CN109177861A

CN109177861A - Full-automatic road construction electric pole mounting transport vehicle

Info

Publication number: CN109177861A
Application number: CN201811263729.2A
Authority: CN
Inventors: 不公告发明人
Original assignee: Qingdao Zhixiang Patent Technology Development Co Ltd
Current assignee: Zong Liangdong
Priority date: 2017-03-22
Filing date: 2017-03-22
Publication date: 2019-01-11
Anticipated expiration: 2037-03-22
Also published as: CN106891792A; CN109177860B; CN109177860A; CN109177861B; CN106891792B

Abstract

The invention discloses Full-automatic road construction electric pole mounting transport vehicles, row's support plate has been correspondingly connected in the car body, a line bar slot is constituted between support plate described in each adjacent two, the line bar body is located at side by side in the line bar slot, the line bar sliding mouth of a connection corresponding with the line bar slot is respectively arranged in the car body, a carriage body inner cavity is provided in the car body, the intracavitary chain for being provided with a rotation in the carriage body, the first slider disc of a sliding is provided in the carriage body side channel, the second slider disc of a rotation is provided in first slider disc, the third slider disc of a sliding is provided in second slider disc, the sliding of line bar body described in the chain-driving can be passed through, the position of the line bar body can be further adjusted so as to the sliding by the third slider disc, so as to avoid benefit Consumption of petroleum caused by the line bar body is loaded and unloaded with crane, further saves petroleum resources.

Description

Full-automatic road construction electric pole mounting transport vehicle

Technical field

The present invention relates to a kind of line bar transport vehicles, and in particular to Full-automatic road construction electric pole mounting transport vehicle, especially The electric power highway construction electric pole of electric pole installation can be carried out by root mounting transport vehicle by root in both sides of highway by being related to one kind.

Background technique

Also the continuous development of electric power row is further promoted while continuous improvement with living standard, wherein present In the development of power equipment, electric pole is one of the wiring unit than that can not be, so as to utilize electric pole by cable laying In high vacancy, huge numbers of families are delivered power to so as to be further ensured that, since electric pole is big during laying It is all mostly the two sides for being laid on highway, so the two sides built-in electric wire bar of the process of construction Zhong Hui highway in highway, so as to The laying of enough power Transmissions for further facilitating the later period and signal cable, wherein during present electric pole is laid with All it is to be transported electric pole to after designated position using conveying carriage, then again electric pole unload by the lifting of root, And similarly need crane fix by the installation of root during installing fixed, so that the laying of electric pole is completed, Although carrying out that installation fixation can be completed by the lifting of root using crane, there is problems:

It needs to carry out lifting unloading by root using crane after transporting electric pole to designated position, and in the mistake of installation It similarly needs to carry out lifting fixation by root in journey, a large amount of manpower is wasted in hoisting process repeatedly, while also increasing Added crane uses the time, further increases the consumption of petroleum, further increases the construction cost of highway, simultaneously Also it further reduced the laying efficiency of electric pole.

It is therefore necessary to design Full-automatic road construction electric pole mounting transport vehicle, to solve the above technical problems.

Summary of the invention

The object of the present invention is to overcome the problems of the prior art, provides Full-automatic road construction electric pole installation fortune The line bar body can be correspondingly arranged in the line bar slot, can be slided by the line bar by defeated vehicle, the configuration of the present invention is simple Mouth can further be passed to intracavitary in the carriage body, the intracavitary chain for being provided with a rotation in the carriage body, so as to The rotation for pulling frame can further enough be driven by the rotation of the chain, so as to pass through the pulling frame energy Enough slidings for further pulling the line bar body, so as to further be conveyed to the line bar body, in the vehicle Carriage body side is provided with a carriage body side channel, is provided with the first slider disc of sliding, in the carriage body side channel so as to pass through The line bar body can be further transported in the line bar fixed cylinder by the rotation of the chain, so as to by described Hydraulic push rod can further press first support tube, so as to make the line bar body be in vertical shape State, and the line can be further driven by sliding of second slider disc in first slider disc The rotation of the body of rod so as to realize the installation site for adjusting the line bar body, and can be existed by the third slider disc Sliding in second slider disc can adjust the installation site of the line bar body, further so as to realize to described Line bar body carries out accurately by the purpose of root installation, to avoid crane by consumption of petroleum caused by root lifting, while also further Increased construction efficiency.

The invention is realized by the following technical scheme:

Full-automatic road construction electric pole mounting transport vehicle includes a car body, and the car body is equipped with line bar body, described It has been correspondingly connected with row's support plate in car body, a line bar slot, the line bar body are constituted between support plate described in each adjacent two It is located in the line bar slot side by side, the line bar sliding of a connection corresponding with the line bar slot is respectively arranged in the car body Mouthful, a carriage body inner cavity is provided in the car body, the line bar slides mouth connection corresponding with the carriage body inner cavity respectively, institute The intracavitary chain for being provided with a rotation in carriage body is stated, circle pulling corresponding with the line bar body is provided on the chain Frame, line bar sliding mouth two sides are respectively arranged with a sliding block slided in the car body, the sliding block control The line bar body sliding is made, is provided with one the 4th motor-driven 5th shaft in the car body, the 5th shaft drives The chain and the corresponding movement of the sliding block, can by the line bar body the being located at according to this line bar slot, thus The conveying to the electric pole progress in the line bar slot by root can be can be realized with the sliding of the sliding block, so as to Can be intracavitary in the carriage body by being transported to for root by the line bar body, so as to can be into one by the rotation of the chain Step drives the sliding of the line bar body, so as to carry out the conveying by root to the line bar body, so as to further right The line bar body is able to carry out the installation by root, avoids and unloads consumption of petroleum caused by the line bar body by root using crane, Construction efficiency is also further improved simultaneously.

The car body side is provided with a carriage body side channel corresponding with the carriage body inner cavity, sets in the carriage body side channel It is equipped with the first slider disc of a sliding, the second slider disc of a rotation, second sliding are provided in first slider disc It is provided with the third slider disc of a sliding on disk, is provided with the first support tube of a rotation in the third slider disc, described One second support tube is connected on one support tube, first support tube is corresponding with second support tube to connect and compose a line Bar fixed cylinder, the line bar fixed cylinder is corresponding with the carriage body inner cavity, and the of a sliding is provided in the third slider disc Three sliding shoes can pass through by the corresponding connection of a hydraulic push rod between the third sliding shoe and first support tube The line bar body can be further transported in the line bar fixed cylinder by the rotation of the chain, so as to by described Hydraulic push rod can further press first support tube, so as to further carry out to the line bar body Press, and can further be adjusted described by rotation of second slider disc in first slider disc The installation fixing position of line bar body is set, and can by sliding of the third slider disc in second slider disc, thus It can further realize that the installation fixing position for adjusting the line bar body is set, the line is installed by root so as to avoid using crane Trouble, further reduces consumption of petroleum, to save petroleum resources, while also can further improve caused by the body of rod Working efficiency.

The control sliding bar of row sliding, the line bar body and the control sliding bar are provided in first support tube It is corresponding, the U-shaped setting of the control sliding bar, and the control sliding bar drives the second support tube sliding, Neng Goutong The sliding of the control sliding bar can further be controlled by crossing the line bar body, so as to realize control second support The sliding of cylinder, so as to using can be to the line after first support tube and the corresponding connection of second support tube The body of rod is protected, so that the line bar body be prevented to be sliding out the line bar fixed cylinder.

First support tube bottom is provided with the blocking locating rod of the control line bar body sliding, and described first Support cylinder on be provided with a control it is described stop locating rod movement control bracket, can during loading and unloading the line bar body energy The sliding of the line bar body can be controlled, further by the control bracket enough so as to pass through the control bracket energy Enough unloaded operations for further controlling the line bar body.

Further, it is provided with a third hand tap gear in the 5th shaft, a rotation is provided in the car body 7th shaft, the 7th both ends of the shaft are respectively arranged with one the 4th bevel gear and one the 5th bevel gear, the 4th bevel gear Engagement connection corresponding with the third hand tap gear, carriage body inner cavity both ends are respectively arranged with one and rotate in the car body First rotating shaft and one second shaft, an engagement connection corresponding with the 5th bevel gear is connected in the first rotating shaft Corresponding first sprocket wheel and one second there are two being respectively set in 6th bevel gear, the first rotating shaft and second shaft Sprocket wheel, the chain rotate on first sprocket wheel and second sprocket wheel, intracavitary in the carriage body to be provided with one and be connected to Support plate in the car body, the support plate two sides are respectively arranged with a support plate sliding slot corresponding with the chain, The rotation of the third hand tap gear can be further driven, so as to pass through by the rotation of the 5th shaft The third hand tap gear is connected with the corresponding engagement of the 4th bevel gear, so as to be further driven to the 7th shaft Rotation, can be connected by the corresponding engagement of the 5th bevel gear and the 6th bevel gear, so as to further The rotation of the first rotating shaft is driven, so as to drive the rotation of first sprocket wheel, so that the rotation of the chain is driven, Further the chain can be supported using the support plate, to can guarantee that the normal of the chain turns It is dynamic, so as to further normally be conveyed to the line bar body.

Further, line bar sliding mouth two sides respectively include second groove being located in the car body, and two Second groove described in side is provided at least two, and the sliding block slides in second groove respectively, described in two sides Be respectively equipped with the 4th shaft and one the 6th shaft that one rotates in the car body in two grooves, the 4th shaft with it is described It is respectively arranged with a first gear rotated in second groove in 6th shaft, is respectively arranged on the sliding block One end of the tooth socket of engagement corresponding with the first gear, the 4th shaft and the 6th shaft is connected separately with a phase It is engaged the second gear of connection, the other end of the 4th shaft is respectively arranged with a second bevel gear, and described 5th turn It is respectively arranged with the first bevel gear of an engagement connection corresponding with the second bevel gear on axis, described 5th turn can be passed through The rotation of axis can further drive the rotation of the first bevel gear, so as to by the first bevel gear with it is described The corresponding engagement of second bevel gear connects, and can further drive the rotation of the 4th shaft, thus described in enough driving The rotation of first gear can be connected by the corresponding engagement of the first gear and the sliding block, so as into One step drives the sliding of the control line bar body of the sliding sliding block, so as to realize to the line bar body carry out by The conveying of root fix by the installation of root to the line bar body to realize.

5th shaft is provided with more, and the quantity of the 5th shaft setting is opposite with the first bevel gear It answers, control panel corresponding with line bar sliding mouth is provided in the car body and turns chamber, the both ends point of the 5th shaft Intracavitary rotation is not turned in the control panel, institute's control panel turns intracavitary and is respectively arranged with a connection control panel, the connection control panel It include one first terminal pad and one second terminal pad, first terminal pad and second terminal pad are connected respectively The both ends of 5th shaft, and the concave connection card slot of a circle is provided in first terminal pad, second connection Connection end corresponding with the connection card slot is provided on disk, the connection end is connected in the connection card slot, institute The terminal pad inner cavity that a T-shaped setting is provided in the second terminal pad is stated, one end of the 5th shaft is connected with one described The slider disc of intracavitary sliding in terminal pad, the slider disc and the terminal pad inner cavity are square setting, and in the terminal pad Intracavitary to be provided with first spring for suppressing the slider disc, the connection control panel further includes having one to be connected to described to be located at institute The disk in the second terminal pad is stated, the connection control panel further includes having one to be located at the electromagnet that the control panel turns intracavitary, institute Repulsion corresponding with the disk after electromagnet is powered is stated, one first company can be connected separately at the both ends of the 5th shaft Connect disk and one second terminal pad, can to the line bar body carry out installation it is fixed during can be by the electromagnet The power supply according to this distinguished, so as to realize the 5th shaft being correspondingly connected with successively, so as to realize to described Line bar body in line bar slot carries out conveying successively, so as to successively carry out installation fixation by root.

It further, include a first sliding chamber being located in the car body in the carriage body side channel, described first is sliding There are two chamber settings, the described first sliding T-shaped setting of chamber, and is provided in first slider disc in the described first sliding intracavitary cunning The first dynamic sliding shoe, is provided with the first threaded rod of first motor driving in the car body, in first slider disc Be provided with one first turn of chamber, described first turn intracavitary the first pushing block for being provided with a sliding, first pushing block with it is described First turn of chamber is square setting, and the screw thread of engagement connection corresponding with first threaded rod is provided on first pushing block Hole is provided with the first supported hole of connection corresponding with first turn of chamber, first threaded rod in first slider disc It is rotated in first supported hole, can be further driven to first threaded rod by the rotation of the first motor Rotation, so as to can further push the sliding of first slider disc by first threaded rod, so as to The installation site of the line bar body is further adjusted, while can also facilitate second slider disc in first slider disc Rotation.

Further, it is provided with the rotation chamber of a T-shaped setting in first slider disc, is set in second slider disc It is equipped in the rotation end of the intracavitary rotation of rotation, the T-shaped setting in the rotation end can pass through second slider disc In the rotation of first slider disc, the installation fixing position that can further adjust the line bar body is set, so as to realize The accurate installation of the line bar body.

Further, second slider disc two sides are respectively arranged with the second sliding chamber of a T-shaped setting, and the third is sliding The second sliding shoe in the described second sliding intracavitary sliding, the T-shaped setting of the second sliding shoe, the compartment are provided on Moving plate Be provided with one second motor-driven second threaded rod in vivo, in the third slider disc in be provided with one second turn of chamber, it is described Second turn of intracavitary second pushing block for being provided with a sliding, second turn of chamber and second pushing block are square setting, institute The threaded hole for being provided with engagement connection corresponding with second threaded rod on the second pushing block is stated, is set in the third slider disc It is equipped with the second supported hole of a connection corresponding with second turn of chamber, second threaded rod is sliding in second supported hole It is dynamic, it can be further driven to the rotation of second threaded rod, by the rotation of second motor so as into one The sliding of the promotion third slider disc of step, so as to further realize the installation fixing position for adjusting the line bar body It sets.

Further, the sliding chamber of a T-shaped third, the sliding chamber of the third are provided on the third slider disc central axis It is inside provided with the third sliding shoe of a sliding, is provided with a first concave groove on the third sliding shoe, described first A third shaft being connected on the third sliding shoe is provided in groove, one end of the hydraulic push rod turns in the third It is rotated on axis, third slider disc two sides are respectively arranged with 1 the tenth shaft, and first support tube two sides are respectively described It is rotated in tenth shaft, a link block is also connected on first support tube, one the 9th shaft is provided on the link block, The other end of the hydraulic push rod rotates in the 9th shaft, and it is motor-driven that a third is additionally provided in the car body Third threaded rod is provided with a third in the third sliding shoe and turns chamber, and the third turns the intracavitary third for being provided with a sliding Pushing block, setting that the third turns chamber and the third pushing block is square are provided with and described the on the third pushing block The threaded hole of the corresponding engagement connection of three threaded rods is provided on the third sliding shoe and turns the corresponding connection of chamber with the third Third supported hole, the third threaded rod slides in the third supported hole, can by the rotation of the third motor, It can be just further driven to the rotation of the third threaded rod, so as to be further driven to the sliding of the third pushing block, So as to further push the movement of the hydraulic push rod, so as to further make the line bar body be in vertical shape State, so as to further guarantee that the normal mounting to the line bar body is fixed.

Further, a pair being connected separately on second motor and the third motor and switching through disk, described pair is switched through A connection turn trough for being square setting is respectively arranged on disk, second threaded rod and third threaded rod end are distinguished It is provided with square spigot corresponding with the connection turn trough, is also respectively provided on the docking turntable and the connection turn trough phase Corresponding card interface, the tapered setting of card interface can be in second slider disc turning in first slider disc In dynamic process, so as to be further ensured that second motor and the third motor can be with second threaded rods With being normally correspondingly connected with for the third threaded rod.

Further, it is provided with one first turn hole in first support tube, is provided with a sliding in first turn hole The first press axis, the third groove of a connection corresponding with first turn hole, institute are additionally provided in first support tube It states and is connected with the 4th slider disc slided in the third groove on the first press axis, be provided in the 4th slider disc One the T-shaped the 5th sliding chamber, the described 5th slides the intracavitary press sliding shoe for being provided with a sliding, connects on the press sliding shoe There is the connecting chainring of a semicircular in shape, connecting chainring engagement connection corresponding with the third threaded rod, the described 5th is sliding Intracavitary to be provided with a second spring for suppressing the press sliding shoe, the end of the 4th slider disc is also connected with one described The the second press axis slided in turn hole set by first support tube, the bottom of first support tube is provided with one and described first turn 4th groove of the corresponding connection in hole, the 4th groove connection corresponding with the line bar fixed cylinder, the line bar fixed cylinder It is inside provided with an eight revolution axis being connected on first support tube, the blocking locating rod turns on the eight revolution axis It is dynamic, and the first press axis presses the blocking locating rod, and the tension blocking positioning is provided in the 4th groove The third spring of bar, the bottom of first support tube is provided with the through-hole of a connection corresponding with the 4th groove, described Control bracket slides in through-hole, and control bracket connection corresponding with the blocking locating rod, can pass through the company The rotation for connecing third thread spindle can be further driven to the rotation of the connecting chainring, so as to pass through the connecting chainring energy Enough slidings for further driving the first press axis can further be pushed described by the first press axis Stop locating rod, so as to further prevent after the line bar body is vertically arranged certainly by the blocking locating rod Dynamic whereabouts, and can be further prevented using the control bracket caused by being self-possessed because of the line bar body to the resistance Gear locating rod presses, to further control the unloading of the line bar body.

Further, it is provided on first support tube and arranges the sliding chamber of U-shaped the 4th one by one, the control sliding bar exists Described 4th sliding intracavitary sliding, and one end of the control sliding bar is connected on first support tube, the control The other end of sliding bar slides in the line bar fixed cylinder respectively, and the described 4th sliding intracavitary be provided with one and suppress the control cunning 4th spring of lever, the line bar body is corresponding with the control sliding bar, can be by the line bar body to the control Sliding bar is pressed, and so as to further drive the sliding of second support tube, can utilize first support The line bar body can be further prevented to be sliding out the line bar fixed cylinder after cylinder connection corresponding with second support tube.

Compared with prior art, the beneficial effects of the present invention are: the configuration of the present invention is simple, can correspond to the line bar body Be located in the line bar slot, can by the line bar slide mouth can further be passed to it is intracavitary in the carriage body, and The sliding to line bar body progress by root can be further realized by the sliding of the sliding block, in the compartment The chain of a rotation is provided in intracoelomic cavity, so as to can further drive the pulling by the rotation of the chain The rotation of frame, so as to can further pull the sliding of the line bar body by the pulling frame, so as to institute It states line bar body further to be conveyed, the car body side is provided with a carriage body side channel, is set in the carriage body side channel It is equipped with the first slider disc of sliding, so as to can further be transported to the line bar body by the rotation of the chain In the line bar fixed cylinder, so as to which further first support tube can be pushed up by the hydraulic push rod Pressure, so as to make the line bar body be in vertical state, and can be sliding described first by second slider disc Sliding on Moving plate can further drive the rotation of the line bar body, so as to realize the peace for adjusting the line bar body Holding position, and can further be adjusted described by sliding of the third slider disc in second slider disc The installation site of line bar body carries out accurately by the purpose of root installation, to avoid crane the line bar body so as to realize Consumption of petroleum caused by the line bar body is unloaded by root, while the installation line bar body also avoided using crane by root causes Consumption of petroleum, further save petroleum resources, while also further increased construction efficiency.

Detailed description of the invention

The present invention will be further described with reference to the accompanying drawing.

Fig. 1 is that electric power highway of the embodiment of the present invention constructs electric pole by root mounting transport vehicle overall structure diagram.

Fig. 2 is that electric power highway of the embodiment of the present invention constructs electric pole by root mounting transport vehicle overall structure top view.

Fig. 3 is carriage body of embodiment of the present invention side channel overall structure diagram.

Fig. 4 is carriage body of embodiment of the present invention side channel overall structure side view.

Fig. 5 is that line bar of the embodiment of the present invention slides mouth overall structure side view.

Fig. 6 is the first support tube of the embodiment of the present invention and the second support tube overall structure diagram.

Fig. 7 is the first support tube of embodiment of the present invention partial structure side view.

Fig. 8 is carriage body of embodiment of the present invention inner cavity overall structure side view.

Fig. 9 is that the embodiment of the present invention connects control panel overall structure diagram.

Figure 10 is that the embodiment of the present invention docks turntable overall structure diagram.

In figure: 1 car body, 2 support plates, 3 line bar slots, 4 line bars sliding mouth, 5 line bar bodies, 6 carriage body inner cavities, 7 first sprocket wheels, 8 second sprocket wheels, 9 first rotating shafts, 10 second shafts, 11 chains, 12 pull frame, 13 support plates, 14 carriage body side channels, 15 first supports Cylinder, 16 second support tubes, 17 first slider discs, 18 second slider discs, 19 third slider discs, 20 rotation ends, 21 rotation chambers, 22 First motor, 23 second motors, 24 third motors, 25 first threaded rods, 26 second threaded rods, 27 third threaded rods, 28 first Turn chamber, 29 second turns of chambers, 30 thirds turn chamber, 31 first pushing blocks, 32 second pushing blocks, 33 third pushing blocks, 34 hydraulic push rods, 35 first sliding shoes, 36 the second sliding shoes, 37 first sliding chambers, 38 second sliding chambers, the sliding chamber of 39 thirds, 40 third sliding shoes, 41 the One groove, 42 third shafts, 43 second grooves, 44 sliding blocks, 45 first gears, 46 the 4th shafts, 47 second gears, 48 Five shafts, 49 first bevel gears, 50 second bevel gears, 51 the 4th motors, 52 third hand tap gears, 53 third hand tap gears, 53 the 4th Bevel gear, 54 the 6th shafts, 55 connection control panels, 56 control panels turn chamber, 57 first terminal pads, 58 second terminal pads, 59 connections Disk inner cavity, 60 slider discs, 61 first springs, 62 disks, 63 electromagnet, 64 connection card slots, 65 connection ends, 66 the 5th sliding chambers, 67 the 7th shafts, 68 the 5th bevel gears, 69 the 6th bevel gears, 70 support plate sliding slots, 71 line bar fixed cylinders, 72 third grooves, 73 First turn hole, 74 first press axis, 75 second press axis, 76 the 4th slider discs, 77 connecting chainrings, 78 press sliding shoes, 79 the Two springs, 80 stop locating rods, 81 eight revolution axis, 82 control brackets, 83 third springs, 84 the 4th grooves, 85 link blocks, 86 the Nine shafts, 87 the 4th sliding chambers, 88 control sliding bars, 89 the 4th springs, 90 docking turntables, 91 card interfaces, 92 connection turn troughs, 93 the Ten shafts, 94 first supported holes, 95 second supported holes, 96 third supported holes.

Specific embodiment

As shown in Figures 1 to 10, Full-automatic road construction electric pole mounting transport vehicle, includes a car body 1, the vehicle Carriage body 1 is equipped with line bar body 5, has been correspondingly connected with row's support plate 2 in the car body 1, support plate 2 described in each adjacent two it Between constitute a line bar slot 3, the line bar body 5 is located at side by side in the line bar slot 3, be respectively arranged in the car body 1 one with The line bar of the corresponding connection of the line bar slot 3 slides mouth 4, and a carriage body inner cavity 6 is provided in the car body 1, and the line bar is sliding It opens one's mouth 4 connections corresponding with the carriage body inner cavity 6 respectively, the chain 11 of a rotation, the chain is provided in the carriage body inner cavity 6 Circle pulling frame 12 corresponding with the line bar body 5 is provided on item 11, the line bar sliding 4 two sides of mouth are respectively arranged with one The sliding block 44 slided in the car body 1, the sliding block 44 control the line bar body 5 and slide, the car body 1 It is inside provided with the 5th shaft 48 of one the 4th motor 51 driving, the 5th shaft 48 drives the chain 11 and the sliding to keep off The corresponding movement of block 44, is provided with the corresponding support plate 2 of a row in the car body 1, and the support plate 2 is connected to side by side In the car body 1, the quantity that the support plate 2 is arranged can be configured according to the needs of design, and every two is adjacent described A line bar slot 3 is constituted between support plate 2, can be propped up in being located at side by side of the line bar body 5 line bar slot 5 so as to utilization Fagging 2 is supported line bar body 5, and connection corresponding with the line bar slot 3 is respectively arranged in the car body 1 Line bar slides mouth 4, is provided with a cavity i.e. carriage body inner cavity 6 in the car body 1, the line bar sliding mouth 4 can with it is described The corresponding connection in carriage body inner cavity 6 falls the line bar body 5 automatically so as to slide mouth 4 by the line bar Enter into the carriage body inner cavity 6, the chain 11 of a rotation is provided in the carriage body inner cavity 6, is arranged on the chain 11 There is a circle to pull frame 12, the pulling frame 12 is correspondingly connected on the chain 11, so as to turning using the chain 11 It is dynamic to be further driven to the rotation for pulling frame 12, so as to be carried out the line bar body 5 into one by the pulling frame 12 The conveying of step is respectively arranged with the sliding block 44 of a sliding, 44 energy of sliding block in the two sides of line bar sliding mouth 4 It is enough to be slided in the car body 1, the 5th shaft 48 of one the 4th motor 51 driving is provided in the car body 1, it is described 5th shaft 48 is able to drive the rotation of the chain 11, from being capable of further band during the chain 11 rotates The sliding of the line bar body 5 is moved, so as to the sliding further to the line bar body 5, is rotated in the 5th shaft 48 During be capable of the sliding of the drive sliding block 44 simultaneously, so as to by the sliding of the sliding block 44 into One step controls the automatic whereabouts of the line bar body 5, and the quantity that the line bar slot 3 is arranged according to design can set It sets, is respectively arranged with the sliding block 44 of sliding in the bottom of the line bar slot 3, and can rotate in the 5th shaft 48 During be capable of the sliding of the control sliding block 44 respectively, so as to further control the line bar body 5 Sliding, so as to realize to the line bar body 5 carry out it is orderly successively convey, so as to further to line bar body 5 carry out install by root.

1 side of car body is provided with a carriage body side channel 14 corresponding with the carriage body inner cavity 6, the carriage body side channel It is provided with the first slider disc 17 of a sliding in 14, the second slider disc 18 of a rotation is provided in first slider disc 17, It is provided with the third slider disc 19 of a sliding in second slider disc 18, is provided with a rotation in the third slider disc 19 First support tube 15, is connected with one second support tube 16 on first support tube 15, first support tube 15 and described the Two support tubes 16 are corresponding to connect and compose a line bar fixed cylinder 71, and the line bar fixed cylinder 71 is corresponding with the carriage body inner cavity 6, The third sliding shoe 40 of a sliding, the third sliding shoe 40 and first support tube are provided in the third slider disc 19 By the corresponding connection of a hydraulic push rod 34 between 15, the side of the car body 1 is provided with a carriage body side channel 14, the compartment The connection corresponding with the carriage body inner cavity 6 of side slot 14, is provided with the first slider disc of a sliding in the carriage body side channel 14 17, it is provided with the second slider disc 18 of a rotation in first slider disc 17, is provided with one in second slider disc 18 The third slider disc 19 of sliding is provided with one first support tube 15 and one second support tube 16 in the third slider disc 19, So as to can further make the line bar body during conveying using the chain 11 to the line bar body 5 5 are automatically transported in the line bar fixed cylinder 71, are respectively set on first support tube 15 and second support tube 16 Have one in semi-circular groove, one can be constituted after first support tube 15 connection corresponding with second support tube 16 Line bar fixed cylinder 71 passes through the corresponding company of a hydraulic push rod 34 between the third sliding shoe 40 and first support tube 15 It connects, so as to further be pressed to first support tube 15 by the hydraulic push rod 34, so as into one Step jacks up first support tube 15 and second support tube 16, so as to further to the line bar body 5 into Row press, can be by first slider disc 17 in the carriage body so as to make the line bar body 5 be in vertical state Sliding, so as to make first slider disc 17 slide out the carriage body side channel 14, can pass through described second in side channel 14 Slider disc 18 rotates in first slider disc 17, so as to further adjust the position of the line bar body 5, so as to In enough holes that the line bar body 5 is accurately inserted into ground digging, and can be by the third slider disc 19 described the It is slided in two slider discs 18, so as to further adjust the position of the line bar body 5, first slider disc can be utilized After 17 slide in the carriage body side channel 14, first slider disc 17 can be slided out the carriage body side channel 14, so as to It is enough further to facilitate rotation of second slider disc 18 in first slider disc 17, so as to further realize The line bar body 5 is carried out to carry out the fixed purpose of installation by root, avoids and utilizes crane during unloading using crane Trouble caused by unloading by root, while also avoiding caused by being installed using crane by the lifting line bar body 5 of root Temporal waste, while the waste of petroleum resources is also further avoided, working efficiency can be further increased, while also saving About petroleum resources.

The control sliding bar 88 of row sliding, the line bar body 5 and the control are provided in first support tube 15 Sliding bar 88 is corresponding, the U-shaped setting of the control sliding bar 88, and the control sliding bar 88 drives second support tube 16 slidings, can be provided with the control sliding bar 88 of row sliding in first support tube 15, so as to by the line After the body of rod 5 is put into the line bar fixed cylinder 71, further the control sliding bar 88 can be pressed, thus The sliding that the control sliding bar 88 can further be driven, can further drive the synchronization of second support tube 16 Sliding, so as to be carried out further with second support tube 16 to the line bar body 5 by first support tube 15 It is fixed, to be supported to the line bar body 5, thus the problem of preventing the line bar body 5 from slipping, to guarantee to arrive pair The line bar body 5 carries out normally pressing installation fixation.

First support tube, 15 bottom is provided with the blocking locating rod 80 that the control line bar body 5 slides, and described The control control bracket 82 for stopping locating rod 80 to act is provided on first support tube 15.

The bottom of first support tube 15 is provided with a blocking locating rod 80, so as to position using the blocking Bar 80 further stops the line bar body 5, thus prevent from automatically falling after the line bar body 5 vertically gets up, And the movement for stopping locating rod 80 can be further controlled by the control bracket 82, so as to described Line bar body 5 be fixed in the hole internal procedure of digging, can further control the resistance by the control bracket 82 The movement for keeping off locating rod 80, in the hole for automatically falling into digging so as to further control the line bar body 5.

As shown in Figure 1, Figure 2 and shown in Fig. 8, a third hand tap gear 52, the car body 1 are provided in the 5th shaft 48 It is inside provided with the 7th shaft 67 of a rotation, 67 both ends of the 7th shaft are respectively arranged with one the 4th bevel gear 53 and one the 5th Bevel gear 68, the 4th bevel gear 53 engagement connection corresponding with the third hand tap gear 52,6 both ends of carriage body inner cavity point It is not provided with the first rotating shaft 9 and one second shaft 10 that one rotates in the car body 1, is connected in the first rotating shaft 9 6th bevel gear 69 of one engagement connection corresponding with the 5th bevel gear 68, the first rotating shaft 9 and second shaft Be respectively set on 10 there are two corresponding first sprocket wheel 7 and one second sprocket wheel 8, the chain 11 first sprocket wheel 7 with It is rotated on second sprocket wheel 8, a support plate 13 being connected in the car body 1 is provided in the carriage body inner cavity 6, it is described 13 two sides of support plate are respectively arranged with a support plate sliding slot 70 corresponding with the chain 11, set in the 5th shaft 48 It is equipped with a third hand tap gear 52, the 7th shaft 67 of a rotation, the 7th shaft 67 and institute are provided in the car body 1 It states the 5th shaft 48 to be vertically arranged, is respectively arranged with one the 4th bevel gear 53 and one the 5th cone at the both ends of the 7th shaft 67 Gear 68, the 4th bevel gear 53 engagement connection corresponding with the third hand tap gear 52, so as at described 5th turn Axis 48 can be connected by the 4th bevel gear 53 with the corresponding engagement of the third hand tap gear 52 during rotating, from And it can be further driven to the rotation of the 7th shaft 67, one is respectively arranged with described at the both ends of the carriage body inner cavity 6 The first rotating shaft 9 and one second shaft 10 rotated in car body 1, and in the first rotating shaft 9 and second shaft 10 Two sides are respectively arranged with one first sprocket wheel 7 and one second sprocket wheel 8, and the chain 11 is provided with two, and two chains 11 rotate on first sprocket wheel 7 and the second sprocket wheel 8 respectively, and one the 6th bevel gear 69 is provided in the first rotating shaft 9, The 6th bevel gear 69 engagement connection corresponding with the 5th bevel gear 68, so as to be rotated in the 7th shaft 67 During can be further driven to the rotation of the first rotating shaft 9, so as to be further driven to turning for first sprocket wheel 7 It is dynamic, it can be further driven to the rotation of the chain 11, by the rotation of first sprocket wheel 7 so as to further The line bar body 5 is conveyed, a support plate 13 is provided in the carriage body inner cavity 6, the chain 11 is described first Circular-rotation is done between sprocket wheel 7 and second sprocket wheel 8, the support plate 13 is located between the chain 11, so as to benefit It is rotated in the support plate 13 with the chain 11, is respectively arranged with a support plate sliding slot in the two sides of the support plate 13 70, the chain 11 can slide in the support plate sliding slot 70, so as to be supported to the chain 11, Neng Goutong The support plate 13 is crossed to be supported the line bar body 5, it is normal defeated to being carried out to the line bar body 5 so as to guarantee It send.

As shown in Fig. 2, Fig. 5 and Fig. 9, the line bar sliding 4 two sides of mouth respectively include one and are located in the car body 1 Second groove 43, the second groove 43 described in two sides are provided at least two, and the sliding block 44 is respectively in second groove Sliding in 43 is respectively equipped with the 4th shaft 46 that one rotates in the car body 1 and one the in second groove 43 described in two sides One is respectively arranged in six shafts 54, the 4th shaft 46 and the 6th shaft 54 to rotate in second groove 43 First gear 45, is respectively arranged with the tooth socket of engagement corresponding with the first gear 45 on the sliding block 44, and described Four shafts 46 and one end of the 6th shaft 54 are connected separately with the second gear 47 of a corresponding engagement connection, and the described 4th The other end of shaft 46 is respectively arranged with a second bevel gear 50, is respectively arranged with one and described second in the 5th shaft 48 The first bevel gear 49 of the corresponding engagement connection of bevel gear 50, has respectively included one in the two sides of line bar sliding mouth 4 and has been located at The second groove 43 in the car body 1, the concave setting of second groove 43, and second groove 43 respectively with institute The line bar sliding corresponding connection of mouth 4 is stated, second groove 43 is respectively provided at the both ends of the line bar sliding mouth 4, the sliding Block 44 can slide in second groove 43 respectively, and the 4th shaft 46 of a rotation is provided in the car body 1 With one the 6th shaft 54, one is respectively arranged in second groove 43 in the 4th shaft 46 and the 6th shaft 54 The first gear 45 of rotation is respectively arranged with the tooth of engagement connection corresponding with the first gear 45 on the sliding block 44 Slot, so as to which first tooth can be further driven to by the rotation of the 4th shaft 46 and the 6th shaft 54 The rotation of wheel 45, so as to further drive the sliding block 44 in second groove by the first gear 45 Sliding in 43, so as to further control the sliding of the line bar body 5, in the 4th shaft 46 and the 6th shaft 54 one end is connected separately with the second gear 47 of a corresponding engagement connection, so as to pass through the phase of the second gear 47 It is engaged connection, so as to the corresponding sliding for further enabling sliding block 44 described in two sides synchronize, so as to The sliding for enough controlling the line bar body 5 is respectively arranged with a second bevel gear 50 in the other end of the 4th shaft 46, described It is respectively arranged with the first bevel gear 49 of an engagement connection corresponding with the second bevel gear 50 in 5th shaft 48, described the Four shafts 46 and the quantity that the 6th shaft 54 is arranged are identical as line bar sliding mouth 4, so as to pass through described first Bevel gear 49 connects with the corresponding engagement of the second bevel gear 50, can further be turned by the 5th shaft 48 The dynamic sliding for driving the sliding block 44.

5th shaft 48 is provided with more, and the quantity and the first bevel gear 46 of the 5th shaft 48 setting It is corresponding, it is provided with control panel corresponding with line bar sliding mouth 4 in the car body 1 and turns chamber 56, the 5th shaft 48 both ends turn to rotate in chamber 56 in the control panel respectively, and institute's control panel turns to be respectively arranged with a connection control panel in chamber 56 55, the connection control panel 55 includes one first terminal pad 57 and one second terminal pad 58, first terminal pad 57 and institute It states the second terminal pad 58 to be connected respectively at the both ends of the 5th shaft 48, and is provided with one in first terminal pad 57 Concave connection card slot 64 is enclosed, connection end corresponding with the connection card slot 64 is provided in second terminal pad 58 65, the connection end 65 is connected in the connection card slot 64, and a T-shaped setting is provided in second terminal pad 58 Terminal pad inner cavity 59, one end of the 5th shaft 48 are connected with a slider disc 60 slided in the terminal pad inner cavity 59, The slider disc 60 and the terminal pad inner cavity 59 are square setting, and be provided in the terminal pad inner cavity 59 one suppress described in First spring 61 of slider disc 60, the connection control panel 55 further include having one to be connected to described to be located at second terminal pad 58 On disk 62, the connection control panel 55 further includes having one to be located at the control panel to turn electromagnet 63 in chamber 56, the electricity Repulsion corresponding with the disk 62 after magnet 63 is powered.

5th shaft 48 is made of multistage, the quantity and 46 phase of first bevel gear of the 5th shaft 48 setting Correspondence is provided with an inner cavity i.e. control panel in the car body 1 and turns chamber 56, and the control panel turns chamber 56 and is located at the line bar cunning It opens one's mouth 4 corresponding positions, the both ends of the 5th shaft 48 are slided in line bar sliding mouth 4 respectively, in the control Disk turns to be respectively arranged with a connection control panel 55 in chamber 56, and the connection control panel 55 can turn to turn in chamber 56 in the control panel Dynamic, the connection control panel 55 includes one first terminal pad 57 and one second terminal pad 58, the both ends of the 5th shaft 48 Connection corresponding with first terminal pad 57 and second terminal pad 58 respectively, is provided in first terminal pad 57 One circle connection card slot 64, the concave setting of the connection card slot 64 are provided with a circle connecting pin in second terminal pad 58 First 65, the connection end 65 is arranged in convex, so as to make the connection end 65 further be connected to the connection card In slot 64, so as to which further make can after first terminal pad 57 connection corresponding with second terminal pad 58 Synchronous rotation is provided with a terminal pad inner cavity 59 in second terminal pad 58, and the terminal pad inner cavity 59 is T-shaped to be set It sets, and is connected separately with a T-shaped slider disc 60, the slider disc 60 and the company in one end of the 5th shaft 48 It connects disk inner cavity 59 to be square respectively setting, and the slider disc 60 can be slided in the terminal pad inner cavity 59, described First spring 61 for suppressing the slider disc 60 is also respectively provided in terminal pad inner cavity 59, so as to utilize described first Spring 61 suppresses the slider disc 60, so as to further prevent first terminal pad 57 from connecting with described second It connects disk 58 arbitrarily to connect, so as to further control engaging for the first bevel gear 49 and the second bevel gear 50 Connection can further realize the control line bar body 5 according to this so as to reach the sliding for controlling the sliding block 44 Sliding, so as to realize according to this conveying by root is carried out to the line bar body 5, and the connection control panel 55 is also wrapped A disk 62 and an electromagnet 63 are included, the disk 62 is connected in second terminal pad 58, and the electromagnet 63 is located at The control panel turns in chamber 56, so as to can further make the electromagnet 63 after the electromagnet 63 energization Corresponding it can repel with the disk 62, so as to further push the sliding of second terminal pad 58, thus It can make second terminal pad 58 engagement connection corresponding with first terminal pad 57, further so as to drive The rotation of 5th shaft 48 can be controlled further described during capable of being powered according to this by the electromagnet 63 Line bar body 5 can slide in line bar sliding mouth 4 according to this, so as to control the conveying of the line bar body 5, Neng Goujin One step, which is realized, carries out purpose fixed by the installation of root according to this to the line bar body 5.

It as shown in Figure 3 and Figure 4, include a first sliding chamber 37 being located in the car body 1 in the carriage body side channel 14, There are two the described first sliding settings of chamber 37, the described first sliding T-shaped setting of chamber 37, and is provided in first slider disc 17 Described first slides the first sliding shoe 35 slided in chamber 37, and the first of a first motor 22 driving is provided in the car body 1 Threaded rod 25 is provided with one first turn of chamber 28 in first slider disc 17, is provided with a sliding in first turn of chamber 28 First pushing block 31, first pushing block 31 and first turn of chamber 28 are square setting, set on first pushing block 31 It is equipped with the threaded hole of engagement connection corresponding with first threaded rod 25, is provided in first slider disc 17 and described the First supported hole 94 of one turn of corresponding connection of chamber 28, first threaded rod 25 rotate in first supported hole 94, It include the first sliding chamber 37 being located in the car body 1 in the carriage body side channel 14, the T-shaped setting of first turn of chamber 28, And the first sliding connection corresponding with the carriage body side channel 14 of chamber 37, there are two the first cunning chamber 37 is correspondingly arranged, The first sliding shoe 35 slided in the described first sliding chamber 37, first sliding shoe 35 are provided in first slider disc 17 T-shaped setting, so as to be slided in the described first sliding chamber 37 using first sliding shoe 35, so as to further It slides first slider disc 17 in the carriage body side channel 14, and is provided with a first motor in the car body 1 First threaded rod 25 of 22 drivings, so as to be further driven to first threaded rod by the rotation of the first motor 22 25 rotation, so as to further pass through first threaded rod 25 and threaded hole phase set by first pushing block 31 It is engaged connection, so as to further push first pushing block 31 by the rotation of first threaded rod 25, from And be able to drive first slider disc 17 and slided in the carriage body side channel 14, so as to further push the line bar The sliding of body 5, and the first supported hole 94 can be provided in first slider disc 17, so as to utilize described first Supported hole 94 is supported first threaded rod 25, so as to guarantee the normal rotation to first threaded rod 25, First supported hole 94 is a through-hole.

As shown in Figure 3 and Figure 4, it is provided with the rotation chamber 21 of a T-shaped setting in first slider disc 17, described second The rotation end 20 rotated in the rotation chamber 21 is provided in slider disc 18, the T-shaped setting in the rotation end 20 can One rotation chamber 21 of setting, the T-shaped setting of the rotation chamber 21 in first slider disc 17, and the rotation chamber 21 is in circle Ring-type, is provided with a rotation end 20 in second slider disc 18, the T-shaped setting in the rotation end 20, so as to It is rotated in the rotation chamber 21 using the rotation end 20, so as to be further carried to second rotating disc 18 in institute It states and is rotated in the first slider disc 17, so as to further drive the line bar body 5 to rotate in first slider disc 17, So as to adjust the installation site of the line bar body 5.

As shown in Figure 3 and Figure 4,18 two sides of the second slider disc are respectively arranged with the second sliding chamber 38 of a T-shaped setting, The second sliding shoe 36 slided in the described second sliding chamber 38, the second sliding shoe 36 are provided in the third slider disc 19 T-shaped setting is provided with the second threaded rod 26 of one second motor 23 driving, the third slider disc 19 in the car body 1 It is provided with one second turn of chamber 29 in upper, is provided with the second pushing block 32 of a sliding in second turn of chamber 29, described second turn Chamber 29 and second pushing block 32 are square setting, are provided on second pushing block 32 and 26 phase of the second threaded rod It is engaged the threaded hole of connection, the of a connection corresponding with second turn of chamber 29 is provided in the third slider disc 19 Two supported holes 95, second threaded rod 26 slide in second supported hole 95, in the two sides of second slider disc 18 It is respectively arranged with one T-shaped second sliding chamber 38, one is respectively arranged in the third slider disc 19 in the described second sliding chamber The second sliding shoe 36 slided in 38, the T-shaped setting of the second sliding shoe 36, so as to utilize the second sliding shoe 36 It is slided in the described second sliding chamber 38, the sliding of the third slider disc 19 can be driven, further so as to drive Sliding of the line bar body 5 in second slider disc 18 is stated, so as to further adjust the installation position of the line bar body 5 It sets, and the rotation of second threaded rod 26 can be driven by second motor 23, second screw thread can be passed through The engagement connection corresponding with threaded hole set by second pushing block 32 of bar 26, can further push described second to push Block 32, so as to further push sliding of the third slider disc 19 in second slider disc 18, from can be into The sliding of the promotion line bar body 5 of one step, and the second supported hole 95 is provided in the third slider disc 19, so as to It is enough that further second threaded rod 26 is supported using second supported hole 95, so as to guarantee to described the The normal rotation of two threaded rods 26.

As shown in Fig. 2, Fig. 3 and Fig. 7, the sliding chamber of a T-shaped third is provided on 19 central axis of third slider disc 39, the third slides the third sliding shoe 40 that a sliding is provided in chamber 39, and one is provided on the third sliding shoe 40 in recessed First groove 41 of shape is provided with a third shaft 42 being connected on the third sliding shoe 40 in first groove 41, One end of the hydraulic push rod 34 rotates in the third shaft 42, and 19 two sides of third slider disc are respectively arranged with one Ten shafts 93,15 two sides of the first support tube rotate in the tenth shaft 93 respectively, on first support tube 15 also It is connected with a link block 85, one the 9th shaft 86 is provided on the link block 85, the other end of the hydraulic push rod 34 is in institute It states and is rotated in the 9th shaft 86, be additionally provided with the third threaded rod 27 of a third motor 24 driving in the car body 1, described the It is provided with a third in three sliding shoes 40 and turns chamber 30, the third turns the third pushing block 33 for being provided with a sliding in chamber 30, institute It states that third turns chamber 30 and the third pushing block 33 is square setting, is provided on the third pushing block 33 and the third spiral shell The threaded hole of the corresponding engagement connection of rasp bar 27 is provided on the third sliding shoe 40 and turns the corresponding company of chamber 30 with the third Logical third supported hole 96, the third threaded rod 27 slide in the third supported hole 96, in the third slider disc 19 Center be provided with the sliding chamber 39 of a T-shaped third, the third sliding shoe of a sliding is provided in the sliding chamber 39 of the third 40, the T-shaped setting of the third sliding shoe 40, and a first concave groove is provided on the third sliding shoe 40 41, a third shaft 42 is provided in first groove 41, one end of the hydraulic push rod 34 is in the third shaft 42 The tenth shaft 93 is respectively set in upper rotation, the two sides of the third slider disc 19, and the two sides of a support tube 15 exist respectively It is rotated in tenth shaft 93, it, can so as to be rotated in the tenth shaft 93 by first support tube 15 It rotates first support tube 15 in the third slider disc 19, is connected on first support tube 15 One link block 85 is provided with one the 9th shaft 86 on the link block 85, and the other end of the hydraulic push rod 34 is described It is rotated in nine shafts 86, so as to further push first support tube 15 by the hydraulic push rod 34, so as to It is enough that further first support tube 15 is jacked up, the third of a third motor 24 driving is provided in the car body 1 Threaded rod 27 can further push the cunning of the third pushing block 33 by the rotation of the third threaded rod 27 It is dynamic, so as to can further push the third sliding shoe 40 to turn chamber in the third by the third pushing block 33 Sliding in 30, so as to can further push the hydraulic push rod 34 by the sliding of the third sliding shoe 40 thus The line bar body 5 further can be subjected to jack-up plumbness, can facilitate and installation fixation is carried out to the line bar body 5, And a third supported hole 96 is provided in the third sliding shoe 40, it can be further by the third supported hole 96 The third threaded rod 27 is supported, so as to guarantee to the normal rotation of the third threaded rod 27, can be passed through Sliding of the third slider disc 19 in second slider disc 18, can further by vertically disposed line bar body 5 into Row sliding, so as to further select the installation fixing position of the line bar body 5 to set.

As shown in figs. 3 and 10, a pair is connected separately on second motor 23 and the third motor 24 switch through disk 90, on the docking turntable 90 in be respectively arranged with a connection turn trough 92 for being square setting, second threaded rod 26 and institute It states 27 end of third threaded rod and is respectively arranged with square spigot corresponding with the connection turn trough 92, gone back on the docking turntable 90 It is respectively arranged with card interface 91 corresponding with the connection turn trough 92, the tapered setting of the card interface 91, described second A pair is connected separately on motor 23 and the third motor 24 and switches through disk 90, and being respectively arranged with one on the docking turntable 90 is in Rectangular connection turn trough 92, is also respectively provided with a card interface 91 on the docking turntable 90, and the card interface 91 is tapered Setting can drive simultaneously described the in second slider disc during rotating in set first slider disc 17 Drive second threaded rod 26 that rotates, and can synchronize while three slider disc 19 is same with the third threaded rod 27 Step rotation can be respectively arranged with an end being square in the end of second threaded rod 26 and the third threaded rod 27 Head, and the end of second threaded rod 26 and the third threaded rod 27 can further be blocked by the card interface 91 It connects in the connection turn trough 92, so as to which second spiral shell can be further driven to by the rotation of the docking turntable 90 It is rotated while rasp bar 26 is with third threaded rod 27, it is solid the line bar body 5 can be slided into first support tube 15 After fixed position, the position of the line bar body 5 can accurately be adjusted by rotating the realization of the second slider disc 18 It is whole, it can make second threaded rod 26 by rotation of second slider disc 18 in first slider disc 17 With the third threaded rod 27 with it is described dock turntable 90 be detached from, can after second slider disc 18 is restored to original position, Second threaded rod 26 can be further set to carry out with the third threaded rod 27 with the docking turntable 90 corresponding Connection, so as to further be able to drive second threaded rod with the third motor 24 by second motor 23 26 with the rotation of the third threaded rod 27, so as to further push the third slider disc 19 and the third to slide The sliding of block 40.

As shown in fig. 7, being provided with one first turn hole 73 in first support tube 15, it is provided in first turn hole 73 The first of one sliding presses axis 74, is additionally provided with a connection corresponding with first turn hole 73 in first support tube 15 Third groove 72, it is described first press axis 74 on be connected with the 4th slider disc 76 slided in the third groove 72, institute It states and is provided with one the T-shaped the 5th sliding chamber 66 in the 4th slider disc 76, the press of a sliding is provided in the described 5th sliding chamber 66 Sliding shoe 78, is connected with the connecting chainring 77 of a semicircular in shape on the press sliding shoe 78, the connecting chainring 77 with it is described The corresponding engagement of third threaded rod 27 connection, be provided in the 5th sliding chamber 66 one suppress the press sliding shoe 78 second Spring 79, the end of the 4th slider disc 76 are also connected with second slided in a turn hole set by first support tube 15 Axis 75 is pressed, the bottom of first support tube 15 is provided with the 4th groove of a connection corresponding with first turn hole 73 84, the 4th groove 84 connection corresponding with the line bar fixed cylinder 71 is provided with a connection in the line bar fixed cylinder 71 Eight revolution axis 81 on first support tube 15, the blocking locating rod 80 rotates on the eight revolution axis 81, and institute It states the first press axis 74 and presses the blocking locating rod 80, be provided with the tension blocking locating rod in the 4th groove 84 Third spring 83, the bottom of first support tube 15 is provided with the through-hole of a connection corresponding with the 4th groove 84, The control bracket 82 slides in through-hole, and the control bracket 82 connection corresponding with the blocking locating rod 80.

It is provided with one first turn hole 73 in first support tube 15, is provided with a sliding in first turn hole 73 First press axis 74, is additionally provided with a third groove 72 on first support tube 15, the third groove 72 and described the The corresponding connection of one turn hole 73 is provided with the first press axis 74 of a sliding, described first in first support tube 15 It is connected with one the 4th slider disc 76 on press axis 74, the 4th slider disc 76 can be slided in the third groove 72, It is provided with one the T-shaped the 5th sliding chamber 66 in 4th slider disc 76, is provided with a sliding in the described 5th sliding chamber 66 Sliding shoe 78 is pressed, a connecting chainring 77 is connected on the press sliding shoe 78, can connect in first support tube 15 After connecing in the third slider disc 19, the connecting chainring 77 company corresponding with the third threaded rod 27 can be passed through Connect, be provided in the connecting chainring 77 it is corresponding with the third threaded rod 27 engagement connection tooth socket, so as into The sliding that the connecting chainring 77 is driven by the rotation of the third threaded rod 27 of one step, so as to further push The synchronous slide of the press sliding shoe 78, so as to push the sliding of the first press axis 74, in the described 5th sliding chamber It is provided with a second spring 79 in 66, corresponding bullet can be carried out to the press sliding shoe 78 by the second spring 79 Pressure, so as to be connected to the connecting chainring 77 on the third threaded rod 27, and can be described the Three threaded rods 27 are capable of the lifting of promotion first support tube 5 simultaneously during rotating, can pass through second bullet The elastic force pressure of spring 79 can further make the connecting chainring 77 with the third threaded rod 27 in first support tube 5 It still is able to carry out corresponding engagement connection during lifting, so as to further push the first press axis 74 Sliding, the end of the 4th slider disc 76 be connected with one second press axis 75, can pass through it is described second press axis 75 4th slider disc 76 is supported, so as to guarantee the normal sliding to the 4th slider disc 76, described The bottom of one support tube 15 is provided with one the 4th groove 84, the 4th groove 84 connection corresponding with first turn hole 73, And the 4th groove 84 connection corresponding with the line bar fixed cylinder 71, is provided with a connection in the 4th groove 84 Eight revolution axis 81 on first support tube 15, the blocking locating rod 80 rotates on the eight revolution axis 81, described Stop locating rod 80 that can swing in the 4th groove 84, and the first press axis 74 can press first top Last item 74, so as to it is described first press axis 74 slide during can further to the blocking locating rod 80 into Row press can be further by described so as to swing the blocking locating rod 80 in the 4th groove 84 Stop locating rod 80 to stop the line bar body 5 in the line bar fixed cylinder 71, can the line bar body 5 vertically get up with Afterwards, automatically falling off for the line bar body 5 can be prevented, and a through-hole, institute can be provided in first support tube 15 Stating control bracket 82 can slide in through-hole, can further can be positioned to the blocking by the control bracket 82 Bar 80 is clamped, can be by the control bracket 82 further so as to after the line bar body 5 vertically gets up It prevents the line bar body 5 from automatically falling due to gravity, and installation fixation can carried out to the line bar body 5 It in the process can be by twitching the control bracket 82, so as to can be further under the action of the line bar body 5 is self-possessed So that the line bar body 5 is automatically fallen, so as to realize the unloading to the line bar body 5, can say the line bar body 5 After unloading, the line bar body 5 loses pressure to the control sliding bar 88, so as to suppressing in the 4th spring 89 Second support tube 16 can be made automatically to open under power, further so as to realize to the automatic of the line bar body 5 Unloading can be connected by the connecting chainring 77 with the corresponding engagement of the third threaded rod 27, so as to pass through It states the first press axis 74 to press the blocking locating rod 80 in advance, so as to pass through the control bracket 82 to described Locating rod 80 is stopped to be clamped, thus prevent from preventing the line bar body 5 from sliding after having pressed in first support tube 15, And the blocking locating rod 80 can further be made to reset by the elastic force pressure of the third spring 83.

The sliding chamber 87 of U-shaped the 4th is arranged one by one as shown in fig. 6, being provided on first support tube 15, and the control is slided Lever 88 is slided in the described 4th sliding chamber 87, and one end of the control sliding bar 88 is connected to first support tube On 15, the other end of the control sliding bar 88 slides in the line bar fixed cylinder 71 respectively, sets in the described 4th sliding chamber 87 It is equipped with the 4th spring 89 for suppressing the control sliding bar 88, the line bar body 5 is corresponding with the control sliding bar 88, It is provided with one on first support tube 15 and arranges the 4th sliding chamber 87, the described 4th sliding U-shaped setting of chamber 87, the control sliding bar 88 can slide in the described 4th sliding chamber 87 and be provided in the described 4th sliding chamber 87 and suppress the control sliding bar 88 The 4th spring 89, the control sliding bar 88 can be suppressed by the 4th spring 89, so as into One step opens second support tube 16 with first support tube 15, so as to make the line bar body 5 slide into institute It states in line bar fixed cylinder 71, and can be after the line bar body 5 slides into the line bar fixed cylinder 71, it can be to described Control sliding bar 88 is pressed, and pulls second support tube 16 so as to further pass through the control sliding bar 88 Movement, first support tube 15 can be made to be closed with second support tube 16, the line bar body 5 can be prevented to be sliding out The line bar fixed cylinder 71.

Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.

Claims

The electric pole mounting transport vehicle 1. Full-automatic road is constructed includes a car body, and the car body is equipped with line bar body, It is characterized in that: being correspondingly connected with row's support plate in the car body, constituted a line bar between support plate described in each adjacent two Slot, the line bar body are located at side by side in the line bar slot, and it is corresponding with the line bar slot that one is respectively arranged in the car body The line bar of connection slides mouth, a carriage body inner cavity is provided in the car body, the line bar sliding mouth is respectively and in the carriage body The corresponding connection of chamber, the intracavitary chain for being provided with a rotation in the carriage body are provided with a circle and the line bar on the chain The corresponding pulling frame of body, line bar sliding mouth two sides are respectively arranged with a sliding block slided in the car body, The sliding block controls the line bar body sliding, is provided with one the 4th motor-driven 5th shaft, institute in the car body It states the 5th shaft and drives the chain and the corresponding movement of the sliding block；

The car body side is provided with a carriage body side channel corresponding with the carriage body inner cavity, is provided in the carriage body side channel First slider disc of one sliding, is provided with the second slider disc of a rotation in first slider disc, in second slider disc It is provided with the third slider disc of a sliding, is provided with the first support tube of a rotation in the third slider disc, described first One second support tube is connected on support cylinder, first support tube line bar that connects and composes corresponding with second support tube is consolidated Safety barrel, the line bar fixed cylinder is corresponding with the carriage body inner cavity, and the third that a sliding is provided in the third slider disc is sliding Motion block passes through the corresponding connection of a hydraulic push rod between the third sliding shoe and first support tube；

The control sliding bar of row sliding is provided in first support tube, the line bar body is opposite with the control sliding bar It answers, the U-shaped setting of the control sliding bar, and the control sliding bar drives the second support tube sliding；

First support tube bottom is provided with the blocking locating rod of the control line bar body sliding, and first support tube On be provided with a control it is described stop locating rod movement control bracket；

It is provided with a third hand tap gear in 5th shaft, the 7th shaft of a rotation is provided in the car body, it is described 7th both ends of the shaft is respectively arranged with one the 4th bevel gear and one the 5th bevel gear, the 4th bevel gear and the triconodont Corresponding engagement connection is taken turns, carriage body inner cavity both ends are respectively arranged with the first rotating shaft and one that one rotates in the car body Second shaft is connected with the 6th bevel gear of an engagement connection corresponding with the 5th bevel gear, institute in the first rotating shaft State corresponding first sprocket wheel and one second sprocket wheel there are two being respectively set in first rotating shaft and second shaft, the chain It is rotated on first sprocket wheel and second sprocket wheel, it is intracavitary in the carriage body to be provided with one and be connected in the car body Support plate, the support plate two sides are respectively arranged with a support plate sliding slot corresponding with the chain；

Line bar sliding mouth two sides respectively include second groove being located in the car body, the second groove described in two sides At least two are provided with, the sliding block slides in second groove respectively, sets respectively in the second groove described in two sides There is the 4th shaft and one the 6th shaft rotated in the car body, distinguishes in the 4th shaft and the 6th shaft It is provided with a first gear rotated in second groove, is respectively arranged with and the first gear on the sliding block The tooth socket of corresponding engagement, the 4th shaft are connected separately with a corresponding engagement connection with one end of the 6th shaft Second gear, the other end of the 4th shaft are respectively arranged with a second bevel gear, are respectively arranged in the 5th shaft The first bevel gear of one engagement connection corresponding with the second bevel gear；

5th shaft is provided with more, and the quantity of the 5th shaft setting is corresponding with the first bevel gear, institute It states to be provided in car body and turns chamber with the corresponding control panel of line bar sliding mouth, the both ends of the 5th shaft are respectively in institute It states control panel and turns intracavitary rotation, institute's control panel turns intracavitary and is respectively arranged with a connection control panel, and the connection control panel includes One first terminal pad and one second terminal pad, first terminal pad and second terminal pad are connected respectively described the The both ends of five shafts, and the concave connection card slot of a circle is provided in first terminal pad, it is set in second terminal pad It is equipped with connection end corresponding with the connection card slot, the connection end is connected in the connection card slot, and described second The terminal pad inner cavity of a T-shaped setting is provided in terminal pad, one end of the 5th shaft is connected with one in the terminal pad The slider disc of interior intracavitary sliding, the slider disc and the terminal pad inner cavity are square setting, and intracavitary in the terminal pad set It is equipped with first spring for suppressing the slider disc, the connection control panel further includes having one to be connected to described to be located at described second Disk in terminal pad, the connection control panel further include having one to be located at the electromagnet that the control panel turns intracavitary, the electromagnetism Repulsion corresponding with the disk after Tie Tong electricity.
2. Full-automatic road construction electric pole mounting transport vehicle according to claim 1, it is characterised in that: the carriage body side channel It inside include a first sliding chamber being located in the car body, there are two the described first sliding chamber settings, and the described first sliding chamber is T-shaped Setting, and the first sliding shoe in the described first sliding intracavitary sliding is provided in first slider disc, it is set in the car body It is equipped with the first threaded rod of first motor driving, is provided with one first turn of chamber, first turn of chamber in first slider disc Inside it is provided with the first pushing block of a sliding, first pushing block and first turn of chamber are square setting, and described first pushes away It is provided with the threaded hole of engagement connection corresponding with first threaded rod on motion block, is provided in first slider disc and institute The first supported hole of first turn of corresponding connection of chamber is stated, first threaded rod rotates in first supported hole.
3. Full-automatic road construction electric pole mounting transport vehicle according to claim 1, it is characterised in that: first sliding It is provided with the rotation chamber of a T-shaped setting on disk, the rotation in the intracavitary rotation of rotation is provided in second slider disc End, the T-shaped setting in the rotation end.