CN108221922A - A kind of working tamping unit in follow-on slope - Google Patents
A kind of working tamping unit in follow-on slope Download PDFInfo
- Publication number
- CN108221922A CN108221922A CN201711034713.XA CN201711034713A CN108221922A CN 108221922 A CN108221922 A CN 108221922A CN 201711034713 A CN201711034713 A CN 201711034713A CN 108221922 A CN108221922 A CN 108221922A
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- sliding
- lifting
- compacting
- wall
- slot
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D3/00—Improving or preserving soil or rock, e.g. preserving permafrost soil
- E02D3/02—Improving by compacting
- E02D3/046—Improving by compacting by tamping or vibrating, e.g. with auxiliary watering of the soil
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- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Structural Engineering (AREA)
- Agronomy & Crop Science (AREA)
- Environmental & Geological Engineering (AREA)
- Soil Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Mining & Mineral Resources (AREA)
- Paleontology (AREA)
- Civil Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Soil Working Implements (AREA)
Abstract
The invention discloses a kind of follow-on working tamping units in slope, including arm, it is fixed on the angle demodulator of arm bottom and is fixedly mounted on the compacting fuselage of angle demodulator bottom, it tamps and the first deep gouge is equipped in fuselage bottom end face, the lifting cunning chamber for upwardly extending setting is equipped in compacting fuselage inner wall on the upside of first deep gouge, run through in compacting fuselage inner wall between the sliding chamber of lifting and the first deep gouge and be equipped with the first straight slot, lifting is slidably connected with top shoe in sliding top of chamber extended segment, extension spring bottom extending end stretches into the sliding intracavitary of lifting and is fixedly connected with top shoe top end surface, the lifting of top shoe bottom slides intracavitary and is slidably connected with sliding block, compacting executing agency is slidably connected in sliding block；The configuration of the present invention is simple, it is easy to operate, it can realize and automatically control stable Ramming operation, improve compacting efficiency, improve the safety of Ramming operation, AutoLock feature is realized finally by locking mechanism, stability when improving movement and carrying.
Description
Technical field
The present invention relates to technical field of construction equipment, specifically a kind of follow-on working tamping unit in slope.
Background technology
Compacting using weight makes it, and free falling to ground or is filled earth and stone material and is rammed repeatedly, to improve its compactness
Construction operation.Slope protection works in river and Highway Slope influences that river is unimpeded and subgrade stability, but due to side
Slope have certain angle of inclination so that heavy road roller tool can not face operation on the slope, in addition, again such that existing rammer
Real machine tool, which cannot be stably fixed to have, carries out Ramming operation in the side slope at angle of inclination, so as to cause the compacting in slope surface
Work becomes time-consuming and laborious, and compacting efficiency is low, in addition, the existing ballast consolidating machine controlled manually, impact force is weak, outside transmission mechanism
Dew, safety is low, and construction cost is high, meanwhile, cause to substantially prolong the compacting duration.
Invention content
The technical problems to be solved by the invention are to provide a kind of working tamping unit in follow-on slope, can
Solve the problems in above-mentioned present technology.
The present invention is achieved through the following technical solutions：The working compacting in slope of a modification of the present invention type
Device including arm, is fixed on the angle demodulator of the arm bottom and is fixedly mounted on the angle demodulator
The compacting fuselage of bottom, described tamp are equipped with the first deep gouge in fuselage bottom end face, the compacting on the upside of first deep gouge
The lifting cunning chamber for upwardly extending setting, the rammer between the sliding chamber of lifting and first deep gouge are equipped in fuselage inner wall
Run through in real machine body inner wall and be equipped with the first straight slot, top shoe is slidably connected in the sliding top of chamber extended segment of lifting,
Extension spring bottom extending end stretches into the sliding intracavitary of the lifting and is fixedly connected with the top shoe top end surface, described
The lifting of top shoe bottom slides intracavitary and is slidably connected with sliding block, and compacting is slidably connected in the sliding block
Executing agency, the bottom position of the sliding chamber left and right sides inner wall of lifting is arranged with the first guide groove of connection setting, described
The first guide block is slidably connected in first guide groove, groove is equipped in the first guide groove inner bottom wall, is equipped in the groove
Institute is stretched into the first top pressure spring to offset with the first guide block bottom end face, the first guide block inner end of the left and right sides
It states the sliding intracavitary of lifting and the bottom position secure fit with end face at left and right sides of the sliding block is connect respectively, in the top shoe
The driver slot being oppositely arranged with the compacting executing agency is equipped in bottom wall, is rotatably assorted to be connected with to control in the driver slot and prolong
The drive shaft of setting is stretched, is above circumferentially installed with to be connected with executing agency's power of tamping in the drive shaft
Top pressure cam, extending end is connected with compacting motor power on the right side of the drive shaft, the institute on the right side of the top shoe
State and be equipped with lift drive mechanism on the right side of the sliding chamber of lifting in inner wall, be equipped in the top shoe on the upside of the driver slot to institute
The locking mechanism of top pressure cam engagement locking connection is stated, the compacting fuselage front/rear end is additionally provided with lighting device.
As preferred technical solution, the compacting executing agency includes being arranged in the sliding block top end surface
The pushing slide plate for pushing sliding intracavitary is arranged on equipped with pushing sliding chamber and being slidably connected, it is described to push sliding chamber or so two
Side roof part edge is installed with the limited block to be connected with top end surface top pressure at left and right sides of the pushing slide plate, described
It pushes slide plate bottom end face and is installed with the push strut for extending downwardly setting, the sliding block is run through in push strut bottom extended segment
Bottom end face and stretch into first straight slot, push strut bottom extending end stretches into described after first straight slot
In first deep gouge and end is installed with compaction plate, and the push strut appearance of intracavitary is slided in the pushing for pushing slide plate bottom
Face ring is wound with the second top pressure spring.
As preferred technical solution, extending end is matched with driver slot inner left wall rotation on the left of the drive shaft
Connection is closed, the compacting outer surface of motor is in inner wall on the right side of the driver slot and secure fit connects.
As preferred technical solution, the lift drive mechanism includes the second guide groove and sliding connection is arranged on
The second guide block in second guide groove, the second guide block screw-internal thread fit are connected with lifting screw extended up and down,
Extending end is rotatably assorted with the second guide groove inner roof wall at the top of the lifting screw connect, the lifting screw bottom extension
End is connected with lifting motor power, and the lifting motor outer surface is in the second guide groove inner bottom wall and fixation is matched
Connection is closed, the second guide block left end face stretches into the sliding chamber of the lifting and connects with the top shoe right end face secure fit
It connects.
As preferred technical solution, the locking mechanism includes being arranged in the driver slot inner roof wall and upwardly extending
The lock sliding slot of setting and sliding connection are arranged in the lock sliding slot and locking slide bar extended up and down, the lock
Extending end is installed with elastic top pressure through the top shoe top end surface, locking slide bar bottom extending end at the top of sliding slot
Portion, the locking slide bar top extending end is interior to be connect with the sliding intracavitary roof secure fit of the lifting.
As preferred technical solution, the lighting device is symmetrically installed on the compacting fuselage outer surface before and after including
Plate body, the plate body is fixedly mounted with the compacting fuselage, and the plate body bottom end face is installed with headlamp.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by sliding in the sliding top of chamber extended segment of lifting
Intracavitary sliding connection sliding block is slided in dynamic mating connection top shoe, the lifting of top shoe bottom, the company of being slidably matched in sliding block
Compacting executing agency is met, the bottom position for lifting inner wall at left and right sides of sliding chamber symmetrically sets the first guide groove of connection setting, and first
The first guide block is slidably connected in guide groove, groove is set in the first guide groove inner bottom wall, is set in groove and the first guide block bottom end face
The first top pressure spring to offset, the first guide block inner end of the left and right sides stretch into the sliding intracavitary of lifting and respectively with sliding blocks or so
The bottom position secure fit of both sides of the face connects, and the driving being oppositely arranged with compacting executing agency is set in top shoe inner bottom wall
Slot, be rotatably assorted in driver slot the extended drive shaft in connection left and right, in drive shaft it is upper it is circumferential it is fixed to compacting
The top pressure cam that executing agency's power is connected, drive shaft right side extending end are connected with compacting motor power, on
Lifting on the right side of sliding block is slided and sets lift drive mechanism on the right side of chamber in inner wall, is set in the top shoe on the upside of driver slot to convex with top pressure
The locking mechanism of cooperation locking connection is taken turns, can realize and automatically control stable Ramming operation, improves the working efficiency of compacting, it can be certainly
The second guide block of dynamic control drives the upper downslide work of top shoe that sliding block is driven to stretch into and stretch out work, prevents outside transmission mechanism
Dew, and cause to cause casualties, the safety of Ramming operation is improved, automatic locking work(is realized finally by locking mechanism
Can, stability during mobile and carrying is improved, reduces equipment attrition, improves service life.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram outside the working tamping unit in slope of a modification of the present invention type；
Fig. 2 is overall structure diagram inside the working tamping unit in slope of a modification of the present invention type；
The top pressure cam and the structure diagram during top pressure mating connection of compacting executing agency that Fig. 3 is the present invention；
Structure diagram when Fig. 4 is the working tamping unit tamping operation in slope of a modification of the present invention type；
Fig. 5 is the present invention looks up structural representation of the working tamping unit in slope of a modification of the present invention type.
Specific embodiment
As Figure 1-Figure 5, the working tamping unit in the slope of a modification of the present invention type including arm 7, is fixed
7 bottom of arm the angle demodulator 8 and be fixedly mounted on the compacting fuselage 9 of 8 bottom of angle demodulator,
The first deep gouge 91,9 inner wall of compacting fuselage of 91 upside of the first deep gouge are equipped in compacting 9 bottom end face of fuselage
It is interior to be equipped with the lifting cunning chamber 92 for upwardly extending setting, the rammer compacter between the sliding chamber 92 of lifting and first deep gouge 91
Run through in 9 inner wall of body and be equipped with the first straight slot 911, top shoe is slidably connected in the sliding 92 top extended segment of chamber of lifting
6, the lifting of 6 bottom of top shoe is slided and sliding block 5 is slidably connected in chamber 92, slides and matches in the sliding block 5
Conjunction is connected with compacting executing agency, and the bottom position of 92 left and right sides inner wall of the sliding chamber of lifting is arranged with connection setting
First guide groove 93 is slidably connected with the first guide block 931 in first guide groove 93, is set in 93 inner bottom wall of the first guide groove
Fluted 932, the groove 932 is interior to be equipped with the first top pressure spring 9321 to offset with 931 bottom end face of the first guide block, a left side
931 inner end of the first guide block of right both sides stretch into the sliding chamber 92 of lifting and respectively with the sliding block 5 or so two
The bottom position secure fit connection of side end face, is equipped with that executing agency is opposite sets with the compacting in 6 inner bottom wall of top shoe
The driver slot 62 put, is rotatably assorted in the driver slot 62 and is connected with the extended drive shaft 621 in left and right, and the driving turns
Upper in axis 621 to be circumferentially installed with to the top pressure cam 622 with the compacting executing agency power mating connection, the driving turns
621 right side extending end of axis is connected with 623 power of compacting motor, and the lifting cunning chamber 92 on 6 right side of top shoe is right
Lift drive mechanism is equipped in the inner wall of side, is equipped in the top shoe 6 of 62 upside of driver slot to convex with the top pressure
The locking mechanism of 622 cooperation locking connection of wheel, compacting 9 front/rear end of fuselage are additionally provided with lighting device.
Valuably, the compacting executing agency includes being arranged in 5 top end surface of sliding block being equipped with to push and slide
Chamber 50 and sliding connection are arranged on the pushing slide plate 52 pushed in sliding chamber 50, described to push sliding 50 left and right sides of chamber
The limited block 53 to be connected with 52 left and right sides top end surface top pressure of pushing slide plate, institute are installed at top edge
It states pushing 52 bottom end face of slide plate and is installed with the push strut 51 for extending downwardly setting, institute is run through in the 51 bottom extended segment of push strut
It states the bottom end face of sliding block 5 and stretches into first straight slot 911, the 51 bottom extending end of push strut is through described first
It is stretched into after straight slot 911 in first deep gouge 91 and end is installed with compaction plate 910, the described of 52 bottom of the pushing slide plate pushes away
51 outer surface of the push strut in the sliding chamber 50 of pressure is surrounded with the second top pressure spring 54, so as to fulfill stable compacting is automatically controlled
Work improves the working efficiency of compacting.
Valuably, the 621 left side extending end of drive shaft is rotatably assorted with 62 inner left wall of driver slot connect,
623 outer surface of the compacting motor is in the 62 right side inner wall of driver slot and secure fit connects, and turns so as to improve driving
Axis 621 drives top pressure cam 622 to carry out compacting control work, meanwhile, improve the stability for tamping 623 normal operation of motor.
Valuably, the lift drive mechanism includes the second guide groove 95 and sliding connection is arranged on described second and leads
The second guide block 951 in slot 95,951 screw-internal thread fit of the second guide block are connected with lifting screw 952 extended up and down,
The 952 top extending end of lifting screw is rotatably assorted with 95 inner roof wall of the second guide groove to be connect, the lifting screw 952
Bottom extending end is connected with 953 power of lifting motor, and 953 outer surface of lifting motor is embedded in second guide groove 95
In inner bottom wall and secure fit connects, 951 left end face of the second guide block stretch into the sliding chamber 92 of the lifting and with the upper cunning
6 right end face secure fit of block connects, and is driven under the upper downslide work drive of top shoe 6 so as to automatically control the second guide block 951
Sliding block 5 stretches into and stretches out work, prevents transmission mechanism exposed, and causes to cause casualties, and improves the safety of Ramming operation
Property.
Valuably, the locking mechanism includes being arranged in 62 inner roof wall of driver slot and upwardly extending the lock cunning of setting
Slot 63 and sliding connection are arranged in the lock sliding slot 63 and locking slide bar 631 extended up and down, the lock are slided
63 top extending end of slot runs through 6 top end surface of top shoe, and the locking 631 bottom extending end of slide bar is fixed flexible
Top splenium 632,631 top extending end of the locking slide bar is interior to be connect with the sliding 92 inner roof wall secure fit of chamber of the lifting, from
And stability when improving movement and carrying, equipment attrition is reduced, improves service life.
Valuably, the lighting device includes the front and rear plate body 10 for being symmetrically installed on 9 outer surface of the compacting fuselage, institute
Plate body 10 is stated to be fixedly mounted, and 10 bottom end face of the plate body is installed with headlamp 11, passes through photograph with the compacting fuselage 9
The effect of bright lamp 11 is so as to facilitate the present apparatus to provide illuminating effect in night use.
During original state, the first guide block 931 slides into the first guide block 931 by 9321 pressure on top surface of the first top pressure spring
Top position in first guide groove 93, at this point, driving 5 bottom end face of sliding block utmostly far from liter by the first guide block 931
Drop 92 inner roof wall of sliding chamber, meanwhile, 51 bottom end of push strut 51 and push strut of 5 bottom of sliding block is driven by sliding block 5
Compaction plate 910 is slid completely into the first deep gouge 91, at this point, the second guide block 951 is located at the top position in the second guide groove 95, together
When, top shoe 6 is driven to slide into the top position lifted in sliding chamber 92 by the second guide block 951, at this point, making locking slide bar 631
The elastic top splenium 632 of bottom end utmostly stretch into driver slot 62 and with 622 top of top pressure cam in driver slot 62
The sliding connection of outer surface top pressure, meanwhile, make 6 bottom end face of top shoe utmostly far from 5 top end surface of sliding block.
When needing Ramming operation, lifting screw 952 is driven to rotate by lifting motor 953 first, by lifting screw 952
The second guide block 951 is driven gradually to be slided along the bottom direction in the second guide groove 95, and then top shoe 6 is driven by the second guide block 951
It is gradually slided along the bottom direction in the sliding chamber 92 of lifting, at this time so that locking slide bar 631 drives the elastic top splenium of bottom end
632 gradually slip away in driver slot 62, until 6 bottom end face of top shoe and the top end surface of sliding block 5 is made to offset as shown in Figure 3,
Meanwhile the limited block 53 at 5 top of sliding block is made to be fully inserted into driver slot 62 and be in so that pushing sliding chamber 50 with driver slot 62
Connected state, at this point, the top pressure cam 622 in driver slot 62 slides top pressure mating connection with pushing slide plate 52, meanwhile, make locking
Slide bar 631 drives the elastic top splenium 632 of bottom end to be sliding completely off in driver slot 62, then proceedes to control lifting motor 953
Lifting screw 952 is driven to rotate, the second guide block 951 is driven to continue gradually along the bottom in the second guide groove 95 by lifting screw 952
Direction is slided, meanwhile, top shoe 6 is driven to continue gradually to slide along the bottom direction in the sliding chamber 92 of lifting by the second guide block 951, this
When, 5 slide downward of sliding block is driven, and the first guide block 931 of the left and right sides is driven gradually to overcome by sliding block 5 by top shoe 6
Bottom direction of the pressure on top surface of first top pressure spring 9321 into the first guide groove 93 is slided, until top shoe 6 as shown in Figure 4 drives
When sliding block 5 slides into the lowest position of the sliding chamber 92 of lifting, at this point, driving the first guide block 931 of the left and right sides by sliding block 5
Slide into the lowest position in the first guide groove 93, meanwhile, make 931 bottom of the first guide block top pressure spring 9321 be entirely retracted to it is recessed
In slot 932, at this point, driving the compaction plate of 51 bottom end of push strut 51 and push strut of 5 bottom of sliding block by sliding block 5
Outside 910 fully extended first deep gouges 91, drive shaft 621 is driven to rotate, and then by drive shaft finally by compacting motor 623
621 drive 622 continuous top pressure of top pressure cam to push slide plate 52, and by the resilient engagement of 52 and second top pressure spring 54 of pushing slide plate
Continuous reciprocal Ramming operation is realized so as to fulfill the compaction plate 910 of 51 end of push strut 51 and push strut is driven；When needing to receive
When rising, by the way that lifting motor 953 is controlled to invert, until top shoe 6 slides into top position in the sliding chamber 92 of lifting, this
When, locking mechanism is made to realize that lock fit is connect automatically with top pressure cam 622.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by sliding in the sliding top of chamber extended segment of lifting
Intracavitary sliding connection sliding block is slided in dynamic mating connection top shoe, the lifting of top shoe bottom, the company of being slidably matched in sliding block
Compacting executing agency is met, the bottom position for lifting inner wall at left and right sides of sliding chamber symmetrically sets the first guide groove of connection setting, and first
The first guide block is slidably connected in guide groove, groove is set in the first guide groove inner bottom wall, is set in groove and the first guide block bottom end face
The first top pressure spring to offset, the first guide block inner end of the left and right sides stretch into the sliding intracavitary of lifting and respectively with sliding blocks or so
The bottom position secure fit of both sides of the face connects, and the driving being oppositely arranged with compacting executing agency is set in top shoe inner bottom wall
Slot, be rotatably assorted in driver slot the extended drive shaft in connection left and right, in drive shaft it is upper it is circumferential it is fixed to compacting
The top pressure cam that executing agency's power is connected, drive shaft right side extending end are connected with compacting motor power, on
Lifting on the right side of sliding block is slided and sets lift drive mechanism on the right side of chamber in inner wall, is set in the top shoe on the upside of driver slot to convex with top pressure
The locking mechanism of cooperation locking connection is taken turns, can realize and automatically control stable Ramming operation, improves the working efficiency of compacting, it can be certainly
The second guide block of dynamic control drives the upper downslide work of top shoe that sliding block is driven to stretch into and stretch out work, prevents outside transmission mechanism
Dew, and cause to cause casualties, the safety of Ramming operation is improved, automatic locking work(is realized finally by locking mechanism
Can, stability during mobile and carrying is improved, reduces equipment attrition, improves service life.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection 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 (6)
1. a kind of working tamping unit in follow-on slope, including arm, be fixed on the angle demodulator of arm bottom with
And it is fixedly mounted on the compacting fuselage of angle demodulator bottom, it is characterised in that：It is heavy equipped with first in fuselage bottom end face to tamp
Slot is equipped in the compacting fuselage inner wall on the upside of the first deep gouge and upwardly extends the lifting of setting and slide chamber, lifts sliding chamber and sink with first
Run through in compacting fuselage inner wall between slot and be equipped with the first straight slot, lift and be slidably connected in sliding top of chamber extended segment
Sliding block, extension spring bottom extending end stretch into the sliding intracavitary of lifting and are fixedly connected with top shoe top end surface, top shoe bottom
Lifting slide intracavitary and be slidably connected with sliding block, compacting executing agency is slidably connected in sliding block, lifts sliding chamber
The bottom position of left and right sides inner wall is arranged with the first guide groove of connection setting, and the is slidably connected in the first guide groove
One guide block, the first guide groove inner bottom wall is interior to be equipped with groove, and the first top pressure bullet to offset with the first guide block bottom end face is equipped in groove
The sliding intracavitary of lifting and respectively the bottom position with end face at left and right sides of sliding block are stretched into spring, the first guide block inner end of the left and right sides
Secure fit connection is put, the driver slot being oppositely arranged with compacting executing agency is equipped in top shoe inner bottom wall, is rotated in driver slot
The extended drive shaft in left and right is connected with, is above circumferentially installed with to tamping executing agency's power in drive shaft
The top pressure cam of mating connection, drive shaft right side extending end are connected with compacting motor power, the liter on the right side of top shoe
It drops and is equipped with lift drive mechanism on the right side of sliding chamber in inner wall, the top shoe on the upside of driver slot is interior to be equipped with to lock with top pressure cam engagement
Surely the locking mechanism connected, compacting fuselage front/rear end are additionally provided with lighting device.
2. a kind of follow-on working tamping unit in slope according to claim 1, it is characterised in that：It is described
Compacting executing agency includes being arranged in the sliding block top end surface to be arranged on equipped with the sliding chamber of pushing and sliding connection
The pushing slide plate for pushing sliding intracavitary, described push are installed with to slide with described push at top edge at left and right sides of sliding chamber
The limited block that top end surface top pressure is connected at left and right sides of plate, the pushing slide plate bottom end face, which is installed with, extends downwardly setting
Push strut, push strut bottom extended segment through the sliding block bottom end face and stretch into first straight slot, institute
State that push strut bottom extending end is stretched into after first straight slot in first deep gouge and end is installed with compaction plate, it is described
The pushing rod outer surface for pushing the pushing cunning intracavitary of slide plate bottom is surrounded with the second top pressure spring.
3. a kind of follow-on working tamping unit in slope according to claim 1, it is characterised in that：The driving
Extending end is rotatably assorted with the driver slot inner left wall on the left of shaft connect, and the compacting outer surface of motor is embedded in the drive
Inner wall is interior on the right side of dynamic slot and secure fit connects.
4. a kind of follow-on working tamping unit in slope according to claim 1, it is characterised in that：The lifting
Driving mechanism includes the second guide groove and is slidably connected the second guide block being arranged in second guide groove, and described second leads
Block screw-internal thread fit is connected with lifting screw extended up and down, and extending end is led with described second at the top of the lifting screw
Slot inner roof wall is rotatably assorted connection, and lifting screw bottom extending end is connected with lifting motor power, the lifting
Outer surface of motor is in the second guide groove inner bottom wall and secure fit connects, and the second guide block left end face stretches into described
Lifting is slided chamber and is connect with the top shoe right end face secure fit.
5. a kind of follow-on working tamping unit in slope according to claim 1, it is characterised in that：The locking
Mechanism includes being arranged in the driver slot inner roof wall and upwardly extending the lock sliding slot of setting and sliding connection is arranged on
Extended locking slide bar in the lock sliding slot and up and down, the lock sliding slot top extending end is at the top of the top shoe
End face, locking slide bar bottom extending end are installed with elastic top splenium, at the top of the locking slide bar in extending end and institute
State the sliding intracavitary roof secure fit connection of lifting.
6. a kind of follow-on working tamping unit in slope according to claim 1, it is characterised in that：The illumination
Device includes the front and rear plate body for being symmetrically installed on the compacting fuselage outer surface, and the plate body is fixed with the compacting fuselage pacifies
Dress, and the plate body bottom end face is installed with headlamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711034713.XA CN108221922A (en) | 2017-10-30 | 2017-10-30 | A kind of working tamping unit in follow-on slope |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711034713.XA CN108221922A (en) | 2017-10-30 | 2017-10-30 | A kind of working tamping unit in follow-on slope |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108221922A true CN108221922A (en) | 2018-06-29 |
Family
ID=62654858
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711034713.XA Withdrawn CN108221922A (en) | 2017-10-30 | 2017-10-30 | A kind of working tamping unit in follow-on slope |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108221922A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108978626A (en) * | 2018-09-26 | 2018-12-11 | 隋国军 | A kind of multifunction power engineering tamping unit |
| CN111305183A (en) * | 2020-03-09 | 2020-06-19 | 王玉平 | Special tamping device and method for slope surface |
| CN114481755A (en) * | 2022-02-22 | 2022-05-13 | 李梓蓝 | Hydraulic engineering tamp prosthetic devices |
-
2017
- 2017-10-30 CN CN201711034713.XA patent/CN108221922A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108978626A (en) * | 2018-09-26 | 2018-12-11 | 隋国军 | A kind of multifunction power engineering tamping unit |
| CN111305183A (en) * | 2020-03-09 | 2020-06-19 | 王玉平 | Special tamping device and method for slope surface |
| CN114481755A (en) * | 2022-02-22 | 2022-05-13 | 李梓蓝 | Hydraulic engineering tamp prosthetic devices |
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