CN110216585A

CN110216585A - A kind of carbon tetrachloride transfer pipeline inspection platform

Info

Publication number: CN110216585A
Application number: CN201910632939.2A
Authority: CN
Inventors: 梁峙; 张明胜; 张猛
Original assignee: Xuzhou Tengrui Intelligent Equipment Co Ltd
Current assignee: Xuzhou Tengrui Intelligent Equipment Co Ltd
Priority date: 2019-07-15
Filing date: 2019-07-15
Publication date: 2019-09-10

Abstract

The invention discloses a kind of carbon tetrachloride transfer pipeline inspection platforms, and sliding rail includes: aerofoil profile slideway, upper layer sliding rail bottom rail, shock relieve vent, upper layer sliding rail fueling injection equipment at the middle and upper levels；The aerofoil profile slideway is located at below the sliding block of upper layer, and aerofoil profile slideway is slidably connected with upper layer sliding block, and upper layer sliding block is socketed in aerofoil profile ramp surface, and the quantity of aerofoil profile slideway is 2, is equipped with upper layer sliding rail bottom rail between adjacent aerofoil slideway；The two sides of upper layer sliding rail bottom rail are fixedly welded with aerofoil profile slide bottom, and upper layer sliding rail bottom rail upper surface is equipped with shock relieve vent and upper layer sliding rail fueling injection equipment, and wherein the quantity of shock relieve vent is no less than 20, and adjacent shock relieve vent is isodistantly spaced distribution.A kind of carbon tetrachloride transfer pipeline inspection platform of the present invention is structurally reasonable compact, and easy to operate, the scope of application is wide.

Description

A kind of carbon tetrachloride transfer pipeline inspection platform

Technical field

The invention belongs to field of environment protection, and in particular to a kind of carbon tetrachloride transfer pipeline inspection platform.

Background technique

It is carried out in transmission process in carbon tetrachloride, scene is often provided with many pipelines, to guarantee that these pipelines make With even running in the period, need periodically to overhaul it.

In the prior art, the method overhauled to carbon tetrachloride transfer pipeline is placed in ground in general, herringbone is closed ladder, Operator station closes in herringbone and overhauls on ladder to equipment.Though can be realized the purpose of repair and maintenance, the above method is equal In the presence of to a certain degree the shortcomings that.It is more demanding to the planarization on ground when in use that herringbone closes ladder, and usually requires special Personnel help, and are not only inconvenient, and stability is lower, and adaptability is poor.

Summary of the invention

In order to solve the above technical problem, the present invention provides a kind of carbon tetrachloride transfer pipeline inspection platforms, comprising: supporting leg 1, maintenance object 2, lifting apparatus 3, maintenance object moment device 4, belt mobile device 5, moving track 6, grinding device 7, Away from regulating device 8, control system 9；1 upper surface of supporting leg is equipped with maintenance object 2, the cylindric, diameter of the maintenance object 2 The m of 0.2 m~1, path length ratio 1:2~5, maintenance 2 bottom of object are equipped with lifting apparatus 3, and 3 quantity of lifting apparatus is two groups；Institute It states maintenance 2 both ends of object and is equipped with maintenance object moment device 4, the maintenance object moment device 4 passes through chain wheel device and maintenance 2 end face of object is fixedly connected；The belt mobile device 5 is located at maintenance 2 side of object, and 5 upper surface of belt mobile device is equipped with Grinding device 7, the grinding device 7 are fixedly connected with belt mobile device 5, and belt mobile device 5 and the sliding of moving track 6 connect It connects；The spacing adjusting device 8 is located at below maintenance 2 end face of object, and spacing adjusting device 8 is fixedly connected with 1 screw of supporting leg；Institute It states control system 9 and is located at 1 side of supporting leg.

Further, this section is the explanation to heretofore described 7 structure of grinding device.The grinding device 7 includes: peace Plate 7-1 is filled, polish motor 7-2, pulley arrangement 7-3, idler wheel 7-4, sanding belt 7-5, idler wheel positioning plate 7-6, moves fast sensor 7-7, polish horizontally moving device 7-8；The installation upper surface plate 7-1 is equipped with polishing motor 7-2, the polishing motor 7-2 It is connect with 9 polygon control survey of control system；The pulley arrangement 7-3 is fixed on one end polishing motor 7-2 output end, pulley arrangement 7- 3 other ends are connected with idler wheel 7-4；The idler wheel 7-4 quantity is 3 groups, and three groups of idler wheel 7-4 pass through sanding belt 7-5 assembly and connection, rolling Wheel 7-4 is hinged on the surface idler wheel positioning plate 7-6；The shifting speed sensor 7-7 is located at the installation upper surface plate 7-1, moves speed sensing Device 7-7 is connect with 9 polygon control survey of control system；The polishing horizontally moving device 7-8 is located at the installation bottom plate 7-1, the two It is fixedly connected.

Further, this section is the explanation to heretofore described idler wheel positioning plate 7-6 structure.The idler wheel positioning plate 7- 6 include: shaft 7-6-1, pushing post stop collar 7-6-2, pushing post 7-6-3, shaft sliding slot 7-6-4, positioning plate plate face 7-6-5, Sliding slot stop collar 7-6-6, pushing post radiator 7-6-7；The one end the pushing post 7-6-3 and shaft 7-6-1 are hinged, the other end with It is hinged that plate 7-1 is installed, pushing post 7-6-3 stretching structure, quantity is 2 groups, positioned at the outside both ends of positioning plate plate face 7-6-5； The pushing post stop collar 7-6-2 is socketed on shaft 7-6-1, and positioned at the two sides of each pushing post 7-6-3, quantity is 4, top Column stop collar 7-6-2 limitation pushing post 7-6-3 is pushed away to move left and right；The shaft sliding slot 7-6-4 is located at sliding slot stop collar 7-6-6's Interior to survey, is hinged with shaft 7-6-1, quantity is 2, in shaft sliding slot 7-6-4 insertion positioning plate plate face 7-6-5 and is fixedly connected； The sliding slot stop collar 7-6-6 is socketed on shaft 7-6-1, and positioned at the two sides of shaft sliding slot 7-6-4, quantity is 4, sliding slot limit Position ring 7-6-6 limitation shaft sliding slot 7-6-4 is moved left and right；It is equipped with pushing post radiator 7-6-7 inside pushing post 7-6-3, promotees Cool down into pushing post 7-6-3.

Further, this section is the explanation to heretofore described shaft sliding slot 7-6-4 structure.The shaft sliding slot 7-6- 4 include: balance bolt 7-6-4-1, telescopic slideway 7-6-4-2, fixed cross frame 7-6-4-3, concave slideway port 7-6-4-4, Port regulation cock 7-6-4-5, adjustment gear 7-6-4-6, embedded turntable 7-6-4-7, concave turntable 7-6-4-8, locking arm 7- 6-4-9, shaft sliding slot shell 7-6-4-10, track square 7-6-4-11；

The embedded turntable 7-6-4-7 ring structure, standing, inside are equipped with fixed cross frame 7-6-4-3, and the two is fixed Connection；The concave turntable 7-6-4-8 is located at the side embedded turntable 7-6-4-7, and the two size, shape are similar, and the two links closely And relatively rotate connection；Concave turntable 7-6-4-8 is fixedly connected with its external shaft sliding slot shell 7-6-4-10；It is described flexible Formula slideway 7-6-4-2, concave slideway port 7-6-4-4, port regulation cock 7-6-4-5, adjustment gear 7-6-4-6, locking arm 7- 6-4-9, track square 7-6-4-11 constitute sliding equipment, are fixed on fixed cross frame 7-6-4-3, with embedded turntable 7- 6-4-7 is rotated relative to concave turntable 7-6-4-8 together；The telescopic slideway 7-6-4-2 is two closed slides, vertical Direction is scalable, is equipped with concave slideway port 7-6-4-4, design for disassembly at vertical direction both ends；In two closed slides Side is equipped with track square 7-6-4-11, and track square 7-6-4-11 is limited at can only be in cunning on the inside of telescopic slideway 7-6-4-2 It is slided in road, track square 7-6-4-11 quantity is 2, is fixedly connected with shaft 7-6-1；In concave slideway port 7-6-4-4 Side is equipped with port regulation cock 7-6-4-5, and the side of port regulation cock 7-6-4-5 is equipped with adjustment gear 7-6-4-6, adjustment gear 7-6-4-6 by port regulation cock 7-6-4-5, concave slideway port 7-6-4-4 realize to telescopic slideway 7-6-4-2 elongation with The adjustment of contraction；The one end the locking arm 7-6-4-9 is connect with concave turntable 7-6-4-8；The balance bolt 7-6-4-1 is located at solid Determine the surface cross 7-6-4-3, balance bolt 7-6-4-1 can arbitrarily be inserted into the multiple apertures in the surface fixed cross frame 7-6-4-3, use In balance sliding equipment.

Further, this section is the explanation to heretofore described locking arm 7-6-4-9 structure.The locking arm 7-6-4- 9 include: only to lock thimble 7-6-4-9-1, clamp sleeve 7-6-4-9-2, locking arm shell 7-6-4-9-3, thimble adjusting rod 7-6- 4-9-4, clamp sleeve adjusting rod 7-6-4-9-5, locking arm thread hollow pipe 7-6-4-9-6, thimble driving tube 7-6-4-9-7, Stuck device 7-6-4-9-8；

Only lock thimble 7-6-4-9-1 positioned at lower part is connect with thimble driving tube 7-6-4-9-7, thimble driving tube 7-6-4-9-7 Screwed connection is rotated outside locking arm thread hollow pipe 7-6-4-9-6, and is connect with the inside thimble adjusting rod 7-6-4-9-4； Clamp sleeve 7-6-4-9-2, the two screwed connection, clamp sleeve 7- are equipped on the locking arm thread hollow top pipe 7-6-4-9-6 6-4-9-2 is connect with clamp sleeve adjusting rod 7-6-4-9-5；Clamp sleeve 7-6-4-9-2 with only lock thimble 7-6-4-9-1 it Between be equipped with concave turntable 7-6-4-8, clamp sleeve 7-6-4-9-2 with only lock thimble 7-6-4-9-1 relative motion, implement to recessed Type turntable 7-6-4-8 locking；Stuck device is equipped in the side locking arm shell 7-6-4-9-3, the concave upper surface turntable 7-6-4-8 7-6-4-9-8。

Further, this section is the explanation to heretofore described stuck device 7-6-4-9-8 structure.The stuck device 7-6-4-9-8 includes: retaining tooth 7-6-4-9-8-1 counterclockwise, stuck arm shaft 7-6-4-9-8-2, retaining tooth 7-6- clockwise 4-9-8-3, fixed groove 7-6-4-9-8-4, stuck arm 7-6-4-9-8-5, stuck actuating arm 7-6-4-9-8-6, power motor 7-6-4-9-8-7；

Power motor 7-6-4-9-8-7 positioned at side is connect with 9 polygon control survey of control system, the stuck actuating arm with right side 7-6-4-9-8-6 is drivingly connected；The stuck actuating arm 7-6-4-9-8-6 is oil cylinder structure of hydraulic, realizes stretching, extension and shrinks；Institute It states stuck arm 7-6-4-9-8-5 to be located on the right side of stuck actuating arm 7-6-4-9-8-6, the two is hinged；In stuck arm 7-6-4-9-8-5 Middle part is equipped with stuck arm shaft 7-6-4-9-8-2, and stuck arm 7-6-4-9-8-5 is rotated around stuck arm shaft 7-6-4-9-8-2；? Stuck arm 7-6-4-9-8-5 lower right top is equipped with retaining tooth 7-6-4-9-8-3 clockwise；At stuck arm 7-6-4-9-8-5 The left top in portion is equipped with retaining tooth 7-6-4-9-8-1 counterclockwise；The fixed groove 7-6-4-9-8-4 is fixed on concave turntable 7-6- The surface 4-8.

Further, this section is the explanation to heretofore described polishing horizontally moving device 7-8 structure.The polishing water Flat mobile device 7-8 includes: polishing horizontally moving device top plate 7-8-1, oil filling device 7-8-2, and polishing moves horizontally Device rotary shaft 7-8-3, movable pulley 7-8-4, fueling injection equipment 7-8-5；The upper surface polishing horizontally moving device top plate 7-8-1 It is fixedly connected on the installation bottom plate 7-1, polishing horizontally moving device top plate 7-8-1 is concave structure；The polishing is horizontal Mobile device rotary shaft 7-8-3 is connected between the polishing two sides horizontally moving device top plate 7-8-1 side wall, and polishing moves horizontally dress It sets rotary shaft 7-8-3 and external motor is sequentially connected, polishing horizontally moving device rotary shaft 7-8-3 is equipped with movable pulley 7-8-4； The movable pulley 7-8-4 and polishing horizontally moving device rotary shaft 7-8-3 rotation connection, external motor and 9 conducting wire of control system Control connection；The oil filling device 7-8-2 is fixedly connected on outside the polishing side horizontally moving device top plate 7-8-1 side wall Portion, fueling injection equipment 7-8-5 are fixedly connected on the inside of polishing horizontally moving device top plate 7-8-1 upper wall, oil filling device 7- 8-2 is connect by its internal oil guide pipe with fueling injection equipment 7-8-5.

Further, this section is the explanation to heretofore described oil filling device 7-8-2 structure.The lubricating oil Filling apparatus 7-8-2 includes: oil filling pump 7-8-2-1, lubricating oil storage box 7-8-2-2, oil filling cooling device 7-8-2-3, oil guide pipe 7-8-2-4, oil filling device capstan winch 7-8-2-5, the fixed panel 7-8-2- of oil filling device 6, oil filling device guides cylinder 7-8-2-7, oil guide pipe traction device 7-8-2-8；The oil filling pumps 7-8-2-1 In the entire bottom oil filling device 7-8-2, oil filling pump 7-8-2-1 is connect with 9 polygon control survey of control system, is lubricated The top of oily dispenser pump 7-8-2-1 is connected with lubricating oil storage box 7-8-2-2；Above the lubricating oil storage box 7-8-2-2 according to Secondary to be connected with oil filling cooling device 7-8-2-3 and oil filling device capstan winch 7-8-2-5, wherein oil filling fills It sets and is wound with oil guide pipe 7-8-2-4 on capstan winch 7-8-2-5, one end of oil guide pipe 7-8-2-4 pumps 7-8-2-1 by oil filling It penetrates through and connects with lubricating oil storage box 7-8-2-2；The fixed panel 7-8-2-6 of the oil filling device is fixed by the bracket company It connects on the top oil filling device capstan winch 7-8-2-5, and the fixed panel 7-8-2-6 of oil filling device and polishing water translate The dynamic side device top plate 7-8-1 side wall is fixedly connected；The oil filling device guidance cylinder 7-8-2-7 is connected to lubricating oil and adds Above dispensing device capstan winch 7-8-2-5, oil filling device guides the top cylinder 7-8-2-7 to be equipped with oil guide pipe traction device 7-8-2- 8；The other end of the oil guide pipe 7-8-2-4 guides cylinder 7-8-2-7 to enter oil guide pipe traction device by oil filling device In 7-8-2-8, and passes through oil guide pipe traction device 7-8-2-8 and connect with fueling injection equipment 7-8-5.

Further, this section is the explanation to heretofore described oil filling cooling device 7-8-2-3 structure.It is described Oil filling cooling device 7-8-2-3 includes: cooling chamber 7-8-2-3-1, coolant liquid influent stream pipe 7-8-2-3-2, coolant liquid Return pipe 7-8-2-3-3, coolant pump 7-8-2-3-4, pylorus 7-8-2-3-5；The coolant pump 7-8-2-3-4 is located at cooling The upper surface chamber 7-8-2-3-1, coolant pump 7-8-2-3-4 quantity be 6,60 degree of mutual angle, coolant pump 7-8-2-3-4 It is connect with control system 9 by polygon control survey；The hollow box body structure that the cooling chamber 7-8-2-3-1 is arranged horizontally；Institute It states coolant liquid influent stream pipe 7-8-2-3-2 and coolant return line 7-8-2-3-3 and is respectively positioned on the side cooling chamber 7-8-2-3-1, it is cold But one end of liquid influent stream pipe 7-8-2-3-2 and coolant return line 7-8-2-3-3 penetrate through with coolant pump 7-8-2-3-4 connect respectively It connects；The other end of coolant liquid influent stream pipe 7-8-2-3-2 and coolant return line 7-8-2-3-3 respectively with cooling chamber 7-8-2-3- 1 perforation connection；The pylorus 7-8-2-3-5 is located between coolant pump 7-8-2-3-4 and coolant liquid influent stream pipe 7-8-2-3-2, Unidirectional perforation, prevents coolant liquid from flowing backwards.

Further, this section is the explanation to heretofore described fueling injection equipment 7-8-5 structure.The fueling injection equipment 7-8- 5 include: oil inlet standpipe 7-8-5-1, fueling injection equipment cover 7-8-5-2, Fuel Injector Bar 7-8-5-3, the fixed cylinder ring 7-8- of fueling injection equipment 5-4；The fueling injection equipment cover 7-8-5-2 be hollow and open bottom frustum cone structure, fueling injection equipment cover 7-8-5-2 just on Side is equipped with oil inlet standpipe 7-8-5-1, and wherein in the bottom end oil inlet standpipe 7-8-5-1 insertion fueling injection equipment cover 7-8-5-2, oil inlet is vertical Oil guide pipe on the top pipe 7-8-5-1 and oil filling device 7-8-2, which penetrates through, to be connected；The Fuel Injector Bar 7-8-5-3 is located at spray Inside oily device cover 7-8-5-2, the quantity of Fuel Injector Bar 7-8-5-3 is 6, and adjacent Fuel Injector Bar 7-8-5-3 is with oil inlet standpipe 7- 8-5-1 is that center axis is angularly distributed and angle is 60 °, and each Fuel Injector Bar 7-8-5-3 passes through oil distributing pipe and oil inlet standpipe 7-8- 5-1 perforation connection, the surface Fuel Injector Bar 7-8-5-3 is equipped with a large amount of nozzle opening；The fixed cylinder ring 7-8-5-4 screw socket of the fueling injection equipment It is fixedly connected on fueling injection equipment cover 7-8-5-2 lower surface, the fixed downward scalable design of cylinder ring 7-8-5-4 of fueling injection equipment.

Further, this section is the explanation to heretofore described Fuel Injector Bar 7-8-5-3 structure.The Fuel Injector Bar 7-8-5- 3 include: oil inlet passage 7-8-5-3-1, multifunctional spraying oilhole 7-8-5-3-2, Fuel Injector Bar axis of rotation 7-8-5-3-3；The oil inlet Channel 7-8-5-3-1 is located at the end Fuel Injector Bar 7-8-5-3, and Fuel Injector Bar 7-8-5-3 is hollow columnar structures, oil inlet passage 7-8-5- The 3-1 other end is connected by oil distributing pipe and oil inlet standpipe 7-8-5-1 perforation；Fuel Injector Bar 7-8-5-3 side wall surface is equipped with multifunctional spraying Oilhole 7-8-5-3-2；The Fuel Injector Bar axis of rotation 7-8-5-3-3 drives Fuel Injector Bar 7- up and down in Fuel Injector Bar 7-8-5-3 8-5-3 rotation.

Further, this section is the explanation to heretofore described multifunctional spraying oilhole 7-8-5-3-2 structure.More function Energy nozzle opening 7-8-5-3-2 includes: hole plug telescopic rod 7-8-5-3-2-1, hole plug 7-8-5-3-2-2, Fuel Injector Bar outer wall 7- 8-5-3-2-3, stretch bar cantilevers 7-8-5-3-2-4, return spring 7-8-5-3-2-5, duct 7-8-5-3-2-6；In Fuel Injector Bar Hole plug telescopic rod 7-8-5-3-2-1, flexible bar cantilevers 7-8-5-3-2-4, return spring are equipped on the inside of outer wall 7-8-5-3-2-3 7-8-5-3-2-5, wherein the one end hole plug telescopic rod 7-8-5-3-2-1 and flexible bar cantilevers 7-8-5-3-2-4 are hinged, the other end It is connect across Fuel Injector Bar outer wall 7-8-5-3-2-3 with external hole plug 7-8-5-3-2-2, hole plug telescopic rod 7-8-5-3-2- The design of 1 stretching structure；The return spring 7-8-5-3-2-5 is socketed in outside hole plug telescopic rod 7-8-5-3-2-1, with plug-hole The connection of the front end telescopic rod 7-8-5-3-2-1 is filled in, return spring 7-8-5-3-2-5 drives hole plug telescopic rod 7-8- under natural conditions 5-3-2-1 is shunk, and hole plug 7-8-5-3-2-2 is promoted to fit closely with duct 7-8-5-3-2-6；It is described to promote hole plug 7-8- 5-3-2-2 diameter is slightly larger than duct 7-8-5-3-2-6 diameter.

Further, this section is the explanation to heretofore described 8 structure of spacing adjusting device.The spacing adjusting device 8 include: positioning table 8-1, upper layer sliding block 8-2, upper layer sliding rail 8-3, fashioned iron 8-4, bottom sliding block 8-5, bottom sliding rail 8-6；It is described The lower surface positioning table 8-1 is equipped with upper layer sliding block 8-2, and the upper layer sliding block 8-2 and positioning table 8-1 is welded and fixed, upper layer sliding block 8-2 Lower section is equipped with upper layer sliding rail 8-3, and upper layer sliding block 8-2 is slidably connected with upper layer sliding rail 8-3；The fashioned iron 8-4 is located at upper layer sliding rail The lower surface 8-3, fashioned iron 8-4 are welded and fixed with upper layer sliding rail 8-3；The bottom sliding block 8-5 is located at the lower surface positioning table 8-1 two Side, bottom sliding block 8-5 are welded and fixed with positioning table 8-1, and bottom sliding rail 8-6, bottom sliding block 8-5 are equipped with below bottom sliding block 8-5 It is slidably connected with bottom sliding rail 8-6.

Further, this section is the explanation to heretofore described upper layer sliding rail 8-3 structure.The upper layer sliding rail 8-3 packet It includes: aerofoil profile slideway 8-3-1, upper layer sliding rail bottom rail 8-3-2, shock relieve vent 8-3-3, upper layer sliding rail fueling injection equipment 8-3-4；It is described Aerofoil profile slideway 8-3-1 is located at below the sliding block 8-2 of upper layer, and aerofoil profile slideway 8-3-1 and upper layer sliding block 8-2 is slidably connected, and upper layer is sliding Block 8-2 is socketed in the surface aerofoil profile slideway 8-3-1, and the quantity of aerofoil profile slideway 8-3-1 is 2, sets between adjacent aerofoil slideway 8-3-1 There is upper layer sliding rail bottom rail 8-3-2；The two sides and the bottom aerofoil profile slideway 8-3-1 of upper layer sliding rail bottom rail 8-3-2 are solid Fixed welding, the upper layer sliding rail bottom upper surface rail 8-3-2 are equipped with shock relieve vent 8-3-3 and upper layer sliding rail fueling injection equipment 8-3-4, wherein The quantity of shock relieve vent 8-3-3 is no less than 20, and adjacent shock relieve vent 8-3-3 is isodistantly spaced distribution.

The invention also discloses a kind of working methods of carbon tetrachloride transfer pipeline inspection platform, including following step It is rapid:

Step 1: being placed in 3 upper surface of lifting apparatus for maintenance object 2, and is screwed defeated in maintenance object moment device 4 Outlet, while control system 9 opens the rotary electric machine inside maintenance object moment device 4 and makes to safeguard that object moment device 4 is in Working condition, maintenance object moment device 4 drive maintenance object 2 to carry out uniform rotation；

Step 2: control system 9 opens polishing motor 7-2, and polishing motor 7-2 drives idler wheel 7-4 by pulley arrangement 7-3 and beats Grinding belt 7-5 carries out high-speed rotation, and sanding belt 7-5 carries out grinding process to 2 external diameter surface of maintenance object at the uniform velocity rotated；

Step 3: the rotary electric machine that control system 9 opens inside belt mobile device 5 makes belt mobile device 5 be in work shape State, belt mobile device 5 drive grinding device 7 to move along a straight line along moving track 6；In the process, it is real-time to move fast sensor 7-7 The movement speed situation for detecting grinding device 7 moves speed sensor 7-7 and transmits signals to control system 9 when speed is excessively high, Control system 9, which controls belt mobile device 5, reduces speed；When speed is too low, moves speed sensor 7-7 and transmit signals to control System 9, control system 9 control belt mobile device 5 and improve speed；

Step 4: when safeguarding the variation of 2 length of object, required mounting distance is adjusted by spacing adjusting device 8；

Step 5: in idler wheel positioning plate 7-6 work process, extension type pushing post 7-6-3 pushes shaft 7-6-1 mobile, wherein Pushing post stop collar 7-6-2 positioned at the both ends pushing post 7-6-3 limits pushing post 7-6-3 left and right displacement, simultaneously as shaft Sliding slot 7-6-4 is slidably connected with shaft 7-6-1, and shaft sliding slot 7-6-4 is fixedly connected with positioning plate plate face 7-6-5, therefore, shaft 7-6-1 can realize that the tensioning to sanding belt 7-5 is adjusted relative to positioning plate plate face 7-6-5 upper and lower displacement；

Step 6: in shaft sliding slot 7-6-4 work process, track square 7-6-4-11 drives shaft 7-6-1 along telescopic cunning Road 7-6-4-2 is slided up and down；Meanwhile operator can adjust telescopic slideway 7- as desired by adjustment gear 7-6-4-6 The length of 6-4-2；When sliding up and down, pass through embedded turntable 7-6-4- along telescopic slideway 7-6-4-2 in shaft 7-6-1 7 relatively rotate with concave turntable 7-6-4-8, to adjust its movement angle；

Step 7: in the locking arm 7-6-4-9 course of work, thimble adjusting rod 7-6-4-9-4 rotation, so that only lock thimble 7-6- 4-9-1 is moved up, and implements to lock to concave turntable 7-6-4-8；Meanwhile clamp sleeve adjusting rod 7-6-4-9-5 is rotated, so that compressing Casing 7-6-4-9-2 is moved down, and is only locked thimble 7-6-4-9-1 and is moved up the collective effect moved down with clamp sleeve 7-6-4-9-2, implements Locking to concave turntable 7-6-4-8；

Step 8: in the stuck device 7-6-4-9-8 course of work, concave turntable 7-6-4-8 is rotated clockwise, and needs its stopping When rotation, power motor 7-6-4-9-8-7 passes through stuck actuating arm 7-6-4-9-8-6, stuck arm 7- under the control of control system 9 6-4-9-8-5, acting on retaining tooth 7-6-4-9-8-3 clockwise makes its whereabouts, engages with fixed groove 7-6-4-9-8-4, will Concave turntable 7-6-4-8 is locked to prevent it from rotating；When concave turntable 7-6-4-8 rotates counterclockwise, when it being needed to stop operating, Control system 9 controls lower power motor 7-6-4-9-8-7 and passes through stuck actuating arm 7-6-4-9-8-6, stuck arm 7-6-4-9-8- 5, acting on retaining tooth 7-6-4-9-8-1 counterclockwise makes its whereabouts, engages with fixed groove 7-6-4-9-8-4, by concave turntable 7-6-4-8 is locked to prevent it from rotating；

Step 9: in the polishing horizontally moving device 7-8 course of work, the horizontally moving device rotary shaft 7-8-3 that polishes is in external electrical It is operated under the driving of machine, and movable pulley 7-8-4 is driven to move on moving track 6, and then guarantee that entire grinding device 7 exists It is for linear motion on moving track 6；At the same time, oil filling device 7-8-2 is movable pulley 7- by fueling injection equipment 7-8-5 8-4 injects lubricating oil；

Step 10: in the oil filling device 7-8-2 course of work, control system 9, which opens oil filling pump 7-8-2-1, to be made Its is in running order；Under the action of oil filling pumps 7-8-2-1, lubricating oil in lubricating oil storage box 7-8-2-2 from One end of oil guide pipe 7-8-2-4 enters, and is injected into fueling injection equipment 7-8-5 from the other end of oil guide pipe 7-8-2-4；

Step 11: in the oil filling cooling device 7-8-2-3 course of work, coolant pump 7-8-2-3-4 is in control system 9 Control under operated, by external coolant liquid from coolant liquid influent stream pipe 7-8-2-3-2 input cooling chamber 7-8-2-3-1 in； Coolant liquid in cooling chamber 7-8-2-3-1 tentatively cools down to oil filling device 7-8-2, and subsequent coolant liquid enters cold But liquid return pipe 7-8-2-3-3, and again from coolant liquid influent stream pipe 7-8-2-3-2 under the action of coolant pump 7-8-2-3-4 Into cooling chamber 7-8-2-3-1, circulation cooling is carried out；

Step 12: in the fueling injection equipment 7-8-5 course of work, lubricating oil in oil filling device 7-8-2 from oil guide pipe into Enter in oil inlet standpipe 7-8-5-1；Then, the lubricating oil in oil inlet standpipe 7-8-5-1 is diverted into Fuel Injector Bar 7-8-5-3 from oil distributing pipe In, and flowed out from the nozzle opening on the surface Fuel Injector Bar 7-8-5-3, lubricating action is played for movable pulley 7-8-4, since fueling injection equipment is fixed Cylinder ring 7-8-5-4 scalable design, can control injection direction；

Step 13: in the Fuel Injector Bar 7-8-5-3 course of work, the lubricating oil in oil inlet standpipe 7-8-5-1 passes through oil distributing pipe, oil inlet Channel 7-8-5-3-1 enters in Fuel Injector Bar 7-8-5-3, and from the multifunctional spraying oilhole 7-8-5- of Fuel Injector Bar 7-8-5-3 side wall surface Outflow is controlled in 3-2, while Fuel Injector Bar axis of rotation 7-8-5-3-3 drives Fuel Injector Bar 7-8-5-3 rotation, rises for movable pulley 7-8-4 Lubricating action；

Step 14: in the multifunctional spraying oilhole 7-8-5-3-2 course of work, due to Fuel Injector Bar 7-8-5-3 rotation, in centrifugal force Effect is lower so that hole plug 7-8-5-3-2-2 far from duct 7-8-5-3-2-6, realizes fuel-displaced process；When Fuel Injector Bar 7-8-5-3 turns Speed decline, centrifugal force are less than return spring 7-8-5-3-2-5 by hole plug telescopic rod 7-8-5-3-2-1 to hole plug 7-8-5- When the pulling force of 3-2-2, hole plug 7-8-5-3-2-2 return is simultaneously fitted closely with duct 7-8-5-3-2-6, blocks fuel-displaced process Occur；

Step 15: in 8 course of work of spacing adjusting device, staff is by adjusting bottom sliding block 8-5, bottom sliding rail 8-6 The coarse regulation to spacing is realized, by adjusting upper layer sliding block 8-2, upper layer sliding rail 8-3 realization to the intense adjustment of spacing.

Step 16: in the sliding rail 8-3 course of work of upper layer, 2 aerofoil profile slideway 8-3-1 unfold to two sides respectively, and butterfly is presented Wing, upper layer sliding block 8-2 are socketed in the surface aerofoil profile slideway 8-3-1, upper layer sliding rail fueling injection equipment 8-3-4 to upper layer sliding block 8-2 with Oil spout between aerofoil profile slideway 8-3-1 ensure that upper layer sliding block 8-2 steadily sliding on aerofoil profile slideway 8-3-1；Meanwhile damping Hole 8-3-3 plays cushioning effect.

A kind of carbon tetrachloride transfer pipeline inspection platform disclosed in the invention patent, the advantage is that: the device structure closes Manage compact, easy to operate, stability is good, and adaptable, overhaul efficiency is high, effectively reduces labor intensity.

Detailed description of the invention

Fig. 1 is a kind of heretofore described carbon tetrachloride transfer pipeline inspection platform.

Fig. 2 is heretofore described 7 structural schematic diagram of grinding device.

Fig. 3 is heretofore described idler wheel positioning plate 7-6 structural schematic diagram.

Fig. 4 is heretofore described shaft sliding slot 7-6-4 structural schematic diagram.

Fig. 5 is heretofore described locking arm 7-6-4-9 structural schematic diagram.

Fig. 6 is heretofore described stuck device 7-6-4-9-8 structural schematic diagram.

Fig. 7 is heretofore described polishing horizontally moving device 7-8 structural schematic diagram.

Fig. 8 is heretofore described oil filling device 7-8-2 structural schematic diagram.

Fig. 9 is heretofore described oil filling cooling device 7-8-2-3 structural schematic diagram.

Figure 10 is heretofore described fueling injection equipment 7-8-5 structural schematic diagram.

Figure 11 is heretofore described Fuel Injector Bar 7-8-5-3 structure chart.

Figure 12 is heretofore described multifunctional spraying oilhole 7-8-5-3-2 structure chart.

Figure 13 is heretofore described 8 structural schematic diagram of spacing adjusting device.

Figure 14 is heretofore described upper layer sliding rail 8-3 structural schematic diagram.

Specific embodiment

With reference to the accompanying drawings and examples to a kind of carbon tetrachloride transfer pipeline inspection platform provided by the invention carry out into One step explanation.

Embodiment

As shown in Figure 1, being a kind of heretofore described carbon tetrachloride transfer pipeline inspection platform, as seen from the figure, comprising: Supporting leg 1 safeguards that object 2, lifting apparatus 3 safeguard object moment device 4, belt mobile device 5, moving track 6, grinding device 7, spacing adjusting device 8, control system 9；1 upper surface of supporting leg is equipped with maintenance object 2, and the maintenance object 2 is cylindric, straight Diameter 0.2 m~1 m, path length ratio 1:2~5, maintenance 2 bottom of object are equipped with lifting apparatus 3, and 3 quantity of lifting apparatus is two groups； 2 both ends of maintenance object are equipped with maintenance object moment device 4, and the maintenance object moment device 4 passes through chain wheel device and dimension Shield 2 end face of object is fixedly connected；The belt mobile device 5 is located at maintenance 2 side of object, and 5 upper surface of belt mobile device is set There is grinding device 7, the grinding device 7 is fixedly connected with belt mobile device 5, and belt mobile device 5 and moving track 6 slide Connection；The spacing adjusting device 8 is located at below maintenance 2 end face of object, and spacing adjusting device 8 is fixedly connected with 1 screw of supporting leg； The control system 9 is located at 1 side of supporting leg.

As shown in Fig. 2, being heretofore described 7 structural schematic diagram of grinding device, as seen from the figure, the grinding device 7 It include: installation plate 7-1, polish motor 7-2, pulley arrangement 7-3, idler wheel 7-4, and sanding belt 7-5, idler wheel positioning plate 7-6 move speed Sensor 7-7, polish horizontally moving device 7-8；The installation upper surface plate 7-1 is equipped with polishing motor 7-2, the polishing electricity Machine 7-2 is connect with 9 polygon control survey of control system；The pulley arrangement 7-3 is fixed on one end polishing motor 7-2 output end, belt wheel The device 7-3 other end is connected with idler wheel 7-4；The idler wheel 7-4 quantity is 3 groups, and three groups of idler wheel 7-4 are assembled by sanding belt 7-5 Connection, idler wheel 7-4 are hinged on the surface idler wheel positioning plate 7-6；The shifting speed sensor 7-7 is located at the installation upper surface plate 7-1, moves Fast sensor 7-7 is connect with 9 polygon control survey of control system；The polishing horizontally moving device 7-8 is located at the installation bottom plate 7-1 Portion, the two are fixedly connected.

As shown in figure 3, being heretofore described idler wheel positioning plate 7-6 structural schematic diagram, as seen from the figure, the idler wheel is fixed Position plate 7-6 includes: shaft 7-6-1, pushing post stop collar 7-6-2, pushing post 7-6-3, shaft sliding slot 7-6-4, positioning plate plate face 7-6-5, sliding slot stop collar 7-6-6, pushing post radiator 7-6-7；The one end the pushing post 7-6-3 and shaft 7-6-1 are hinged, separately One end and installation plate 7-1 are hinged, pushing post 7-6-3 stretching structure, and quantity is 2 groups, positioned at the outside of positioning plate plate face 7-6-5 Both ends；The pushing post stop collar 7-6-2 is socketed on shaft 7-6-1, positioned at the two sides of each pushing post 7-6-3, quantity 4 A, pushing post stop collar 7-6-2 limitation pushing post 7-6-3 is moved left and right；The shaft sliding slot 7-6-4 is located at sliding slot stop collar 7- The interior survey of 6-6, hinged with shaft 7-6-1, quantity is 2, and shaft sliding slot 7-6-4 is embedded in positioning plate plate face 7-6-5 and fixed Connection；The sliding slot stop collar 7-6-6 is socketed on shaft 7-6-1, and positioned at the two sides of shaft sliding slot 7-6-4, quantity is 4, Sliding slot stop collar 7-6-6 limitation shaft sliding slot 7-6-4 is moved left and right；Pushing post radiator 7- is equipped with inside pushing post 7-6-3 6-7 promotes pushing post 7-6-3 cooling.

As shown in figure 4, being heretofore described shaft sliding slot 7-6-4 structural schematic diagram, as seen from the figure, the shaft is sliding Slot 7-6-4 includes: balance bolt 7-6-4-1, telescopic slideway 7-6-4-2, fixed cross frame 7-6-4-3, concave slideway port 7- 6-4-4, port regulation cock 7-6-4-5, adjustment gear 7-6-4-6, embedded turntable 7-6-4-7, concave turntable 7-6-4-8, lock Tight arm 7-6-4-9, shaft sliding slot shell 7-6-4-10, track square 7-6-4-11；

As shown in figure 5, being heretofore described locking arm 7-6-4-9 structural schematic diagram, as seen from the figure, the locking arm 7-6-4-9 includes: that only lock thimble 7-6-4-9-1, clamp sleeve 7-6-4-9-2, locking arm shell 7-6-4-9-3, thimble are adjusted Bar 7-6-4-9-4, clamp sleeve adjusting rod 7-6-4-9-5, locking arm thread hollow pipe 7-6-4-9-6, thimble driving tube 7-6- 4-9-7, stuck device 7-6-4-9-8；

As shown in fig. 6, being heretofore described stuck device 7-6-4-9-8 structural schematic diagram, as seen from the figure, the card Dead device 7-6-4-9-8 includes: retaining tooth 7-6-4-9-8-1 counterclockwise, stuck arm shaft 7-6-4-9-8-2, retaining clockwise Tooth 7-6-4-9-8-3, fixed groove 7-6-4-9-8-4, stuck arm 7-6-4-9-8-5, stuck actuating arm 7-6-4-9-8-6, is moved Force motor 7-6-4-9-8-7；

As shown in fig. 7, be heretofore described polishing horizontally moving device 7-8 structural schematic diagram, it is as seen from the figure, described Polishing horizontally moving device 7-8 includes: polishing horizontally moving device top plate 7-8-1, oil filling device 7-8-2, water of polishing Flat mobile device rotary shaft 7-8-3, movable pulley 7-8-4, fueling injection equipment 7-8-5；The polishing horizontally moving device top plate 7-8-1 Upper surface is fixedly connected on the installation bottom plate 7-1, and polishing horizontally moving device top plate 7-8-1 is concave structure；It is described to beat Mill horizontally moving device rotary shaft 7-8-3 is connected between the polishing two sides horizontally moving device top plate 7-8-1 side wall, and polishing is horizontal Mobile device rotary shaft 7-8-3 and external motor are sequentially connected, and polishing horizontally moving device rotary shaft 7-8-3 is equipped with movable pulley 7-8-4；The movable pulley 7-8-4 and polishing horizontally moving device rotary shaft 7-8-3 rotation connection, external motor and control system The connection of 9 polygon control surveys；The oil filling device 7-8-2 is fixedly connected on the polishing side horizontally moving device top plate 7-8-1 Outside side wall, fueling injection equipment 7-8-5 is fixedly connected on the inside of polishing horizontally moving device top plate 7-8-1 upper wall, oil filling Device 7-8-2 is connect by its internal oil guide pipe with fueling injection equipment 7-8-5.

As shown in figure 8, be heretofore described oil filling device 7-8-2 structural schematic diagram, it is as seen from the figure, described Oil filling device 7-8-2 includes: oil filling pump 7-8-2-1, lubricating oil storage box 7-8-2-2, and oil filling is cold But device 7-8-2-3, oil guide pipe 7-8-2-4, oil filling device capstan winch 7-8-2-5, the fixed panel of oil filling device 7-8-2-6, oil filling device guide cylinder 7-8-2-7, oil guide pipe traction device 7-8-2-8；The oil filling pumps 7- 8-2-1 is located at the entire bottom oil filling device 7-8-2, and oil filling pumps 7-8-2-1 and 9 polygon control survey of control system connects It connects, the top of oil filling pump 7-8-2-1 is connected with lubricating oil storage box 7-8-2-2；The lubricating oil storage box 7-8-2-2 Top is connected with oil filling cooling device 7-8-2-3 and oil filling device capstan winch 7-8-2-5 in turn, wherein lubricating oil Oil guide pipe 7-8-2-4 is wound on filling apparatus capstan winch 7-8-2-5, one end of oil guide pipe 7-8-2-4 is pumped by oil filling 7-8-2-1 and lubricating oil storage box 7-8-2-2 perforation connects；The fixed panel 7-8-2-6 of the oil filling device passes through branch Frame is fixedly connected on the top oil filling device capstan winch 7-8-2-5, and the fixed panel 7-8-2-6 of oil filling device and throwing The side light level mobile device top plate 7-8-1 side wall is fixedly connected；The oil filling device guidance cylinder 7-8-2-7 is connected to Above oil filling device capstan winch 7-8-2-5, oil filling device guides the top cylinder 7-8-2-7 to be equipped with oil guide pipe traction dress Set 7-8-2-8；The other end of the oil guide pipe 7-8-2-4 guides cylinder 7-8-2-7 to enter oil guide pipe by oil filling device In traction device 7-8-2-8, and passes through oil guide pipe traction device 7-8-2-8 and connect with fueling injection equipment 7-8-5.

As shown in figure 9, being heretofore described oil filling cooling device 7-8-2-3 structural schematic diagram, Cong Tuzhong is seen Out, the oil filling cooling device 7-8-2-3 includes: cooling chamber 7-8-2-3-1, coolant liquid influent stream pipe 7-8-2-3-2, Coolant return line 7-8-2-3-3, coolant pump 7-8-2-3-4, pylorus 7-8-2-3-5；The coolant pump 7-8-2-3-4 is set In the upper surface cooling chamber 7-8-2-3-1, coolant pump 7-8-2-3-4 quantity be 6,60 degree of mutual angle, coolant pump 7- 8-2-3-4 is connect with control system 9 by polygon control survey；The hollow box body that the cooling chamber 7-8-2-3-1 is arranged horizontally Structure；The coolant liquid influent stream pipe 7-8-2-3-2 and coolant return line 7-8-2-3-3 are respectively positioned on cooling chamber 7-8-2-3-1 Side, one end of coolant liquid influent stream pipe 7-8-2-3-2 and coolant return line 7-8-2-3-3 respectively with coolant pump 7-8-2-3- 4 perforation connections；The other end of coolant liquid influent stream pipe 7-8-2-3-2 and coolant return line 7-8-2-3-3 respectively with cooling chamber 7-8-2-3-1 perforation connection；The pylorus 7-8-2-3-5 is located at coolant pump 7-8-2-3-4 and coolant liquid influent stream pipe 7-8-2- Between 3-2, unidirectional perforation, prevent coolant liquid from flowing backwards.

It as shown in Figure 10, is heretofore described fueling injection equipment 7-8-5 structural schematic diagram, as seen from the figure, the oil spout Device 7-8-5 includes: oil inlet standpipe 7-8-5-1, fueling injection equipment cover 7-8-5-2, Fuel Injector Bar 7-8-5-3, and fueling injection equipment is fixed Cylinder ring 7-8-5-4；The fueling injection equipment cover 7-8-5-2 is hollow and open bottom frustum cone structure, fueling injection equipment cover 7- Oil inlet standpipe 7-8-5-1 is equipped with right above 8-5-2, wherein fueling injection equipment cover 7-8-5-2 is inserted into the bottom end oil inlet standpipe 7-8-5-1 Interior, the oil guide pipe on the oil inlet top standpipe 7-8-5-1 and oil filling device 7-8-2, which penetrates through, to be connected；The Fuel Injector Bar 7-8- 5-3 is located inside fueling injection equipment cover 7-8-5-2, and the quantity of Fuel Injector Bar 7-8-5-3 is 6, adjacent Fuel Injector Bar 7-8-5-3 with into Oily standpipe 7-8-5-1 is that center axis is angularly distributed and angle is 60 °, and each Fuel Injector Bar 7-8-5-3 passes through oil distributing pipe and oil inlet Standpipe 7-8-5-1 perforation connection, the surface Fuel Injector Bar 7-8-5-3 is equipped with a large amount of nozzle opening；The fixed cylinder ring 7- of the fueling injection equipment 8-5-4 screw socket is fixedly connected on fueling injection equipment cover 7-8-5-2 lower surface, and the fixed cylinder ring 7-8-5-4 of fueling injection equipment stretches downwards Contracting design.

It as shown in figure 11, is heretofore described Fuel Injector Bar 7-8-5-3 structure chart, as seen from the figure, the Fuel Injector Bar 7- 8-5-3 includes: oil inlet passage 7-8-5-3-1, multifunctional spraying oilhole 7-8-5-3-2, Fuel Injector Bar axis of rotation 7-8-5-3-3；It is described Oil inlet passage 7-8-5-3-1 is located at the end Fuel Injector Bar 7-8-5-3, and Fuel Injector Bar 7-8-5-3 is hollow columnar structures, oil inlet passage 7- The 8-5-3-1 other end is connected by oil distributing pipe and oil inlet standpipe 7-8-5-1 perforation；Fuel Injector Bar 7-8-5-3 side wall surface is equipped with more function It can nozzle opening 7-8-5-3-2；The Fuel Injector Bar axis of rotation 7-8-5-3-3 drives oil spout up and down in Fuel Injector Bar 7-8-5-3 Bar 7-8-5-3 rotation.

It as shown in figure 12, is heretofore described multifunctional spraying oilhole 7-8-5-3-2 structure chart, it is as seen from the figure, described Multifunctional spraying oilhole 7-8-5-3-2 includes: hole plug telescopic rod 7-8-5-3-2-1, hole plug 7-8-5-3-2-2, outside Fuel Injector Bar Wall 7-8-5-3-2-3, stretch bar cantilevers 7-8-5-3-2-4, return spring 7-8-5-3-2-5, duct 7-8-5-3-2-6；It is spraying Hole plug telescopic rod 7-8-5-3-2-1, flexible bar cantilevers 7-8-5-3-2-4, return are equipped on the inside of beam hanger outer wall 7-8-5-3-2-3 Spring 7-8-5-3-2-5, wherein the one end hole plug telescopic rod 7-8-5-3-2-1 and flexible bar cantilevers 7-8-5-3-2-4 are hinged, separately One end passes through Fuel Injector Bar outer wall 7-8-5-3-2-3 and connect with external hole plug 7-8-5-3-2-2, hole plug telescopic rod 7-8-5- The design of 3-2-1 stretching structure；The return spring 7-8-5-3-2-5 is socketed in outside hole plug telescopic rod 7-8-5-3-2-1, with The connection of the hole plug front end telescopic rod 7-8-5-3-2-1, return spring 7-8-5-3-2-5 drives hole plug telescopic rod under natural conditions 7-8-5-3-2-1 is shunk, and hole plug 7-8-5-3-2-2 is promoted to fit closely with duct 7-8-5-3-2-6；It is described to promote hole plug 7-8-5-3-2-2 diameter is slightly larger than duct 7-8-5-3-2-6 diameter.

It as shown in figure 13, is heretofore described 8 structural schematic diagram of spacing adjusting device, as seen from the figure, the spacing Regulating device 8 includes: positioning table 8-1, upper layer sliding block 8-2, upper layer sliding rail 8-3, fashioned iron 8-4, bottom sliding block 8-5, bottom sliding rail 8-6；The lower surface the positioning table 8-1 is equipped with upper layer sliding block 8-2, and the upper layer sliding block 8-2 and positioning table 8-1 is welded and fixed, on It is equipped with upper layer sliding rail 8-3 below layer sliding block 8-2, upper layer sliding block 8-2 is slidably connected with upper layer sliding rail 8-3；The fashioned iron 8-4 is located at The upper layer lower surface sliding rail 8-3, fashioned iron 8-4 are welded and fixed with upper layer sliding rail 8-3；The bottom sliding block 8-5 is located under positioning table 8-1 Surface two sides, bottom sliding block 8-5 are welded and fixed with positioning table 8-1, and bottom sliding rail 8-6 is equipped with below bottom sliding block 8-5, and bottom is sliding Block 8-5 is slidably connected with bottom sliding rail 8-6.

It as shown in figure 14, is heretofore described upper layer sliding rail 8-3 structural schematic diagram, as seen from the figure, the upper layer is sliding Rail 8-3 includes: aerofoil profile slideway 8-3-1, upper layer sliding rail bottom rail 8-3-2, shock relieve vent 8-3-3, upper layer sliding rail fueling injection equipment 8- 3-4；The aerofoil profile slideway 8-3-1 is located at below the sliding block 8-2 of upper layer, and aerofoil profile slideway 8-3-1 and upper layer sliding block 8-2 sliding connects It connects, upper layer sliding block 8-2 is socketed in the surface aerofoil profile slideway 8-3-1, and the quantity of aerofoil profile slideway 8-3-1 is 2, adjacent aerofoil slideway 8- Upper layer sliding rail bottom rail 8-3-2 is equipped between 3-1；The two sides of upper layer sliding rail bottom rail 8-3-2 and aerofoil profile slideway 8- The bottom 3-1 is fixedly welded, and the upper layer sliding rail bottom upper surface rail 8-3-2 is equipped with shock relieve vent 8-3-3 and upper layer sliding rail fueling injection equipment 8-3-4, wherein the quantity of shock relieve vent 8-3-3 is no less than 20, and adjacent shock relieve vent 8-3-3 is isodistantly spaced distribution.

Claims

1. a kind of carbon tetrachloride transfer pipeline inspection platform, comprising: supporting leg (1) is safeguarded object (2), lifting apparatus (3), is safeguarded Object moment device (4), belt mobile device (5), moving track (6), grinding device (7), spacing adjusting device (8), control System (9)；It is characterized in that, supporting leg (1) upper surface is equipped with maintenance object (2), the maintenance object (2) is cylindric, straight Diameter 0.2 m~1 m, path length ratio 1:2~5, maintenance object (2) bottom are equipped with lifting apparatus (3), lifting apparatus (3) quantity It is two groups；The maintenance object (2) both ends are equipped with maintenance object moment device (4), and the maintenance object moment device (4) passes through Chain wheel device is fixedly connected with maintenance object (2) end face；The belt mobile device (5) is located at maintenance object (2) side, belt Mobile device (5) upper surface is equipped with grinding device (7), and the grinding device (7) is fixedly connected with belt mobile device (5), band Formula mobile device (5) is slidably connected with moving track (6)；The spacing adjusting device (8) is located under maintenance object (2) end face Side, spacing adjusting device (8) are fixedly connected with supporting leg (1) screw；The control system (9) is located at supporting leg (1) side；In belt Mobile device (5) is equipped with defectoscope and connect with control system (9) conducting wire, to monitored target real-time detection；

The spacing adjusting device (8) is equipped with upper layer sliding rail (8-3)；It is equipped with upper layer sliding rail (8-3) below upper layer sliding block (8-2), Upper layer sliding block (8-2) is slidably connected with upper layer sliding rail (8-3)；

The upper layer sliding rail (8-3) includes: aerofoil profile slideway (8-3-1), upper layer sliding rail bottom rail (8-3-2), shock relieve vent (8-3- 3), upper layer sliding rail fueling injection equipment (8-3-4)；The aerofoil profile slideway (8-3-1) is located at below upper layer sliding block (8-2), and aerofoil profile is sliding Road (8-3-1) is slidably connected with upper layer sliding block (8-2), and upper layer sliding block (8-2) is socketed in the surface aerofoil profile slideway (8-3-1), aerofoil profile The quantity of slideway (8-3-1) is 2, is equipped with upper layer sliding rail bottom rail (8-3-2) between adjacent aerofoil slideway (8-3-1)；Institute The two sides and the bottom aerofoil profile slideway (8-3-1) for stating upper layer sliding rail bottom rail (8-3-2) are fixedly welded, upper layer sliding rail bottom rail The upper surface (8-3-2) is equipped with shock relieve vent (8-3-3) and upper layer sliding rail fueling injection equipment (8-3-4), wherein the number of shock relieve vent (8-3-3) Amount no less than 20, adjacent shock relieve vent (8-3-3) is isodistantly spaced distribution.

2. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 1, which is characterized in that the grinding device (7) include: installation plate (7-1), polish motor (7-2), pulley arrangement (7-3), idler wheel (7-4), sanding belt (7-5), idler wheel Positioning plate (7-6) moves fast sensor (7-7), polishes horizontally moving device (7-8)；Installation plate (7-1) upper surface is equipped with It polishes motor (7-2), the polishing motor (7-2) connect with control system (9) polygon control survey；The pulley arrangement (7-3) one Polishing motor (7-2) output end is fixed at end, and pulley arrangement (7-3) other end is connected with idler wheel (7-4)；The idler wheel (7-4) Quantity is 3 groups, and three groups of idler wheels (7-4) are hinged on idler wheel positioning plate (7-6) by sanding belt (7-5) assembly and connection, idler wheel (7-4) Surface；The fast sensor (7-7) of the shifting is located at installation upper surface plate (7-1), moves fast sensor (7-7) and control system (9) Polygon control survey connection；The polishing horizontally moving device (7-8) is located at installation bottom plate (7-1), and the two is fixedly connected.

3. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 2, which is characterized in that the idler wheel positioning Plate (7-6) includes: shaft (7-6-1), pushing post stop collar (7-6-2), pushing post (7-6-3), shaft sliding slot (7-6-4), fixed Position plate plate face (7-6-5), sliding slot stop collar (7-6-6), pushing post radiator (7-6-7)；Described pushing post one end (7-6-3) with Hingedly, hingedly, pushing post (7-6-3) stretching structure, quantity is 2 groups to shaft (7-6-1), position for the other end and installation plate (7-1) In the outside both ends of positioning plate plate face (7-6-5)；The pushing post stop collar (7-6-2) is socketed on shaft (7-6-1), is located at The two sides of each pushing post (7-6-3), quantity are 4, and pushing post stop collar (7-6-2) limits the left and right pushing post (7-6-3) and moves It is dynamic；The shaft sliding slot (7-6-4) be located at sliding slot stop collar (7-6-6) interior survey, with shaft (7-6-1) hingedly, quantity 2 It is a, in shaft sliding slot (7-6-4) insertion positioning plate plate face (7-6-5) and it is fixedly connected；Sliding slot stop collar (7-6-6) socket On shaft (7-6-1), it is located at the two sides of shaft sliding slot (7-6-4), quantity is 4, and sliding slot stop collar (7-6-6) limits shaft Sliding slot (7-6-4) moves left and right；It is equipped with pushing post radiator (7-6-7) inside pushing post (7-6-3), promotes pushing post (7- 6-3) cool down.

4. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 3, which is characterized in that the shaft sliding slot (7-6-4) includes: balance bolt (7-6-4-1), telescopic slideway (7-6-4-2), fixed cross frame (7-6-4-3), concave slideway Port (7-6-4-4), port regulation cock (7-6-4-5), adjustment gear (7-6-4-6), embedded turntable (7-6-4-7), concave Turntable (7-6-4-8), locking arm (7-6-4-9), shaft sliding slot shell (7-6-4-10), track square (7-6-4-11)；

Embedded turntable (7-6-4-7) ring structure, standing, inside are equipped with fixed cross frame (7-6-4-3), the two It is fixedly connected；The concave turntable (7-6-4-8) is located at the side embedded turntable (7-6-4-7), and the two size, shape are similar, The two links closely and relatively rotates connection；Concave turntable (7-6-4-8) and its external shaft sliding slot shell (7-6-4-10) are fixed Connection；The telescopic slideway (7-6-4-2), concave slideway port (7-6-4-4), port regulation cock (7-6-4-5), adjusting tooth (7-6-4-6), locking arm (7-6-4-9), track square (7-6-4-11) composition sliding equipment are taken turns, fixed cross frame is fixed on On (7-6-4-3), rotated with embedded turntable (7-6-4-7) relative to concave turntable (7-6-4-8)；The telescopic cunning Road (7-6-4-2) is two closed slides, scalable in vertical direction, is equipped with concave slideway port (7- at vertical direction both ends 6-4-4), design for disassembly；It is equipped with track square (7-6-4-11) on the inside of two closed slides, track square (7-6-4-11) Being limited on the inside of telescopic slideway (7-6-4-2) can only slide in slideway, track square (7-6-4-11) quantity is 2, It is fixedly connected with shaft (7-6-1)；It is equipped with port regulation cock (7-6-4-5) in the concave slideway port side (7-6-4-4), port The side of regulation cock (7-6-4-5) is equipped with adjustment gear (7-6-4-6), and adjustment gear (7-6-4-6) passes through port regulation cock (7- 6-4-5), concave slideway port (7-6-4-4) realizes the adjustment extended to telescopic slideway (7-6-4-2) with contraction；The lock Tight arm one end (7-6-4-9) is connect with concave turntable (7-6-4-8)；The balance bolt (7-6-4-1) is located at fixed cross frame (7- 6-4-3) surface, balance bolt (7-6-4-1) can be arbitrarily inserted into the multiple apertures in the surface fixed cross frame (7-6-4-3), for putting down Weigh sliding equipment.

5. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 4, which is characterized in that the locking arm (7-6-4-9) includes: only to lock thimble (7-6-4-9-1), clamp sleeve (7-6-4-9-2), locking arm shell (7-6-4-9-3), Thimble adjusting rod (7-6-4-9-4), clamp sleeve adjusting rod (7-6-4-9-5), locking arm thread hollow pipe (7-6-4-9-6), Thimble driving tube (7-6-4-9-7), stuck device (7-6-4-9-8)；

Only lock thimble (7-6-4-9-1) positioned at lower part is connect with thimble driving tube (7-6-4-9-7), thimble driving tube (7-6- 4-9-7) rotate screwed connection outside the locking arm thread hollow pipe (7-6-4-9-6), and with thimble adjusting rod (7-6-4-9-4) Inside connection；Clamp sleeve (7-6-4-9-2), the two screw thread company are equipped on the locking arm thread hollow pipe top (7-6-4-9-6) It connects, clamp sleeve (7-6-4-9-2) is connect with clamp sleeve adjusting rod (7-6-4-9-5)；Clamp sleeve (7-6-4-9-2) with It only locks between thimble (7-6-4-9-1) and is equipped with concave turntable (7-6-4-8), clamp sleeve (7-6-4-9-2) and only lock thimble (7- Relative motion 6-4-9-1) is implemented to lock concave turntable (7-6-4-8)；In side locking arm shell (7-6-4-9-3), recessed The type turntable upper surface (7-6-4-8) is equipped with stuck device (7-6-4-9-8).

6. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 5, which is characterized in that the stuck device (7-6-4-9-8) includes: retaining tooth (7-6-4-9-8-1) counterclockwise, stuck arm shaft (7-6-4-9-8-2), retaining clockwise Tooth (7-6-4-9-8-3), fixed groove (7-6-4-9-8-4), stuck arm (7-6-4-9-8-5), stuck actuating arm (7-6-4-9- 8-6), power motor (7-6-4-9-8-7)；

Power motor (7-6-4-9-8-7) positioned at side is connect with control system (9) polygon control survey, the stuck drive with right side Swing arm (7-6-4-9-8-6) is drivingly connected；The stuck actuating arm (7-6-4-9-8-6) is oil cylinder structure of hydraulic, realizes stretching, extension With contraction；The stuck arm (7-6-4-9-8-5) is located on the right side of stuck actuating arm (7-6-4-9-8-6), and the two is hinged；Stuck Stuck arm shaft (7-6-4-9-8-2) is equipped in the middle part of arm (7-6-4-9-8-5), stuck arm (7-6-4-9-8-5) turns around stuck arm Axis (7-6-4-9-8-2) rotation；Retaining tooth (7-6-4-9- clockwise is equipped on stuck arm (7-6-4-9-8-5) lower right top 8-3)；Retaining tooth (7-6-4-9-8-1) counterclockwise is equipped on the left top in lower part stuck arm (7-6-4-9-8-5)；The fixed tooth Line (7-6-4-9-8-4) is fixed on the surface concave turntable (7-6-4-8).

7. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 6, which is characterized in that the polishing is horizontal Mobile device (7-8) includes: polishing horizontally moving device top plate (7-8-1), oil filling device (7-8-2), polishing level Mobile device rotary shaft (7-8-3), movable pulley (7-8-4), fueling injection equipment (7-8-5)；The polishing horizontally moving device top plate The upper surface (7-8-1) is fixedly connected on installation bottom plate (7-1), and polishing horizontally moving device top plate (7-8-1) is undercut type Structure；The polishing horizontally moving device rotary shaft (7-8-3) is connected to polishing two sides side horizontally moving device top plate (7-8-1) Between wall, polishing horizontally moving device rotary shaft (7-8-3) and external motor are sequentially connected, horizontally moving device rotary shaft of polishing (7-8-3) is equipped with movable pulley (7-8-4)；The movable pulley (7-8-4) and polishing horizontally moving device rotary shaft (7-8-3) turn Dynamic connection, external motor are connect with control system (9) polygon control survey；The oil filling device (7-8-2) is fixedly connected on It polishes outside the side wall of the side horizontally moving device top plate (7-8-1), fueling injection equipment (7-8-5) is fixedly connected on polishing and moves horizontally On the inside of device top plate (7-8-1) upper wall, oil filling device (7-8-2) passes through its internal oil guide pipe and fueling injection equipment (7-8- 5) it connects.

8. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 7, which is characterized in that the lubricating oil adds Dispensing device (7-8-2) includes: oil filling pump (7-8-2-1), lubricating oil storage box (7-8-2-2), oil filling cooling Device (7-8-2-3), oil guide pipe (7-8-2-4), oil filling device capstan winch (7-8-2-5), oil filling device are fixed Panel (7-8-2-6), oil filling device guide cylinder (7-8-2-7), oil guide pipe traction device (7-8-2-8)；The lubrication Oily dispenser pump (7-8-2-1) is located at entire oil filling device (7-8-2) bottom, and oil filling pumps (7-8-2-1) and control System (9) polygon control survey connection processed, the top of oil filling pump (7-8-2-1) is connected with lubricating oil storage box (7-8-2-2)； Oil filling cooling device (7-8-2-3) is connected in turn above the lubricating oil storage box (7-8-2-2) and lubricating oil adds Dispensing device capstan winch (7-8-2-5) is wherein wound with oil guide pipe (7-8-2-4) on oil filling device capstan winch (7-8-2-5), leads One end of oil pipe (7-8-2-4) is connected by oil filling pump (7-8-2-1) and lubricating oil storage box (7-8-2-2) perforation； The oil filling device fixed panel (7-8-2-6), which is fixed by the bracket, is connected to oil filling device capstan winch (7-8- 2-5) top, and oil filling device fixed panel (7-8-2-6) and polishing side side horizontally moving device top plate (7-8-1) Wall is fixedly connected；Oil filling device guidance cylinder (7-8-2-7) is connected to oil filling device capstan winch (7-8-2-5) Top, oil filling device guide the cylinder top (7-8-2-7) to be equipped with oil guide pipe traction device (7-8-2-8)；The oil guide pipe The other end of (7-8-2-4) enters oil guide pipe traction device (7-8-2-8) by oil filling device guidance cylinder (7-8-2-7) It is interior, and pass through oil guide pipe traction device (7-8-2-8) and connect with fueling injection equipment (7-8-5)；

The oil filling cooling device (7-8-2-3) includes: cooling chamber (7-8-2-3-1), coolant liquid influent stream pipe (7-8- 2-3-2), coolant return line (7-8-2-3-3), coolant pump (7-8-2-3-4), pylorus (7-8-2-3-5)；The coolant liquid Pump (7-8-2-3-4) is located at the upper surface cooling chamber (7-8-2-3-1), and coolant pump (7-8-2-3-4) quantity is 6, each other 60 degree of angle, coolant pump (7-8-2-3-4) is connect with control system (9) by polygon control survey；Cooling chamber (the 7-8-2- Hollow box body structure 3-1) being arranged horizontally；The coolant liquid influent stream pipe (7-8-2-3-2) and coolant return line (7-8-2- 3-3) it is respectively positioned on the side cooling chamber (7-8-2-3-1), coolant liquid influent stream pipe (7-8-2-3-2) and coolant return line (7-8- One end 2-3-3) penetrates through with coolant pump (7-8-2-3-4) connect respectively；Coolant liquid influent stream pipe (7-8-2-3-2) and coolant liquid The other end of return pipe (7-8-2-3-3) penetrates through with cooling chamber (7-8-2-3-1) connect respectively；Pylorus (the 7-8-2-3- 5) between coolant pump (7-8-2-3-4) and coolant liquid influent stream pipe (7-8-2-3-2), unidirectional perforation, prevent coolant liquid from falling Stream.

9. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 8, which is characterized in that the fueling injection equipment (7-8-5) includes: oil inlet standpipe (7-8-5-1), fueling injection equipment cover (7-8-5-2), Fuel Injector Bar (7-8-5-3), fueling injection equipment Fixed cylinder ring (7-8-5-4)；The fueling injection equipment cover (7-8-5-2) is hollow and open bottom frustum cone structure, fuel injector cartridge It sets and is equipped with oil inlet standpipe (7-8-5-1) right above cover (7-8-5-2), wherein oil spout is inserted into the oil inlet standpipe bottom end (7-8-5-1) In device cover (7-8-5-2), the oil inlet standpipe top (7-8-5-1) is passed through with the oil guide pipe on oil filling device (7-8-2) Lead to and connects；The Fuel Injector Bar (7-8-5-3) is located at fueling injection equipment cover (7-8-5-2) inside, the quantity of Fuel Injector Bar (7-8-5-3) It is 6, adjacent Fuel Injector Bar (7-8-5-3) is that center axis is angularly distributed and angle is 60 ° with oil inlet standpipe (7-8-5-1), often A Fuel Injector Bar (7-8-5-3) is connected by oil distributing pipe and oil inlet standpipe (7-8-5-1) perforation, and the surface Fuel Injector Bar (7-8-5-3) is set There is a large amount of nozzle opening；Fixed cylinder ring (7-8-5-4) screw socket of the fueling injection equipment is fixedly connected on fueling injection equipment cover (7-8-5- 2) lower surface, fixed cylinder ring (7-8-5-4) the downward scalable design of fueling injection equipment；

The Fuel Injector Bar (7-8-5-3) includes: oil inlet passage (7-8-5-3-1), multifunctional spraying oilhole (7-8-5-3-2), oil spout The bar axis of rotation (7-8-5-3-3)；The oil inlet passage (7-8-5-3-1) is located at the end Fuel Injector Bar (7-8-5-3), Fuel Injector Bar (7- It 8-5-3) is hollow columnar structures, oil inlet passage (7-8-5-3-1) other end is passed through by oil distributing pipe with oil inlet standpipe (7-8-5-1) Lead to and connects；Fuel Injector Bar (7-8-5-3) side wall surface is equipped with multifunctional spraying oilhole (7-8-5-3-2)；The Fuel Injector Bar axis of rotation (the 7-8- 5-3-3) up and down in Fuel Injector Bar (7-8-5-3), and Fuel Injector Bar (7-8-5-3) is driven to rotate；

The multifunctional spraying oilhole (7-8-5-3-2) includes: hole plug telescopic rod (7-8-5-3-2-1), hole plug (7-8-5-3- 2-2), Fuel Injector Bar outer wall (7-8-5-3-2-3) stretches bar cantilevers (7-8-5-3-2-4), return spring (7-8-5-3-2-5), hole Road (7-8-5-3-2-6)；It is equipped with hole plug telescopic rod (7-8-5-3-2-1) on the inside of Fuel Injector Bar outer wall (7-8-5-3-2-3), stretches Contracting bar cantilevers (7-8-5-3-2-4), return spring (7-8-5-3-2-5), wherein one end hole plug telescopic rod (7-8-5-3-2-1) Hingedly with flexible bar cantilevers (7-8-5-3-2-4), the other end passes through Fuel Injector Bar outer wall (7-8-5-3-2-3) and external hole plug (7-8-5-3-2-2) connection, the design of hole plug telescopic rod (7-8-5-3-2-1) stretching structure；Return spring (the 7-8-5-3- It is external 2-5) to be socketed in hole plug telescopic rod (7-8-5-3-2-1), is connect with the front end hole plug telescopic rod (7-8-5-3-2-1), Return spring (7-8-5-3-2-5) drives hole plug telescopic rod (7-8-5-3-2-1) to shrink under natural conditions, promotes hole plug (7-8-5-3-2-2) is fitted closely with duct (7-8-5-3-2-6)；It is described to promote hole plug (7-8-5-3-2-2) diameter bigger In duct (7-8-5-3-2-6) diameter.

10. a kind of carbon tetrachloride transfer pipeline inspection platform according to claim 9, which is characterized in that the spacing tune Regulating device (8) includes: positioning table (8-1), upper layer sliding block (8-2), upper layer sliding rail (8-3), fashioned iron (8-4), bottom sliding block (8- 5), bottom sliding rail (8-6)；The positioning table lower surface (8-1) is equipped with upper layer sliding block (8-2), the upper layer sliding block (8-2) and fixed Position platform (8-1) is welded and fixed, and is equipped with upper layer sliding rail (8-3) below upper layer sliding block (8-2), upper layer sliding block (8-2) and upper layer sliding rail (8-3) is slidably connected；The fashioned iron (8-4) is located at the lower surface upper layer sliding rail (8-3), and fashioned iron (8-4) and upper layer sliding rail (8-3) are welded Connect fixation；The bottom sliding block (8-5) is located at the lower surface two sides positioning table (8-1), bottom sliding block (8-5) and positioning table (8-1) It is welded and fixed, is equipped with bottom sliding rail (8-6) below bottom sliding block (8-5), bottom sliding block (8-5) and bottom sliding rail (8-6) are slided Connection；

A kind of working method of carbon tetrachloride transfer pipeline inspection platform including the following steps:

Step 1: being placed in lifting apparatus (3) upper surface for maintenance object (2), and is screwed in maintenance object moment device (4) output end, while control system (9) opens the internal rotary electric machine of maintenance object moment device (4) and makes to safeguard object moment Device (4) is in running order, and maintenance object moment device (4) drives maintenance object (2) to carry out uniform rotation；

Step 2: control system (9) opens polishing motor (7-2), and polishing motor (7-2) drives idler wheel by pulley arrangement (7-3) (7-4) and sanding belt (7-5) carry out high-speed rotation, and sanding belt (7-5) carries out maintenance object (2) external diameter surface at the uniform velocity rotated Grinding process；

Step 3: control system (9), which opens belt mobile device (5) internal rotary electric machine, makes belt mobile device (5) be in work Make state, belt mobile device (5) drives grinding device (7) to move along a straight line along moving track (6)；In the process, speed is moved to pass The movement speed situation of sensor (7-7) real-time detection grinding device (7) moves fast sensor (7-7) for signal when speed is excessively high It is transferred to control system (9), control system (9), which controls belt mobile device (5), reduces speed；When speed is too low, moves speed and pass Sensor (7-7) transmits signals to control system (9), and control system (9) controls belt mobile device (5) and improves speed；

Step 4: when safeguarding the variation of object (2) length, mounting distance needed for being adjusted by spacing adjusting device (8)；

Step 5: in idler wheel positioning plate (7-6) work process, extension type pushing post (7-6-3) pushes shaft (7-6-1) to move It is dynamic, wherein the pushing post stop collar (7-6-2) for being located at the both ends pushing post (7-6-3) limits pushing post (7-6-3) left and right displacement, Simultaneously as shaft sliding slot (7-6-4) is slidably connected with shaft (7-6-1), shaft sliding slot (7-6-4) and positioning plate plate face (7- It 6-5) is fixedly connected, therefore, shaft (7-6-1) can be realized relative to positioning plate plate face (7-6-5) upper and lower displacement to sanding belt The tensioning of (7-5) is adjusted；

Step 6: in shaft sliding slot (7-6-4) work process, track square (7-6-4-11) drives shaft (7-6-1) along stretching Contracting formula slideway (7-6-4-2) slides up and down；Meanwhile operator can be as desired by adjustment gear (7-6-4-6), adjusting is stretched The length of contracting formula slideway (7-6-4-2)；When sliding up and down, pass through in shaft (7-6-1) along telescopic slideway (7-6-4-2) Embedded turntable (7-6-4-7) and concave turntable (7-6-4-8) are relatively rotated, to adjust its movement angle；

Step 7: in locking arm (7-6-4-9) course of work, thimble adjusting rod (7-6-4-9-4) rotation, so that only lock thimble (7-6-4-9-1) is moved up, and implements to lock to concave turntable (7-6-4-8)；Meanwhile clamp sleeve adjusting rod (7-6-4-9-5) turns It is dynamic so that clamp sleeve (7-6-4-9-2) moves down, only lock thimble (7-6-4-9-1) move up under clamp sleeve (7-6-4-9-2) The collective effect of shifting implements the locking to concave turntable (7-6-4-8)；

Step 8: in stuck device (7-6-4-9-8) course of work, concave turntable (7-6-4-8) is rotated clockwise, and needs it When stopping operating, power motor (7-6-4-9-8-7) passes through stuck actuating arm (7-6-4-9-8- under control system (9) control 6), stuck arm (7-6-4-9-8-5), acting on retaining tooth (7-6-4-9-8-3) clockwise makes its whereabouts, with fixed groove (7- It 6-4-9-8-4) engages, by concave turntable (7-6-4-8) locked prevention, its is rotated；When concave turntable (7-6-4-8) revolves counterclockwise Turn, when it being needed to stop operating, power motor (7-6-4-9-8-7) passes through stuck actuating arm (7- under control system (9) control 6-4-9-8-6), stuck arm (7-6-4-9-8-5), acting on retaining tooth (7-6-4-9-8-1) counterclockwise makes its whereabouts, with fixation Groove (7-6-4-9-8-4) engagement, by concave turntable (7-6-4-8) locked prevention, its is rotated；

Step 9: in polishing horizontally moving device (7-8) course of work, polishing horizontally moving device rotary shaft (7-8-3) is outside It is operated under the driving of portion's motor, and movable pulley (7-8-4) is driven to move on moving track (6), and then guarantee entirely to beat Mill apparatus (7) is for linear motion on moving track (6)；At the same time, oil filling device (7-8-2) passes through fueling injection equipment (7-8-5) is that movable pulley (7-8-4) injects lubricating oil；

Step 10: in oil filling device (7-8-2) course of work, control system (9) opens oil filling and pumps (7-8- 2-1) it is at working condition；Under the action of oil filling pumps (7-8-2-1), in lubricating oil storage box (7-8-2-2) Lubricating oil enter from one end of oil guide pipe (7-8-2-4), and be injected into fueling injection equipment from the other end of oil guide pipe (7-8-2-4) In (7-8-5)；

Step 11: in oil filling cooling device (7-8-2-3) course of work, coolant pump (7-8-2-3-4) is being controlled It is operated under the control of system (9), external coolant liquid is inputted into cooling chamber (7- from coolant liquid influent stream pipe (7-8-2-3-2) In 8-2-3-1)；Coolant liquid in cooling chamber (7-8-2-3-1) tentatively cools down to oil filling device (7-8-2), Subsequent coolant liquid enters coolant return line (7-8-2-3-3), and again from cold under the action of coolant pump (7-8-2-3-4) But liquid influent stream pipe (7-8-2-3-2) enters cooling chamber (7-8-2-3-1), carries out circulation cooling；

Step 12: in fueling injection equipment (7-8-5) course of work, lubricating oil in oil filling device (7-8-2) is from Oil Guide Pipe enters in oil inlet standpipe (7-8-5-1)；Then, the lubricating oil in oil inlet standpipe (7-8-5-1) is diverted into oil spout from oil distributing pipe It in bar (7-8-5-3), and is flowed out from the nozzle opening on the surface Fuel Injector Bar (7-8-5-3), plays lubricating action for movable pulley (7-8-4), Due to fixed cylinder ring (7-8-5-4) scalable design of fueling injection equipment, injection direction can be controlled；

Step 13: in Fuel Injector Bar (7-8-5-3) course of work, lubricating oil in oil inlet standpipe (7-8-5-1) by oil distributing pipe, Oil inlet passage (7-8-5-3-1) enters in Fuel Injector Bar (7-8-5-3), and from the multifunctional spraying of Fuel Injector Bar (7-8-5-3) side wall surface Control outflow in oilhole (7-8-5-3-2), while the Fuel Injector Bar axis of rotation (7-8-5-3-3) drives Fuel Injector Bar (7-8-5-3) rotation, Lubricating action is played for movable pulley (7-8-4)；

Step 14: it in multifunctional spraying oilhole (7-8-5-3-2) course of work, due to Fuel Injector Bar (7-8-5-3) rotation, is being centrifuged Make hole plug (7-8-5-3-2-2) far from duct (7-8-5-3-2-6) under the action of power, realizes fuel-displaced process；Work as Fuel Injector Bar The decline of (7-8-5-3) revolving speed, centrifugal force are less than return spring (7-8-5-3-2-5) and pass through hole plug telescopic rod (7-8-5-3-2- 1) when to the pulling force of hole plug (7-8-5-3-2-2), hole plug (7-8-5-3-2-2) return and with duct (7-8-5-3-2-6) It fits closely, blocks the generation of fuel-displaced process；

Step 15: in spacing adjusting device (8) course of work, staff is by adjusting bottom sliding block (8-5), bottom sliding rail (8-6) realizes the coarse regulation to spacing, and the fine tune to spacing is realized by adjusting upper layer sliding block (8-2), upper layer sliding rail (8-3) It is whole；

Step 16: in upper layer sliding rail (8-3) course of work, 2 aerofoil profile slideways (8-3-1) are unfolded to two sides respectively, and butterfly is presented Wing, upper layer sliding block (8-2) are socketed in the surface aerofoil profile slideway (8-3-1), and upper layer sliding rail fueling injection equipment (8-3-4) is to upper layer sliding block Oil spout between (8-2) and aerofoil profile slideway (8-3-1) ensure that steady cunning of the upper layer sliding block (8-2) on aerofoil profile slideway (8-3-1) Row；Meanwhile shock relieve vent (8-3-3) plays cushioning effect.