CN107700485A - A kind of environmentally friendly Architectural Equipment - Google Patents
A kind of environmentally friendly Architectural Equipment Download PDFInfo
- Publication number
- CN107700485A CN107700485A CN201711014250.0A CN201711014250A CN107700485A CN 107700485 A CN107700485 A CN 107700485A CN 201711014250 A CN201711014250 A CN 201711014250A CN 107700485 A CN107700485 A CN 107700485A
- Authority
- CN
- China
- Prior art keywords
- sliding fortune
- groove
- block
- groove portion
- hammering
- 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
- 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
- E02D7/10—Power-driven drivers with pressure-actuated hammer, i.e. the pressure fluid acting directly on the hammer structure
-
- 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
- E02D7/14—Components for drivers inasmuch as not specially for a specific driver construction
-
- 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
- E02D7/14—Components for drivers inasmuch as not specially for a specific driver construction
- E02D7/16—Scaffolds or supports for drivers
Abstract
The invention discloses a kind of environmentally friendly Architectural Equipment, including being arranged on the swing angle debugging apparatus of enclosure interior and the stamping machine of installation swing angle debugging apparatus bottom, roller is correspondingly provided with left and right sides of housing, linked between two rollers by wheel shaft, wheel shaft break-through housing simultaneously turns round mating connection with inner walls body, the first groove portion is provided with stamping machine bottom surface, sliding fortune is connected with sliding fortune hammering block in first groove portion, inwall is correspondingly provided with left and right sides of first groove portion transports the guiding device that outer wall is connected at left and right sides of hammering block with sliding respectively, in first groove portion inner roof wall device is driven provided with hammering, it is provided with sliding fortune hammering block bottom surface and is embedded groove, it is embedded in the sliding fortune hammering block on the upside of groove and is provided with sliding fortune groove；The present invention is simple in construction, easy to operate, can realize the work of driving for automatically controlling hammering operation, reduction worker's amount of labour, improve operating efficiency and quality.
Description
Technical field
The present invention relates to technical field of buildings, specifically a kind of environmentally friendly Architectural Equipment.
Background technology
, it is necessary to which pile body is sunk into designed elevation during building piling, now just need to utilize to utilize the anti-of various pile monkeys
Rebeating moves the deadweight of impulsive force and pile body, overcomes the side friction power of pile body and the resistance hammering of pile-end soil layer to realize.At present with
Tubular diesel hammer is the most widely used one kind, and it is using light diesel as fuel, has pollution to environment, and vibrate
Greatly, noise is high, it is serious to disturb residents, and can not be hammered in tilted direction, it is impossible to adapts to diversified operating environment.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of environmentally friendly Architectural Equipment, and it can solve the problem that above-mentioned present skill
The problem of in art.
The present invention is achieved through the following technical solutions：A kind of environmentally friendly Architectural Equipment of the present invention, including set
At left and right sides of the swing angle debugging apparatus of enclosure interior and the stamping machine of the installation swing angle debugging apparatus bottom, the housing
Be correspondingly provided with roller, linked between two rollers by wheel shaft, housing described in the wheel shaft break-through and with the housing
Inner wall revolution is connected, and the first groove portion is provided with the stamping machine bottom surface, and sliding fortune is connected with first groove portion
Sliding fortune hammering block, the first groove portion left and right sides inwall is correspondingly provided with matches somebody with somebody with outer wall at left and right sides of the sliding fortune hammering block respectively
The guiding device of connection is closed, the first groove portion inner roof wall is interior to drive device provided with hammering, is set in the sliding fortune hammering block bottom surface
Groove is embedded, is provided with sliding fortune groove in the sliding fortune hammering block being embedded on the upside of groove, the sliding fortune trench bottom is embedded with described
Break-through was provided with groove in the sliding fortune hammering block between groove bottom wall, and sliding fortune is connected with sliding fortune block, institute in the sliding fortune groove
The take-off and landing device for being provided with sliding fortune groove inner roof wall and being connected with the sliding fortune block is stated, the 3rd groove is provided with the sliding fortune block bottom surface
Portion, the 3rd groove portion inner roof wall are communicated provided with the first guide channel, leave the described 3rd of the 3rd groove portion inner roof wall side
Be provided with front and rear the first bull stick for extending and setting in groove portion, first bull stick is front and rear extend end respectively with before the 3rd groove portion
Inwall revolution afterwards is connected, and the axostylus axostyle for extending set up and down is fixedly installed on first bull stick, the axostylus axostyle bottom is prolonged
Long section through it is described cross groove after extend it is described be embedded in groove and end and be fixedly installed be embedded groove with described state and slide what fortune was connected
Plate is hammered, left and right is provided with first guide channel and extends the debugging spiral bar set, spiral line is matched somebody with somebody on the debugging spiral bar
Close connection and be connected with debugging block, extend end on the right side of the debugging spiral bar and be connected with debugging motor, the debugging block bottom
Sliding fortune pipe sleeve is fixedly installed in face, sliding fortune is connected with the sliding fortune bar for extending set downwards in the sliding fortune pipe sleeve, described
Sliding fortune bar bottom end is fixedly installed the movable connecting piece being fixedly connected with end at the top of the axostylus axostyle, is pushed up in first guide channel
The middle position of wall is provided with the trigger being connected with the debugging motor circuit.
Preferably technical scheme, each guiding device communicate setting including inner side with first groove portion
Second guide channel and sliding fortune are connected the guiding block being arranged in second guide channel, the guiding block bottom it is described
Press-fit is connected with the first stage clip in second guide channel, is hammered respectively with the sliding fortune on the inside of the guiding block of the left and right sides
Outer wall at left and right sides of block is fixedly connected.
Preferably technical scheme, the hammering are driven device to be communicated including bottom end with the first groove portion top surface and set
The second groove portion put and the convex wheel being equipped with second groove portion, left and right is fixed with the convex wheel and is extended
The second bull stick set, the second bull stick left side extend end and are connected with the second groove portion inner left wall revolution, institute
State extension end on the right side of the second bull stick drives motor to be connected with hammering, and it is described that the hammering drives motor outer surface to be arranged on
On the right side of second groove portion in inwall, the hammering drives motor to be connected with second slot wedging.
Preferably technical scheme, the take-off and landing device include the revolution that bottom communicates setting with the sliding fortune groove top portion
Groove portion and revolution are connected to be fixedly installed in the spiral line pipe sleeve turned round in groove portion, the revolution groove portion inner roof wall
The motor that rises and falls being connected with end at the top of the spiral line pipe sleeve, spiral line is connected in the spiral line pipe sleeve bottom surface
Have and extend setting downwards and rise and fall spiral bar, the spiral bar bottom of rising and falling extend end extend in the sliding fortune groove and with the cunning
Transport the connection of block top surface secure fit.
Preferably technical scheme, the middle position of the debugging block trailing flank are fixedly installed to be touched with described
The convex block of device press-fit connection is sent out, extend end on the left of the debugging spiral bar returns with the first guide channel inner left wall
Turn to be connected, the debugging motor outer surface is arranged on the right side of first guide channel in inwall, the debugging motor and institute
State the connection of the first guide channel secure fit.
The beneficial effects of the invention are as follows：
1. by setting the first groove portion in stamping machine bottom surface, the sliding fortune of fortune mating connection is slided in the first groove portion and hammers block, the first groove portion is left
Right both sides inwall is accordingly set transports the guiding device that outer wall is connected at left and right sides of hammering block, the first groove portion inner roof wall with sliding respectively
Inside set hammering and drive device, set in sliding fortune hammering block bottom surface and be embedded groove, be embedded in the sliding fortune hammering block on the upside of groove and set sliding fortune groove, it is sliding
Fortune trench bottom and the sliding fortune being embedded between groove bottom wall hammer break-through in block and set groove, slide sliding fortune mating connection in fortune groove and slide fortune block,
The take-off and landing device being connected with sliding fortune block is set in sliding fortune groove inner roof wall, continuous hammering work is automatically controlled so as to realize, carries
The high precision of operating efficiency and hammering, meanwhile, improve the uniformity of hammering stress.
2. bottom and sliding revolution groove portion and the revolution mating connection transported groove top portion and communicate setting are included by take-off and landing device
Spiral line pipe sleeve in revolution groove portion, what the fixed setting of revolution groove portion inner roof wall was connected with end at the top of spiral line pipe sleeve
Rise and fall motor, and spiral line, which is connected, in spiral line pipe sleeve bottom surface extends downwards setting and rise and fall spiral bar, spiral bar bottom of rising and falling
Extend end to extend in sliding fortune groove and be connected with sliding fortune block top surface secure fit, so as to realize that automatically controlling sliding fortune block rises and falls sliding transport
Work, when the sliding fortune block of control slides the top position being transported in sliding fortune groove, realization, which automatically controls, packs up work, while improves shifting
Stability that is dynamic or carrying, when the sliding fortune block of control slides the lowest position being transported in sliding fortune groove, and then hammering work can be realized.
3. the present invention is simple in construction, easy to operate, the work of driving for automatically controlling hammering operation, reduction worker's labor can be realized
Momentum, operating efficiency and quality are improved, can realize to automatically control sliding fortune block and rise and fall to slide and transport work, so as to be moved easily or remove
Fortune, while the stability of carrying is improved, multi-angle debugging can be automatically controlled, improves the accuracy and hammering quality of hammering.
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 environmentally friendly Architectural Equipment overall structure diagram of the present invention；
Fig. 2 is a kind of environmentally friendly Architectural Equipment housing interior structure schematic diagram of the present invention；
Fig. 3 is the sliding overall structure diagram for transporting block of the present invention.
Embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of environmentally friendly Architectural Equipment of the invention, including it is arranged on the rotation inside housing 4
Angle debugging apparatus 7 and the stamping machine 5 of the installation bottom of swing angle debugging apparatus 7, the left and right sides of housing 4 are correspondingly provided with
Roller 41, linked by wheel shaft 42 between two rollers 41, housing 4 described in the break-through of wheel shaft 42 and with the housing 4
Inner wall revolution is connected, and the first groove portion 51 is provided with the bottom surface of stamping machine 5, and fortune cooperation is slided in first groove portion 51 and is connected
Sliding fortune hammering block 6 is connected to, the left and right sides inwall of the first groove portion 51 is correspondingly provided with transports hammering block 6 or so two with the cunning respectively
The guiding device that side outer wall is connected, the inner roof wall of the first groove portion 51 is interior to drive device, the sliding fortune hammering provided with hammering
It is provided with the bottom surface of block 6 and is embedded groove 61, described be embedded in the sliding fortune hammering block 6 of the upside of groove 61 is provided with sliding fortune groove 62, the cunning
Break-through was provided with groove 611, the sliding fortune groove in the fortune bottom of groove 62 and the sliding fortune hammering block 6 being embedded between the bottom wall of groove 61
Sliding fortune is connected with sliding fortune block 8 in 62, is provided with the sliding fortune inner roof wall of groove 62 and is risen and fallen with what the sliding fortune block 8 was connected
Device, sliding transport in the bottom surface of block 8 are provided with the 3rd groove portion 81, and the inner roof wall of the 3rd groove portion 81 is communicated provided with the first guide channel
82, leave and front and rear the first bull stick for extending and setting is provided with the 3rd groove portion 81 of the inner roof wall side of the 3rd groove portion 81
810, the front and rear end that extends of first bull stick 810 is connected with inwall revolution before and after the 3rd groove portion 81 respectively, described
The axostylus axostyle 811 for extending set up and down is fixedly installed on first bull stick 810, the bottom extension of axostylus axostyle 811 crosses groove through described
Extended after 611 it is described be embedded in groove 61 and end and be fixedly installed state the hammering plate for being embedded groove 61 and sliding fortune and being connected with described
610, the interior left and right that is provided with of first guide channel 82 extends the debugging spiral bar 821 set, described to debug spiral on spiral bar 821
Line is connected with debugging block 822, and the right side of debugging spiral bar 821 extends end and is connected with debugging motor 826,
Sliding fortune pipe sleeve 823 is fixedly installed in debugging block 822 bottom surface, sliding fortune is connected with downwards in the sliding fortune pipe sleeve 823
Extend the sliding fortune bar 824 set, the sliding fortune bar 824 bottom end is fixedly installed to be fixed with the top end of axostylus axostyle 811
The movable connecting piece 8110 of connection, the middle position of the inner roof wall of the first guide channel 82 are provided with and the debugging circuit of motor 826
The trigger 827 of connection.
Valuably, each guiding device includes the second guide channel that inner side communicates setting with first groove portion 51
52 and sliding fortune be connected the guiding block 521 being arranged in second guide channel 52, the bottom of guiding block 521 it is described
Press-fit is connected with the first stage clip 522 in second guide channel 52, the inner side of the guiding block 521 of the left and right sides respectively with it is described
The outer wall of the sliding left and right sides of fortune hammering block 6 is fixedly connected, and so as to realize that the orientation of sliding fortune hammering block 6 slides fortune hammering work, is carried
The stability of height hammering, meanwhile, realize the reset work of hammer action.
Valuably, the hammering drives device to include the second groove that bottom end communicates setting with the top surface of the first groove portion 51
Portion 53 and the convex wheel 532 being equipped with second groove portion 53, left and right is fixed with the convex wheel 532 and is extended
The second bull stick 531 set, the left side of the second bull stick 531 extend end and coordinated with the inner left wall of the second groove portion 53 revolution
Connection, the right side of the second bull stick 531 extends end drives motor 533 to be connected with hammering, and motor 533 is driven in the hammering
Outer surface is arranged in the right side inwall of the second groove portion 53, and the hammering drives motor 533 to be fixed with second groove portion 53
It is connected, so as to realize the work of driving for automatically controlling hammering operation, reduction worker's amount of labour, improves operating efficiency and matter
Amount.
Valuably, the take-off and landing device include bottom with it is described it is sliding transport communicated at the top of groove 62 the revolution groove portion 621 of setting with
And revolution is connected in the spiral line pipe sleeve 622 turned round in groove portion 621, revolution groove portion 621 inner roof wall, which is fixed, to be set
The motor 623 that rises and falls being connected with the top end of spiral line pipe sleeve 622 is equipped with, in the bottom surface of spiral line pipe sleeve 622
Spiral line, which is connected with, to be extended downwards setting and rises and falls spiral bar 624, and the bottom of spiral bar 624 of rising and falling extends end and extends institute
State in sliding fortune groove 62 and be connected with the sliding fortune top surface secure fit of block 8, sliding work is transported so as to realize to automatically control sliding fortune block 8 and rise and fall
Make, when the sliding fortune block 8 of control slides the top position being transported in sliding fortune groove 62, realization, which automatically controls, packs up work, improves simultaneously
Stability that is mobile or carrying, when the sliding fortune block 8 of control slides the lowest position being transported in sliding fortune groove 62, and then hammering can be realized
Work.
Valuably, the middle position of debugging block 822 trailing flank is fixedly installed to be pushed away with the trigger 827
The convex block 8222 of press-fit connection, the left side of debugging spiral bar 821 extend in end and the left side of first guide channel 82
Wall revolution is connected, and debugging motor 826 outer surface is arranged in the right side inwall of the first guide channel 82, the debugging
Motor 826 is connected with the secure fit of the first guide channel 82, so as to improve Automated condtrol rate, the accuracy of stability contorting.
During original state, the protuberance on convex wheel 532 is set at utmost to leave the top surface of sliding fortune hammering block 6 first, so
The centre position for making debugging block 822 be located in the first guide channel 82 afterwards, now, makes the convex block on the trailing flank of debugging block 822
8222 are connected with the press-fit of trigger 827, meanwhile, sliding fortune bar 824 is extended completely in sliding fortune pipe sleeve 823, now, transported by sliding
Bar 824 drives the axostylus axostyle 811 of bottom to be in vertical state by movable connecting piece 8110, meanwhile, sliding fortune block 8 is fully located at sliding fortune groove
Top position in 62, now, the axostylus axostyle 811 in sliding fortune block 8 is driven at utmost to extend in sliding fortune groove 62 by sliding fortune block 8,
Meanwhile drive the hammering plate 610 at bottom end to be fully located at by axostylus axostyle 811 and be embedded in groove 61, now, guiding block 521 is by
Guiding block 521 is urged to the top position in the second guide channel 52 by the pushing force of one stage clip 522, meanwhile, by guiding block 521
Sliding fortune hammering block 6 is driven to be fully located in the first groove portion 51.
When needing to hammer work, stamping machine 5 is driven to carry out preliminary angle debugging by swing angle debugging apparatus 7 first, so
Afterwards, drive spiral line pipe sleeve 622 to turn round by the motor 623 that rises and falls, drive the spiral bar 624 that rises and falls downward by spiral line pipe sleeve 622
Sliding fortune, and then drive the sliding fortune block 8 of bottom gradually to slide fortune along the bottom direction in sliding fortune groove 62 by the spiral bar 624 that rises and falls, meanwhile,
Axostylus axostyle 811 and the bottom end of axostylus axostyle 811 is driven to hammer gradual skid off of plate 610 and be embedded in groove 61 by sliding fortune block 8, until sliding fortune block
8 slide the lowest position being transported in sliding fortune groove 62, now control the motor 623 that rises and falls to stop revolution, and then have sliding fortune block 8 with moving axis
Bar 811 and the bottom end of axostylus axostyle 811 hammering plate 610 are at utmost stretched out outside the bottom surface of sliding fortune hammering block 6, then, pass through control
System debugging motor 826 drives the 821 positive and negative revolution of debugging spiral bar, and debugging spiral is driven by the positive and negative revolution of debugging spiral bar 821
Debugging block 822 on bar 821, which is realized along the left and right in the first guide channel 82, slides fortune, now, by the sliding fortune pipe sleeve in debugging block 822
823 realize that sliding fortune is connected with sliding fortune bar 824, and then drive axostylus axostyle 811 and axle by movable connecting piece 8110 by sliding fortune bar 824
The first bull stick 810 on bar 811 realizes counterclockwise or clockwise revolution work, so as to drive the hammer at the bottom end of axostylus axostyle 811
The fine setting full employment that plate 610 realizes hammering angle is hit, drives motor 533 to drive the second bull stick 531 and the finally by hammering
Convex wheel 532 on two bull sticks 531 turns round, and then hammers the top surface of block 6 with sliding fortune by convex wheel 532 and push sliding fortune cooperating,
Guiding block 521 is driven to overcome the pushing force of the first stage clip 522 to be transported to gliding so as to realize from sliding hammering block 6 of transporting, while by the
The pushing force of one stage clip 522, which is realized, resets work；
When needing to pack up, the 821 positive and negative revolution of debugging spiral bar is driven by debugging motor 826, by debugging spiral bar 821 just
Backspace turns to drive the debugging block 822 on debugging spiral bar 821 to realize along the left and right cunning fortune in the first guide channel 82, until debugging block
When 822 cunnings are transported to the middle position in the first guide channel 82, meanwhile, make convex block 8222 and the trigger on debugging block 822
827 abut against, and now, signal occur by trigger 827 and controls debugging motor 826 to stop turning round, then, by being failed by
The reversed turning of spiral line pipe sleeve 622 is driven up to 623, fortune is gradually slid up by the spiral bar 624 that rises and falls in spiral line pipe sleeve 622,
Until driving sliding fortune block 8 to slide the top position being transported in sliding fortune groove 62 by the spiral bar 624 that rises and falls, then, driven by hammering
Motor 533 drives the protuberance on convex wheel 532 at utmost to leave the top surface of sliding fortune hammering block 6, now, guiding block 521 by
To the pushing force of the first stage clip 522, guiding block 521 is set at utmost to be pushed in the second guide channel 52, meanwhile, by guiding block
521 drive sliding fortune hammering block 6 to be slid completely into the first groove portion 51.
The beneficial effects of the invention are as follows：
1. by setting the first groove portion in stamping machine bottom surface, the sliding fortune of fortune mating connection is slided in the first groove portion and hammers block, the first groove portion is left
Right both sides inwall is accordingly set transports the guiding device that outer wall is connected at left and right sides of hammering block, the first groove portion inner roof wall with sliding respectively
Inside set hammering and drive device, set in sliding fortune hammering block bottom surface and be embedded groove, be embedded in the sliding fortune hammering block on the upside of groove and set sliding fortune groove, it is sliding
Fortune trench bottom and the sliding fortune being embedded between groove bottom wall hammer break-through in block and set groove, slide sliding fortune mating connection in fortune groove and slide fortune block,
The take-off and landing device being connected with sliding fortune block is set in sliding fortune groove inner roof wall, continuous hammering work is automatically controlled so as to realize, carries
The high precision of operating efficiency and hammering, meanwhile, improve the uniformity of hammering stress.
2. bottom and sliding revolution groove portion and the revolution mating connection transported groove top portion and communicate setting are included by take-off and landing device
Spiral line pipe sleeve in revolution groove portion, what the fixed setting of revolution groove portion inner roof wall was connected with end at the top of spiral line pipe sleeve
Rise and fall motor, and spiral line, which is connected, in spiral line pipe sleeve bottom surface extends downwards setting and rise and fall spiral bar, spiral bar bottom of rising and falling
Extend end to extend in sliding fortune groove and be connected with sliding fortune block top surface secure fit, so as to realize that automatically controlling sliding fortune block rises and falls sliding transport
Work, when the sliding fortune block of control slides the top position being transported in sliding fortune groove, realization, which automatically controls, packs up work, while improves shifting
Stability that is dynamic or carrying, when the sliding fortune block of control slides the lowest position being transported in sliding fortune groove, and then hammering work can be realized.
3. the present invention is simple in construction, easy to operate, the work of driving for automatically controlling hammering operation, reduction worker's labor can be realized
Momentum, operating efficiency and quality are improved, can realize to automatically control sliding fortune block and rise and fall to slide and transport work, so as to be moved easily or remove
Fortune, while the stability of carrying is improved, multi-angle debugging can be automatically controlled, improves the accuracy and hammering quality of hammering.
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 (5)
1. a kind of environmentally friendly Architectural Equipment, including it is arranged on the swing angle debugging apparatus and installation swing angle debugging apparatus of enclosure interior
The stamping machine of bottom, it is characterised in that：Roller is correspondingly provided with left and right sides of housing, is linked between two rollers by wheel shaft,
Wheel shaft break-through housing simultaneously turns round mating connection with inner walls body, and the first groove portion is provided with stamping machine bottom surface, is slided in the first groove portion
Fortune is connected with sliding fortune hammering block, and the first groove portion left and right sides inwall is correspondingly provided with to be transported outside at left and right sides of hammering block with sliding respectively
The guiding device that wall is connected, the first groove portion inner roof wall is interior to drive device provided with hammering, is provided with sliding fortune hammering block bottom surface embedding
If groove, it is embedded in the sliding fortune hammering block on the upside of groove and is provided with sliding fortune groove, sliding fortune trench bottom and the sliding fortune hammering being embedded between groove bottom wall
Break-through was provided with groove in block, and sliding fortune is connected with sliding fortune block in sliding fortune groove, is provided with sliding fortune groove inner roof wall and coordinates with sliding fortune block
The take-off and landing device of connection, sliding transport in block bottom surface are provided with the 3rd groove portion, and the 3rd groove portion inner roof wall is communicated provided with the first guide channel, left
Front and rear the first bull stick for extending and setting is provided with 3rd groove portion of the 3rd groove portion inner roof wall side, the first bull stick is front and rear to extend end
It is connected respectively with inwall revolution before and after the 3rd groove portion, the axostylus axostyle for extending set up and down, axle is fixedly installed on the first bull stick
Bar bottom extension extended after groove be embedded in groove and end be fixedly installed and state be embedded groove slide fortune be connected hammering
Plate, the interior left and right that is provided with of the first guide channel extend the debugging spiral bar set, and spiral line is connected with debugging spiral bar
Block is debugged, extends end on the right side of debugging spiral bar and is connected with debugging motor, sliding fortune pipe is fixedly installed in debugging block bottom surface
Set, sliding fortune is connected with the sliding fortune bar for extending set downwards in sliding fortune pipe sleeve, and sliding fortune bar bottom end is fixedly installed and axle
The movable connecting piece that end is fixedly connected at the top of bar, the middle position of the first guide channel inner roof wall is provided with to be connected with debugging motor circuit
Trigger.
A kind of 2. environmentally friendly Architectural Equipment according to claim 1, it is characterised in that：Each guiding device includes
Inner side communicates the second guide channel of setting with first groove portion and sliding fortune mating connection is arranged in second guide channel
Guiding block, press-fit is connected with the first stage clip, the institute of the left and right sides in second guide channel of the guiding block bottom
State and be fixedly connected respectively with the outer wall at left and right sides of the sliding fortune hammering block on the inside of guiding block.
A kind of 3. environmentally friendly Architectural Equipment according to claim 1, it is characterised in that：The hammering drives device to include bottom
Portion end communicates the second groove portion of setting and the convex wheel being equipped with second groove portion with the first groove portion top surface,
Left and right is fixed with the convex wheel and extends the second bull stick set, extends end and described second on the left of second bull stick
The revolution of groove portion inner left wall is connected, and extends end on the right side of second bull stick and drives motor to be connected with hammering, described
Hammering drives motor outer surface to be arranged on the right side of second groove portion in inwall, and motor and second groove portion are driven in the hammering
Secure fit connects.
A kind of 4. environmentally friendly Architectural Equipment according to claim 1, it is characterised in that：The take-off and landing device include bottom with
The spiral line pipe sleeve that the sliding fortune groove top portion communicates the revolution groove portion of setting and revolution is connected in the revolution groove portion,
The revolution groove portion inner roof wall is fixedly installed the motor that rises and falls being connected with end at the top of the spiral line pipe sleeve, the spiral shell
Spiral line, which is connected with, in shape line pipe sleeve bottom surface extends downwards setting and rises and falls spiral bar, and the spiral bar bottom of rising and falling extends end
Tail is extended in the sliding fortune groove and is connected with the sliding fortune block top surface secure fit.
A kind of 5. environmentally friendly Architectural Equipment according to claim 1, it is characterised in that：The centre of the debugging block trailing flank
Opening position is fixedly installed the convex block to be connected with the trigger press-fit, extends end on the left of the debugging spiral bar
Tail is connected with the first guide channel inner left wall revolution, and the debugging motor outer surface is arranged on first guide channel
In the inwall of right side, the debugging motor is connected with the first guide channel secure fit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711014250.0A CN107700485B (en) | 2017-10-25 | 2017-10-25 | A kind of Architectural Equipment of environmental protection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711014250.0A CN107700485B (en) | 2017-10-25 | 2017-10-25 | A kind of Architectural Equipment of environmental protection |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107700485A true CN107700485A (en) | 2018-02-16 |
| CN107700485B CN107700485B (en) | 2018-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711014250.0A Active CN107700485B (en) | 2017-10-25 | 2017-10-25 | A kind of Architectural Equipment of environmental protection |
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| Country | Link |
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| CN (1) | CN107700485B (en) |
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| KR101684930B1 (en) * | 2016-06-07 | 2016-12-09 | 정은경 | Double Piston Pile driver having a circular crank room |
| CN206503129U (en) * | 2016-11-30 | 2017-09-19 | 曹红兵 | A kind of construction site quick roller-compactor in ground |
| CN206467657U (en) * | 2016-12-02 | 2017-09-05 | 浙江双圆工程监理咨询有限公司 | A kind of reciprocation cycle formula piling machine |
| CN106522223A (en) * | 2016-12-26 | 2017-03-22 | 郑州天舜电子技术有限公司 | Pure mechanical building pile driver |
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| CN107700485B (en) | 2018-08-10 |
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