Spelaeogriphacea machine

 

(57) Abstract:

The invention relates to spelaeogriphacea car. Spelaeogriphacea machine for tamping ties the track has paleothermal Assembly for leveling and alignment of the main road, installed between the driving wheels and, when viewed in the working direction of the machine, directly in front of sporopollenin unit and configured to move in height thanks to the actuators. The main path forms a plane of the path and move trolleys. Also the machine has an additional lifting device for lifting the exhaust from the main road branch switch, and with potamotherium unit includes a measuring system for controlled lift switch. General measuring system consists of a mechanical measuring device with a sensor values measured values, which binds paleothermal unit with additional lifting device and is made with the possibility of a telescopic elongation in the transverse direction of the machine. The technical result of the invention is automatic and accurate coordination photopolymer Assembly and dopolnyeniye track without prejudice to the visibility of the path. 4 C.p. f-crystals, 3 ill.

The invention relates to spelaeogriphacea machine for tamping ties the track, which has paleothermal Assembly for leveling and alignment of the main road, installed between the driving mechanisms and, when viewed in the working direction of the machine, directly in front of sporopollenin unit and configured to move in height thanks to the actuators, while the main path forms a plane of the path and move trolleys, and also has an additional lifting device for lifting the exhaust from the main road branch switch, and with potamotherium unit and an additional lifting device includes a measuring system for controlled lift switch.

Such spelaeogriphacea machine for tamping sleepers on the tracks and switch track sections known from patent US 4905604. To control the lifting of branching paths by means of additional lifting device has a special measuring device. It consists of two measuring axes that move with one hand on the main road, and on the other hand on the side of station road. About the time staff, performing the lifting of branching paths with additional lifting device and the remote control has the ability to negotiate the ascent side of station road and the main road through accurate data measuring cross slope.

The objective of the proposed invention is the creation of spelaeogriphacea machine of the specified type for compressing sleeper turnouts with a simplified measuring device for precise coordination of the levels of the main track and the branch switch.

According to the invention this problem is solved by using spelaeogriphacea machine of the specified type due to the fact that the overall measuring system consists of a mechanical measuring device with a sensor values measured values, which binds paleothermal unit with additional lifting device and which is designed with the ability telescopic elongation in the transverse direction of the machine.

With the help of the claimed technical solution when using a very simple design tool can automatically and accurately match photopolymer unit and an additional lifting device. Thus, and quick adjustment of the position of the track. It is particularly advantageous that, thanks to the simple design you can adjust the position of the railway track, in particular, without prejudice to the visibility of the path.

Other benefits of the invention are given in the dependent claims and are presented in the illustrations.

The invention is described below in more detail with reference to the examples of execution represented in the drawings, where:

Fig.1 is a simplified side view spelaeogriphacea machine;

Fig.2 is an enlarged image of the cross-section spelaeogriphacea machine along the section line II;

Fig.3 is an enlarged image of the cross-section of another variant of the claimed spelaeogriphacea machine.

Presented on Fig.1 spelaeogriphacea machine 1 for compressing sleepers track 4, consisting of rails 2 and rails 3, has its own frame 6, based on the driving mechanism 5. Spelaeogriphacea machine 1 is arranged to move in the direction of the arrow 9, due to the drive 8, which receives the load from the motor 7. To control the various operating units provided by the control device 11, which is working in the cabin 10.

For under the cnih translations and configured to move in height and in the transverse direction by actuators 13. This tamping unit 12 is equipped with strikers tamper 14 facing each other in the longitudinal direction of the machine and is arranged to dip into the crushed stone and the feed depth thanks to the actuators 15.

If you look in your direction, immediately before tamping unit 12 is provided paleothermal unit 17 for leveling and alignment of rails 4, is arranged to move in height and in the transverse direction through the actuator 16. With potamotherium unit 17 are connected two additional lifting device 18, which have a hinged connection with the frame of the machine 6 and is arranged to move in height thanks to the actuators 19. To control the lifting rail 4 a system for measuring the position of the path 23, which is indicated here only in simplified form with the help of measuring chord 21 and the measuring axis 22 moving along the track 4.

As can be seen in Fig.2, additional lifting device 18 mounted on machine frame 6 by means of the hinge 24, the axis running in the longitudinal direction of the machine, is arranged to extend in the transverse direction of the machine by another five-hinge 24, is lifting device 26. It consists essentially of a roller with dvokrevetnim rim 29 moving by branch 27 of switch 28, and a winding roller 31, is arranged to fit to the tail of 27 due to the actuator 30.

Paleothermal unit 17 that moves when using the roller with the ridge 35 on the main track 32 switch 28, is equipped with lifting rollers 33, is arranged to fit to the respective rail 2 through the actuator 34.

The measuring system 20 for controlled lifting switch 28, which includes paleothermal unit 17 and an additional lifting device 18 consists of a mechanical measuring device 36 connecting potatoe device 17 with an additional lifting device 18 and is configured to telescopic elongation in the transverse direction of the machine. Using the measuring device 36, made in the form of a cable 37, is formed by the reference line 38 of the measuring system 20, which is parallel to the plane of the path 39 and are measured in the plane 43. The cable 37 is wound on the coil and is arranged to extend in the transverse n is orothy engine 40, which together with the measuring device 36 forms a measuring system 20. As already mentioned, spelaeogriphacea machine 1 is equipped with a second additional lifting device 18 to work at needle site, located on the other side of the machine, which for simplicity is indicated only in phantom line. The lifting device 26 of this second additional lifting device 18 is also connected by wire 37 to the formation of the measuring system 20 with potamotherium unit 17. On a plot of switch shown in Fig.2, pole 3 is made of two parts for connection of the main path 32 to the junction 27, and both side sleepers are interconnected by an elastic hinge 42.

Below a more detailed description of the principle stated spelaeogriphacea machine 1.

Adjusting the position of the track is in operation spelaeogriphacea machine 1 in the corresponding lifting or alignment the 4 sides using photopolymer unit 17 and measurement provisions of rails 23. Along with this is the compaction of crushed stone under the rails 3, using the tamping unit 12. The switch 28 dopolnitelnye 26 is in contact with the rail junction 27. Subsequent adjustment of the position of the switch 28 is made by means of actuators 16, and paleothermal unit 17 together with the measuring device 36 is raised to the specified position.

Together with the rise photopolymer unit 17 form a measured plane 43 by means of the cable 37 and involves the additional drive 19 of the lifting device 18. The switch is in the correct position in case the plane of the path 39 and the measuring plane 43 are parallel to each other. Once the parallelism achieved with potentiometer with rotary engine 40 receives the signal in the control device 11, and the load on the actuator 19 additional lifting device 18 is no longer supplied. Thus, the branch 27 of switch 28 is located exactly in the plane 39 of the main path 32.

In Fig.3 shows another variant of the claimed invention, with the measuring device 36 consists of a measuring rod 44 which has a capability telescopic elongation in the transverse direction of the machine. The associated sensor values measured value 41, mounted on photopolymer unit 17, made in the form of stopper 45. Its set up so that when you give the signal. The actuator 19 stops working, because the exact position of the branch 27 is achieved.

1. Spelaeogriphacea machine for tamping sleepers track with paleothermal Assembly for leveling and alignment of the main road, installed between the driving wheels, and when viewed in the working direction of the machine, directly in front of sporopollenin unit and configured to move in height thanks to the actuators, and the main path forms a plane of the path and move trolleys, as well as having additional lifting device for lifting the exhaust from the main road branch switch, and with potamotherium unit includes a measuring system for controlled lifting switch, characterized in that what are the common measuring system consists of a mechanical measuring device with a sensor values measured values, which binds paleothermal unit with additional lifting device and is made with the possibility of a telescopic elongation in the transverse direction of the machine.

2. Spelaeogriphacea machine under item 1, characterized in that the mechanical measuring device done/P> 3. Spelaeogriphacea machine under item 1, characterized in that the mechanical measuring device is designed as a measuring rod, and the sensor values of the measured value in the form of a protractor.

4. Spelaeogriphacea machine under item 3, characterized in that the measuring rod is made with the possibility of telescopic extensions.

5. Spelaeogriphacea machine on one of the PP. 1-4, characterized in that the sensor values of the measurand is designed to actuate through the control device of the lifting drive, which is associated with additional lifting device that raises the branch.

 

Same patents:

The invention relates to the field of measurement technology and can be used for condition monitoring of railway track, mainly for multiparameter measurements of the gauge contact method

The invention relates to railway transport, namely, devices for determining the position of the pair of wheels in a rail track, measure, track gauge directly under the rolling stock (locomotive, railcar and so on), and can be used for research kinematic interaction of the rolling stock and the path in the horizontal plane

The invention relates to railway transport, in particular to the control and recording devices to determine the status of the rolling stock and track, and is intended for use in scientific studies of processes of interaction of way and rolling stock, as well as estimates of expected flange wear of tyres wheelsets and rails in curves

The invention relates to the study of the rail track for the movement of vehicles, to the mobile measuring apparatus for measuring the position of the path

The invention relates to a device for contactless control geometricheskogo provisions threads rails, gaps in butt joints of rails and diagnostic head rail and can be used in a mobile measuring laboratory of rail transport as in statics and dynamics

Trip meter // 2041310
The invention relates to the travel meters, intended to identify the true state path with respect to a specific state route

The invention relates to the field of determining the state of the running path of the vehicle, namely the mobile measuring apparatus for determining the position of the path in the plan, transverse and longitudinal profiles, mainly track slips

The invention relates to a device for the construction and repair of railway tracks, in particular to the structures lining, tamping, leveling machines

The invention relates to the field of high-speed rail transport, in particular to a method of alignment of guide rails

The invention relates to railway transport, in particular to a method of measuring the track

The invention relates to a travelling machines

The invention relates to a device for repair of railroad tracks used during ballasting and alignment

The invention relates to a device for the construction and repair of railway tracks, in particular to devices for lifting rail-sleeper grid, for example, lining, tamping machines, subpotential machines, electroporation, measuring trucks

The invention relates to railway transport and for the design of lining, tamping, leveling and other track machines used in the repair and construction of railway tracks

The invention relates to a device for lifting rail-sleeper grid, which can be, for example, installed on the lining, tamping machines, electrobalance and subpotential machines

The invention relates to a travelling machines, in particular to a device for alignment the vertical and horizontal planes

FIELD: railroad building and repairing equipment, particularly devices to compact rail road ballast and leveling thereof.

SUBSTANCE: machine has main frame supported by carriages, additional frame installed on the main frame and displaceable in longitudinal and transversal directions relative the main frame by corresponding drives with the use of roller guides. Mounted on additional frame are sleeper taping unit, means for rail road track surfacing and control equipment. Additional frame is installed on main frame by means of two transversal beams to which above roller guides are secured so that roller guides are located from both sides of longitudinal axis of machine symmetry. Transversal beams are installed on the main frame to perform displacement along the guides and are connected with drives providing additional frame movement across the machine.

EFFECT: prevention of additional frame blocking in roller guides, increased accuracy of additional frame orientation relative rail road track and, as a result, increased operational reliability and efficiency of the machine.

6 cl, 4 dwg

FIELD: railway transport.

SUBSTANCE: invention relates to construction and repair of railway tracks and it can be used as mounted equipment on track machine providing continuous raising of track skeleton. Proposed raising-and lining set of track machine has bar coupled with machine frame through upper parts of raising hydraulic cylinders, grips for each rail of track with grip turning hydraulic cylinders secured by lower parts, lining hydraulic cylinders secured by some ends on machine frame, support members, raising check and control elements. Bar is provided with two trunnions for turning carriages relative to longitudinal axis of machine in vertical plane fitted on support members. Grips are fitted on carriages both from inner and outer sides of track at distance exceeding length of rail fishplate. Upper parts of grip turning hydraulic cylinders are secured on said carriages, as well as lower parts of raising hydraulic cylinders installed on carriages with displacement outwards from vertical axis of rotation of grip rollers, and raising check-and-control elements. Bar is connected with machine frame by levers for turning along radius of curve of rail track.

EFFECT: increased capacity of device, efficiency and quality of work done owing to reliable negotiation of butt joints.

4 dwg

FIELD: railway transport; construction and repair of rail tracks.

SUBSTANCE: according to proposed method, track is set in required position and fixed in this position and, simultaneously with fixing of track, ballast is compacted in zone of intersection of rails and ties by vibration and upsetting forces applied through working member. In process of ballast compacting, depending on value of track raising, amount of compacted ballast is changed by increasing the amount in case of large values of track raising or reducing the amount at small values of raising.

EFFECT: improved efficiency and quality of alignment of rail track.

10 dwg

Up!