CN202765099U

CN202765099U - Heavy-load hydraulic lifting transport vehicle

Info

Publication number: CN202765099U
Application number: CN 201220348168
Authority: CN
Inventors: 张卫东; 彭劲松
Original assignee: CHANGSHA CARRIE METALLURGY MACHINERY Co Ltd
Current assignee: CHANGSHA CARRIE METALLURGY MACHINERY Co Ltd
Priority date: 2012-07-18
Filing date: 2012-07-18
Publication date: 2013-03-06
Anticipated expiration: 2022-07-18

Abstract

The utility model discloses a heavy-load hydraulic lifting transport vehicle. The heavy-load hydraulic lifting transport vehicle comprises a transport vehicle head, a rectangular vehicle frame hinged with the transport vehicle head and a plurality of groups of axles arranged at the bottom of the rectangular vehicle frame, wherein the rectangular vehicle frame is formed by hinging a plurality of common vehicle frames; a hydraulic lifting device is arranged at the bottom of the rectangular vehicle frame; a frame for containing materials is positioned on the rectangular vehicle frame; at least one supporting leg positioned outside the rectangular vehicle frame is downwards arranged at each of two sides of the frame; when the heavy-load hydraulic lifting transport vehicle runs, the frame is moved together by being propped through the rectangular vehicle frame; after reaching the destination, the rectangular vehicle frame is driven to fall through the hydraulic lifting device, the supporting legs of the frame are down to the ground, and at the moment, the rectangular vehicle frame is lower than the frame, so that the rectangular vehicle frame can be driven to separate from the frame through the transport vehicle head; in case of loading, the processes are reversely carried out; and the whole loading and unloading process can be conveniently and quickly carried out without additional assistant hoisting equipment.

Description

Heavy duty fluid power coil buggy

Technical field

The utility model relates to a kind of heavy-load transport vehicle, espespecially a kind of heavily loaded fluid power coil buggy.

Background technology

Solving a few kiloton cold conditions materials (such as steel scrap, slab, steel ingot, hot rolled coil etc.) that produce every day in the iron and steel enterprise has bad luck in factory, and can realize short range, large carrying capacity, frequent transportation, traditional transportation mode has two kinds: a kind of is the rail locomotive transportation, and another is common superimposed trailer transportation.

Rail locomotive transportation carrying capacity is large, but waits for that the loading and unloading material time is long, and the in-plant track haulway is relatively fixing, and circuit is less, and easy and other material transportation clashes in scheduling, and conveying efficiency is easily influenced, and the promptness of transportation can not be guaranteed.

Common superimposed trailer transportation maneuverability, be not subjected to the restriction of road, but common superimposed trailer bicycle carrying capacity is little, needs vehicle and the personnel of configuration more, conveying efficiency is low, simultaneously, the departure point of common superimposed trailer design is for long-distance rapid transit, for long-time high load capacity short distance low speed transportation, the easy et out of order of components and parts, and the loading and unloading material is inconvenient.

The utility model content

For the problem that background technology exists, the heavily loaded fluid power coil buggy that provides a kind of bicycle transportation volume large and easy to loading and unloading is provided the purpose of this utility model.

A kind of heavily loaded fluid power coil buggy that the utility model provides, it comprises transportation headstock, the microscler vehicle frame that is hinged with described transportation headstock and the many groups axletree that is installed on described microscler bottom of frame, wherein, described microscler vehicle frame is by hinged the forming of a plurality of common vehicle frames, bottom in described microscler vehicle frame is provided with hydraulic lift, on described microscler vehicle frame, lay to put the framework of material, by the both sides of described framework respectively to the outside that has at least one feet and be positioned at described microscler vehicle frame.

Further, adopt rigid suspended axle to be connected between described axletree and the described microscler vehicle frame.

Further, at least one described axletree is the active steering axletree, adopts the rigid suspended axle with steering hardware between described active steering axletree and the described microscler vehicle frame.

Further, described rigid suspended axle with steering hardware comprises and turns to rudder, is positioned at described two hydraulic rams that turn to rudder one side, is positioned at described 2 first pull bars that turn to the rudder two ends, wherein, one end of each described hydraulic ram and the described rudder that turns to are hinged, the other end and described microscler vehicle frame are hinged, one end of each described the first pull bar and the described end of rudder that turns to are hinged, and the other end is hinged with the first otic placode of being located at half axletree inboard of described axletree.

Further, the both sides of the described axletree adjacent with described active steering axletree and the both sides of described active steering axletree are hinged and connected via the second pull bar respectively.

Based on disclosing of above technical scheme, the utility model possesses following beneficial effect:

In the heavily loaded fluid power coil buggy that the utility model provides, described microscler vehicle frame is by hinged the forming of a plurality of described common vehicle frames, the a plurality of described framework that described microscler vehicle frame can put and make transportation volume large, in addition, the bottom of described microscler vehicle frame is provided with hydraulic lift, the both sides of described framework are positioned at described microscler frame outside to having at least one described feet respectively, when described heavily loaded fluid power coil buggy travels, described framework together operation by described microscler vehicle frame jacking, after arriving the destination, described hydraulic lift drives described microscler vehicle frame and descends, and the described feet of described framework is landed, at this moment, described microscler vehicle frame is lower than described framework, described microscler vehicle frame just can sail out of described framework under the drive of described transportation headstock, during loading, described hydraulic lift drives described microscler vehicle frame and drops to and be lower than described framework, described microscler vehicle frame moves to described framework under the drive of described transportation headstock, make described framework be positioned at described microscler vehicle frame directly over, then, described hydraulic lift drives described microscler vehicle frame is risen, make the described framework of described microscler vehicle frame jacking, whole handling process does not need other auxiliary hanging device (such as weight-lifting equipment etc.) convenient and swift.

Description of drawings

Fig. 1 is the structural representation of the heavily loaded fluid power coil buggy that provides of the utility model;

Fig. 2 is the structural representation of the steering hardware of the heavily loaded fluid power coil buggy that provides of the utility model.

The drawing reference numeral explanation

Heavy duty fluid power coil buggy 100

Transportation headstock 1 microscler vehicle frame 2 axletrees 3 semiaxis 31

Framework 4 feets 41

Rigid suspended axle 5 with steering hardware turns to rudder 51 hydraulic rams 52

The first pull bar 53 first otic placodes 54 second pull bars 55 second otic placodes 56

The specific embodiment

Further specify the technical solution of the utility model below in conjunction with accompanying drawing and by the specific embodiment:

See also Fig. 1 and Fig. 2, a kind of heavily loaded fluid power coil buggy 100 that the utility model provides comprises transportation headstock 1, the microscler vehicle frame 2 that is hinged with described transportation headstock 1 and the many groups axletree 3 that is installed on described microscler vehicle frame 2 bottoms, wherein, described microscler vehicle frame 2 is by hinged the forming of a plurality of common vehicle frames (not indicating), be provided with hydraulic lift (not shown) in the bottom of described microscler vehicle frame 2, on described microscler vehicle frame 2, lay to put the framework 4 of material, by the both sides of described framework 4 respectively to the outside that has at least one feet 41 and be positioned at described microscler vehicle frame 2.When described heavily loaded fluid power coil buggy 100 travels, described framework 4 is being held in the palm together operation by described microscler vehicle frame 2, after arriving the destination, described hydraulic lift drives described microscler vehicle frame 2 and descends, and the described feet 41 of described framework 4 is landed, at this moment, described microscler vehicle frame 2 is lower than described framework 4, described microscler vehicle frame 2 just can sail out of described framework 4 under the drive of described transportation headstock 1, during loading, described hydraulic lift drives described microscler vehicle frame 2 and drops to and be lower than described framework 4, described microscler vehicle frame 2 moves to described framework 4 under the drive of described transportation headstock 1, make described framework 4 be positioned at described microscler vehicle frame 2 directly over, then, described hydraulic lift drives described microscler vehicle frame 2 is risen, and makes the described framework 4 of described microscler vehicle frame 2 jackings, and whole handling process does not need other auxiliary hanging device (such as weight-lifting equipment etc.) convenient and swift.

See also Fig. 1 and Fig. 2, adopt rigid suspended axle to be connected between described axletree 3 and the described microscler vehicle frame 2, each described axletree 3 comprises two semiaxis 31, at least one described axletree 3 is the active steering axletree, adopt the rigid suspended axle 5 with steering hardware between described active steering axletree and the described microscler vehicle frame 2, described rigid suspended axle 5 with steering hardware comprises and turns to rudder 51, be positioned at described two hydraulic rams 52 that turn to rudder 51 1 sides, be positioned at described 2 first pull bars 53 that turn to rudder 51 two ends, wherein, one end of each described hydraulic ram 52 and the described rudder 51 that turns to are hinged, the other end and described microscler vehicle frame 2 are hinged, one end of each described the first pull bar 53 and the described end of rudder 51 that turns to are hinged, the other end is hinged with the first otic placode 54 of being located at half axletree, 31 inboards of described axletree 3, the both sides of the described axletree 3 adjacent with described active steering axletree are hinged via the second pull bar 55 respectively with the both sides of described active steering axletree and link to each other, particularly, one end of described the second pull bar 55 is hinged with the second otic placode 56 of being located at semiaxis 31 outsides of described active steering axletree, and second otic placode 56 in semiaxis 31 outsides of the other end of described the second pull bar 55 and the described axletree 3 adjacent with described active steering axletree is hinged.

See also Fig. 1 and Fig. 2, in the heavily loaded fluid power coil buggy 100 that the utility model provides, described microscler vehicle frame 2 is by hinged the forming of a plurality of described common vehicle frames, the a plurality of described framework 4 that described microscler vehicle frame 2 can put and make transportation volume large, in addition, the bottom of described microscler vehicle frame 2 is provided with hydraulic lift, the both sides of described framework 4 are respectively to the outside that has at least one described feet 41 and be positioned at described microscler vehicle frame 2, when described heavily loaded fluid power coil buggy 100 travels, described framework 4 together operation by described microscler vehicle frame 2 jackings, after arriving the destination, described hydraulic lift drives described microscler vehicle frame 2 and descends, and the described feet 41 of described framework 4 is landed, at this moment, described microscler vehicle frame 2 is lower than described framework 4, described microscler vehicle frame 2 just can sail out of described framework 4 under the drive of described transportation headstock 1, during loading, described hydraulic lift drives described microscler vehicle frame 2 and drops to and be lower than described framework 4, described microscler vehicle frame 2 moves to described framework 4 under the drive of described transportation headstock 1, make described framework 4 be positioned at described microscler vehicle frame 2 directly over, then, described hydraulic lift drives described microscler vehicle frame 2 is risen, make the described framework 4 of described microscler vehicle frame 2 jackings, whole handling process does not need other auxiliary hanging device (such as weight-lifting equipment etc.) convenient and swift.

The above has carried out exemplary description to the utility model by reference to the accompanying drawings; obvious realization of the present utility model is not subjected to the restriction of aforesaid way; as long as the various improvement of having adopted method design of the present utility model and technical scheme to carry out; or without improving design of the present utility model and technical scheme are directly applied to other occasion, all in protection domain of the present utility model.

Claims

1. heavily loaded fluid power coil buggy, it comprises transportation headstock, the microscler vehicle frame that is hinged with described transportation headstock and the many groups axletree that is installed on described microscler bottom of frame, it is characterized in that, described microscler vehicle frame is by hinged the forming of a plurality of common vehicle frames, bottom in described microscler vehicle frame is provided with hydraulic lift, on described microscler vehicle frame, lay to put the framework of material, by the both sides of described framework respectively to the outside that has at least one feet and be positioned at described microscler vehicle frame.

2. heavily loaded fluid power coil buggy according to claim 1 is characterized in that, adopts rigid suspended axle to be connected between described axletree and the described microscler vehicle frame.

3. heavily loaded fluid power coil buggy according to claim 1 is characterized in that, at least one described axletree is the active steering axletree, adopts the rigid suspended axle with steering hardware between described active steering axletree and the described microscler vehicle frame.

4. heavily loaded fluid power coil buggy according to claim 3, it is characterized in that, described rigid suspended axle with steering hardware comprises and turns to rudder, is positioned at described two hydraulic rams that turn to rudder one side, is positioned at described 2 first pull bars that turn to the rudder two ends, wherein, one end of each described hydraulic ram and the described rudder that turns to are hinged, the other end and described microscler vehicle frame are hinged, one end of each described the first pull bar and the described end of rudder that turns to are hinged, and the other end is hinged with the first otic placode of being located at half axletree inboard of described axletree.

5. heavily loaded fluid power coil buggy according to claim 4 is characterized in that, the both sides of the described axletree adjacent with described active steering axletree and the both sides of described active steering axletree are hinged and connected via the second pull bar respectively.