank, and sliding fortune intracavitary is set stretches up and down
Long the second gyroaxis set, the second gyroaxis bottom extended end are connected with sliding fortune intracavitary bottom wall revolution, the second revolution
End is connected with the second motor at the top of axle, and the second motor outer surface is arranged in sliding fortune intracavitary roof and secure fit connects
Connect, fixed setting convex wheel on the second gyroaxis outer surface of sliding fortune intracavitary, the sliding fortune intracavitary on the right side of convex wheel is slided fortune cooperation and connected
Forward block is connect, sliding fortune mating connection left and right extends the hammering cross bar set in guide channel, and hammering cross bar left side elongation end extends
Sliding to transport intracavitary and be connected with forward block right flank secure fit, the hammering cross bar outer surface on the right side of forward block sets stage clip, and hammering is horizontal
Elongation end is stretched out outside sliding fortune block right flank on the right side of bar, and logical provide up and down is set in the hammering cross bar stretched out outside sliding fortune block right flank and is put
Groove position, sliding fortune is connected hammering panel assembly in groove position, so as to realize the hammering work of automatic management and control taper pile body, reduces worker
Workload, improve the hammering operating efficiency of taper pile body.
3. the present invention is simple in construction, easy to operate, the automatic hammering work of tilted direction can be realized, its is time saving and energy saving, efficiency
Height, hammering quality is good, reduces the time of work, reduces financial cost, and can highly be automatically adjusted according to pile body, energy
Meet the needs of the quick hammering of taper pile body.
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 (4)
1. a kind of efficient water construction facility, including vehicle seat and heighten machine at the top of vehicle seat, it is characterised in that：Car
Left and right is correspondingly provided with first chamber and second chamber in seat, and the is fixedly installed in the vehicle seat between first chamber and second chamber
One motor, the first motor left and right sides are connected with respectively the first gyroaxis that both sides elongation to the left and right is set, the first revolution
Elongated portion is extended in first chamber on the left of axle and elongation end is connected with the revolution of first chamber inner left wall, the first gyroaxis
Right side elongated portion is extended in second chamber and elongation end is fixedly installed the first taper wheel, the first gyroaxis in first chamber
Outer surface is fixedly installed the second taper wheel, heightens and the sliding fortune groove that elongation upwards is set is provided with machine bottom surface, sliding fortune in sliding fortune groove
Be connected with sliding fortune block, at left and right sides of sliding fortune block it is internal it is corresponding be connected provided with spiral line and up and down elongation set the
One spiral bar and the second spiral bar, the first spiral bar are located in sliding fortune groove relative above first chamber, and the second spiral bar is located at
Above second chamber in relative sliding fortune groove, groove inner roof wall is transported in elongation end with sliding at the top of the first spiral bar and the second spiral bar
Revolution is connected, the logical vehicle seat top surface passed through above first chamber in the first spiral bar bottom extended portion and revolution mating connection, the
One spiral bar bottom extended end is extended in first chamber and end be fixedly installed to the second taper wheel right hand top contract
The 3rd taper wheel of connection is closed, the second spiral bar bottom extended portion leads to the vehicle seat top surface passed through above in second chamber and revolution coordinates
Connection, the second spiral bar bottom extended end is extended in second chamber and end be fixedly installed to on the right side of the first taper wheel
The 4th taper wheel that top is connected, sliding fortune block is interior to be provided with hammering device, is emptied on the right side of vehicle seat inner bottom part and is provided with storage chamber,
Storage chamber accent is equipped with closing door, and control device is provided with the first motor.
A kind of 2. efficient water construction facility according to claim 1, it is characterised in that：The hammering device includes setting
Sliding in the sliding fortune block is put to transport chamber and set with inwall intercommunication on the right side of the sliding fortune chamber and extend leading for setting to the right
Approaching channel, the guide channel right side elongation end is logical to pass through the sliding fortune block right flank, and the cunning fortune intracavitary is provided with elongation setting up and down
The second gyroaxis, the second gyroaxis bottom extended end with it is described it is sliding transport the revolution of intracavitary bottom wall and be connected, described the
End is connected with the second motor at the top of two-revolution axle, and the second motor outer surface is arranged in the sliding fortune intracavitary roof
And secure fit connects, convex wheel, the convex are fixedly installed on the second gyroaxis outer surface of the sliding fortune intracavitary
The sliding fortune intracavitary on wheel right side slides fortune and is connected with forward block, and sliding fortune is connected with left and right elongation and set in the guide channel
The hammering cross bar put, the hammering cross bar left side elongation end extend the sliding fortune intracavitary and fixed with the forward block right flank
It is connected, the hammering cross bar outer surface on the right side of the forward block is provided with stage clip, extends end on the right side of the hammering cross bar
Stretch out outside the sliding fortune block right flank, being provided with logical provide up and down in the hammering cross bar stretched out outside the sliding fortune block right flank puts
Groove position, sliding fortune is connected with hammering panel assembly in the groove position.
A kind of 3. efficient water construction facility according to claim 3, it is characterised in that：The hammering panel assembly includes
Sliding fortune is equipped with the support rod that in the groove position and elongation is set up and down, and groove, the mistake were provided with inside the support rod
Sliding fortune is connected with the guiding block that left and right elongation is set in groove, at left and right sides of the guiding block elongation end respectively with the groove
Position left and right sides inwall is fixedly connected, and described cross in groove on the downside of the guiding block is provided with shock dropping stage clip, the support rod bottom
The flexible connection of elongation end has hammering plate, and being flexibly connected between the hammering plate right hand top and the support rod outer right wall has
Liquid pushes away regulation device.
A kind of 4. efficient water construction facility according to claim 1, it is characterised in that：The control device includes solid
Surely the first management and control device being arranged on the upside of first motor and the second management and control device being fixedly installed on the downside of first motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710951792.4A CN107761723A (en) | 2017-10-13 | 2017-10-13 | A kind of efficient water construction facility |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710951792.4A CN107761723A (en) | 2017-10-13 | 2017-10-13 | A kind of efficient water construction facility |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107761723A true CN107761723A (en) | 2018-03-06 |
Family
ID=61268195
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710951792.4A Withdrawn CN107761723A (en) | 2017-10-13 | 2017-10-13 | A kind of efficient water construction facility |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107761723A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112962598A (en) * | 2021-02-24 | 2021-06-15 | 安徽同方工程咨询有限公司 | Environment-friendly water conservancy facility |
-
2017
- 2017-10-13 CN CN201710951792.4A patent/CN107761723A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112962598A (en) * | 2021-02-24 | 2021-06-15 | 安徽同方工程咨询有限公司 | Environment-friendly water conservancy facility |
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