CN103993887B - Tilting two halves rectangle tube coupling shield structure and assemble method thereof for Rectangular Tunnel Construction - Google Patents

Tilting two halves rectangle tube coupling shield structure and assemble method thereof for Rectangular Tunnel Construction Download PDF

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Publication number
CN103993887B
CN103993887B CN201410201719.1A CN201410201719A CN103993887B CN 103993887 B CN103993887 B CN 103993887B CN 201410201719 A CN201410201719 A CN 201410201719A CN 103993887 B CN103993887 B CN 103993887B
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CN
China
Prior art keywords
tube coupling
shield
tube
oil cylinder
tilting
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CN201410201719.1A
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Chinese (zh)
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CN103993887A (en
Inventor
余彬泉
田玉福
张道广
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江苏广泓重工设备有限公司
山东万广建设工程有限公司
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Priority to CN201410201719.1A priority Critical patent/CN103993887B/en
Publication of CN103993887A publication Critical patent/CN103993887A/en
Application granted granted Critical
Publication of CN103993887B publication Critical patent/CN103993887B/en

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Abstract

The invention discloses a kind of Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield structure and assemble method thereof, this shield structure comprises shield machine, shield shell leading portion, shield shell back segment and tilting two halves rectangle tube coupling; Between described shield shell leading portion and shield shell back segment, be provided with tube coupling installation hydraulic cylinder assembly; In described shield shell back segment, establish job platform and chassis; In described tilting two halves rectangle tube coupling, establish tube coupling transport erecting device; Described tilting two halves rectangle tube coupling is combined successively to install by lower tube coupling and upper tube coupling and forms, and on the installation joint face of lower tube coupling and upper tube coupling, establishes waterstop sealing circle; Described conveying worm, native sand pump and console are all located in shield shell leading portion, and described native sand pump is connected with casting telescoping tube. Tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction of the present invention, simple in structure, design ingeniously, not only than rectangular top pipe jacking distance, and section also can increase. This assemble method is simple, easily operation, and mechanization degree is high, and efficiency is high.

Description

Tilting two halves rectangle tube coupling shield structure and assemble method thereof for Rectangular Tunnel Construction
Technical field
The invention belongs to shield machine technical field, be specifically related to a kind of Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield structure and assemble method thereof.
Background technology
At present, in existing rectangular top pipe process, exist push pipe distance can not be oversize and section can not be too large two hang-ups, the present invention is to meeting the long and large user demand of section of advance distance completely.
Summary of the invention
Goal of the invention: for the deficiencies in the prior art, the object of the present invention is to provide a kind of Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield structure, to meeting advance distance length and the large user demand of section completely.
Technical scheme: in order to realize foregoing invention object, the technical solution used in the present invention is:
Tilting two halves rectangle tube coupling shield structure for a kind of Rectangular Tunnel Construction, comprises shield machine, conveying worm, native sand pump and console; Be connected with shield shell leading portion, shield shell back segment and tilting two halves rectangle tube coupling tunnel in turn at described shield machine rear; Between described shield shell leading portion and shield shell back segment, being provided with tube coupling installation uses and shield driving hydraulic cylinder assembly; In described shield shell back segment, establish job platform; In tilting two halves rectangle tube coupling tunnel assembled and that advance, be provided with chassis; Described Rectangular Tunnel is to be combined successively to install by tube coupling and upper tube coupling under tilting two halves rectangle tube coupling to form, and in work progress lower tube coupling quantity than on the many joints of tube coupling, on the installation joint face of lower tube coupling and upper tube coupling, establish waterstop sealing circle; Described conveying worm, native sand pump and console are all located in shield shell leading portion, and described native sand pump is connected with casting telescoping tube; Described casting telescoping tube is connected with the casting pipeline being located on chassis; In Rectangular Tunnel, be provided for transporting and installing the tube coupling transport erecting device of tube coupling to be installed; In described job platform and tilting two halves rectangle tube coupling tunnel, be provided with the track of chassis and the walking of tube coupling transport erecting device.
Described tube coupling installation comprises lower tube coupling Shift cylinder, top shield structure oil cylinder A group, top shield structure oil cylinder B group, bottom shield structure oil cylinder A group, bottom shield structure oil cylinder B group and lower tube coupling hoist cylinder with hydraulic cylinder assembly; Described top shield structure oil cylinder A group is located at the left and right sides, shield shell top with top shield structure oil cylinder B group, and the front and back installation of staggering; Described bottom shield structure oil cylinder A group is located at the left and right sides, shield shell bottom with bottom shield structure oil cylinder B group; Two oil cylinder piston shoes of described job platform and bottom shield structure oil cylinder B group connect.
Described top shield structure oil cylinder A group is the push action cylinders such as twin-stage with top shield structure oil cylinder B group.
Described upper tube coupling becomes parallelogram top board to form by two rectangular side panels with an orthographic projection, and wherein top board is flat board or arc; Described lower tube coupling is made up of two rectangular side panel peace row quadrangle base plates; When mounted, lower tube coupling fills a joint than upper tube coupling more.
Described chassis comprises bogie frame, and described bogie frame top is the framework being made up of I-steel, and both sides are the column being made up of seamless steel pipe, and both sides, bottom are that two square tubes form chassis beam; Below described chassis beam, be welded with chassis wheel; Described chassis wheel drives power walking by chassis on tunnel ground; In described square tube, be provided with four locating wheels; Be provided with grouting equipment and contain slurry bucket in a side at bogie frame rear, opposite side is provided with power switch case; In the square tube that is provided with grouting equipment and Sheng slurry bucket one side, be provided with the first casting pipeline and join together with the casting telescoping tube in front and the casting pipe at rear respectively, and be provided with road wheel below the first casting pipeline; Between the first casting pipeline and the second casting pipe, use thimble connector and elbow connection.
Described tube coupling transport erecting device comprises the lower tube coupling transport vehicle linking into an integrated entity, upper tube coupling transport vehicle and tube coupling tractor; Described upper tube coupling transport vehicle comprises the upper tube coupling transport vehicle vehicle frame that is located at four wheels, on described upper tube coupling transport vehicle vehicle frame, be provided with one group of hydraulic power supply and hydraulic control valve, be used for respectively controlling and bear oscillating oil cylinder that tube coupling turns to and upper tube coupling hoist cylinder and two of upper tube couplings and move left and right oil cylinder, be covered with guide cylinder at upper tube coupling hoist cylinder; Described lower tube coupling transport vehicle comprises vehicle frame, places tube coupling to be loaded on vehicle frame, and described vehicle frame connects by joint cover and upper tube coupling transport vehicle.
Described waterstop sealing circle is the rubber ring of sealing, and is equipped with two seals circle on each face that needs sealing.
Described casting pipe is connected with muck haulage car.
Described shield shell back segment seals mutually by tail sealing device of shield and tilting two halves rectangle tube coupling, and described tail sealing device of shield is packing seal.
The tube coupling assemble method of tilting two halves rectangle tube coupling shield structure for described Rectangular Tunnel Construction: when all shield structure oil cylinders are all stretched after foot, go up after an endless tube joint has pushed away and carry out next endless tube joint installation, before installation, casting telescoping tube is removed, shield structure oil cylinder except bottom shield structure oil cylinder B group is retracted, meanwhile, two ring waterstop sealing circles are bonded in seal groove with glue; Then first upper tube coupling is shifted onto to position, use tube coupling hoist cylinder upper tube coupling is raised to required height, then with oscillating oil cylinder, upper tube coupling is forwarded to required angle at leisure, tube coupling on it and last joint is adjacent to by tube coupling tractor and top shield structure oil cylinder A group, unclamp again tube coupling hoist cylinder and fall by it, be adjacent to lower tube coupling; Finally, bolt tightening, upper tube coupling just installs, then carries out the installation of lower tube coupling; First lower tube coupling is shifted onto to position, more lower tube coupling hoist cylinder and lower tube coupling suspender are bound up, it is risen to certain altitude with lower tube coupling hoist cylinder, afterwards, tube coupling transport vehicle is retracted to active well; Meanwhile, the past reach together with job platform of bottom shield structure oil cylinder B group, just reserve enough installing spaces, with lower tube coupling Shift cylinder, it is hung to suitable position again, then with manually at leisure lower tube coupling being rotated in place, last, lower tube coupling is put down, and it is also in place; Be pressed onto slightly just on mounted tube coupling when just remaining shield structure oil cylinder being stretched out after 2-section pipe joint all installs, then connect casting telescoping tube and track, the chassis pipe joint that also moves forward is saved to length; Meanwhile, new tube coupling and muck haulage car are transferred again behind preassigned position, carry out the shield driving of a new ring, and so periodic duty is gone down.
Beneficial effect: compared with prior art, tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction of the present invention, simple in structure, design ingeniously, distance is able to effective prolongation, and section is able to effective increase. This assemble method is simple, easily operation, and mechanization degree is high, and efficiency is high, has good practicality, can meet user demand.
Brief description of the drawings
Fig. 1 is Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield structure Part I structural representation;
Fig. 2 is Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield structure Part II structural representation;
Fig. 3 is Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield structure Part III structural representation;
Fig. 4 is the scheme of installation of shield structure oil cylinder A group;
Fig. 5 is the first structural representation of upper tube coupling;
Fig. 6 is the second structural representation of upper tube coupling;
Fig. 7 is the structural representation of lower tube coupling;
Fig. 8 is that tube coupling is installed rotation schematic diagram;
Fig. 9 is the structural representation after upper tube coupling and the combination of lower tube coupling are installed;
Figure 10 is the structural representation of chassis;
Figure 11 is the side view of chassis;
Figure 12 is tube coupling transport structure schematic diagram;
Figure 13 is lower tube coupling lifting schematic diagram;
Figure 14 is lower tube coupling lifting side view;
Figure 15 is upper tube coupling lifting schematic diagram;
Figure 16 is upper tube coupling lifting side view;
Figure 17 is lower tube coupling transport structure schematic diagram;
Figure 18 is upper tube coupling installation process first step schematic diagram;
Figure 19 is upper tube coupling installation process second step schematic diagram;
Figure 20 is upper tube coupling installation process the 3rd step schematic diagram;
Figure 21 is upper tube coupling installation process the 4th step schematic diagram;
Figure 22 is lower tube coupling installation process first step schematic diagram;
Figure 23 is lower tube coupling installation process second step schematic diagram;
Figure 24 is lower tube coupling installation process the 3rd step schematic diagram;
Figure 25 is lower tube coupling installation process the 4th step schematic diagram.
Detailed description of the invention
Below in conjunction with specific embodiment, the present invention is further illustrated.
As Fig. 1, (Fig. 1 shown in Fig. 2 and Fig. 3, Fig. 2 and Fig. 3 are from left to right linked in sequence and remove lap and can form Rectangular Tunnel Construction tilting two halves rectangle tube coupling shield whole structure), Rectangular Tunnel Construction comprises shield machine 1 by tilting two halves rectangle tube coupling shield structure main structural components, conveying worm 2, soil sand pump 3, shield shell leading portion 4, console 5, casting telescoping tube 6, lower tube coupling Shift cylinder 7, top shield structure oil cylinder A group 8, top shield structure oil cylinder B group 9, bottom shield structure oil cylinder A group 10, bottom shield structure oil cylinder B group 11, lower tube coupling hoist cylinder 12, shield shell back segment 13, job platform 14, lower tube coupling 15, upper tube coupling 16, chassis 17, tail sealing device of shield 18, track 19, waterstop sealing circle 20, tube coupling 21 to be loaded, lower tube coupling transport vehicle 22, suspender 23, tube coupling 24 to be loaded onto, upper tube coupling erecting device 25, upper tube coupling transport vehicle 26, tube coupling tractor 27, casting pipe 28 and muck haulage car 29. wherein, lower tube coupling Shift cylinder 7, top shield structure oil cylinder A group 8, top shield structure oil cylinder B group 9, bottom shield structure oil cylinder A group 10, bottom shield structure oil cylinder B group 11 and lower tube coupling hoist cylinder 12 common form tube coupling install with and shield driving hydraulic cylinder assembly. lower tube coupling transport vehicle 22, suspender 23, upper tube coupling transport vehicle 25 and the common formation tube coupling of tube coupling tractor 26 transport erecting device. tilting two halves rectangle tube coupling tunnel is formed by lower tube coupling 15, upper tube coupling 16 successively ordered fabrication.
Shield machine 1 can be muddy water form, can be also soil pressure form. Shield machine in Fig. 1 is soil pressure form, with conveying worm 2 castings. With native sand pump 3 force feed soil. In shield shell leading portion 4, be provided with console 5, can handle shield machine and shield driving etc. Casting telescoping tube 6 can stretch in the course of the work or turn back at shield machine, to adapt to native sand pump 3 and the variation that is located at casting pipeline 27 spacings on chassis 17. Lower tube coupling Shift cylinder 7 moves forward and backward use when tube coupling under lifting, and 12 of lower tube coupling hoist cylinders are under lifting, to allow when tube coupling it can oscilaltion.
Tube coupling of the present invention is tilting, no matter is that top shield structure oil cylinder or bottom shield structure oil cylinder all have dividing of left and right. As shown in Figure 4 be top shield structure oil cylinder A group 8, its left side (i.e. top in figure) one installs forwardly (near shield machine), and its right (in figure below) install lean on after. In addition, two other parameters of oil cylinder of this group are identical. In addition, when mounted, lower tube coupling fills a joint than upper tube coupling more, so the stroke of the stroke ratio bottom shield structure oil cylinder of top shield structure oil cylinder A group 8 and top shield structure oil cylinder B group 9 these two groups of top shield structure oil cylinders will be grown the width of a pipe joint joint, two groups of top shield structure oil cylinders must be with push action cylinders such as twin-stages. And bottom shield structure oil cylinder A group 10 and bottom shield structure oil cylinder B group 11 these two groups of bottom shield structure oil cylinders can be used the common oil cylinder of single-stage. In shield shell back segment 13, be not only shield driving region, and be the place that upper and lower tube coupling is installed. Job platform 14 is bound up with two oil cylinder piston shoes of bottom shield structure oil cylinder B group 11, and this group shield structure oil cylinder stretches and just driven moving forward and backward of job platform. On job platform, be also equipped with track 19.
As shown in Figure 5 and Figure 6, as shown in Figure 7, it and general inclined box culvert pipe are different for the structure of lower tube coupling 15 for the structure of upper tube coupling 16, and the upper projection of inclined box culvert pipe is a parallelogram completely. And on this in upper projection of tube coupling 16, be only a parallelogram in top plate portion, two side panels are rectangles, wherein, top plate can be flat shape shape (Fig. 5) or arcuate shape (Fig. 6). Lower tube coupling 15 bottom parts are parallelogram, and two side panels are rectangles. The present invention is designed to two end faces before and after each side panel the stress surface of shield structure oil cylinder, so shield structure just can not produce radial component in progradation. Not so, shield structure cannot advance.
Fig. 8 is the schematic diagram of lower tube coupling in the 13 interior installations of shield shell back segment. Angle theta between sideline and the shield structure center line of the lower tube coupling base plate of mounted two joints must be less than 90 degree. 15SP is the position of lower tube coupling in level. Instantly tube coupling is around center of circle O point, to the 15CZ position of having arrived after clockwise direction rotates θ degree, more only need move certain distance backward and just can connect with mounted lower tube coupling. See from rotary course: the rotational trajectory of 2 of tube coupling A, B be the great circle taking R as radius. When they rotate after θ, divide and be clipped to this 2 point of A ', B ', and in this course, their track does not exceed the inside of shield shell back segment 13 all the time. Equally, the rotational trajectory of 2 of C, D is the roundlet taking r as radius. As 2 of C, D around O point to turning clockwise after an angle θ, point be clipped to this 2 point of C ', D ', also do not exceed the inside of shield shell back segment-13, but every one side has all had more the so very little gap of δ than mounted lower tube coupling. This point is very crucial, it allow the rectangle tube coupling of very large section in the scope in a very little gap with regard to rotatable success. Thereby make the shield shell of rectangle tube coupling shield structure do more biggerly than tube coupling.
Rectangular Tunnel Construction is with in tilting two halves rectangle tube coupling shield-tunneling construction process, and many installations one all the time save lower tube couplings, as shown in Figure 9. Except can reducing the stroke of bottom shield structure oil cylinder, its waterstop sealing circle 20 is rubber rings of a sealing, and, on each face that needs sealing, be equipped with two seals circle, make like this stagnant water effect good.
Please as shown in Figure 10 and Figure 11, chassis can be divided into bogie frame and casting pipeline two parts to the structure of chassis 17: the framework 171 that bogie frame top is made up of I-steel. The column 173 that both sides are made up of seamless steel pipe. Both sides, bottom are that two square tubes 172 form chassis beam. The below of chassis beam, is welded with chassis wheel 1712. Chassis wheel drives 176 power walkings by chassis on tunnel ground. In order to prevent mobile trolley usedly wandering off in tunnel, in square tube 172, be provided with four locating wheels 1713. Be provided with grouting equipment and contain slurry bucket 174 in a side at bogie frame rear. Opposite side is provided with power switch case 175. In the square tube of slurry bucket 174 1 sides, be provided with casting pipeline and join together with the first casting pipeline 177 below being provided with grouting equipment and containing. And below casting pipeline, be provided with road wheel 178. Between casting pipeline, connect with thimble connector 179 and elbow 1710. End soil-discharging port 1711 can rotate around elbow, to regulate the position of soil-discharging port casting in muck haulage car.
What tail sealing 18 adopted is packing seal. Track 19 is to keep supplying tube coupling transport vehicle 26, lower tube coupling transport vehicle 22 and tube coupling tractor 27 and muck haulage car 29 is walked in the above.
Tube coupling transport, as shown in figure 12, all joins tube coupling 21 to be loaded, tube coupling to be loaded onto 24 and lower tube coupling transport vehicle 22, upper tube coupling transport vehicle 26 together, is being pushed away in orbit and is being advanced by tube coupling tractor 27. Before tube coupling 21 to be loaded being placed on to tube coupling 24 to be loaded onto when transport, tube coupling 24 to be loaded onto is first installed when installation, after tube coupling 21 to be loaded is installed, do is like this after loading onto tube coupling 24 and installing, as long as when in the time loading tube coupling 21 and be lifted after in place, tube coupling tractor 27 just can draw lower tube coupling transport vehicle 22 together with upper tube coupling transport vehicle 26 in starting well. Continue installation and discharge pipeline and cable at lower tube coupling and link in this process, have one section of longer time slot, utilize gap during this period of time can do next step preparation, the tube coupling to be installed of next ring and muck haulage empty wagons are sailed into tunnel, save time and save trouble.
As shown in Figure 13 and 14, because tube coupling 21 to be loaded tilts, although the position of lifting eye 211 on two side panels is identical, while connection with suspension rod 235, certain distance can stagger at suspension rod two. According to staggering but parallel form at the sleeve pipe of respectively burn-oning at suspension rod two, in sleeve pipe, be provided with bearing pin 231, on one client link of the inner side of bearing pin, a bolt is as handle. When handle is extracted, bearing pin and lower tube coupling lifting eye 211 are thrown off. In the time that two bearing pins are all thrown off with lifting eye, suspender and lower tube coupling are just separable. Bolt 234 is used for and lower tube coupling hoist cylinder connects, lighter for lower tube coupling is rotated, and in the middle of the bolt of suspender and the connection of lower tube coupling hoist cylinder, is provided with thrust bearing 233.
As shown in Figure 15 and 16, upper tube coupling transport vehicle 26 it except bearing upper tube coupling transports in tunnel, also bear the task that tube coupling is installed. On upper tube coupling transport vehicle, be provided with tube coupling erecting device 25 in one group of hydraulic power supply 261 and hydraulic control valve 266(formation), be used for respectively controlling and bear oscillating oil cylinder 262 that tube coupling turns to and upper tube coupling hoist cylinder 263 and two of upper tube couplings and move left and right oil cylinder 267, hoist cylinder 263 is covered with guide cylinder 264. These parts are all located on the upper tube coupling transport vehicle vehicle frame 265 of four wheels above.
As shown in figure 17, lower tube coupling transport vehicle 22 comprises vehicle frame 221, is putting tube coupling 21 to be loaded on vehicle frame 221, in order to prevent the landing in transit of lower tube coupling, it is fixed on vehicle frame with bolt 222, and joint cover 223 is for connecting with upper tube coupling transport vehicle.
When installation, when all shield structure oil cylinders are all stretched foot, to just casting telescoping tube being removed after advancing the distance of an endless tube joint, the shield structure oil cylinder retraction of organizing except bottom shield structure oil cylinder B 11, why this group oil cylinder not being retracted, is in order to prevent that shield machine from retreating. Meanwhile, two ring waterstop sealing circles are bonded in seal groove with glue. First upper tube coupling is shifted onto to position, prepare to install, as shown in figure 18, then use tube coupling hoist cylinder upper tube coupling is raised to required height, as shown in figure 19, follow and upper tube coupling is forwarded to required angle at leisure with oscillating oil cylinder, as shown in figure 20. Again as shown in figure 21, tube coupling on it and last joint is adjacent to by tube coupling tractor and top shield structure oil cylinder A group, then unclamps tube coupling hoist cylinder and fall by it, be adjacent to lower tube coupling. Finally, bolt tightening, upper tube coupling just installs. Under installing, when tube coupling, first lower tube coupling hoist cylinder and lower tube coupling suspender are bound up, as shown in figure 22. With lower tube coupling hoist cylinder, it is risen to certain altitude again. Afterwards, tube coupling transport vehicle is retracted to active well, meanwhile, the past reach together with job platform of bottom shield structure oil cylinder B group, just reserve enough installing spaces. With lower tube coupling Shift cylinder, it is hung to suitable position again, as shown in figure 23. Then with manually at leisure lower tube coupling being rotated in place, as shown in figure 24. Finally, lower tube coupling is put down, it is also in place, as shown in figure 25. After 2-section pipe joint all installs, just remaining shield structure oil cylinder can be stretched out and be pressed onto slightly just on mounted tube coupling, then connect casting telescoping tube, track etc., the chassis pipe joint that also moves forward is saved to length. Meanwhile, new tube coupling and muck haulage car reach again behind preassigned position, and all carry out the shield driving of a new ring all with shown in Fig. 1, and so periodic duty is gone down.

Claims (8)

1. a tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction, comprises shield machine (1), conveying worm (2), native sand pump (3) and console (5); It is characterized in that: be connected with shield shell leading portion (4), shield shell back segment (13) and tilting two halves rectangle tube coupling in turn at described shield machine (1) rear; Between described shield shell leading portion (4) and shield shell back segment (13), being provided with tube coupling installation uses and shield driving hydraulic cylinder assembly; In described shield shell back segment (13), establish job platform (14); In tilting two halves rectangle tube coupling tunnel assembled and that advance, be provided with chassis (17); Described Rectangular Tunnel is to be combined successively to install by tube coupling (15) and upper tube coupling (16) under tilting two halves rectangle tube coupling to form, and the quantity of lower tube coupling (15), than the many joints of upper tube coupling (16), is established waterstop sealing circle (20) on the installation joint face of lower tube coupling (15) and upper tube coupling (16) in work progress; Described conveying worm (2), native sand pump (3) and console (5) are all located in shield shell leading portion (4), and described native sand pump (3) is connected with casting telescoping tube (6); Described casting telescoping tube (6) is connected with the casting pipe (28) being located on chassis (17); In Rectangular Tunnel, be provided for transporting and installing the tube coupling transport erecting device of tube coupling to be installed; In described job platform (14) and Rectangular Tunnel, be provided with the track (19) of chassis (17) and the walking of tube coupling transport erecting device;
Described hydraulic cylinder assembly comprises lower tube coupling Shift cylinder (7), top shield structure oil cylinder A group (8), top shield structure oil cylinder B group (9), bottom shield structure oil cylinder A group (10), bottom shield structure oil cylinder B group (11); Described top shield structure oil cylinder A group (8) and top shield structure oil cylinder B group (9) are located at the left and right sides, shield shell top, and the front and back installation of staggering; Described bottom shield structure oil cylinder A group (10) is located at the left and right sides, shield shell bottom with bottom shield structure oil cylinder B group (11); Described job platform (14) connects with two oil cylinder piston shoes of bottom shield structure oil cylinder B group (11);
Described upper tube coupling (16) becomes the top board of parallelogram to form by two rectangular side panels with an orthographic projection, and wherein top board is flat board or arc; Described lower tube coupling (15) is made up of two rectangular side panel peace row quadrangle base plates; When mounted, lower tube coupling (15) fills a joint than upper tube coupling (16) more.
2. tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction according to claim 1, is characterized in that: described top shield structure oil cylinder A group (8) is the push action cylinders such as twin-stage with top shield structure oil cylinder B group (9).
3. tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction according to claim 1, it is characterized in that: described chassis (17) comprises bogie frame, described bogie frame top is the framework (171) being made up of I-steel, both sides are the column (173) being made up of seamless steel pipe, and both sides, bottom are that two square tubes (172) form chassis beam; Below described chassis beam, be welded with chassis wheel (1712); Described chassis wheel (1712) drives the walking of (176) power by chassis on tunnel ground; In described square tube (172), be provided with four locating wheels (1713); Be provided with grouting equipment and contain slurry bucket (174) in a side at bogie frame rear, opposite side is provided with power switch case (175); In the square tube that is provided with grouting equipment and Sheng slurry bucket (174) one sides, be provided with casting pipeline (177) and join together with the casting telescoping tube (6) in front and the casting pipe (28) at rear respectively, and be provided with road wheel (178) below casting pipeline (177); Between casting pipeline (177) and casting pipe (28), connect with thimble connector (179) and elbow (1710).
4. tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction according to claim 1, is characterized in that: described tube coupling transport erecting device comprises the lower tube coupling transport vehicle (22), upper tube coupling transport vehicle (26) and the tube coupling tractor (27) that link into an integrated entity; Described upper tube coupling transport vehicle (26) comprises the upper tube coupling transport vehicle vehicle frame (265) that is provided with four wheels, on described upper tube coupling transport vehicle vehicle frame (265), be provided with one group of hydraulic power supply (261) and hydraulic control valve (266), be used for respectively controlling and bear oscillating oil cylinder (262) that tube coupling turns to and upper tube coupling hoist cylinder (263) and two of upper tube couplings and move left and right oil cylinder (267), be covered with guide cylinder (264) at upper tube coupling hoist cylinder (263); Described lower tube coupling transport vehicle (22) comprises vehicle frame (221), places tube coupling to be loaded (21) on vehicle frame (221), and described vehicle frame (221) connects by joint cover (223) and upper tube coupling transport vehicle (26).
5. tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction according to claim 1, is characterized in that: described waterstop sealing circle (20) is the rubber ring of sealing, and be equipped with two seals circle on each face that needs sealing.
6. tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction according to claim 1, is characterized in that: the soil-discharging port of described casting pipe (28) is in the top of muck haulage car (29).
7. tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction according to claim 1, it is characterized in that: described shield shell back segment (13) seals mutually by tail sealing device of shield (18) and tilting two halves rectangle tube coupling, and described tail sealing device of shield (18) is packing seal.
8. the tube coupling assemble method of tilting two halves rectangle tube coupling shield structure for Rectangular Tunnel Construction claimed in claim 1, it is characterized in that: when all shield structure oil cylinders are all stretched foot, go up after an endless tube joint has pushed away and carry out next endless tube joint installation, before installation, casting telescoping tube is removed, shield structure oil cylinder except bottom shield structure oil cylinder B group is retracted,, two ring waterstop sealing circles are bonded in seal groove with glue meanwhile; Then first upper tube coupling is shifted onto to position, use tube coupling hoist cylinder upper tube coupling is raised to required height, then with oscillating oil cylinder, upper tube coupling is forwarded to required angle at leisure, tube coupling on it and last joint is adjacent to by tube coupling tractor and top shield structure oil cylinder A group, unclamp again tube coupling hoist cylinder and fall by it, be adjacent to lower tube coupling; Finally, bolt tightening, upper tube coupling just installs, then carries out the installation of lower tube coupling; First lower tube coupling is shifted onto to position, more lower tube coupling hoist cylinder and lower tube coupling suspender are bound up, it is risen to certain altitude with lower tube coupling hoist cylinder, afterwards, tube coupling transport vehicle is retracted to active well; Meanwhile, the past reach together with job platform of bottom shield structure oil cylinder B group, just reserve enough installing spaces, with lower tube coupling Shift cylinder, it is hung to suitable position again, then with manually at leisure lower tube coupling being rotated in place, last, lower tube coupling is also in place; Be pressed onto slightly just on mounted tube coupling when just remaining shield structure oil cylinder being stretched out after 2-section pipe joint all installs, then connect casting telescoping tube and track, the chassis pipe joint that also moves forward is saved to length; Meanwhile, new tube coupling and muck haulage car are transported to again behind preassigned position, carry out the shield driving of a new ring, and so periodic duty is gone down.
CN201410201719.1A 2014-05-14 2014-05-14 Tilting two halves rectangle tube coupling shield structure and assemble method thereof for Rectangular Tunnel Construction CN103993887B (en)

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CN106979014B (en) * 2017-05-08 2018-03-20 中铁工程装备集团有限公司 Earth pressure balance rectangle heals up Suporting structure and construction
CN107387872B (en) * 2017-06-08 2019-11-12 山东万广建设工程有限公司 - half tube coupling shield compatible apparatus of push pipe and its coupling method
CN110842469A (en) * 2019-10-31 2020-02-28 武汉一冶钢结构有限责任公司 Large-scale building method of soil-covered storage tank

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CN204002795U (en) * 2014-05-14 2014-12-10 江苏广泓重工设备有限公司 Tilting two halves rectangle tube coupling shield structure for a kind of Rectangular Tunnel Construction

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