CN205000222U - Four track slipform paver chassis - Google Patents
Four track slipform paver chassis Download PDFInfo
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- CN205000222U CN205000222U CN201520544511.XU CN201520544511U CN205000222U CN 205000222 U CN205000222 U CN 205000222U CN 201520544511 U CN201520544511 U CN 201520544511U CN 205000222 U CN205000222 U CN 205000222U
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- extensible canopy
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Abstract
The utility model discloses a four track slipform paver chassis, it includes parallel hollow horizontal front -axle beam and the hollow horizontal back beam who sets up side by side in same horizontal plane, horizontal front -axle beam and horizontal back beam's both ends are respectively through fixed integrative setting of longitudinal recording, it turns to the device to connect respectively to march with horizontal back beam's both ends at horizontal front -axle beam, be equipped with the flexible roof beam of flattening head with longitudinal recording parallel arrangement between two longitudinal recordings, the flexible roof beam of flattening head passes horizontal front -axle beam and horizontal back beam's bottom center and perpendicular with horizontal back beam with horizontal front -axle beam, the one end that the flexible roof beam of flattening head is close to horizontal front -axle beam is equipped with the flattening head. Have operate steadily, the flexibility is strong, change the accessory swiftly convenient, high, the succinct structure of efficiency of construction make production manufacturing cost reduce, purchase that the usability price ratio is high, the modular compound mode makes advantages such as construction cost reduction.
Description
Technical field:
The utility model relates to a kind of highway construction equipment, particularly relates to a kind of four crawler belt slip form paver chassis.
Background technology:
Slipform Concrete Paver (abbreviation slip form paver). it integrates concrete cloth, measures, vibrates, sliding formwork is extruded, peace is rubbed with the hands, floating, can automatic, high-quality, concrete material built be molded on roadbed once.This slip form paver of walking certainly generally includes dynamical system, travel driving system, hydraulic executing system, automatic control system etc., slip form paver chassis supports is on 3-4 crawler belt or tire assembly, this bracing or strutting arrangement unit of advancing can lift adjustment make paver chassis remain horizontal plane separately, this bracing or strutting arrangement unit of advancing also can make crawler belt or tire left rotation and right rotation, can stablize when paver is advanced and freely turn to, unit that paver chassis is equipped with difference in functionality is as milling equipment, device for transporting objects, change sliding formwork adjusting device, sliding formwork moulding form, vibrating head or vibrating plate etc. combine together, known existing slip form paver has three crawler belts and four crawler belt self-travel types, four crawler belt self-travel type slip form pavers have the lower extension sliding formwork die type and side extension sliding formwork die type slip form paver that are longitudinally travelled, two kinds of frame mode its operating principles different are identical, these two kinds of modes all hit guardrail round pavement spread and road, curb, paving of gutter, the very outstanding using function of orientating function is single and the scope of application is very narrow, its two existing slip form paver road surfaces sliding formwork die assembly in both sides, lower end, slip form paver chassis inside traveling crawler, this mode is constructed very difficult under narrow construction operating mode, because slip form paver underlying mould both sides crawler belt will occupy certain space, be difficult to competent in narrow operating mode construction.
Utility model content:
The purpose of this utility model is to provide a kind of four crawler belt slip form paver chassis, can be applicable to more construction environments.
The utility model is implemented by following technical scheme: four crawler belt slip form paver chassis, it is included in the parallel hollow horizontal front-axle beam that is arranged side by side and the hollow horizontal back rest in same level, the two ends of described horizontal front-axle beam and the described horizontal back rest to be fixed as one setting respectively by longitudinal beam, transfer of advancing is connected respectively with the two ends of the described horizontal back rest at described horizontal front-axle beam, the leveling head extensible canopy be arranged in parallel with described longitudinal beam is being provided with between longitudinal beam described in two, described leveling head extensible canopy is vertical with the described horizontal back rest with described horizontal front-axle beam through the bottom centre position of described horizontal front-axle beam and the described horizontal back rest, described leveling head extensible canopy is provided with leveling head near one end of described horizontal front-axle beam.
Connectivity port is respectively equipped with, transfer of advancing described in described connectivity port connects at the two ends of described horizontal front-axle beam and the described horizontal back rest.
Hollow extensible canopy is respectively equipped with in the inside, two ends of described horizontal front-axle beam and the described horizontal back rest, described extensible canopy one end is located in described horizontal front-axle beam and the described horizontal back rest respectively, the other end to be advanced transfer described in connecting, extensible canopy oil cylinder is provided with in described extensible canopy, described extensible canopy cylinder block is individually fixed in described horizontal front-axle beam and the described horizontal back rest, and described extensible canopy cylinder piston rod is with described extensible canopy is hinged respectively.
Described longitudinal beam on rear side of the described horizontal back rest is provided with mould connectivity port, and described mould connectivity port is connected with rear-mounted mould.
Described rear-mounted mould comprises roof beam structure, rectangle tie-beam, screw distribution axle, shock club, wiping tablet, side adjustment plate, wherein said roof beam structure comprises square girder frame, described rectangle tie-beam is fixed with above described girder frame, all connector is welded with at described rectangle tie-beam front/rear end, described screw distribution axle is fixed with in described girder frame front bottom end, the shock club oil cylinder that piston rod stretches out vertically is fixed with respectively downwards in the both sides, center of the described girder frame at described screw distribution axle rear, described shock club cylinder piston rod top is hinged with both sides, shock club clamped beam upper surface respectively, described shock club clamped beam and described screw distribution axle are axially located at bottom described girder frame abreast, on described shock club clamped beam, vertically arrangement is provided with several shock clubs, be provided with described wiping tablet in described girder frame rear end, bottom described girder frame, centre position level is fixed with wiping tablet horizontal drive apparatus, and top and the centre position, described wiping tablet upper surface of described wiping tablet horizontal drive apparatus are hinged, vertically positioner is fixed with in described girder frame both sides, what described positioner vertically slided up and down is provided with described side adjustment plate, the side that on described girder frame above described side adjustment plate, vertically fixed piston rod stretches out downwards adjusts leaf fat cylinder, and it is hinged that the piston rod of described side adjustment leaf fat cylinder and described side adjust plate.
Described longitudinal beam on front side of the described horizontal back rest is fixed with the die-changing apparatus be arranged in parallel with the described horizontal back rest, described die-changing apparatus is connected with side hanging mould.
Described die-changing apparatus comprises die change head, mould stretching device and die lifting oil cylinder, wherein, described mould stretching device comprises mould junction plate, mould stretches overcoat, telescopic arm, telescopic boom cylinder and angle adjustment oil cylinder, described telescopic arm and the described mould overcoat that stretches is hollow setting, described telescopic arm one end bends, the side of described telescopic arm curved end and described mould junction plate is hinged, described telescopic arm other end slip is located at described mould and is stretched in overcoat, described telescopic boom cylinder is fixed at described mould and stretches overcoat rear, described telescopic boom cylinder piston rod and described telescopic arm hinged, oil cylinder location-plate is provided with in described telescopic arm, described angle adjustment oil cylinder is fixed on described oil cylinder location-plate, the side of described angle adjustment cylinder piston rod and described mould junction plate is hinged, the opposite side of described mould junction plate is fixed with described die lifting oil cylinder straight down, the piston rod of described die lifting oil cylinder and described die change head hinged, be connected with described side hanging mould below described die change head.
Described transfer of advancing comprises moving device, fixed support, lifting column, supporter, push action cylinder, device for revolving and driving and oil circuit swivel joint, described fixed support is fixed with above described moving device, described oil circuit swivel joint is fixed with above described fixed support, described device for revolving and driving is fixed with in described oil circuit swivel joint upper end, described lifting column is vertically fixed with in described device for revolving and driving upper end, described lifting column and described supporter are the hollow regular prism that shape is identical, described lifting column is located in described supporter inner chamber, described supporter inner cavity top is fixedly connected with the cylinder body top of described push action cylinder, described push action cylinder is placed in described lifting column inner chamber, the piston rod of described push action cylinder is fixed in the piston rod holder at described oil circuit swivel joint top through described lifting column inner chamber and described device for revolving and driving, described piston rod part is provided with link slot, the annular piston bar holddown groove corresponding with described link slot is provided with in described piston rod holder, piston rod positioning ball is provided with in described piston rod holddown groove, draw runner is provided with between described supporter inwall with the relative face of described lifting column outer wall.
Described leveling head comprises and sets gradually swivel joint from top to bottom, leveling head crossbeam, auger cloth hopper, wiping tablet, wherein, described leveling head extensible canopy comprises the extensible canopy main body of hollow socket, one-level extensible canopy and secondary extensible canopy, described one-level extensible canopy is inserted in described extensible canopy body front end, described secondary extensible canopy is inserted in described one-level extensible canopy front end, leveling head telescopic oil cylinder is provided with in described extensible canopy main body, described leveling head telescopic oil cylinder is connected with the cylinder rack of described extensible canopy body rear, the piston rod of described leveling head telescopic oil cylinder is connected with the top of described secondary extensible canopy, below described secondary extensible canopy front end, described swivel joint is installed, in described swivel joint lower end, level is fixedly connected with described leveling head crossbeam, be fixedly connected with described swivel joint lower end in the middle part of described leveling head crossbeam, described leveling head crossbeam two ends be vertically fixed with respectively two go out rod oil cylinder, the upper piston rod top going out rod oil cylinder at described pair is provided with sensor, described two go out the lower piston rod top of rod oil cylinder and described auger cloth box top be movably hinged, the wiping tablet hoist cylinder that piston rod stretches out is respectively equipped with downwards in both sides, described auger cloth hopper sidewall center, the described auger cloth hopper sidewall of described wiping tablet hoist cylinder both sides is respectively equipped with guide strip, described guide strip is provided with vertical gathering sill, described gathering sill slides up and down and is connected with link, the top of the piston rod of described link upper end and described wiping tablet hoist cylinder is movably hinged, described link is provided with corresponding with described gathering sill directed guide rail, be fixedly connected with described wiping tablet bottom described link, snubber block is provided with at described link and described wiping tablet junction, described electromagnetic shaker is fixed with by electromagnetic shaker fixed head at described wiping tablet upper surface.
Advantage of the present utility model: the utility model provides a kind of four crawler belt slip form paver chassis, this frame mode realizes by changing different accessories and unit the demand that different functions meets construction.The utility model provides four crawler belt slip form paver chassis, the slip form paver chassis beam body be welded to form by longitudinal two longitudinal beams and horizontal two transverse beams, two longitudinal curb girder middle parts are provided with longitudinal extension beam, mould telescopic arm overcoat is provided with side by side in side, upper end, chassis and the horizontal back rest, paver is used for the sliding die device of installation side and implements to pave when spreading in side, be provided with connectivity port in Liang Ti rear end, chassis to be used for rearmounted accessory is installed, multifunction combined slip form paver configures rearmounted road surface sliding formwork mould and can construct in narrow construction environment, because rearmounted road surface sliding formwork die width is greater than paver chassis beam body width, operation implemented by the structure can pressing close to both sides outside rearmounted sliding formwork mould both sides, road surface, the accessory of different classes of difference in functionality can also be installed in rearmounted connectivity port, accessory comprises road surface sliding formwork mould, tumping rummer, land leveller, the unit of the different field such as ditching machine, insert multi-stage expansion beam in longitudinal central sill front end of longitudinal beam to be used for preposition equipment is installed, in multi-stage expansion beam, be provided with multi-stage oil cylinder how long can stretch out 7 meters under power drive, extensible canopy changes level and stretches out or regain to operate steadily and there is no vibration, be provided with whirligig configuration in extensible canopy front end and connect different accessories to meet the requirement of different field construction, horizontal front-axle beam on multifunction combined slip form paver chassis and four, horizontal back rest both sides end face, insert four transversal stretching beams to be connected and fixed by point other four hydraulic jacks, under the power drive of hydraulic jack, make four transversal stretching beams cross out or regain adjustment length, four extensible canopies synchronization telescope adjustment of also can stretching separately can carry out the demand of satisfied different operating mode.Widen on four protruding chassis that make of transversal stretching beam, material is transported to rear and coordinates the sliding formwork mould construction of rearmounted road surface by lower end installation material material conveyer from front, below the chassis widened, also can be used for that underneath type sliding formwork mould and different accessories are installed be applied in different field constructions, its feature of multifunction combined slip form paver chassis has all preset multiple connected mode in front and back end, chassis and both sides and bottom, chassis, install by replacing the different accessory that is connected additional and expand its using function, multifunction combined slip form paver has and operates steadily, flexibility is strong, replacing accessory is efficient and convenient, efficiency of construction is high, succinct structure makes manufacturing cost reduce, purchase and use cost performance high, modular combination makes the advantages such as construction cost reduction.
Accompanying drawing illustrates:
Fig. 1 is the overall structure schematic diagram of embodiment 1.
Fig. 2 is embodiment 1 chassis structure schematic diagram.
Fig. 3 is transfer overall structure schematic diagram of advancing.
Fig. 4 is that Fig. 2 is along D-D section close-up schematic view.
Fig. 5 is that Fig. 2 is along C-C generalized section.
Fig. 6 is oil circuit adapter structure schematic diagram.
Fig. 7 is die-changing apparatus structural representation.
Fig. 8 is leveling head overall structure schematic diagram.
Fig. 9 is leveling head side-looking structural representation.
Figure 10 is guide board structure schematic diagram.
Figure 11 is link structural representation.
Figure 12 is the overall structure schematic diagram of embodiment 2.
Figure 13 is the structural representation of rear-mounted mould.
Figure 14 is rear-mounted mould backsight structural representation.
Figure 15 is rear-mounted die side TV structure schematic diagram.
Figure 16 is embodiment 3 chassis structure schematic diagram.
Figure 17 is that Figure 16 is along A-A sectional structure schematic diagram.
Figure 18 is embodiment 3 overall structure schematic diagram.
Figure 19 is the overall structure schematic diagram of embodiment 4.
Horizontal front-axle beam 1, the horizontal back rest 2, longitudinal beam 3, to advance transfer 4, die-changing apparatus 5, connectivity port 6, mould connectivity port 7, rear-mounted mould 8, extensible canopy 9, side hanging mould 10, extensible canopy oil cylinder 11, conveyer 12, leveling head extensible canopy 13, leveling head 14, moving device 401, fixed support 402, lifting column 403, supporter 404, push action cylinder 405, device for revolving and driving 406, oil circuit swivel joint 407, piston rod holder 408, push action cylinder piston rod 409, link slot 410, piston rod holddown groove 411, positioning ball 412, draw runner 413, revolution fixed cover 414, revolution drive case 415, revolution drives turbine 416, drive worm screw 417, rotary body 418, rotary body fixed jacket 419, oil duct 420, steel ball entrance 421, fixed plug 422, die change head 501, mould stretching device 502, die lifting oil cylinder 503, mould junction plate 504, mould stretches overcoat 505, telescopic arm 506, telescopic boom cylinder 507 and angle adjustment oil cylinder 508, telescopic arm curved end 509, oil cylinder location-plate 510, roof beam structure 801, rectangle tie-beam 802, screw distribution axle 803, shock club 804, wiping tablet 805, side adjustment plate 806, girder frame 807, connector 808, shock club oil cylinder 809, shock club clamped beam 810, wiping tablet horizontal drive apparatus 811, positioner 812, side adjustment leaf fat cylinder 813, sliding formwork support 901, screw distribution axle 902, shock club 903, wiping tablet 904, wiping tablet horizontal drive apparatus 905, side adjustment plate 906, main support 907, connect hanger 908, shock club oil cylinder 909, shock club clamped beam 910, positioner 911, side adjustment leaf fat cylinder 912, extensible canopy main body 1301, secondary extensible canopy 1303, one-level extensible canopy 1302, leveling head telescopic oil cylinder 1304, swivel joint 1401, leveling head crossbeam 1402, auger cloth hopper 1403, snubber block 1404, wiping tablet 1405, two go out rod oil cylinder 1406, sensor 1407, wiping tablet hoist cylinder 1408, guide strip 1409, gathering sill 1410, link 1411, directed guide rail 1412, electromagnetic shaker fixed head 1413, electromagnetic shaker 1414.
Detailed description of the invention:
Embodiment 1:
As as shown in Fig. 1 to Figure 11, four crawler belt slip form paver chassis, it is included in the parallel hollow horizontal front-axle beam 1 that is arranged side by side and the hollow horizontal back rest 2 in same level, the two ends of horizontal front-axle beam 1 and the horizontal back rest 2 to be fixed as one setting respectively by longitudinal beam 3, be connected with the two ends of the horizontal back rest 2 transfer 4 of advancing respectively at horizontal front-axle beam 1, the leveling head extensible canopy 13 be arranged in parallel with longitudinal beam is provided with between two longitudinal beams 3, leveling head extensible canopy 13 is vertical with the horizontal back rest 2 with horizontal front-axle beam 1 through the bottom centre position of horizontal front-axle beam 1 and the horizontal back rest 2, leveling head extensible canopy 13 is provided with leveling head 14 near one end of horizontal front-axle beam 1.
Connectivity port 6 is respectively equipped with at the two ends of horizontal front-axle beam 1 and the horizontal back rest 2, connectivity port 6 connects transfer 4 of advancing, longitudinal beam 3 on front side of the horizontal back rest 2 is fixed with the die-changing apparatus 5 be arranged in parallel with the horizontal back rest 2, die-changing apparatus 5 is connected with side hanging mould 10.
Die-changing apparatus 5 comprises die change head 501, mould stretching device 502 and die lifting oil cylinder 503, wherein, mould stretching device 502 comprises mould junction plate 504, mould stretches overcoat 505, telescopic arm 506, telescopic boom cylinder 507 and angle adjustment oil cylinder 508, telescopic arm 506 and the mould overcoat 505 that stretches is hollow setting, mould overcoat 505 upper surface that stretches is fixedly connected with side, flexible chassis 1 soffit, telescopic arm 506 one end bends, telescopic arm curved end 509 is hinged with the side of mould junction plate 504, the slip of telescopic arm 506 other end is located at mould and is stretched in overcoat 505, telescopic boom cylinder 507 is fixed at mould and stretches overcoat 505 rear, telescopic boom cylinder 507 piston rod and telescopic arm 506 hinged, oil cylinder location-plate 510 is provided with in telescopic arm 506, angle adjustment oil cylinder 508 is fixed on oil cylinder location-plate 510, the side of angle adjustment oil cylinder 508 piston rod and mould junction plate 504 is hinged, the opposite side of mould junction plate 504 is fixed with die lifting oil cylinder 503 straight down, piston rod and the die change head 501 of die lifting oil cylinder 503 are hinged, be connected with side hanging mould 10 below die change head 501, conveyer 12 and side hanging mould 10 with the use of.
Transfer 4 of advancing comprises moving device 401, fixed support 402, lifting column 403, supporter 404, push action cylinder 405, device for revolving and driving 406 and oil circuit swivel joint 407, fixed support 402 is fixed with above moving device 401, oil circuit swivel joint 407 is fixed with above fixed support 402, device for revolving and driving 406 is fixed with in oil circuit swivel joint 407 upper end, lifting column 403 is vertically fixed with in device for revolving and driving 406 upper end, lifting column 403 and support body supports body 404 are the hollow regular prism that shape is identical, lifting column lifting column 403 is located in supporter 404 inner chamber, supporter 404 inner cavity top is fixedly connected with the cylinder body top of push action cylinder 405, push action cylinder 405 is placed in lifting column 403 inner chamber, the piston rod 409 of push action cylinder push action cylinder 405 is fixed in the piston rod holder 408 at oil circuit swivel joint 407 top through lifting column 403 inner chamber and device for revolving and driving 406, piston rod 409 top is provided with link slot 410, the annular piston bar holddown groove link slot 411 corresponding with link slot link slot 410 is provided with in piston rod holder 408, piston rod positioning ball 412 is provided with in piston rod holddown groove 411, draw runner 412 is provided with between support body supports body 404 inwall with the relative face of lifting column supporter 403 outer wall.
Leveling head 14 comprises and sets gradually swivel joint 1401 from top to bottom, leveling head crossbeam 1402, auger cloth hopper 1403, wiping tablet 1405, wherein, leveling head extensible canopy 13 comprises the extensible canopy main body 1301 of hollow socket, one-level extensible canopy 1302 and secondary extensible canopy 1303, one-level extensible canopy 1302 is inserted in extensible canopy main body 1301 front end, secondary extensible canopy 1303 is inserted in one-level extensible canopy 1302 front end, leveling head telescopic oil cylinder 1304 is provided with in extensible canopy main body 1301, leveling head telescopic oil cylinder 1304 is connected with the cylinder rack of extensible canopy main body 1301 rear end, the piston rod of leveling head telescopic oil cylinder 1304 is connected with the top of secondary extensible canopy 1303, below secondary extensible canopy 1303 front end, swivel joint 1401 is installed, in swivel joint 1401 lower end, level is fixedly connected with leveling head crossbeam 1402, be fixedly connected with swivel joint 1401 lower end in the middle part of leveling head crossbeam 1402, leveling head crossbeam 1402 two ends be vertically fixed with respectively two go out rod oil cylinder 1406, two go out the upper piston rod top of rod oil cylinder 1406 be provided with sensor 1407, two go out the lower piston rod top of rod oil cylinder 1406 and auger cloth hopper 1403 top movable hinged, the wiping tablet hoist cylinder 1408 that piston rod stretches out is respectively equipped with downwards in both sides, auger cloth hopper 1403 sidewall center, auger cloth hopper 1403 sidewall of wiping tablet hoist cylinder 1408 both sides is respectively equipped with guide strip 1409, guide strip 1409 is provided with vertical gathering sill 1410, gathering sill 1410 slides up and down and is connected with link 1411, the top of the piston rod of link 1411 upper end and wiping tablet hoist cylinder 1408 is movably hinged, link 1411 is provided with corresponding with gathering sill 1410 directed guide rail 1412, be fixedly connected with wiping tablet 1405 bottom link 1411, snubber block 1404 is provided with at link 1411 and wiping tablet 1405 junction, electromagnetic shaker 1414 is fixed with by electromagnetic shaker fixed head 1413 at wiping tablet upper surface.
Embodiment 2:
As shown in Fig. 3 to Fig. 6 and Fig. 8 to Figure 15, the present embodiment 2 is identical with the overall structure of embodiment 1, and difference is only: the longitudinal beam 3 on rear side of the horizontal back rest 2 is provided with mould connectivity port 7, and mould connectivity port 7 is connected with rear-mounted mould 8.
Rear-mounted mould 8 comprises roof beam structure 801, rectangle tie-beam 802, screw distribution axle 803, shock club 804, wiping tablet 805, side adjustment plate 806, its middle beam frame 801 comprises square girder frame 807, rectangle tie-beam 802 is fixed with above girder frame 807, connector 808 is all welded with at rectangle tie-beam 802 front/rear end, connector 808 is for being connected with mould connectivity port 7, screw distribution axle 803 is fixed with in girder frame 802 front bottom end, the both sides, center of the girder frame 802 at screw distribution axle 803 rear are vertically fixed with the shock club oil cylinder 809 that piston rod stretches out respectively downwards, shock club oil cylinder 809 piston rod top is hinged with both sides, shock club clamped beam 810 upper surface respectively, shock club clamped beam 810 is axially located at bottom girder frame 807 with screw distribution axle 803 abreast, on shock club clamped beam 810, vertically arrangement is provided with several shock clubs 804, be provided with wiping tablet 805 in girder frame 807 rear end, bottom girder frame 807, centre position level is fixed with wiping tablet horizontal drive apparatus 811, and top and the centre position, wiping tablet 805 upper surface of wiping tablet horizontal drive apparatus 811 are hinged, positioner 812 is vertically fixed with in girder frame 807 both sides, what positioner 812 vertically slided up and down is provided with side adjustment plate 806, the side that on girder frame 807 above side adjustment plate 806, vertically fixed piston rod stretches out downwards adjusts leaf fat cylinder 813, and it is hinged that the piston rod of side adjustment leaf fat cylinder 813 and side adjust plate 806.
Embodiment 3:
As as shown in Fig. 3 to Figure 11 and Figure 16 to Figure 18, four crawler belt slip form paver chassis, it is included in the parallel hollow horizontal front-axle beam 1 that is arranged side by side and the hollow horizontal back rest 2 in same level, the two ends of horizontal front-axle beam 1 and the horizontal back rest 2 to be fixed as one setting respectively by longitudinal beam 3, be connected with the two ends of the horizontal back rest 2 transfer 4 of advancing respectively at horizontal front-axle beam 1, the leveling head extensible canopy 13 be arranged in parallel with longitudinal beam is provided with between two longitudinal beams 3, leveling head extensible canopy 13 is vertical with the horizontal back rest 2 with horizontal front-axle beam 1 through the bottom centre position of horizontal front-axle beam 1 and the horizontal back rest 2, leveling head extensible canopy 13 is provided with leveling head 14 near one end of horizontal front-axle beam 1.
Hollow extensible canopy 9 is respectively equipped with in the inside, two ends of horizontal front-axle beam 1 and the horizontal back rest 2, extensible canopy 9 one end is located in horizontal front-axle beam 1 and the horizontal back rest 2 respectively, the other end connects transfer 4 of advancing, extensible canopy oil cylinder 11 is provided with in extensible canopy 9, extensible canopy oil cylinder 11 cylinder body is individually fixed in horizontal front-axle beam 1 and the horizontal back rest 2, and extensible canopy oil cylinder 11 piston rod is with extensible canopy 9 is hinged respectively.
Longitudinal beam 3 on front side of the horizontal back rest 2 is fixed with the die-changing apparatus 5 be arranged in parallel with the horizontal back rest 2, die-changing apparatus 5 is connected with side hanging mould 10.
Die-changing apparatus 5 comprises die change head 501, mould stretching device 502 and die lifting oil cylinder 503, wherein, mould stretching device 502 comprises mould junction plate 504, mould stretches overcoat 505, telescopic arm 506, telescopic boom cylinder 507 and angle adjustment oil cylinder 508, telescopic arm 506 and the mould overcoat 505 that stretches is hollow setting, mould overcoat 505 upper surface that stretches is fixedly connected with side, flexible chassis 1 soffit, telescopic arm 506 one end bends, telescopic arm curved end 509 is hinged with the side of mould junction plate 504, the slip of telescopic arm 506 other end is located at mould and is stretched in overcoat 505, telescopic boom cylinder 507 is fixed at mould and stretches overcoat 505 rear, telescopic boom cylinder 507 piston rod and telescopic arm 506 hinged, oil cylinder location-plate 510 is provided with in telescopic arm 506, angle adjustment oil cylinder 508 is fixed on oil cylinder location-plate 510, the side of angle adjustment oil cylinder 508 piston rod and mould junction plate 504 is hinged, the opposite side of mould junction plate 504 is fixed with die lifting oil cylinder 503 straight down, piston rod and the die change head 501 of die lifting oil cylinder 503 are hinged, be connected with side hanging mould 10 below die change head 501, conveyer 12 and side hanging mould 10 with the use of.
Transfer 4 of advancing comprises moving device 401, fixed support 402, lifting column 403, supporter 404, push action cylinder 405, device for revolving and driving 406 and oil circuit swivel joint 407, fixed support 402 is fixed with above moving device 401, oil circuit swivel joint 407 is fixed with above fixed support 402, device for revolving and driving 406 is fixed with in oil circuit swivel joint 407 upper end, lifting column 403 is vertically fixed with in device for revolving and driving 406 upper end, lifting column 403 and support body supports body 404 are the hollow regular prism that shape is identical, lifting column lifting column 403 is located in supporter 404 inner chamber, supporter 404 inner cavity top is fixedly connected with the cylinder body top of push action cylinder 405, push action cylinder 405 is placed in lifting column 403 inner chamber, the piston rod 409 of push action cylinder push action cylinder 405 is fixed in the piston rod holder 408 at oil circuit swivel joint 407 top through lifting column 403 inner chamber and device for revolving and driving 406, piston rod 409 top is provided with link slot 410, the annular piston bar holddown groove link slot 411 corresponding with link slot link slot 410 is provided with in piston rod holder 408, piston rod positioning ball 412 is provided with in piston rod holddown groove 411, draw runner 412 is provided with between support body supports body 404 inwall with the relative face of lifting column supporter 403 outer wall.
Leveling head 14 comprises and sets gradually swivel joint 1401 from top to bottom, leveling head crossbeam 1402, auger cloth hopper 1403, wiping tablet 1405, wherein, leveling head extensible canopy 13 comprises the extensible canopy main body 1301 of hollow socket, one-level extensible canopy 1302 and secondary extensible canopy 1303, one-level extensible canopy 1302 is inserted in extensible canopy main body 1301 front end, secondary extensible canopy 1303 is inserted in one-level extensible canopy 1302 front end, leveling head telescopic oil cylinder 1304 is provided with in extensible canopy main body 1301, leveling head telescopic oil cylinder 1304 is connected with the cylinder rack of extensible canopy main body 1301 rear end, the piston rod of leveling head telescopic oil cylinder 1304 is connected with the top of secondary extensible canopy 1303, below secondary extensible canopy 1303 front end, swivel joint 1401 is installed, in swivel joint 1401 lower end, level is fixedly connected with leveling head crossbeam 1402, be fixedly connected with swivel joint 1401 lower end in the middle part of leveling head crossbeam 1402, leveling head crossbeam 1402 two ends be vertically fixed with respectively two go out rod oil cylinder 1406, two go out the upper piston rod top of rod oil cylinder 1406 be provided with sensor 1407, two go out the lower piston rod top of rod oil cylinder 1406 and auger cloth hopper 1403 top movable hinged, the wiping tablet hoist cylinder 1408 that piston rod stretches out is respectively equipped with downwards in both sides, auger cloth hopper 1403 sidewall center, auger cloth hopper 1403 sidewall of wiping tablet hoist cylinder 1408 both sides is respectively equipped with guide strip 1409, guide strip 1409 is provided with vertical gathering sill 1410, gathering sill 1410 slides up and down and is connected with link 1411, the top of the piston rod of link 1411 upper end and wiping tablet hoist cylinder 1408 is movably hinged, link 1411 is provided with corresponding with gathering sill 1410 directed guide rail 1412, be fixedly connected with wiping tablet 1405 bottom link 1411, snubber block 1404 is provided with at link 1411 and wiping tablet 1405 junction, electromagnetic shaker 1414 is fixed with by electromagnetic shaker fixed head 1413 at wiping tablet upper surface.
Embodiment 4:
As shown in Fig. 3 to Fig. 6 and Fig. 8 to Figure 11 and Figure 13 to Figure 15 and Figure 19, the present embodiment 4 is identical with the overall structure of embodiment 3, difference is only: the longitudinal beam 3 on rear side of the horizontal back rest 2 is provided with mould connectivity port 7, and mould connectivity port 7 is connected with rear-mounted mould 8.
Rear-mounted mould 8 comprises roof beam structure 801, rectangle tie-beam 802, screw distribution axle 803, shock club 804, wiping tablet 805, side adjustment plate 806, its middle beam frame 801 comprises square girder frame 807, rectangle tie-beam 802 is fixed with above girder frame 807, connector 808 is all welded with at rectangle tie-beam 802 front/rear end, connector 808 is for being connected with mould connectivity port 7, screw distribution axle 803 is fixed with in girder frame 802 front bottom end, the both sides, center of the girder frame 802 at screw distribution axle 803 rear are vertically fixed with the shock club oil cylinder 809 that piston rod stretches out respectively downwards, shock club oil cylinder 809 piston rod top is hinged with both sides, shock club clamped beam 810 upper surface respectively, shock club clamped beam 810 is axially located at bottom girder frame 807 with screw distribution axle 803 abreast, on shock club clamped beam 810, vertically arrangement is provided with several shock clubs 804, be provided with wiping tablet 805 in girder frame 807 rear end, bottom girder frame 807, centre position level is fixed with wiping tablet horizontal drive apparatus 811, and top and the centre position, wiping tablet 805 upper surface of wiping tablet horizontal drive apparatus 811 are hinged, positioner 812 is vertically fixed with in girder frame 807 both sides, what positioner 812 vertically slided up and down is provided with side adjustment plate 806, the side that on girder frame 807 above side adjustment plate 806, vertically fixed piston rod stretches out downwards adjusts leaf fat cylinder 813, and it is hinged that the piston rod of side adjustment leaf fat cylinder 813 and side adjust plate 806.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (9)
1. four crawler belt slip form paver chassis, it is characterized in that, it is included in the parallel hollow horizontal front-axle beam that is arranged side by side and the hollow horizontal back rest in same level, the two ends of described horizontal front-axle beam and the described horizontal back rest to be fixed as one setting respectively by longitudinal beam, transfer of advancing is connected respectively with the two ends of the described horizontal back rest at described horizontal front-axle beam, the leveling head extensible canopy be arranged in parallel with described longitudinal beam is being provided with between longitudinal beam described in two, described leveling head extensible canopy is vertical with the described horizontal back rest with described horizontal front-axle beam through the bottom centre position of described horizontal front-axle beam and the described horizontal back rest, described leveling head extensible canopy is provided with leveling head near one end of described horizontal front-axle beam.
2. four crawler belt slip form paver chassis according to claim 1, is characterized in that, are respectively equipped with connectivity port at the two ends of described horizontal front-axle beam and the described horizontal back rest, transfer of advancing described in described connectivity port connects.
3. four crawler belt slip form pavers according to claim 1, it is characterized in that, hollow extensible canopy is respectively equipped with in the inside, two ends of described horizontal front-axle beam and the described horizontal back rest, described extensible canopy one end is located in described horizontal front-axle beam and the described horizontal back rest respectively, the other end to be advanced transfer described in connecting, extensible canopy oil cylinder is provided with in described extensible canopy, described extensible canopy cylinder block is individually fixed in described horizontal front-axle beam and the described horizontal back rest, and described extensible canopy cylinder piston rod is hinged with described extensible canopy respectively.
4., according to the arbitrary four described crawler belt slip form paver chassis of claim 1-3, it is characterized in that, the described longitudinal beam on rear side of the described horizontal back rest is provided with mould connectivity port, and described mould connectivity port is connected with rear-mounted mould.
5. four crawler belt slip form paver chassis according to claim 4, it is characterized in that, described rear-mounted mould comprises roof beam structure, rectangle tie-beam, screw distribution axle, shock club, wiping tablet, side adjustment plate, wherein said roof beam structure comprises square girder frame, described rectangle tie-beam is fixed with above described girder frame, all connector is welded with at described rectangle tie-beam front/rear end, described screw distribution axle is fixed with in described girder frame front bottom end, the shock club oil cylinder that piston rod stretches out vertically is fixed with respectively downwards in the both sides, center of the described girder frame at described screw distribution axle rear, described shock club cylinder piston rod top is hinged with both sides, shock club clamped beam upper surface respectively, described shock club clamped beam and described screw distribution axle are axially located at bottom described girder frame abreast, on described shock club clamped beam, vertically arrangement is provided with several shock clubs, be provided with described wiping tablet in described girder frame rear end, bottom described girder frame, centre position level is fixed with wiping tablet horizontal drive apparatus, and top and the centre position, described wiping tablet upper surface of described wiping tablet horizontal drive apparatus are hinged, vertically positioner is fixed with in described girder frame both sides, what described positioner vertically slided up and down is provided with described side adjustment plate, the side that on described girder frame above described side adjustment plate, vertically fixed piston rod stretches out downwards adjusts leaf fat cylinder, and it is hinged that the piston rod of described side adjustment leaf fat cylinder and described side adjust plate.
6. according to the arbitrary four described crawler belt slip form paver chassis of claim 1-3, it is characterized in that, described longitudinal beam on front side of the described horizontal back rest is fixed with the die-changing apparatus be arranged in parallel with the described horizontal back rest, described die-changing apparatus is connected with side hanging mould.
7. four crawler belt slip form paver chassis according to claim 6, it is characterized in that, described die-changing apparatus comprises die change head, mould stretching device and die lifting oil cylinder, wherein, described mould stretching device comprises mould junction plate, mould stretches overcoat, telescopic arm, telescopic boom cylinder and angle adjustment oil cylinder, described telescopic arm and the described mould overcoat that stretches is hollow setting, described telescopic arm one end bends, the side of described telescopic arm curved end and described mould junction plate is hinged, described telescopic arm other end slip is located at described mould and is stretched in overcoat, described telescopic boom cylinder is fixed at described mould and stretches overcoat rear, described telescopic boom cylinder piston rod and described telescopic arm hinged, oil cylinder location-plate is provided with in described telescopic arm, described angle adjustment oil cylinder is fixed on described oil cylinder location-plate, the side of described angle adjustment cylinder piston rod and described mould junction plate is hinged, the opposite side of described mould junction plate is fixed with described die lifting oil cylinder straight down, the piston rod of described die lifting oil cylinder and described die change head hinged, be connected with described side hanging mould below described die change head.
8. according to the arbitrary four described crawler belt slip form paver chassis of claim 1-3, it is characterized in that, described transfer of advancing comprises moving device, fixed support, lifting column, supporter, push action cylinder, device for revolving and driving and oil circuit swivel joint, described fixed support is fixed with above described moving device, described oil circuit swivel joint is fixed with above described fixed support, described device for revolving and driving is fixed with in described oil circuit swivel joint upper end, described lifting column is vertically fixed with in described device for revolving and driving upper end, described lifting column and described supporter are the hollow regular prism that shape is identical, described lifting column is located in described supporter inner chamber, described supporter inner cavity top is fixedly connected with the cylinder body top of described push action cylinder, described push action cylinder is placed in described lifting column inner chamber, the piston rod of described push action cylinder is fixed in the piston rod holder at described oil circuit swivel joint top through described lifting column inner chamber and described device for revolving and driving, described piston rod part is provided with link slot, the annular piston bar holddown groove corresponding with described link slot is provided with in described piston rod holder, piston rod positioning ball is provided with in described piston rod holddown groove, draw runner is provided with between described supporter inwall with the relative face of described lifting column outer wall.
9. according to the arbitrary four described crawler belt slip form paver chassis of claim 1-3, it is characterized in that, described leveling head comprises and sets gradually swivel joint from top to bottom, leveling head crossbeam, auger cloth hopper, wiping tablet, wherein, described leveling head extensible canopy comprises the extensible canopy main body of hollow socket, one-level extensible canopy and secondary extensible canopy, described one-level extensible canopy is inserted in described extensible canopy body front end, described secondary extensible canopy is inserted in described one-level extensible canopy front end, leveling head telescopic oil cylinder is provided with in described extensible canopy main body, described leveling head telescopic oil cylinder is connected with the cylinder rack of described extensible canopy body rear, the piston rod of described leveling head telescopic oil cylinder is connected with the top of described secondary extensible canopy, below described secondary extensible canopy front end, described swivel joint is installed, in described swivel joint lower end, level is fixedly connected with described leveling head crossbeam, be fixedly connected with described swivel joint lower end in the middle part of described leveling head crossbeam, described leveling head crossbeam two ends be vertically fixed with respectively two go out rod oil cylinder, the upper piston rod top going out rod oil cylinder at described pair is provided with sensor, described two go out the lower piston rod top of rod oil cylinder and described auger cloth box top be movably hinged, the wiping tablet hoist cylinder that piston rod stretches out is respectively equipped with downwards in both sides, described auger cloth hopper sidewall center, the described auger cloth hopper sidewall of described wiping tablet hoist cylinder both sides is respectively equipped with guide strip, described guide strip is provided with vertical gathering sill, described gathering sill slides up and down and is connected with link, the top of the piston rod of described link upper end and described wiping tablet hoist cylinder is movably hinged, described link is provided with corresponding with described gathering sill directed guide rail, be fixedly connected with described wiping tablet bottom described link, snubber block is provided with at described link and described wiping tablet junction, described electromagnetic shaker is fixed with by electromagnetic shaker fixed head at described wiping tablet upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520544511.XU CN205000222U (en) | 2015-07-24 | 2015-07-24 | Four track slipform paver chassis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520544511.XU CN205000222U (en) | 2015-07-24 | 2015-07-24 | Four track slipform paver chassis |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205000222U true CN205000222U (en) | 2016-01-27 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520544511.XU Expired - Fee Related CN205000222U (en) | 2015-07-24 | 2015-07-24 | Four track slipform paver chassis |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205000222U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040560A (en) * | 2015-07-24 | 2015-11-11 | 陈建军 | Chassis of four-crawler slipform paver |
-
2015
- 2015-07-24 CN CN201520544511.XU patent/CN205000222U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105040560A (en) * | 2015-07-24 | 2015-11-11 | 陈建军 | Chassis of four-crawler slipform paver |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160127 Termination date: 20170724 |