CN108221573A - A kind of road tamps prosthetic device - Google Patents
A kind of road tamps prosthetic device Download PDFInfo
- Publication number
- CN108221573A CN108221573A CN201710861291.7A CN201710861291A CN108221573A CN 108221573 A CN108221573 A CN 108221573A CN 201710861291 A CN201710861291 A CN 201710861291A CN 108221573 A CN108221573 A CN 108221573A
- Authority
- CN
- China
- Prior art keywords
- sliding
- groove
- cavity
- extended
- wall
- 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.)
- Withdrawn
Links
Classifications
-
- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C19/00—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving
- E01C19/22—Machines, tools or auxiliary devices for preparing or distributing paving materials, for working the placed materials, or for forming, consolidating, or finishing the paving for consolidating or finishing laid-down unset materials
- E01C19/30—Tamping or vibrating apparatus other than rollers ; Devices for ramming individual paving elements
- E01C19/34—Power-driven rammers or tampers, e.g. air-hammer impacted shoes for ramming stone-sett paving; Hand-actuated ramming or tamping machines, e.g. tampers with manually hoisted dropping weight
-
- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C23/00—Auxiliary devices or arrangements for constructing, repairing, reconditioning, or taking-up road or like surfaces
- E01C23/06—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road
- E01C23/12—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for taking-up, tearing-up, or full-depth breaking-up paving, e.g. sett extractor
- E01C23/122—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for taking-up, tearing-up, or full-depth breaking-up paving, e.g. sett extractor with power-driven tools, e.g. oscillated hammer apparatus
- E01C23/127—Devices or arrangements for working the finished surface; Devices for repairing or reconditioning the surface of damaged paving; Recycling in place or on the road for taking-up, tearing-up, or full-depth breaking-up paving, e.g. sett extractor with power-driven tools, e.g. oscillated hammer apparatus rotary, e.g. rotary hammers
Abstract
The invention discloses a kind of roads to tamp prosthetic device,Including mobile handcart and the reparation body being fixedly mounted in mobile handcart,Compacting executing agency and drilling crushing mechanism are equipped in repair machine body,Compacting executing agency includes being arranged on the first groove repaired in body left bottom end face,Tamping block is equipped in first groove,The second groove is equipped in first groove inner roof wall,Equipped with the articulation piece being fixedly connected at the top of bottom and tamping block in second groove,The first sliding cavity is equipped in repair machine body above second groove,The first sliding groove is equipped in first sliding cavity inner left wall,The first extended to the right sliding shoe is slidably connected in first sliding groove,Extending end is stretched into the first sliding cavity and is slidably connected with inner wall top pressure on the right side of the first sliding cavity on the right side of first sliding shoe,First sliding shoe bottom end is installed with the catch bar for extending downwardly setting；The present invention can voluntarily switch the switch operating that compacting and drilling crush, and improve working efficiency, reduce equipment purchase and maintenance cost.
Description
Technical field
The present invention relates to technical field of road construction, specifically a kind of road tamps prosthetic device.
Background technology
Concrete road surface is one of primary structure form of highway, bridge road, urban road, in traffic load and
Under effect of natural environment, the destructives defect such as crack, pit-hole, chipping, faulting of slab ends can often occur in road surface, to ensure that road safety is smooth
It is logical, it needs timely to repair crack on road.But using manpower or existing machinery road basis is carried out it is broken and
Compacting, labor intensity is big and efficiency is low, influences project progress.In addition, existing highway, square build or recovery project in,
It needs that the equipment such as rammer compacter and crusher are configured simultaneously, causes working efficiency low, the labor intensity increase of construction personnel is applied
The problems such as work is of high cost, meanwhile, it is serious to be easy to cause traffic jam.
Invention content
The technical problems to be solved by the invention are to provide a kind of road compacting prosthetic device, can solve above-mentioned present
The problems in technology.
The present invention is achieved through the following technical solutions：A kind of road compacting prosthetic device of the present invention, including moving
Dynamic cart and the reparation body being fixedly mounted in the mobile handcart, be equipped in the repair machine body compacting executing agency and
Drill crushing mechanism, and the compacting executing agency includes the first groove being arranged in the reparation body left bottom end face,
Tamping block is equipped in first groove, the second groove is equipped in the first groove inner roof wall, is equipped in second groove
The articulation piece being fixedly connected at the top of bottom and the tamping block is equipped with first in the repair machine body above second groove
Sliding cavity, the first sliding cavity inner left wall is interior to be equipped with the first sliding groove, is slidably connected in first sliding groove
The first extended sliding shoe to the right, on the right side of first sliding shoe extending end stretch into first sliding cavity and with
Inner wall top pressure sliding connection on the right side of first sliding cavity, the first sliding shoe bottom end, which is installed with to extend downwardly, to be set
The catch bar put, catch bar bottom extended segment penetrate through the reparation between first sliding cavity and second groove
Body inner wall and sliding connection, catch bar bottom extending end stretch into second groove and with it is described hinged
It is fixedly connected at the top of part, the drilling crushing mechanism includes the second extended up and down sliding cavity, and second sliding cavity is right
The second sliding groove is equipped in the inner wall of side, is equipped with the second sliding shoe extended to the left in second sliding groove, described the
Extending end is stretched into second sliding cavity and is matched with the second sliding cavity inner left wall top pressure slip on the left of two sliding shoes
It closes and connects, bore motor, the bore motor bottom are equipped in the second sliding shoe bottom end face in second sliding cavity
Opposite the second sliding cavity inner bottom wall in portion, which penetrates through, is equipped with through hole, and transition, which is connected with, in the through hole upwardly extends
The drill bit of setting, the drill bit top are connected with the bore motor bottom end, the compacting executing agency and the brill
It is connected with advancement mechanism in the repair machine body between the crushing mechanism of hole, the repair machine above the advancement mechanism
It is equipped in vivo to the locking executing agency with the compacting executing agency and the drilling crushing mechanism switching locking connection, institute
It states and control device is provided on bore motor.
Preferably technical solution, the advancement mechanism include the first electricity that longitudinal direction is installed in the repair machine body
Machine, first motor are arranged with drive cavity in the repair machine body of both sides up and down, in drive cavity described in upper and lower both sides point
The first cone pulley that She You not be connected with both-side ends above and below first motor, described first in the drive cavity of upside
Cone pulley left side top engages with the first cone pulley bottom right side in the drive cavity of downside and is connected with the second cone pulley, upside
It is rotatably assorted to be connected with to control to extend in wall body in the repair machine body between the drive cavity and first sliding cavity and set
The first rotation axis put, rotation is matched in wall body in the repair machine body between the downside drive cavity and second sliding cavity
It closes and is connected with the second extended rotation axis of left and right, extending end stretches into first sliding cavity on the left of first rotation axis
Interior and end is installed with the first eccentric wheel, and first eccentric wheel is located at first sliding cavity below first sliding shoe
Interior and described first eccentric wheel outer surface is slidably connected with the first sliding shoe bottom end face top pressure, first rotation
Extending end stretches into the drive cavity of upside and end and first cone pulley left side in the drive cavity of upside on the right side of axis
End is fixedly connected, and extending end is stretched into the drive cavity of downside and end and the downside transmission on the left of second rotation axis
The second cone pulley right-hand end of intracavitary is fixedly connected, and extending end stretches into second sliding cavity on the right side of second rotation axis
Interior and end is installed with the second eccentric wheel, and second eccentric wheel is located at second sliding cavity below the second sliding shoe
Interior and outer surface is slidably connected with the second sliding shoe bottom end face top pressure.
Preferably technical solution, in first sliding shoe in first sliding groove longitudinal sliding motion be connected
Have the first up and down extended guide rod, first guide rod up and down both sides extending end respectively with first sliding groove
Upper and lower inner wall is fixedly connected, and is equipped with the first top pressure spring in first sliding cavity at the top of first sliding shoe, and described the
It is equipped with the first inclined-plane lockhole in one sliding shoe right end face, longitudinal sliding motion in the second sliding shoe in second sliding groove
Be connected with the second up and down extended guide rod, second guide rod up and down both sides extending end respectively with described the
Inner wall is fixedly connected two sliding grooves up and down, and the second top pressure bullet is equipped in second sliding cavity at the top of the second sliding shoe
Spring, the second sliding shoe left end face is interior to be equipped with the second inclined-plane lockhole.
Preferably technical solution, the locking executing agency include guide groove extended up and down, the guiding
It is rotatably assorted in slot and is connected with the extended threaded rod in left and right, extending end and the second motor cooperation company on the left of the threaded rod
It connects, second outer surface of motor is in the guide groove inner left wall and secure fit connects, and prolongs on the right side of the threaded rod
It stretches inner wall on the right side of end and the guide groove and is rotatably assorted and connect, be slidably connected in the guide groove extended up and down
And the guide pad being connect with the threaded rod thread fitting, guide pad top extending end is installed with to be extended to the left
The first locking level, extended segment penetrates through described between first sliding cavity and the guide groove on the left of first locking level
Wall body and sliding connection in repair machine body, guide pad bottom extending end are installed with second be extended to the right
Locking level, the second locking level right side extended segment penetrate through the repair machine between second sliding cavity and the guide groove
Internal wall body and sliding connection.
Preferably technical solution, the first locking level left side extending end and the second locking level right side extending end
It is equipped with inclined-plane protrusion.
Preferably technical solution, the control device include being fixed at the first of the bore motor left side
Controller and the second controller for being fixed at the bore motor right side.
The beneficial effects of the invention are as follows：The present invention stretched into the second sliding cavity by extending end on the left of the second sliding shoe and
It is slidably connected with the second sliding cavity inner left wall top pressure, drilling is set in the second sliding shoe bottom end face in the second sliding cavity
Motor, opposite the second sliding cavity inner bottom wall perforation in bore motor bottom set through hole, and transition mating connection is upward in through hole
Extended drill bit is connected with bore motor bottom end at the top of drill bit, compacting executing agency and drilling crushing mechanism it
Between repair machine body in mating connection advancement mechanism, set in the repair machine body above advancement mechanism to compacting executing agency and
Drill the locking executing agency that crushing mechanism switching locking connects, and is crushed so as to fulfill voluntarily control switching compacting and drilling
Switch operating, improves working efficiency, and a tractor serves several purposes reduces equipment purchase cost, while reduces maintenance cost.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
A kind of road that Fig. 1 is the present invention tamps overall structure diagram outside prosthetic device；
A kind of road that Fig. 2 is the present invention tamps overall structure diagram inside prosthetic device；
Fig. 3 is the guide pad of the present invention and the distributed architecture schematic diagram of the first locking level and the second locking level.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of road of the invention compacting prosthetic device including mobile handcart 8 and is fixed
Reparation body 9 in the mobile handcart 8, the reparation body 9 is interior to be equipped with compacting executing agency and drilling crusher
Structure, the compacting executing agency include the first groove 95 being arranged in the reparation body 9 left bottom end face, and described first
Tamping block 951 is equipped in groove 95, the second groove 96 is equipped in 95 inner roof wall of the first groove, is set in second groove 96
There are the articulation piece 961 that bottom is fixedly connected with 951 top of tamping block, the reparation body of 96 top of the second groove
The first sliding cavity 91 is equipped in 9, the first sliding groove 97, first sliding groove are equipped in 91 inner left wall of the first sliding cavity
The first extended to the right sliding shoe 971, the 971 right side extending end of the first sliding shoe are slidably connected in 97
It stretches into first sliding cavity 91 and is slidably connected with the 91 right side inner wall top pressure of the first sliding cavity, described first slides
971 bottom end of motion block is installed with the catch bar 912 for extending downwardly setting, described in 912 bottom extended segment of the catch bar perforation
9 inner wall of reparation body and sliding connection between first sliding cavity 91 and second groove 96, the promotion
912 bottom extending end of bar is stretched into second groove 96 and is fixedly connected with 961 top of articulation piece, and the drilling is broken
Broken mechanism includes the second extended up and down sliding cavity 92, and the second sliding groove is equipped in the 92 right side inner wall of the second sliding cavity
94, second sliding groove 94 is interior to be equipped with the second sliding shoe 941 extended to the left, 941 left side of the second sliding shoe
Extending end is stretched into second sliding cavity 92 and is slidably connected with the 92 inner left wall top pressure of the second sliding cavity, institute
It states and bore motor 9411, the bore motor is equipped in 941 bottom end face of the second sliding shoe in the second sliding cavity 92
Opposite 92 inner bottom wall of the second sliding cavity in 9411 bottoms, which penetrates through, is equipped with through hole 93, transition cooperation company in the through hole 93
The drill bit 9413 for upwardly extending setting is connected to, 9413 top of drill bit is connected with 9411 bottom end of bore motor,
Advancement mechanism is connected in the reparation body 9 between the compacting executing agency and the drilling crushing mechanism, institute
It states and is equipped with to cut with the compacting executing agency and the drilling crushing mechanism in the reparation body 9 above advancement mechanism
The locking executing agency of locking connection is changed, control device is provided on the bore motor 9411.
Valuably, the advancement mechanism includes longitudinally being installed in first motor 90 repaired in body 9, and described first
Motor is arranged with drive cavity 901 about 90 in the reparation body 9 of both sides, in drive cavity 901 described in upper and lower both sides respectively
Equipped with first motor the first cone pulley 902 that both-side ends are connected about 90, the institute in the drive cavity 901 of upside
It states 902 bottom right side of the first cone pulley in 902 left side top of the first cone pulley drive cavity 901 described with downside and engages and connect
There is the second cone pulley 903, in 9 inner wall of reparation body between the upside drive cavity 901 and first sliding cavity 91
It is rotatably assorted and is connected with the first extended rotation axis 905 of left and right, the downside drive cavity 901 and second sliding cavity 92
Between 9 inner wall of reparation body in be rotatably assorted and be connected with the second extended rotation axis 904 of left and right, described first
905 left side extending end of rotation axis is stretched into first sliding cavity 91 and end is installed with the first eccentric wheel 913, and described first
Eccentric wheel 913 is located in first sliding cavity 91 of 971 lower section of the first sliding shoe and 913 appearance of the first eccentric wheel
Face is slidably connected with the 971 bottom end face top pressure of the first sliding shoe, and the 905 right side extending end of the first rotation axis is stretched
Enter in the drive cavity 901 of upside and end is fixed with 902 left-hand end of the first cone pulley in the drive cavity 901 of upside and connected
It connects, the 904 left side extending end of the second rotation axis stretches into the drive cavity 901 of downside and end and the downside drive cavity
903 right-hand end of the second cone pulley in 901 is fixedly connected, and the 904 right side extending end of the second rotation axis stretches into described
In two sliding cavities 92 and end is installed with the second eccentric wheel 921, and second eccentric wheel 921 is located at the second sliding shoe 941
In second sliding cavity 92 of lower section and outer surface is slidably connected with the 941 bottom end face top pressure of the second sliding shoe,
Ramming operation is carried out so as to fulfill voluntarily control compacting executing agency oscilaltion, meanwhile, realize voluntarily control drilling crusher
Structure oscilaltion carries out the broken work that drills, so as to improve the working efficiency of reparation.
Valuably, longitudinal sliding motion is connected with up and down in first sliding shoe 971 in first sliding groove 97
The first extended guide rod 972, first guide rod about 972 both sides extending end respectively with first sliding groove
About 97 inner walls are fixedly connected, and the first top pressure spring is equipped in first sliding cavity 91 at 971 top of the first sliding shoe
911, it is equipped with the first inclined-plane lockhole 9711 in 971 right end face of the first sliding shoe, it is described in second sliding groove 94
Longitudinal sliding motion is connected with the second extended up and down guide rod 942, second guide rod in the second sliding shoe 941
About 942 both sides extending ends respectively with second sliding groove about 94 inner wall be fixedly connected, the second sliding shoe 941 pushes up
The second top pressure spring 922 is equipped in second sliding cavity 92 in portion, second is equipped in 941 left end face of the second sliding shoe
Inclined-plane lockhole 9412, so as to the stabilization for improving compacting executing agency's oscilaltion and the crushing mechanism oscilaltion that drills is slided
Property, improve compacting and the broken work quality to drill.
Valuably, the locking executing agency includes guide groove 98 extended up and down, is rotated in the guide groove 98
The extended threaded rod 985 in left and right is connected with, the 985 left side extending end of threaded rod coordinates with the second motor 984
Connection, 984 outer surface of the second motor is in 98 inner left wall of guide groove and secure fit connects, the threaded rod
985 right side extending ends are rotatably assorted with the 98 right side inner wall of guide groove and connect, and are slidably connected in the guide groove 98
There is the guide pad 981 for being extended and being connect with 985 thread fitting of threaded rod up and down, 981 top of guide pad extends
End is installed with the first to the left extended locking level 983,983 left side extended segment of the first locking level perforation described the
9 inner wall of reparation body and sliding connection between one sliding cavity 91 and the guide groove 98, the guide pad 981
Bottom extending end is installed with the second extended to the right locking level 982, and the 982 right side extended segment of the second locking level is passed through
Logical 9 inner wall of reparation body and sliding connection between second sliding cavity 92 and the guide groove 98 passes through
Lock actuating mechanism controls compacting executing agency and drill crushing mechanism switching locking work, so as to fulfill meet compacting and
The broken autonomous working of drilling needs, and reduces equipment investment, reduces maintenance cost.
Valuably, the 983 left side extending end of the first locking level and 982 right side extending end of the second locking level are equipped with
Inclined-plane protrusion.
Valuably, the control device includes the first controller for being fixed at 9411 left side of bore motor
9011 and the second controller 9012 of 9411 right side of bore motor is fixed at, first controller 9011 is used for
The rotating speed of the bore motor 9411 is controlled, the second controller 9012 is used to control the steering of the bore motor 9411.
During original state, when guide pad 981 slides into the left-most position in guide groove 98, at this point, guide pad 981 drives
The inclined-plane protrusion of first locking level, 983 left distal end is fully inserted into the first inclined-plane lockhole 9711, meanwhile, guide pad 981 drives
Inclined-plane protrusion in second locking level, 982 right end is utmostly far from the second sliding cavity 92, at this point, the first sliding shoe
971 utmostly overcome the pressure on top surface of the first top pressure spring 911, make 971 maximum journey of the first sliding shoe in the first sliding groove 97
Degree slides into the top position in the first sliding groove 97, meanwhile, make 971 bottom end face of the first sliding shoe utmostly far from the
The first eccentric wheel 913 in one sliding cavity 91, at this point, the first sliding shoe 971 drives 912 top section of catch bar utmostly to stretch into
In first sliding cavity 91, meanwhile, the articulation piece 961 of bottom is driven to be fully inserted into the second groove 96 by catch bar 912, at this point,
The tamping block 951 of bottom is driven to be slid completely into the first groove 95 by articulation piece 961, meanwhile, second in the second sliding cavity 92
921 outer surface of eccentric wheel utmostly far from the 904 directly on top position in axial line side of the second rotation axis, meanwhile, make second
921 outer surface of eccentric wheel utmostly offsets far from 904 axial line side of the second rotation axis with 941 bottom end of the second sliding shoe
It connects, at this point, the second inclined-plane lockhole 9412 in 941 left end face of the second sliding shoe and 982 right end of the second locking level is oblique
Face protrusion is in relative status.
When needing to drill broken, the first cone pulley 902 for driving upper and lower both sides by the first motor 90 rotates, and then by upper
First cone pulley 902 of lower both sides drives the second cone pulley 903 of both sides up and down to rotate respectively, at this point, the second cone pulley 903 by upside
The first eccentric wheel 913 of 905 left distal end of the first rotation axis 905 and the first rotation axis is driven to dally, meanwhile, by the of downside
Two cone pulleys 903 drive the second rotation axis 904 and 904 the second eccentric wheel of right end 921 of the second rotation axis to rotate, and are slided by second
Motion block 941 is driven the second sliding shoe by the pressure on top surface of the second top pressure spring 922 when being rotated so as to fulfill the second eccentric wheel 921
941 reciprocal lifting carriages complete the broken work of lifting drilling；
When needing Ramming operation, make 921 outer surface of the second eccentric wheel in the second sliding cavity 92 first utmostly far from
Two rotation axis, the 904 directly on top position in axial line side, at this point, making 921 outer surface of the second eccentric wheel utmostly far from
Two rotation axis, 904 axial line side is abutted against with 941 bottom end of the second sliding shoe, at this point, 941 left end face of the second sliding shoe
The inclined-plane protrusion of interior 982 right end of the second inclined-plane lockhole 9412 and the second locking level is in relative status, then, passes through
Two motors 984 drive threaded rod 985 to rotate, and guide pad 981 are driven to slide into the position of the rightmost side in guide groove 98 by threaded rod 985
It puts, at this point, the drive of guide pad 981 is installed in the utmostly Slideslip to the right of the second locking level of bottom 982, makes the second locking level
The inclined-plane protrusion of 982 right ends is fully inserted into the second inclined-plane lockhole 9412, meanwhile, inclined-plane protrusion is made to drive the second sliding shoe
941 utmostly overcome 922 pressure on top surface upward sliding of the second top pressure spring, at this point, making second in the second sliding groove 94 to slide
Block 941 utmostly slides into the top position in the second sliding groove 94, meanwhile, make 941 bottom end face of the second sliding shoe most
Big degree is far from the second eccentric wheel 921 in the second sliding cavity 92, at this point, guide pad 981, which drives, is installed in the first of top
Locking level 983 utmostly moves to the right, meanwhile, make the inclined-plane protrusion of 983 right end of the first locking level completely away from
In one sliding cavity 91, at this point, the first sliding shoe 971 is made 971 bottom of the first sliding shoe by 911 pressure on top surface of the first top pressure spring
End face is abutted against with 913 outer surface of the first eccentric wheel, then, the first cone pulley 902 of upper and lower both sides is driven by the first motor 90
Rotation, and then the second cone pulley 903 of both sides up and down is driven to rotate respectively by the first cone pulley 902 of upper and lower both sides, at this point, by upside
The second cone pulley 903 drive 905 left distal end of the first rotation axis 905 and the first rotation axis the first eccentric wheel 913 rotate, into
And realize that the rotation of the first eccentric wheel 913 and the top pressure of the first top pressure spring 911 take, realize the reciprocal cunning of the first sliding shoe 971
It is dynamic, it completes the tamping block 951 of 912 bottom of catch bar 912 and catch bar to be driven voluntarily to be tamped work by the first sliding shoe 971
Make, meanwhile, drive the second rotation axis 904 and 904 right end second of the second rotation axis eccentric by the second cone pulley 903 of downside
921 idle running of wheel.
The beneficial effects of the invention are as follows：The present invention stretched into the second sliding cavity by extending end on the left of the second sliding shoe and
It is slidably connected with the second sliding cavity inner left wall top pressure, drilling is set in the second sliding shoe bottom end face in the second sliding cavity
Motor, opposite the second sliding cavity inner bottom wall perforation in bore motor bottom set through hole, and transition mating connection is upward in through hole
Extended drill bit is connected with bore motor bottom end at the top of drill bit, compacting executing agency and drilling crushing mechanism it
Between repair machine body in mating connection advancement mechanism, set in the repair machine body above advancement mechanism to compacting executing agency and
Drill the locking executing agency that crushing mechanism switching locking connects, and is crushed so as to fulfill voluntarily control switching compacting and drilling
Switch operating, improves working efficiency, and a tractor serves several purposes reduces equipment purchase cost, while reduces maintenance cost.
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 road tamps prosthetic device, including mobile handcart and the reparation body being fixedly mounted in mobile handcart,
It is characterized in that：Compacting executing agency and drilling crushing mechanism are equipped in repair machine body, compacting executing agency includes being arranged on reparation
The first groove in body left bottom end face, the first groove is interior to be equipped with tamping block, and it is recessed to be equipped with second in the first groove inner roof wall
Slot, the articulation piece being fixedly connected equipped with bottom with tamping block top in the second groove are set in the repair machine body above the second groove
Have the first sliding cavity, the first sliding groove be equipped in the first sliding cavity inner left wall, be slidably connected in the first sliding groove to
The first sliding shoe that right side is extended, on the right side of the first sliding shoe extending end stretch into the first sliding cavity and with the first sliding cavity
Right side inner wall top pressure sliding connection, the first sliding shoe bottom end are installed with the catch bar for extending downwardly setting, catch bar
Bottom extended segment penetrates through wall body and sliding connection in the repair machine body between the first sliding cavity and the second groove, catch bar bottom
Portion's extending end is stretched into the second groove and with being fixedly connected at the top of articulation piece, and drilling crushing mechanism includes what is be extended up and down
Second sliding cavity, the second sliding cavity right side inner wall is interior to be equipped with the second sliding groove, is equipped in the second sliding groove extended to the left
The second sliding shoe, on the left of the second sliding shoe extending end stretch into the second sliding cavity and with the second sliding cavity inner left wall top pressure
It is slidably connected, bore motor is equipped in the second sliding shoe bottom end face in the second sliding cavity, bore motor bottom is opposite
The perforation of the second sliding cavity inner bottom wall be equipped with through hole, in through hole transition be connected with the drill bit for upwardly extending setting, bore
Overhead is connected with bore motor bottom end, coordinates in the repair machine body for tamping executing agency between the crushing mechanism that drills
It is connected with advancement mechanism, is equipped with to cut with compacting executing agency and the crushing mechanism that drills in the repair machine body above advancement mechanism
The locking executing agency of locking connection is changed, control device is provided on bore motor.
2. a kind of road compacting prosthetic device according to claim 1, it is characterised in that：The advancement mechanism includes longitudinal direction
The first motor being installed in the repair machine body, first motor up and down both sides the repair machine body in be arranged with biography
Dynamic chamber is respectively equipped with the first cone being connected with both-side ends above and below first motor in drive cavity described in upper and lower both sides
It takes turns, the first cone pulley left side top in the drive cavity of upside and first cone pulley right side in the drive cavity of downside
Bottom, which is engaged, is connected with the second cone pulley, wall in the repair machine body between the upside drive cavity and first sliding cavity
It is rotatably assorted in vivo and is connected with the first extended rotation axis of left and right, between the downside drive cavity and second sliding cavity
The repair machine body in be rotatably assorted in wall body and be connected with the second extended rotation axis of left and right, first rotation axis is left
Side extending end is stretched into first sliding cavity and end is installed with the first eccentric wheel, and first eccentric wheel is located at described the
In first sliding cavity below one sliding shoe and the first eccentric wheel outer surface and the first sliding shoe bottom end face
Top pressure is slidably connected, and extending end is stretched into the drive cavity of upside and end and upside institute on the right side of first rotation axis
The the first cone pulley left-hand end stated in drive cavity is fixedly connected, and extending end is stretched into described in downside on the left of second rotation axis
In drive cavity and end is fixedly connected with the second cone pulley right-hand end in the drive cavity of downside, and second rotation axis is right
Side extending end is stretched into second sliding cavity and end is installed with the second eccentric wheel, and second eccentric wheel is located at described the
In second sliding cavity below two sliding shoes and outer surface and the second sliding shoe bottom end face top pressure are slidably matched company
It connects.
3. a kind of road compacting prosthetic device according to claim 2, it is characterised in that：Institute in first sliding groove
It states longitudinal sliding motion in the first sliding shoe and is connected with the first extended up and down guide rod, first guide rod upper and lower two
Side extending end is fixedly connected respectively with inner wall above and below first sliding groove, and described first at the top of first sliding shoe is slided
Dynamic intracavitary is equipped with the first top pressure spring, and the first inclined-plane lockhole is equipped in the first sliding shoe right end face, and described second slides
Longitudinal sliding motion is connected with the second extended up and down guide rod in the second sliding shoe in slot, and described second is oriented to
Both sides extending end is fixedly connected bar with inner wall above and below second sliding groove respectively up and down, the institute at the top of the second sliding shoe
It states and the second top pressure spring is equipped in the second sliding cavity, the second inclined-plane lockhole is equipped in the second sliding shoe left end face.
4. a kind of road compacting prosthetic device according to claim 1, it is characterised in that：The locking executing agency includes
Extended guide groove up and down is rotatably assorted in the guide groove and is connected with the extended threaded rod in left and right, the screw thread
Extending end is connected with the second motor on the left of bar, second outer surface of motor it is interior embedded in the guide groove inner left wall and
Secure fit connects, and extending end is rotatably assorted with inner wall on the right side of the guide groove and connect on the right side of the threaded rod, the guiding
The guide pad for being extended and being connect with the threaded rod thread fitting up and down, the guide pad top are slidably connected in slot
Portion's extending end is installed with the first to the left extended locking level, extended segment perforation described the on the left of first locking level
Wall body and sliding connection in the repair machine body between one sliding cavity and the guide groove, the guide pad bottom extension
End is installed with the second extended to the right locking level, and extended segment penetrates through second slip on the right side of second locking level
Wall body and sliding connection in the repair machine body between chamber and the guide groove.
5. a kind of road compacting prosthetic device according to claim 4, it is characterised in that：Prolong on the left of first locking level
It stretches extending end on the right side of end and the second locking level and is equipped with inclined-plane protrusion.
6. a kind of road compacting prosthetic device according to claim 1, it is characterised in that：The control device includes fixing
The first controller for being arranged on the bore motor left side and the second control for being fixed at the bore motor right side
Device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710861291.7A CN108221573A (en) | 2017-09-21 | 2017-09-21 | A kind of road tamps prosthetic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710861291.7A CN108221573A (en) | 2017-09-21 | 2017-09-21 | A kind of road tamps prosthetic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108221573A true CN108221573A (en) | 2018-06-29 |
Family
ID=62655464
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710861291.7A Withdrawn CN108221573A (en) | 2017-09-21 | 2017-09-21 | A kind of road tamps prosthetic device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108221573A (en) |
-
2017
- 2017-09-21 CN CN201710861291.7A patent/CN108221573A/en not_active Withdrawn
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107675587B (en) | A kind of road rehabilitation tamping unit | |
| CN106087684B (en) | A kind of road repair method and apparatus | |
| CN107161109B (en) | Material cleaning machine for carriage | |
| CN106988679A (en) | A kind of rock gangway crawler type trench digging traverse drill rises all-in-one | |
| CN109899065A (en) | A kind of coal mine four arm digging and anchoring integrated machines of automation | |
| CN108221605A (en) | A kind of road modifies tamping unit | |
| CN106544968A (en) | A kind of traffic indication board being conveniently replaceable | |
| CN108221573A (en) | A kind of road tamps prosthetic device | |
| CN108221922A (en) | A kind of working tamping unit in follow-on slope | |
| CN107558465B (en) | A kind of tamping unit of road construction | |
| CN108221602A (en) | A kind of new road repairs tamping unit | |
| CN104806163B (en) | Pneumatic roof bolter | |
| CN106351588A (en) | Efficient pneumatic type rock drill for rock excavation | |
| CN107700316B (en) | A kind of pavement of road tamping unit | |
| CN106014416A (en) | Energy-saving efficient rock drill | |
| CN107476280B (en) | A kind of smooth tamping unit of town road | |
| CN107700319A (en) | A kind of tamping unit of hydraulic regulation | |
| CN108004886A (en) | A kind of working tamping unit in road engineering road | |
| CN205823281U (en) | A kind of energy-saving and high efficient rock drill | |
| CN107630411A (en) | A kind of repair apparatus of portable bridge road | |
| CN107806003A (en) | A kind of quick repairing construction device of road | |
| CN107881887A (en) | A kind of town road tamping unit | |
| CN108086097A (en) | A kind of novel and multifunctional compacting constructing device | |
| CN108086102A (en) | A kind of safe town road tamping unit | |
| CN107858901A (en) | A kind of constructing device of road repair |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180629 |