CN108343060A - A kind of easily bridge construction device - Google Patents
A kind of easily bridge construction device Download PDFInfo
- Publication number
- CN108343060A CN108343060A CN201810099071.XA CN201810099071A CN108343060A CN 108343060 A CN108343060 A CN 108343060A CN 201810099071 A CN201810099071 A CN 201810099071A CN 108343060 A CN108343060 A CN 108343060A
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- China
- Prior art keywords
- fixed
- shaft
- taper cone
- belt
- cone pulley
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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
- E02D7/12—Drivers with explosion chambers
- E02D7/125—Diesel drivers
-
- 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
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- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Mining & Mineral Resources (AREA)
- Paleontology (AREA)
- Civil Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Bridges Or Land Bridges (AREA)
Abstract
The invention discloses a kind of easily bridge construction devices,Its structure includes idler wheel,Drive shaft,Case,Hangers,Holder,Joint,Supporting block,Construction acceleration system,Idler wheel sets there are four and is mechanically connected between any two by drive shaft,The present invention is equipped with one-way mechanism,Assist acceleration mechanism,Slide construction,Sliding pushes structure,Power decentralized structure,Mainly the mechanical force that motor generates is divided into two using power decentralized structure,Two slidings are driven to push structure rotation simultaneously,Then sliding pushes the transmission that structure passes through slide construction,Make it that one-way mechanism more steadily be driven to operate,Bidirectional rotation is allowed to be changed into single direction rotation,Acceleration mechanism is assisted to accelerate spool turns,On the one hand increase the relaxed length of lifting rope,Also the frictional force between reel and lifting rope is reduced simultaneously,Improve the speed of piling,Pile body is allowed more to go deep into soil,The construction efficiency of bridge is improved indirectly.
Description
Technical field
The present invention is a kind of easily bridge construction device, belongs to bridge construction device field.
Background technology
Bridge construction builds the process of bridge according to design content；Refer mainly to bridge Construction Technology and construction organization, construction
The contents such as management, construction quality, during bridge construction can use impactor, refer to it is high sling use diesel oil
Using outburst effect generate impact force ground is thrown into, it is this using outburst effect generate impulse force, rope slings
Frictional force between the pulling force and rope and reel of generation is exactly the resistance of impulse force, reduces the speed of piling, makes pile body inadequate
Go deep into soil.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of easily bridge construction device, to solve
The impulse force generated using outburst effect, the frictional force between pulling force and rope and reel that rope slings generates is exactly to rush
The resistance of power reduces the speed of piling, allows the problems in not deep enough soil of pile body.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of easily bridge construction
Device, structure include idler wheel, drive shaft, case, hangers, holder, joint, supporting block, construction acceleration system, the idler wheel
It is mechanically connected there are four and if by drive shaft between any two, the construction acceleration system is located above idler wheel, institute
Two holders are installed above the construction acceleration system stated, are connected by joint motion between two holders, the holder is also logical
It crosses supporting block to be fixed in construction acceleration system, the hangers is fixed on the junction of two holders, case installation
In the side of construction acceleration system.
The construction acceleration system be equipped with belt shaft, reel, lifting rope, one-way mechanism, auxiliary acceleration mechanism, shell,
Slide construction, sliding push structure, power decentralized structure, motor, and the motor installs bottom surface middle inside housings, institute
The motor stated pushes structure driven with sliding by power decentralized structure and connects, the belt shaft be located at motor just on
Side, the slide construction that the sliding pushes structure and is fixed in inner walls are fixed together, and the slide construction pushes away
The dynamic one-way mechanism rotation right over it, the one-way mechanism and auxiliary acceleration mechanism are sequentially connected, the lifting rope
With auxiliary acceleration mechanism movable contact.The belt shaft runs through reel, is wrapped lifting rope on the reel, described hangs
Rope runs through shell, is fixed on cantilever tip across hangers, the one-way mechanism, auxiliary acceleration mechanism, slide construction, sliding top
Center there are two dynamic structure is all set and about shell is in a center of symmetry.
Further, the one-way mechanism is equipped with the first sliding bar, the first connecting pole, interlocking lever, active pawl, rectangular
Axis connects block, unidirectional rigid gear, the second interlocking lever, check pawl, the second sliding bar, central rotating shaft, gasket, and described is unidirectional rigid
Property gear, square shaft connects the center of block, gasket on same horizontal line and center is run through by central rotating shaft, in described
Heart shaft rear and front end coordinates embedded in inner walls and with its activity, and the unidirectional rigid gear is close to that side of inner walls
There are one check pawl, described check pawl one end to be matched with the notch of unidirectional rigid gear for installation, the non-return spine
The pawl other end is fixed together by the second interlocking lever and central rotating shaft, this end of the check pawl also passes through the second sliding bar
It is fixed together with the slide construction immediately below it, with the check pawl about the axisymmetric position of unidirectional rigid gear
It sets and active pawl is installed, described active pawl one end is matched with the notch of unidirectional rigid gear, the active pawl
The other end is not only mechanically connected by interlocking lever and central rotating shaft, also the sliding knot by the first sliding bar and immediately below it
Structure is fixed together.
Further, the auxiliary acceleration mechanism is equipped with fixing nut, suspension fixing axle, irregular fixinig plate, capitate
Revolving fragment, universal rotor, fixed osteocomma, the first driving belt, the suspension fixing axle are located at unidirectional rigid gear close to skin
That side with shaft, the suspension fixing axle are vertically fixed on housing top surface, the suspension fixing axle by fixing nut
The other end is fixed with irregular fixinig plate, and the irregular fixinig plate is lived close to the head end of unidirectional rigid gear by shaft
Dynamic to be equipped with fixed osteocomma, the shaft and central rotating shaft are sequentially connected by the first driving belt, and described does not advise
Then the end of fixinig plate is equipped with capitate revolving fragment, passes through the activity of universal rotor between the capitate revolving fragment and fixed osteocomma
Linking, the capitate revolving fragment and reel activity touching.
Further, the slide construction is equipped with sliding shoe, first level fixed link, fixed seat, center litter, triangle
Supporting rack, slideway, the second horizontal fixed link.
Further, the first level fixed link is located at immediately below the second horizontal fixed link and the two is mutually flat
One end of row, the first level fixed link and the second horizontal fixed link is horizontally fixed on inner walls by fixed seat, institute
The first level fixed link stated and the second horizontal fixed link other end are equipped with therebetween slideway, and the center litter, which is set to, to be slided
In road and upper and lower ends are fixed in first level fixed link and the second horizontal fixed link, in the slideway and inner walls
Between first level fixed link and the second horizontal fixed link inside triangular support bracket is installed, the sliding shoe is sleeved on center
It uses on litter and with it and is slidably matched, the center litter front and back sides are also installed with the second sliding bar and first and slide
Lever, the described second horizontal fixed link are located at the underface of unidirectional rigid gear.
Further, the sliding pushes structure and is equipped with rotation band moving axis, stock, fixed disk, quarter butt, belt pulley, the
Two driving belts, the first taper cone pulley, first taper cone pulley set there are two and the two Vertical Meshing, one of them first cone
Shape wheel and power decentralized structure match, another first taper cone pulley passes through the second driving belt and the skin for being located at its obliquely downward degree
Belt wheel transmission connects, and the fixation disk and belt pulley center of circle concurrent and center are run through by rotation band moving axis, the rotation
It is embedded in the recess of inner walls and is used with it with moving axis rear and front end and be slidably matched, described quarter butt one end is mounted on rotation
On band moving axis, the quarter butt other end and stock mechanical connection, the stock are held away from that side of power decentralized structure
Sliding shoe top surface.
Further, the power decentralized structure is equipped with transmission shaft, suspended axle, limited block, third driving belt, third
Driving belt, third taper cone pulley, the 4th taper cone pulley, long shaft, supporting rod.
Further, the 4th taper cone pulley set there are two and the two Vertical Meshing, one of them the 4th taper cone pulley
Fixed to be nested in motor output shaft top, the 4th taper cone pulley is mounted on the middle of long shaft, the long shaft water
Flat left and right ends are fixed with supporting rod, and the supporting rod is vertically fixed on enclosure interior bottom surface, and the long shaft is wherein
One end is equipped with the first taper cone pulley, and the long shaft other end is equipped with third driving belt, the third driving belt set
On the transmission shaft right over it, the bottom of the suspended axle is opened there are one perforation, and the transmission shaft runs through perforation
Wherein one end is equipped with third driving belt afterwards and end is covered with limited block, and the transmission shaft is another far from belt shaft
One end is equipped with the first taper cone pulley, the third taper cone pulley and the 4th taper cone pulley engagement in long shaft, described
4th taper cone pulley central rotating shaft runs through, and is sequentially connected by third driving belt between the central rotating shaft and belt shaft.
Advantageous effect
A kind of easily bridge construction device of the invention, electrical power operating directly drive the length of power decentralized structure to turn
Shaft rotation is dynamic, will not be allowed by the there is a situation where left-right balance when the supporting rod of setting is to ensure long shaft rotation
The first taper cone pulley and the first taper cone pulley holding same frequency rotation being directly installed in long shaft that three driving belts drive, suspension
The setting of axis allows sliding to push the stock of structure also for the balance for ensureing transmission shaft rotation under the drive of the first taper cone pulley
It moves in a circle on fixed disk with quarter butt, pushes sliding shoe to be slided on the litter of center repeatedly, and first level fixed link, three
The setting of angle supporting rack, the second horizontal fixed link is provided to guarantee center litter plumbness, does not influence the first sliding bar,
The operating of two sliding bars drives unidirectional rigid gear single direction rotation, the fixation osteocomma single direction rotation with dynamic auxiliary acceleration mechanism,
It fixes under the promotion of osteocomma, universal rotor, capitate revolving fragment, rotation touches reel, accelerates the rotation of reel, is on the one hand rolling up
When cylinder loosens lifting rope, it can accelerate to put rope speed, on the other hand when reel rope closing, increase its resistance, make it slow
It is slow to rise, it avoids no hanger, rope closing excessive velocities, tail portion from getting to the construction personnel of surrounding, improves personnel safety factor, this
Invention pushes structure, power decentralized structure equipped with one-way mechanism, auxiliary acceleration mechanism, slide construction, sliding, mainly utilizes power
The mechanical force that motor generates is divided into two by dispersed structure, while two slidings being driven to push structure rotation, and then sliding pushes
Structure passes through the transmission of slide construction, makes it that one-way mechanism more steadily be driven to operate, bidirectional rotation is allowed to be changed into unidirectional rotation
Turn, auxiliary acceleration mechanism accelerates spool turns, on the one hand increases the relaxed length of lifting rope, also reduce simultaneously reel and lifting rope it
Between frictional force, improve the speed of piling, pile body allowed more to go deep into soil, indirectly improve bridge construction efficiency.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of easily bridge construction device of the present invention.
Fig. 2 is the structural schematic diagram of present invention construction acceleration system.
Fig. 3 is the detailed construction schematic diagram of present invention construction acceleration system.
Fig. 4 is the schematic enlarged-scale view of A in Fig. 3.
In figure：Idler wheel -1, drive shaft -2, case -3, hangers -4, holder -5, joint -6, supporting block -7, construction accelerate system
System -8, belt shaft -81, reel -82, lifting rope -83, one-way mechanism -84, auxiliary acceleration mechanism -85, shell -86, sliding knot
Structure -87, sliding push structure -88, power decentralized structure -89, motor -810, the first sliding bar -841, the first connecting pole -842,
Interlocking lever -843, active pawl -844, square shaft connect block -845, unidirectional rigid gear -846, the second interlocking lever -847, non-return spine
Pawl -848, the second sliding bar -849, central rotating shaft -8410, gasket -8411, fixing nut -851, suspension fixing axle -852, no
Regular fixinig plate -853, capitate revolving fragment -854, universal rotor -855, fixed osteocomma -856, the first driving belt -857, sliding
Block -871, first level fixed link -872, fixed seat -873, center litter -874, triangular support bracket -875, slideway -876,
Two horizontal fixed links -877, rotation band moving axis -881, stock -882, fixed disk -883, quarter butt -884, belt pulley -885, second
Driving belt -886, the first taper cone pulley -887, transmission shaft -891, suspended axle -892, limited block -893, third driving belt -
894, third driving belt -895, third taper cone pulley -896, the 4th taper cone pulley -897, long shaft -898, supporting rod -899.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
Embodiment
- Fig. 4 is please referred to Fig.1, the present invention provides one kind, and easily bridge construction device, structure include idler wheel 1, drive shaft
2, case 3, hangers 4, holder 5, joint 6, supporting block 7, construction acceleration system 8, the idler wheel 1 set there are four and two-by-two it
Between be mechanically connected by drive shaft 2, the construction acceleration system 8 is located at the top of idler wheel 1, the construction acceleration system
Two holders 5 are installed in 8 tops, are flexibly connected by joint 6 between two holders, the holder 5 is also fixed by supporting block 7
In construction acceleration system 8, the hangers 4 is fixed on the junction of two holders 5, and the case 3 is mounted on construction and adds
The side of speed system 8.
The construction acceleration system 8 is equipped with belt shaft 81, reel 82, lifting rope 83, one-way mechanism 84, auxiliary acceleration machine
Structure 85, shell 86, slide construction 87, sliding push structure 88, power decentralized structure 89, motor 810, the motor 810 peace
Mounted in 86 inner bottom surface middle of shell, the motor 810 pushes structure 88 by power decentralized structure 89 and sliding and is driven
Connection, the belt shaft 81 are located at the surface of motor 810, and the sliding pushes structure 88 and is fixed in shell 86
Slide construction 87 on wall is fixed together, and the slide construction 87 pushes the one-way mechanism 84 being located at right over it to rotate,
The one-way mechanism 84 and auxiliary acceleration mechanism 85 is sequentially connected, and the lifting rope 83 and auxiliary 85 activity of acceleration mechanism connect
It touches.The belt shaft 81 runs through reel 82, and lifting rope 83 is wrapped on the reel 82, and the lifting rope 83 runs through shell
86,5 top of holder, the one-way mechanism 84, auxiliary acceleration mechanism 85, slide construction 87, sliding top are fixed on across hangers 4
Center there are two dynamic structure 88 is all set and about shell 86 is in a center of symmetry.
The one-way mechanism 84 is equipped with the first sliding bar 841, the first connecting pole 842, interlocking lever 843, active pawl
844, square shaft connect block 845, unidirectional rigid gear 846, the second interlocking lever 847, check pawl 848, the second sliding bar 849, in
Heart shaft 8410, gasket 8411, the unidirectional rigid gear 846, square shaft connect the center of block 845, gasket 8411 same
On horizontal line and center is run through by central rotating shaft 8410, and 8410 rear and front end of central rotating shaft is in shell 86
Wall simultaneously coordinates with its activity, and there are one check pawls close to the installation of that side of 86 inner wall of shell for the unidirectional rigid gear 846
848, described 848 one end of check pawl is matched with the notch of unidirectional rigid gear 846, and the check pawl 848 is another
End is fixed together by the second interlocking lever 847 and central rotating shaft 8410, and described this end of check pawl 848 is also slided by second
Lever 849 and the slide construction 87 immediately below it are fixed together, with the check pawl 848 about unidirectional rigid teeth
It takes turns 846 axisymmetric positions and active pawl 844, the slot of described active pawl 844 one end and unidirectional rigid gear 846 is installed
Mouth matches, and 844 other end of active pawl is not only mechanically connected by interlocking lever 843 and central rotating shaft 8410, also logical
It crosses the first sliding bar 841 and the slide construction 87 immediately below it is fixed together.
The auxiliary acceleration mechanism 85 is equipped with fixing nut 851, suspension fixing axle 852, irregular fixinig plate 853, hammer
Shape revolving fragment 854, universal rotor 855, fixed osteocomma 856, the first driving belt 857, the suspension fixing axle 852 is located at single
To rigid gear 846 close to that side of belt shaft 81, the suspension fixing axle 852 is vertically fixed by fixing nut 851
In 86 top surface of shell, 852 other end of suspension fixing axle is fixed with irregular fixinig plate 853, and described is irregular solid
Stator 853 is movably installed with fixed osteocomma 856 close to the head end of unidirectional rigid gear 846 by shaft, and the shaft is in
Heart shaft 8410 is sequentially connected by the first driving belt 857, and the end of the irregular fixinig plate 853 is equipped with hammer
Shape revolving fragment 854, it is described by 855 fluid communication of universal rotor between the capitate revolving fragment 854 and fixed osteocomma 856
Capitate revolving fragment 854 and the activity touching of reel 82.
The slide construction 87 is equipped with sliding shoe 871, first level fixed link 872, fixed seat 873, center litter
874, triangular support bracket 875, slideway 876, the second horizontal fixed link 877, the first level fixed link 872 are located at the second water
Immediately below flat fixed link 877 and the two is mutually parallel, the first level fixed link 872 and the second horizontal fixed link 877
One end 86 inner wall of shell is horizontally fixed on by fixed seat 873, the first level fixed link 872 and second horizontal fixed
877 other end of bar is equipped with therebetween slideway 876, and the center litter 874 is set in slideway 876 and upper and lower ends are fixed
In first level fixed link 872 and the second horizontal fixed link 877, between 86 inner wall of the slideway 876 and shell
Triangular support bracket 875 is installed, the sliding shoe 871 is sleeved on inside one horizontal fixed link 872 and the second horizontal fixed link 877
It uses on center litter 874 and with it and is slidably matched, 874 front and back sides of center litter are also installed with the second sliding
Bar 849 and the first sliding bar 841, the described second horizontal fixed link 877 are located at the underface of unidirectional rigid gear 846.
The sliding pushes structure 88 and is equipped with rotation band moving axis 881, stock 882, fixed disk 883, quarter butt 884, belt
Take turns the 885, second driving belt 886, the first taper cone pulley 887, first taper cone pulley 887 set there are two and the two vertically nibble
It closes, one of them first taper cone pulley 887 and power decentralized structure 89 match, another first taper cone pulley 887 is passed by second
Dynamic belt 886 is sequentially connected with the belt pulley 885 positioned at 45 degree of its obliquely downward, 885 center of circle of the fixation disk 883 and belt pulley
Concurrent and center are rotated band moving axis 881 and are run through, and the rotation is with 881 rear and front end of moving axis embedded in the recessed of 86 inner wall of shell
It uses in mouthful and with it and is slidably matched, described 884 one end of quarter butt is mounted on rotation band moving axis 881, and the quarter butt 884 is another
One end and stock 882 are mechanically connected, and the sliding shoe 871 that the stock 882 is held away from 89 that side of power decentralized structure pushes up
Face.
The power decentralized structure 89 is equipped with transmission shaft 891, suspended axle 892, limited block 893, third driving belt
894, third driving belt 895, third taper cone pulley 896, the 4th taper cone pulley 897, long shaft 898, supporting rod 899, described
Four taper cone pulleies 897 set there are two and the two Vertical Meshing, to be nested in motor 810 defeated for the fixation of one of them the 4th taper cone pulley 897
Shaft top, the 4th taper cone pulley 897 are mounted on the middle of long shaft 898, the 898 level left and right two of long shaft
End is fixed with supporting rod 899, and the supporting rod 899 is vertically fixed on 86 inner bottom surface of shell, the long shaft 898 its
Middle one end is equipped with the first taper cone pulley 887, and 898 other end of long shaft is equipped with third driving belt 894, the third
Driving belt 894 is sleeved on the transmission shaft 891 right over it, and the bottom of the suspended axle 892 opens that there are one perforation, institutes
Wherein one end is equipped with 893 sets of third driving belt 894 and end limited block to the transmission shaft 891 stated after perforation,
The other end of the transmission shaft 893 far from belt shaft 81 is equipped with the first taper cone pulley 887, the third taper cone pulley 896
With the 4th taper cone pulley 897 engagement in long shaft 898,897 central rotating shaft of the 4th taper cone pulley runs through, described
It is sequentially connected by third driving belt 895 between central rotating shaft and belt shaft 81.
Motor 810, which is powered, to be operated, and directly drives the long shaft 898 of power decentralized structure 89 to rotate, the supporting rod 899 of setting
It will not be allowed and driven by third driving belt 894 there is a situation where left-right balance when being to ensure that long shaft 898 rotates
The first taper cone pulley 887 same frequency rotation, suspended axle 892 are kept with the first taper cone pulley 887 being directly installed in long shaft 898
Setting also for ensure transmission shaft 891 rotate balance, allow sliding to push structure 88 under the drive of the first taper cone pulley 887
Stock 882 and quarter butt 884 move in a circle on fixed disk 883, push sliding shoe 871 sliding on center litter 874 repeatedly
It is dynamic, and the setting of first level fixed link 872, triangular support bracket 875, the second horizontal fixed link 877 is provided to guarantee center
874 plumbness of litter does not influence the operating of the first sliding bar 841, the second sliding bar 849, drives unidirectional rigid gear 846 single
To rotation, 856 single direction rotation of fixation osteocomma with dynamic auxiliary acceleration mechanism 85 is pushed away in fixed osteocomma 856, universal rotor 855
Under dynamic, capitate revolving fragment 854, rotation touches reel 82, accelerates the rotation of reel 82, on the one hand loosens lifting rope 83 in reel 82
When, it can accelerate to put rope speed, on the other hand when 82 rope closing of reel, increase its resistance, it is allowed slowly to rise, keep away
Exempt from no hanger, rope closing excessive velocities, the construction personnel of surrounding is got in tail portion, improves personnel safety factor.
Capitate revolving fragment 854 of the present invention is made of steel material, and damage that this kind of material is wear resistant is not easy to get rusty, just
Property is strong, not easy to break.
Problems solved by the invention is the impulse force generated using outburst effect, the pulling force and rope that rope slings generates
Frictional force between rope and reel is exactly the resistance of impulse force, reduces the speed of piling, is allowed in the not deep enough soil of pile body, the present invention
By being combined with each other for above-mentioned component, the present invention is equipped with one-way mechanism 84, auxiliary acceleration mechanism 85, slide construction 87, sliding top
The mechanical force that motor 810 generates, is mainly divided into two using power decentralized structure 89 by dynamic structure 88, power decentralized structure 89,
Two slidings are driven to push the rotation of structure 88 simultaneously, then sliding pushes transmission of the structure 88 by slide construction 87, makes it more
Add and steadily one-way mechanism 84 is driven to operate, bidirectional rotation is allowed to be changed into single direction rotation, auxiliary acceleration mechanism 85 accelerates reel 82
On the one hand rotation increases the relaxed length of lifting rope 83, also reduce the frictional force between reel 82 and lifting rope 83 simultaneously, and raising is beaten
The speed of stake, allows pile body more to go deep into soil, improves the construction efficiency of bridge indirectly.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of, easily bridge construction device, structure include idler wheel (1), drive shaft (2), case (3), hangers (4), holder
(5), joint (6), supporting block (7), construction acceleration system (8), the idler wheel (1) set there are four and pass through drive between any two
Moving axis (2) is mechanically connected, and the construction acceleration system (8) is located above idler wheel (1), it is characterised in that：
Two holders (5) are installed above the construction acceleration system (8), are flexibly connected by joint (6) between two holders,
The holder (5) is also fixed on by supporting block (7) in construction acceleration system (8), and the hangers (4) is fixed on two branch
The junction of frame (5), the case (3) are mounted on the side of construction acceleration system (8)；
The construction acceleration system (8) is equipped with belt shaft (81), reel (82), lifting rope (83), one-way mechanism (84), auxiliary
Acceleration mechanism (85), shell (86), slide construction (87), sliding push structure (88), power decentralized structure (89), motor
(810)；
The motor (810) is mounted on shell (86) inner bottom surface middle, and the motor (810) passes through power decentralized knot
Structure (89) and sliding push structure (88) drive connection, and the belt shaft (81) is located at the surface of motor (810), described
The sliding slide construction (87) that pushes structure (88) and be fixed on shell (86) inner wall be fixed together, the sliding knot
Structure (87) pushes one-way mechanism (84) rotation being located at right over it, the one-way mechanism (84) and auxiliary acceleration mechanism (85)
It is sequentially connected, the lifting rope (83) and auxiliary acceleration mechanism (85) movable contact.The belt shaft (81) runs through reel
(82), lifting rope (83) is wrapped on the reel (82), the lifting rope (83) runs through shell (86), passes through hangers (4) solid
It is scheduled on holder (5) top, the one-way mechanism (84), auxiliary acceleration mechanism (85), slide construction (87), sliding push structure
(88) center there are two all setting and about shell (86) is in a center of symmetry.
2. a kind of easily bridge construction device according to claim 1, it is characterised in that：The one-way mechanism (84)
Block is connect equipped with the first sliding bar (841), the first connecting pole (842), interlocking lever (843), active pawl (844), square shaft
(845), unidirectional rigid gear (846), the second interlocking lever (847), check pawl (848), the second sliding bar (849), center turn
Axis (8410), gasket (8411), the unidirectional rigid gear (846), square shaft connect the center of block (845), gasket (8411)
On same horizontal line and center is run through by central rotating shaft (8410), and the central rotating shaft (8410) rear and front end is embedding
Coordinate in shell (86) inner wall and with its activity, the unidirectional rigid gear (846) is pacified close to that side of shell (86) inner wall
There are one check pawl (848), the check pawl (848) one end to be matched with the notch of unidirectional rigid gear (846) for dress,
Check pawl (848) other end is fixed together by the second interlocking lever (847) and central rotating shaft (8410), described
Slide construction (87) of check pawl (848) this end also by the second sliding bar (849) and immediately below it is fixed together,
Active pawl (844), institute are installed about unidirectional rigid gear (846) axisymmetric position with the check pawl (848)
Active pawl (844) one end stated is matched with the notch of unidirectional rigid gear (846), and the active pawl (844) is another
End is not only mechanically connected by interlocking lever (843) and central rotating shaft (8410), also just by the first sliding bar (841) and positioned at it
The slide construction (87) of lower section is fixed together.
3. a kind of easily bridge construction device according to claim 1, it is characterised in that：The auxiliary acceleration mechanism
(85) it is equipped with fixing nut (851), suspension fixing axle (852), irregular fixinig plate (853), capitate revolving fragment (854), universal
Rotor (855), fixed osteocomma (856), the first driving belt (857), the suspension fixing axle (852) are located at unidirectional rigid teeth
(846) are taken turns close to that side of belt shaft (81), the suspension fixing axle (852) is vertically fixed by fixing nut (851)
In shell (86) top surface, described suspension fixing axle (852) other end is fixed with irregular fixinig plate (853), it is described not
Regular fixinig plate (853) is movably installed with fixed osteocomma (856), institute close to the head end of unidirectional rigid gear (846) by shaft
The shaft and central rotating shaft (8410) stated are sequentially connected by the first driving belt (857), the irregular fixinig plate
(853) end is equipped with capitate revolving fragment (854), passes through between the capitate revolving fragment (854) and fixed osteocomma (856)
Universal rotor (855) fluid communication, the capitate revolving fragment (854) and reel (82) activity touching.
4. a kind of easily bridge construction device according to claim 1, it is characterised in that：The slide construction (87)
Equipped with sliding shoe (871), first level fixed link (872), fixed seat (873), center litter (874), triangular support bracket
(875), slideway (876), the second horizontal fixed link (877).
5. a kind of easily bridge construction device according to claim 4, it is characterised in that：The first level is fixed
Bar (872) is located at immediately below the second horizontal fixed link (877) and the two is mutually parallel, the first level fixed link
(872) and one end of the second horizontal fixed link (877) is horizontally fixed on shell (86) inner wall by fixed seat (873), described
First level fixed link (872) and second horizontal fixed link (877) other end are equipped with therebetween slideway (876), in described
Heart litter (874) is set in slideway (876) and upper and lower ends are fixed on first level fixed link (872) and the second level is fixed
On bar (877), the first level fixed link (872) and second between the slideway (876) and shell (86) inner wall are horizontal
Triangular support bracket (875) is installed inside fixed link (877), the sliding shoe (871) be sleeved on center litter (874) and with
It, which is used, is slidably matched, and described center litter (874) front and back sides are also installed with the second sliding bar (849) and first and slide
Lever (841), the described second horizontal fixed link (877) are located at the underface of unidirectional rigid gear (846).
6. a kind of easily bridge construction device according to claim 1, it is characterised in that：The sliding pushes structure
(88) rotation band moving axis (881), stock (882), fixed disk (883), quarter butt (884), belt pulley (885), the second transmission are equipped with
Belt (886), the first taper cone pulley (887), first taper cone pulley (887) set there are two and the two Vertical Meshing, wherein
One the first taper cone pulley (887) and power decentralized structure (89) match, another first taper cone pulley (887) passes through the second transmission
Belt (886) is sequentially connected with the belt pulley (885) positioned at 45 degree of its obliquely downward, the fixation disk (883) and belt pulley
(885) center of circle concurrent and center are run through by rotation band moving axis (881), and rotation band moving axis (881) rear and front end is embedded in
It uses in the recess of shell (86) inner wall and with it and is slidably matched, the quarter butt (884) one end is mounted on rotation band moving axis
(881) on, the quarter butt (884) other end and stock (882) mechanical connection, the stock (882) is held away from dynamic
Sliding shoe (871) top surface of power dispersed structure (89) that side.
7. a kind of easily bridge construction device according to claim 1, it is characterised in that：The power decentralized structure
(89) transmission shaft (891), suspended axle (892), limited block (893), third driving belt (894), third driving belt are equipped with
(895), third taper cone pulley (896), the 4th taper cone pulley (897), long shaft (898), supporting rod (899).
8. a kind of easily bridge construction device according to claim 7, it is characterised in that：4th taper cone pulley
(897) there are two setting and the two Vertical Meshing, the fixed motor (810) that is nested in of one of them the 4th taper cone pulley (897) export
Axis top, the 4th taper cone pulley (897) are mounted on the middle of long shaft (898), and the long shaft (898) is horizontal left
Right both ends are fixed with supporting rod (899), and the supporting rod (899) is vertically fixed on shell (86) inner bottom surface, described
Long shaft (898) wherein one end is equipped with the first taper cone pulley (887), and long shaft (898) other end is driven equipped with third
Belt (894), the third driving belt (894) are sleeved on the transmission shaft right over it (891), the suspended axle
(892) bottom is opened there are one perforation, and the transmission shaft (891) is equipped with third driving belt in wherein one end after perforation
(894) and end is covered with limited block (893), and the other end of the transmission shaft (893) far from belt shaft (81) is installed
There are the first taper cone pulley (887), the third taper cone pulley (896) and the 4th taper cone pulley (897) in long shaft (898)
Engagement, the 4th described taper cone pulley (897) central rotating shaft runs through, by the between the central rotating shaft and belt shaft (81)
Three driving belts (895) are sequentially connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810099071.XA CN108343060A (en) | 2018-01-31 | 2018-01-31 | A kind of easily bridge construction device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810099071.XA CN108343060A (en) | 2018-01-31 | 2018-01-31 | A kind of easily bridge construction device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108343060A true CN108343060A (en) | 2018-07-31 |
Family
ID=62958958
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810099071.XA Withdrawn CN108343060A (en) | 2018-01-31 | 2018-01-31 | A kind of easily bridge construction device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108343060A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113774855A (en) * | 2021-09-27 | 2021-12-10 | 张国云 | Hydraulic engineering construction equipment |
-
2018
- 2018-01-31 CN CN201810099071.XA patent/CN108343060A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113774855A (en) * | 2021-09-27 | 2021-12-10 | 张国云 | Hydraulic engineering construction equipment |
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Application publication date: 20180731 |