CN205934620U - Mortar operation equipment for track - Google Patents

Abstract

The utility model provides a mortar operation equipment for track. Mortar operation equipment for track includes chassis, running gear, installation department, feeding mechanism, rabbling mechanism, pump sending mechanism and power unit, walking portion locates the downside on chassis, the installation department with pump sending mechanism locates the chassis upside and with the connection can be dismantled in the chassis, feeding mechanism the rabbling mechanism reaches power unit locates the installation department, feeding mechanism's discharge gate with the feed inlet intercommunication of rabbling mechanism, the discharge gate of rabbling mechanism with the feed inlet intercommunication of pump sending mechanism. The utility model provides a mortar operation equipment for track is each part modularization, and is easy to assemble, dismantle, remove and the maintenance, and multiple functional, can realize automatic feeding, measurement, stirring and transport, and stir ingredients is even, and the efficiency of construction is high.

Description

Track mortar implement

Technical field

The utility model is related to technical field of engineering machinery, especially, is related to a kind of track mortar implement.

Background technology

With the fast development of high-speed railway, Crane Rail is put forward higher requirement to roadbed and railway roadbed, for ensureing rail The stiff stability in road and high ride, plate-type slag-free orbit construction technology is arisen at the historic moment.New track structure fundamentally takes The sleeper of the conventional rails that disappeared and railway roadbed, using prefabricated armoured concrete slab instead is the direct supporting rail of track plates, and in rail Plate and concrete base slab are that the cushion of filling asphalt mortar, bituminous mortar or self-compacting concrete between base replaces the function of ballast aggregate, Stable and cushioning effect is played it is ensured that the comfortableness of bullet train traveling and security in train operation.

Yet with the long-time operation of high-speed iron train, alternate load effect is produced to cushion, and the work of nature With local damage can be produced to original cushion mortar unavoidably.For high speed, the safe normal operation of high-speed railway, it is right to need After the cushion of local damage carries out timely, quick reparation, but the maintenance of existing cushion is repaired mainly with manual weighing's material, Manpower manual stirring is completed to complete or by simple equipment.So inefficiency, maintenance time are long, stir simultaneously and pump For autonomous device, using artificial independent control, it is not easy to together move and control.

Therefore, it is necessary to be developed further with mortar implement to existing track, to avoid drawbacks described above.

Utility model content

For overcoming drawbacks described above, the utility model provides a kind of track mortar implement of each component models, side Just install, dismantle, move and keep in repair, and multiple functional, achievable automatic charging, metering, stirring and conveying, dispensing stirring is equal Even, efficiency of construction is high.

The utility model provides a kind of track mortar implement, including chassis, walking mechanism, installation portion, feeding machine Structure, rabbling mechanism, pumping mechanism and electrically connect engine with described feeding machanism, described rabbling mechanism and described pumping mechanism Structure, located at the downside on described chassis, described installation portion is located at the upside on described chassis and removable with described chassis for described running part Unload connection, described installation portion includes the first installing rack, the second installing rack and the 3rd peace of the length direction setting along described chassis Shelve, described feeding machanism includes dry powder feed unit and polymer feed unit, described dry powder feed unit is contained in described First installing rack and being connected with described chassis, described polymer feed unit, located at the upside of described second installing rack, described stirs Mix mechanism to be contained in described second installing rack and be located at the lower section of described polymer feed unit, described pumping mechanism is contained in institute State the bottom of the first installing rack and described second installing rack and be detachably connected with described chassis, described actuating unit is contained in institute State the 3rd installing rack, the discharging opening of described feeding machanism is connected with the charging aperture of described rabbling mechanism, the going out of described rabbling mechanism Material mouth is connected with the charging aperture of described pumping mechanism.

Track described in providing in the utility model is with, in mortar implement one preferred embodiment, described chassis includes Polylith first installing plate, described pumping mechanism includes the second installing plate with described first installing plate relative set, and described first Installing plate and described second installing plate are bolted fixation.

Track described in providing in the utility model is with, in mortar implement one preferred embodiment, the described 3rd installs Frame includes dynamical frame, hydraulic pressure framework and the described dynamical frame of support and the liquid being set up in parallel along the width on described chassis The chassis installing rack of press box frame, described dynamical frame and the setting of described hydraulic pressure frame space, described chassis is installed to put and is set up in institute State on the upside of chassis and be connected with described chassis.

Track described in providing in the utility model with mortar implement one preferred embodiment, described actuating unit Including power unit, hydraulic pressure unit and generator, described power unit includes be connected fuel tank and engine, described hydraulic pressure list Unit includes the hydraulic oil container, hydraulic pressure pump group and the hydraulic motor that are sequentially connected, described engine respectively with described hydraulic pressure pump group and institute State generator to connect.

Track described in providing in the utility model is with, in mortar implement one preferred embodiment, described fuel tank is received It is dissolved in the top of described dynamical frame, described engine is located between described fuel tank and described chassis installing rack and is fixed on institute State chassis installing rack, described hydraulic oil container is contained in the top of described hydraulic pressure framework, described hydraulic pressure pump group is with described engine even Connect and be located between described dynamical frame and described hydraulic pressure framework, described generator is connected with described engine and is located at described liquid The lower section of press pump group.

Track described in providing in the utility model is with, in mortar implement one preferred embodiment, described chassis is square Shape, described walking mechanism includes multiple rail wheels, drive motor and switching device for driving described rail wheel walking, multiple described With regard to the width both sides located at described chassis substantially symmetrical about its central axis on described chassis, described switching device includes supporting leg oil to rail wheel Cylinder and the folding and unfolding oil cylinder being connected with described rail wheel, when described track is constructed with mortar implement, described support oil cylinder stretch out to Ground plane, described folding and unfolding oil cylinder shrinks makes described rail wheel be horizontality, when described track is walked with mortar implement, described Support oil cylinder shrinks, and described folding and unfolding oil cylinder stretches out makes described rail wheel abut track.

Track described in providing in the utility model with mortar implement one preferred embodiment, described walking mechanism Also include two road wheels and for connecting the hitch frame of external impetus equipment, described hitch frame located at the minor face on described chassis, Road wheel described in two with regard to described chassis length direction substantially symmetrical about its central axis located at described chassis away from described hitch frame rear portion.

Track described in providing in the utility model with mortar implement one preferred embodiment, described dry powder feed Unit includes ostiolate dry powder storehouse and the first feed screw, and described dry powder storehouse is contained in described first installing rack, and described One spiral send machine located at described dry powder storehouse lower end and its outlet is connected with the charging aperture of described rabbling mechanism.

Track described in providing in the utility model is with, in mortar implement one preferred embodiment, described polymer supplies Material unit includes the container above described second installing rack and the installation steel band for fixing described container, described storage Deposit case positioned at the top of described rabbling mechanism and its outlet is connected with the charging aperture of described rabbling mechanism.

Track described in providing in the utility model with mortar implement one preferred embodiment, described track sand Slurry implement also includes electrical control cubicles, and described electrical control cubicles and described container are juxtaposed on institute along the width on described chassis State on the upside of the second installing rack, described electrical control cubicles respectively with described walking mechanism, described feeding machanism, described rabbling mechanism, described Pumping mechanism and the electrical connection of described actuating unit.

Compared to prior art, the track mortar implement that the utility model provides has the advantages that：

First, the utility model passes through to arrange described installation portion, and by described installation portion by feeding machanism and engine Structure is installed on the upside on described chassis, and described installation portion is removably connected with described chassis；Pass through described simultaneously First installing plate is arranged on chassis, so that described pumping mechanism and described chassis is removably connected, conveniently install, dismantle, Move and keep in repair, reduce the engineering time, improve efficiency of construction.

2nd, pass through reasonable setting installation portion, feeding machanism, rabbling mechanism, pumping mechanism and actuating unit position so that Described track mortar implement compact conformation and barycentre steadiness, the space of waste is also little, reduces described track sand The volume of slurry implement；And described track is multiple functional with mortar implement, achievable automatic charging, metering, stirring and Conveying, dispensing stirs, and efficiency of construction is high.

3rd, described walking mechanism is provided with rail wheel and road wheel simultaneously, can be simultaneously used for track and plane road construction, when need When constructing in orbit, drive motor supplies power to rail wheel, when needing to construct in plane road, by being arranged on chassis Hitch frame, can tow in highway or be placed in mobile vehicle, meet the construction of highway occasion different with railway simultaneously Require.

4th, described walking mechanism is passed through to arrange switching device, and described switching device includes support oil cylinder and folding and unfolding oil cylinder, leads to Cross described support oil cylinder and folding and unfolding oil cylinder stretch out and shrink so that described track mortar implement can meet on-line off-line Different occasion construction requirements.

5th, described dry powder feed unit and the synchronization under the control of described electrical control cubicles of described polymer feed unit are joined automatically Material, cooperation is stable, can be further ensured that the stability of mortar quality.

6th, to may be contained within described installation portion remote for described dry powder storehouse, described container, described fuel tank and described hydraulic oil container From the one end on described chassis, the various raw materials of convenient interpolation.

7th, pass through to arrange generator, night illumination construction needs can be met.

Brief description

In order to be illustrated more clearly that the technical scheme in the utility model embodiment, below will be to required in embodiment description Accompanying drawing to be used be briefly described it should be apparent that, drawings in the following description are only that of the present utility model some are real Apply example, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to these accompanying drawings Obtain other accompanying drawings, wherein：

Fig. 1 is that the track that the utility model provides is tied with the solid of an angle of sand frame implement one preferred embodiment Structure schematic diagram；

Fig. 2 is the perspective view of frame another angle of implement of track sand shown in Fig. 1；

Fig. 3 is that the stereochemical structure of chassis, walking mechanism and the rabbling mechanism of the frame implement of track sand shown in Fig. 1 is illustrated Figure；

Fig. 4 is the dry powder feed unit of the frame implement of track sand shown in Fig. 1 and the stereochemical structure of the first installing rack is shown It is intended to；

Fig. 5 is the vertical of polymer feed unit, electrical control cubicles and second installing rack of the frame implement of track sand shown in Fig. 1 Body structural representation；

Fig. 6 is the perspective view of the pumping mechanism of the frame implement of track sand shown in Fig. 1；

Fig. 7 is the actuating unit of the frame implement of track sand shown in Fig. 1 and the perspective view of the 3rd installing rack.

Specific embodiment

Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out Clearly and completely description is it is clear that described embodiment is only a part of embodiment of the present utility model rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of making creative work The all other embodiment being obtained, broadly falls into the scope of the utility model protection.

Please refer to Fig. 1 and Fig. 2, wherein, Fig. 1 is that the track that the utility model provides is preferable with sand frame implement one The perspective view of one angle of embodiment, Fig. 2 is the vertical of frame another angle of implement of track sand shown in Fig. 1 Body structural representation.Described track sand frame implement 100 includes chassis 1, the walking mechanism 2 located at described chassis 1 downside And the installation portion 3 on the upside of described chassis, feeding machanism 4, rabbling mechanism 5, pumping mechanism 6, actuating unit 7 and electrical control cubicles 9. Described walking mechanism 2 is fixedly arranged on described chassis 1, and described installation portion 3 is removably located at described chassis 1, described feeding machine Structure 4, described actuating unit 7 and described electrical control cubicles 9 are installed on described installation portion 3, and described rabbling mechanism 5 is fixed on described chassis 1, Described pumping mechanism 6 is removably located at described chassis 1.The discharging opening of described feeding machanism 4 and described rabbling mechanism 5 Charging aperture connects, and the discharging opening of described rabbling mechanism 5 is connected with the charging aperture of described pumping mechanism 6.

Please refer to Fig. 3, be chassis, walking mechanism and the rabbling mechanism of the frame implement of track sand shown in Fig. 1 Perspective view.Described chassis 1 is rectangular configuration, and its minor face place direction is described track mortar implement 100 Along the direction of travel of track, its long side place direction is the direction of travel along plane road for the described track mortar implement 100. Described chassis 1 includes the first installing plate 11 and raised structures 13.Described first installing plate 11 is used for connecting described pumping mechanism 6. The quantity of described first installing plate 11 is polylith, and in the present embodiment, the quantity of described first installing plate 11 is three pieces, along described The length direction interval setting on chassis 1.Described prominent structure 13 located at the rear end on described chassis 1, by the lower surface on described chassis 1 To the upper surface depression on described chassis 1, that is, described prominent structure 13 is higher than the upper surface on described chassis 1, in the present embodiment, court Be upper surface to the surface of described installation portion 3, with described upper surface be oppositely arranged for lower surface.The number of described prominent structure 13 Measure as two.

Described walking mechanism 2 includes rail wheel 21, road wheel 23, hitch frame 25, the driving horse of driving described rail wheel 21 motion Reach 27 and switching device 29.

Described rail wheel 21 is used for in-orbit road surface and moves described track mortar implement 100.The number of described rail wheel 21 Measure as multiple, along the width both sides being arranged at described chassis 1 substantially symmetrical about its central axis on described chassis 1.In the present embodiment, institute The quantity stating rail wheel 21 is four, and that is, the both sides on described chassis 1 are respectively arranged with two described rail wheels 21.

Described road wheel 23 is used for moving described track mortar implement 100 on smooth road surface.Described road wheel 23 quantity is two, is symmetricly set in the rear portion on described chassis 1, along the length direction setting substantially symmetrical about its central axis on described chassis 1, Specifically, it is installed on the lower section of described prominent structure 13.Described road wheel 23 and described rail wheel 21 are on different straight lines.Described The direction of motion of road wheel 23 and described rail wheel 21 orthogonal it can be understood as in described rail wheel 21 and described road wheel 23 Axis be weigh mutually straight.

Described hitch frame 25, located at the front end on described chassis 1, for connecting external impetus equipment, facilitates described track sand Starch the transfer of implement 100 and in plane road construction.

Described drive motor 27 is used for, when described track is with mortar implement 100 operation, providing described rail wheel 23 to transport Dynamic driving force, described drive motor 27 and described rail wheel 23 connect.

Described switching device 29 is used for switching the working condition of described track mortar implement 100.Described switching dress Put 29 and include support oil cylinder 291 and folding and unfolding oil cylinder 293.The quantity of described support oil cylinder 291 is two or four, is symmetricly set in The both sides on described chassis 1.Described folding and unfolding oil cylinder 293 be used for control described rail wheel 21 state.When described track mortar is made Industry equipment 100 park or line under construct when, described support oil cylinder 291 stretches out and abuts ground, and described folding and unfolding oil cylinder 293 shrinks, Make described rail wheel 21 pack up to be the level of state, described road wheel 23 is hanging simultaneously；When needing to shift described track mortar operation During equipment 100, described support oil cylinder 291 is packed up (i.e. liftoff), and described hitch frame 25 is connected with other power-equipments, or can be straight Connect and described track mortar implement 100 is placed lorry body be transported through；When constructing on line, described first Leg oil cylinder 291 stretches out and abuts ground, and described folding and unfolding oil cylinder 293 stretches out, and makes described rail wheel 21 in running order, by lifting Described track mortar implement 100 is placed on track device, in place after pack up described support oil cylinder 291, described driving Motor 27 provides driving force, and described track mortar implement 100 can be walked in orbit, completes to construct.

Meanwhile, the utility model is also provided with the described road wheel 21 of level road, and can be certainly also used to plane road is highway Upper construction.When needing to construct in plane road, by being arranged on the One On The Chassis hitch frame 25, described track can be towed in highway With mortar implement 100 or be placed in mobile vehicle.

Referring to Fig. 1 and Fig. 2.Described installation portion 3 includes first being set up in parallel along the length direction on described chassis 1 Installing rack 31, the second installing rack 33 and the 3rd installing rack 35, that is, described second installing rack 33 is positioned at described first installing rack 31 He Between described 3rd installing rack 35.Described 3rd installing rack 35 includes being set up in parallel power frame along the width on described chassis 1 Frame 351 and hydraulic pressure framework 353 and the chassis installing rack 355 supporting described dynamical frame 351 and described hydraulic pressure framework 353, institute State dynamical frame 351 and described hydraulic pressure framework 353 interval setting.Described chassis installing rack 355 be detachably connected mode located at Described chassis 1, is specifically as follows bolt-connection or bite type connection.In the present embodiment, described chassis 1 and described chassis are installed Frame 355 offers through hole, and bolt passes through the fixing described chassis 1 of through hole and described 3rd installing rack 35.

Please refer to Fig. 4 and Fig. 5, wherein, Fig. 4 is the dry powder feed unit of the frame implement of track sand shown in Fig. 1 With the perspective view of the first installing rack, Fig. 5 be the frame implement of track sand shown in Fig. 1 polymer feed unit, Electrical control cubicles and the perspective view of the second installing rack.Described feeding machanism 4 includes dry powder feed unit 41, polymer feed Unit 43 and the unit 45 that adds water.The discharging opening of described dry powder feed unit 41, polymer feed unit 43 and the unit that adds water and institute The charging aperture stating rabbling mechanism 5 connects.

Described dry powder feed unit 41 is contained in the upper space of described first installing rack 31.Described dry powder feed unit 41 The top cover 413 including ostiolate dry powder storehouse 411, being covered on described dry powder storehouse 411 opening and the first feed screw 415.Institute State dry powder storehouse 411 and be installed on described first installing rack 31, its bottom is provided with the installing hole being connected with described chassis 1.Described dry The lower end of powder cabin 411 is set to the structure of back taper, facilitates the installation of described pumping mechanism 6.Described first feed screw 415 It is installed on the lower end in described dry powder storehouse 411, and the outlet in described dry powder storehouse 41 is connected with the entrance of described first feed screw 415 Logical, the outlet of described first feed screw 415 is connected with the charging aperture of described rabbling mechanism 5.Preferably, in described first spiral shell The exit of rotation feeder 415 is provided with flow speed control valve, and this flow speed control valve is used for controlling the flow of dry powder, on the one hand can achieve and produced Working continuously of journey, also can ensure the quality of mortar simultaneously well.

Described polymer feed unit 43 includes the container 431 located at described second installing rack 33 top and is used for fixing The installation steel band 433 of described container 431, described second installing rack 33 supports described container 431.Described container sets 431 Left end positioned at described second installing rack 33 and the surface positioned at described rabbling mechanism 5, its outlet is just to described rabbling mechanism 5 Charging aperture.Preferably, the exit in described container 431 is again provided with the flow speed control valve being connected with described electrical control cubicles 9, should Flow speed control valve is used for controlling the flow of polymer, on the one hand can achieve working continuously of production process, also can ensure well simultaneously The quality of mortar.Described polymer refers to prepare the acrylate of mortar and polyvinyl alcohol etc..

The described unit that adds water can be added to described rabbling mechanism 5 by pumping for water pump, certainly also manually water can be added to institute State rabbling mechanism 5.When being added water using water pump, water pump is connected with described actuating unit 7, and described actuating unit 7 provides power supply.

Referring to Fig. 3, described rabbling mechanism 5 is located between described chassis 1 and described container 431, that is, described stirs Mix the upside that mechanism 5 is fixedly arranged on described chassis 1, and be contained in described second installing rack 33, under described container 431 Side.Described rabbling mechanism 5 includes agitator 51 and the second feed screw 53, the outlet of described first feed screw 415 with And the outlet of described container 431 is connected with the charging aperture of described agitator 51, the discharging opening of described agitator 51 and described the The charging aperture connection of two feed screws 53, the discharging opening of described second feed screw 53 is connected with described pumping mechanism 6.Institute State agitator 51 and adopt two shaft pugmill mixer, described second feed screw 53 adopts shaftless screw stirring conveyor, Described rabbling mechanism 5 can achieve multi-axial cord upset stirring, continuously or gap stirring produces can stir mortar effect out good.

Please refer to Fig. 6, be the perspective view of the pumping mechanism of the frame implement of track sand shown in Fig. 1. Described pumping mechanism 6, along the length direction setting on described chassis 1, is contained in described second installing rack 33 and described 3rd installing rack In 35.Described pumping mechanism includes feed hopper 61, delivery pump 63 and the second installing plate 65 for fixing described pumping mechanism 6.

Described feed hopper 61 is located in described second installing rack 33, and width and the described stirring along described chassis 1 Mechanism 5 is set up in parallel, and the import of described feed hopper 61 is connected with the discharging opening of described second feed screw 53.Described delivery pump 63 are used for for the mortar being stirred delivering to the track operation face that need to repair or malleation pours cushioning supportive layer, by described actuating unit 7 offer power.Described delivery pump 63 is located in described first installing rack 31 and the top located at described prominent structure 13, described prominent Go out structure 13 and support described delivery pump 63.The charging aperture of described delivery pump 63 and the outlet of described feed hopper 61.More enter one Step ground, is provided with, in the discharge outlet of described delivery pump 63, the flow speed control valve being connected with described electrical control cubicles 9, Based Intelligent Control mortar defeated Go out speed it is ensured that workmen can preferably construct.

Described second installing plate 65 and the first installing plate 11 located at described chassis 1 are equipped with, and are used for fixing described pump Send mechanism 6 and described price fixing 1.In the present embodiment, the quantity of described second installing plate 65 also be three pieces, be respectively arranged on described in enter Hopper 61 is away from one end of described delivery pump 63, the junction of described feed hopper 61 and described delivery pump 63 and described delivery pump 63 One end away from described feed hopper 61.Open up logical in the correspondence position of described first installing plate 11 and described second installing plate 65 Hole, then be bolted.

Please refer to Fig. 7, track shown in Fig. 1 is tied with the actuating unit of sand frame implement and the three-dimensional of the 3rd installing rack Structure schematic diagram.Described actuating unit 7 is fixedly arranged on described 3rd installing rack 35.Described actuating unit 7 respectively with described feeding machanism 4th, described rabbling mechanism 5, described pumping mechanism 6, described actuating unit 7 and described electrical control cubicles 9 connect.Described actuating unit 7 wraps Include power unit 71, hydraulic pressure unit 73, generator 75 and radiator 77, described power unit 71 respectively with described hydraulic pressure unit 73 Connect with described generator 75.

Described power unit 71 is used for for chemical energy being converted into mechanical energy, and it includes the fuel tank 711 being connected and starts Machine 713.Described power unit 71 is contained in described dynamical frame 351.Described fuel tank 711 is contained in described dynamical frame 351 Top be fixedly connected away from one end of described chassis installing rack 355 with described dynamical frame 351, its be described engine 713 offer fuel oils.Described engine 713 be located between described fuel tank 711 and described chassis installing rack 355 and with described chassis Installing rack 355 is fixedly connected.

Described hydraulic pressure unit 73 is used for converting mechanical energy into hydraulic energy, it include hydraulic oil container 731, hydraulic pressure pump group 733, With hydraulic motor (not shown).Described hydraulic oil container 731 be contained in the top of described hydraulic pressure framework 353 i.e. with described hydraulic pressure framework 353 are fixedly connected away from one end of described chassis installing rack 355.Described hydraulic pressure pump group 733 is located at described dynamical frame 351 and institute State between hydraulic pressure framework 353 and be fixed on described dynamical frame 351, specifically can be fixing by mounting bracket 737.Described hydraulic pump Group 733 is connected with the output end of described engine 713 and described hydraulic oil container 731 respectively, described engine 713 task driven institute Stating hydraulic pressure pump group 733 provides hydraulic oil to hydraulic motor in described hydraulic oil container 731.Described hydraulic motor quantity is multiple, Multiple described hydraulic motors are connected with described rabbling mechanism 5 and described pumping mechanism 6 respectively and drive its motion.In this enforcement In example, the quantity of described hydraulic motor is four, send with described first feed screw 415, agitator 51, the second spiral respectively Material machine 53 and delivery pump 63 connect.

Described generator 75 is used for for hydraulic energy transfer becoming electric energy, and described generator 75 is fixed on described chassis installing rack 355 and be located at described hydraulic pressure pump group 733 lower section.Described generator 75 is connected with described engine 713, in described engine Under 713 drive, produce electric energy.Described track mortar implement 100 carries TRT, can meet overnight maintenance illumination Needs, be alternatively simultaneously described in the add water water pump of unit electric energy is provided, on the one hand reduce the working strength of constructor, simultaneously Efficiency of construction can be improved, meet the construction requirement of different occasions.

Described radiator 77 is contained in described hydraulic pressure framework 353 and is located at described chassis installing rack 355 and described hydraulic oil Between case 731, described radiator 77 is fixedly arranged on described chassis installing rack 355.The exhaust outlet of described radiator 77 is disposed far from institute State the side of hydraulic pressure pump group 733.By arranging described radiator 77 so that described power unit 71, described hydraulic pressure unit 73 and The heat energy that described generator 75 produces can quickly distribute.

Referring to Fig. 5, described electrical control cubicles 9 are located at the top of described second installing rack 33, described second installing rack 33 Supporting role.Described electrical control cubicles 9 and described container 431 are set up in parallel along the width on described chassis 1, described feed hopper 61 Lower section positioned at described electrical control cubicles 9.Described electrical control cubicles 9 are control system, respectively with described walking mechanism 2, described feeding machanism 4th, described rabbling mechanism 5, described pumping mechanism 6 and described actuating unit 7 electrically connect.Described electrical control cubicles 9 are used for controlling described row Walk mechanism 2, described feeding machanism 4, the startup of described rabbling mechanism 5, described pumping mechanism 6 and described actuating unit 7 or closing And the state of each flow speed control valve.

The track mortar implement 100 that the utility model provides has the advantages that：

First, the utility model passes through to arrange described installation portion 3, and by described installation portion 3 by feeding machanism 4, pumping machine Structure 6 and actuating unit 7 are installed on the upside on described chassis, and described installation portion 31 is removably connected with described chassis 1 Connect；Pass through to arrange the first installing plate 11 on described chassis 1 simultaneously, make described pumping mechanism 6 and described chassis 1 with detachably side Formula connects, and the utility model, by described track each component models of mortar implement 100, is conveniently installed, dismantles, moved And maintenance, reduce the engineering time, improve efficiency of construction.

2nd, reasonable setting installation portion 3, feeding machanism 4, the position of rabbling mechanism 5, pumping mechanism 6 and actuating unit 7 are passed through Put so that described track mortar implement 100 compact conformation and barycentre steadiness, the space of waste also seldom, reduces institute State the volume of track mortar implement 100；And described track is multiple functional with mortar implement 100, can achieve automatically Feeding, metering, stirring and conveying, dispensing stirs, energy-conserving and environment-protective.

3rd, described walking mechanism 2 is provided with rail wheel 21 and road wheel 23 simultaneously, can be simultaneously used for track and plane road is applied Work, when needing to construct in orbit, drive motor 27 supplies power to rail wheel 21, when needing to construct in plane road, passes through It is arranged on the One On The Chassis hitch frame 25, can tow in highway or be placed in mobile vehicle, highway and railway can be met not simultaneously Construction requirement with occasion.

4th, described walking mechanism 2 is passed through to arrange switching device 29, and described switching device 29 includes support oil cylinder 291 and receives Drain the oil cylinder 293, stretching out and shrink so that described track mortar operation by described support oil cylinder 291 and folding and unfolding oil cylinder 293 Equipment 100 can meet on-line off-line difference occasion construction requirement.

5th, described dry powder feed unit 41 and described polymer feed unit 43 are synchronous under the control of described electrical control cubicles 9 Automatic blending, cooperation is stable, can be further ensured that the stability of mortar quality.

6th, described dry powder storehouse 411, described container 431, described fuel tank 711 and described hydraulic oil container 731 may be contained within Described installation portion 3, away from the one end on described chassis 1, conveniently adds various raw materials.

7th, pass through to arrange generator 75, night illumination construction needs can be met.

The foregoing is only embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model, every The equivalent structure made using this practical specification and accompanying drawing content or equivalent flow conversion, or directly or indirectly it is used in it The technical field of its correlation, is included within the scope of the present invention.

Claims (10)

1. a kind of track mortar implement is it is characterised in that including chassis, walking mechanism, installation portion, feeding machanism, stirring Mix mechanism, pumping mechanism and the actuating unit electrically connecting with described feeding machanism, described rabbling mechanism and described pumping mechanism, institute State the downside located at described chassis for the walking mechanism, described installation portion detachably connected located at the upside on described chassis and with described chassis Connect, described installation portion includes the first installing rack, the second installing rack and the 3rd installing rack of the length direction setting along described chassis, Described feeding machanism includes dry powder feed unit and polymer feed unit, and described dry powder feed unit is contained in described first peace Shelve, located at the upside of described second installing rack, described rabbling mechanism is contained in described second peace to described polymer feed unit Shelve and be located at the lower section of described polymer feed unit, described pumping mechanism is contained in described first installing rack and described second The bottom of installing rack and being detachably connected with described chassis, described actuating unit is contained in described 3rd installing rack, described feed The discharging opening of mechanism is connected with the charging aperture of described rabbling mechanism, and the discharging opening of described rabbling mechanism is entered with described pumping mechanism Material mouth connects.

2. track mortar implement according to claim 1 is it is characterised in that described chassis includes polylith first pacifies Dress plate, described pumping mechanism includes the second installing plate with described first installing plate relative set, described first installing plate and institute State the second installing plate and be bolted fixation.

3. track mortar implement according to claim 1 is it is characterised in that described 3rd installing rack is included along institute State dynamical frame, hydraulic pressure framework and the bottom supporting described dynamical frame and hydraulic pressure framework that the width on chassis is set up in parallel Disk installing rack, described dynamical frame and the setting of described hydraulic pressure frame space, described chassis is installed to put and is set up on the upside of described chassis And be connected with described chassis.

4. according to claim 3 track mortar implement it is characterised in that described actuating unit includes power list Unit, hydraulic pressure unit and generator, described power unit includes the fuel tank being connected and engine, described hydraulic pressure unit include according to The hydraulic oil container of secondary connection, hydraulic pressure pump group and hydraulic motor, described engine respectively with described hydraulic pressure pump group and described generator Connect.

5. according to claim 4 track mortar implement it is characterised in that described fuel tank is contained in described power The top of framework, described engine is located between described fuel tank and described chassis installing rack and is fixed on described chassis and installs Frame, described hydraulic oil container is contained in the top of described hydraulic pressure framework, and described hydraulic pressure pump group is connected with described engine and is located at institute State between dynamical frame and described hydraulic pressure framework, described generator is connected with described engine and is located under described hydraulic pressure pump group Side.

6. track mortar implement according to claim 1 is it is characterised in that described chassis is rectangle, described row Walk mechanism and include multiple rail wheels, drive motor and switching device for driving the walking of described rail wheel, multiple described rail wheels with regard to The width both sides located at described chassis substantially symmetrical about its central axis on described chassis, described switching device include support oil cylinder and with institute State the folding and unfolding oil cylinder of rail wheel connection, when described track is constructed with mortar implement, described support oil cylinder stretches out abutting ground, institute Stating the contraction of folding and unfolding oil cylinder and making described rail wheel is horizontality, when described track is walked with mortar implement, described support oil cylinder Shrink, described folding and unfolding oil cylinder stretches out makes described rail wheel abut track.

7. track mortar implement according to claim 6 is it is characterised in that described walking mechanism also includes two Road wheel and the hitch frame for connecting external impetus equipment, described hitch frame, located at the minor face on described chassis, is walked described in two Wheel with regard to described chassis length direction substantially symmetrical about its central axis and located at described chassis away from described hitch frame rear portion.

8. the track mortar implement according to any one of claim 1-7 is it is characterised in that described dry powder supplies material list Unit includes ostiolate dry powder storehouse and the first feed screw, and described dry powder storehouse is contained in described first installing rack, and described first Located at described dry powder storehouse lower end and its outlet is connected feed screw with the charging aperture of described rabbling mechanism.

9. the track according to any one of claim 1-7 with mortar implement it is characterised in that described polymer feed Unit includes the container above described second installing rack and the installation steel band for fixing described container, described storage Case is located at the top of described rabbling mechanism and its outlet is connected with the charging aperture of described rabbling mechanism.

10. track mortar implement according to claim 9 is it is characterised in that described track mortar operation sets Standby also include electrical control cubicles, described electrical control cubicles and described container are juxtaposed on described second peace along the width on described chassis Shelve upside, described electrical control cubicles respectively with described walking mechanism, described feeding machanism, described rabbling mechanism, described pumping mechanism And the electrical connection of described actuating unit.