A kind of track paving fortune engineering truck
Technical field
The present invention relates to track laying equipment field, particularly track concrete pedestal is laid equipment field.
Background technology
Currently used track concrete pedestal laying method is mainly: (one) has built after concrete pedestal near of laying place, then moved to laying place with crane gear; (2) after concrete pedestal is concentrated and built, then be transported to laying place with heavy goods vehicle, then lay by artificial and machine tool unloading. Front a kind of efficiency is low, and cost is high, and rear a kind of transport and laying task are heavy.
Summary of the invention
The object of the invention is to solve track concrete pedestal and lay the problem that transport is laid, and then propose a kind of track paving fortune engineering truck.
For reaching above-mentioned purpose, the present invention adopts following technical proposals:
A kind of track paving fortune engineering truck, comprises at least two vehicle frames, and between two adjacent vehicle frames, head and the tail connect, and connect at least two group rail wheels on each vehicle frame, it is characterized in that:
On a, each vehicle frame, pair of tracks is set, one group of longitudinal rack groove (1a) is wherein set on the vehicle frame of one end, in each rach slot, connect a tooth bar;
B, travelling car
Travelling car comprises roll-out tray, and at least two pairs of scroll wheels are set on roll-out tray, and scroll wheel coordinates and rolls along track;
The connection of roll-out tray one end drags underframe, drags on underframe at least two pairs of scroll wheels are set, and scroll wheel coordinates and rolls along track; Drag on underframe one group of gearbox is set, the output shaft of each gearbox connects gear, wheel and rack engagement; The power shaft of each gearbox is connected with power set;
C, lifting assembly
Lifting assembly comprises the truss being connected with the vehicle frame of one end, and truss one end extends to vehicle frame outside, and truss external part arranges support cylinder; Row hanger rail road is set on truss;
Row is set on row hanger rail road and hangs, row bull ladle is drawn together chassis, and roller is set on chassis, and roller rolls along row hanger rail road; Two ends, chassis respectively arrange a pair of pulley, and a cylinder is set between every pair of pulley, lay winding wire ropes on cylinder, and steel wire rope walk around pulley extend to row hang below; Cylinder is connected with lifting motor by decelerator.
Further, at least one pair of hinged-support is set on described vehicle frame, and the every pair of hinged-support is distributed in the both sides of vehicle frame, the lock hole corresponding with hinged-support is set on roll-out tray, between lock hole and corresponding hinged-support, assemble and lock bearing pin.
Connection is set on described vehicle frame and buckles, what between two adjacent vehicle frames, buckle by connection is fastened and connected mutually; Hinged rebound on vehicle frame, arranges track on rebound, the rebound between two adjacent vehicle frames is hinged by bearing pin.
On described chassis, arrange one group and drive gearbox, the output shaft of each driving gearbox is connected with roller, and the power shaft of each driving gearbox is connected with movable motor.
Owing to adopting after technique scheme, effectively raise operating efficiency, reduce cost, and effectively weakened labour intensity.
Brief description of the drawings
Fig. 1 is the complete installation diagram of three-dimensional of the present invention;
Fig. 2 is vehicle frame of the present invention and parts graphics;
Fig. 3 is vehicle frame of the present invention and travelling car parts graphics;
Fig. 4 is travelling car parts graphics of the present invention;
Fig. 5 is roll-out tray of the present invention and parts graphics;
Fig. 6 is that row of the present invention hangs and parts graphics;
Fig. 7 is junction, vehicle frame of the present invention end parts graphics;
Fig. 8 is vehicle frame connection layout of the present invention.
Detailed description of the invention
A kind of track paving fortune engineering truck, as shown in Figure 1, comprises at least two vehicle frames 1, and between two adjacent vehicle frames 1, head and the tail connect, and connect at least two group rail wheels 2 on each vehicle frame 1.
A, as shown in Figure 2, arranges the track 3 of a pair of symmetry on each vehicle frame 1, two parallel longitudinal rack groove 1a are wherein set on the vehicle frame 1 of one end, connects a tooth bar 4 in each rach slot 1a.
B, travelling car
As shown in Figures 3 and 4, travelling car comprises the roll-out tray 5 being welded by square steel, and six pairs of scroll wheels 11 are set on roll-out tray 5, and scroll wheel 11 coordinates and rolls along track 3.
As shown in Figures 4 and 5, roll-out tray 5 one end connect and drag underframe 6, roll-out tray 5 with drag underframe 6 and connect by pull bar 7. Drag on underframe 6 two pairs of scroll wheels 11 are set, scroll wheel 11 coordinates and rolls along track 3. Drag on underframe 6 two gearboxes 8 are set symmetrically, the output shaft of each gearbox 8 connects gear 10, and gear 10 engages with tooth bar 4. The power shaft of each gearbox 8 is connected with motor 9.
C, lifting assembly
As shown in Figure 1, lifting assembly comprises the truss 12 being connected with the vehicle frame 1 of one end, and truss 12 one end extend to vehicle frame 1 outside, and truss 12 external parts arrange two support cylinders 13. Row hanger rail road 12a is set on truss 12.
As shown in Figure 6, row is set on row hanger rail road 12a and hangs 14, row hangs 14 and comprises chassis 14a, and roller 14b is set on the 14a of chassis, and roller 14b rolls along row hanger rail road 12a. 14a two ends, chassis respectively arrange a pair of pulley 14f, and a cylinder 14c is set between every couple of pulley 14f, the upper lay winding wire ropes 14g of cylinder 14c, and steel wire rope 14g walks around corresponding pulley 14f and extends to row and hang 14 belows. Cylinder 14c is connected with lifting motor 14e by decelerator 14d.
On the 14a of chassis, arrange one group and drive gearbox 18, the output shaft of each driving gearbox 18 is connected with roller 14b, and the power shaft of each driving gearbox 18 is connected with movable motor 19.
Further, there is following technical proposals:
As shown in Figure 4, at least one pair of hinged-support 1b is set on described vehicle frame 1, and the every pair of hinged-support is distributed in the both sides of vehicle frame 1, the lock hole 5a corresponding with hinged-support 1b is set on roll-out tray 5, between lock hole 5a and corresponding hinged-support 1b, assemble and lock bearing pin 15.
As shown in Fig. 2, Fig. 7 and Fig. 8, on described vehicle frame 1, arrange to connect and buckle 16, between two adjacent vehicle frames 1, buckle 16 be mutually fastened and connected by connection. On vehicle frame 1, hinged rebound 17, arranges track 3 on rebound 17, and the rebound 17 between two adjacent vehicle frames 1 is hinged by bearing pin.
A kind of track paving fortune engineering truck, operation principle is summarized as follows.
A kind of track paving fortune engineering truck provided by the invention is positioned on the rail presetting, and by concrete pedestal, from concentrating the operation place of building to be carried to travelling car, this track paving fortune engineering truck moves to the place of laying concrete pedestal along rail. Open two support cylinders 13, support cylinder 13 kiss the earths, sub-truss 12.
Actuating motor 9, gear 10 engages with tooth bar 4 under the driving of motor 9. Under the driving of motor 9, travelling car moves in truss 12 along track 3. Row hangs the steel wire rope 14g binding concrete pedestal on 14, then starts lifting motor 14e, and lifting motor 14e drives cylinder 14c to rotate, and concrete pedestal is lifted. Start movable motor 19, row hangs 14 and slides into truss 12 overhanging ends along row hanger rail road 12a. Put down concrete pedestal, and adjust position.
Complete after above-mentioned work, pack up support cylinder 13.