Mobile spelaeogriphacea and vipravna machine

 

(57) Abstract:

Usage: in the repair and construction of railway tracks. The inventive machine has based on the undercarriage frame. On the frame are mounted spelaeogriphacea Assembly, hoisting and pulling device comprising a tool frame connected to the frame by means gidravlicheskiy actuators for lifting and straightening the path and supported on the rails by the wheels with a comb band, and a device for lifting on the side of the machine section switch, consisting of telescopic beams with a drive of its divergence and the gripping body for rail mounted on one end of the beam with the rearrangement of the height of the actuator, connected to the gripping body of the flexible shaft, enveloping unit, mounted on the beam. The Tong body consists of a frame supported on wheels with wheels and rollers with wheels, the axis of rotation of which are located in vertical planes. The rollers mounted on the frame between the wheels can be rotated around a horizontal axis placed along the rail. 8 C. p. F.-ly, 4 Il.

The invention relates to a device for repair of railway tracks, advantage is and, containing supported on the undercarriage frame mounted on it spelaeogriphacea unit, a device for lifting on the side of the machine section switch, comprising a telescopic beam with actuator located across the machine, and the Tong body for rail mounted on one end of the beam with the rearrangement of the height of the actuator, and hoisting and pulling device comprising a tool frame connected to the frame of the machine by means of a hydraulic lifting and straightening drives, wheels with a brace for supporting the rails way and installed on a tool frame with a rearrangement of the height of the actuator gripping bodies for rails formed gripping hooks and/or rollers.

The machine may not always maintain proper grip switch.

The purpose of the invention - improving machine efficiency by improving capture the by-lanes.

To achieve this goal in mobile spelaeogriphacea and vipavadee machine containing supported on the undercarriage frame mounted on it spelaeogriphacea unit, a device for lifting on the side of the machine teaching, the gripping body for rail mounted on one end of the beam with the rearrangement of the height of the actuator, and hoisting and pulling device comprising a tool frame connected to the frame of the machine by means of a hydraulic lifting and leveling actuators, wheels with a brace for supporting the rails way and installed on a tool frame with a rearrangement of the height of the actuator gripping bodies for rails formed gripping hooks and/or rollers, gripping body for rail specified device for lifting connected to the drive permutation on the height of the flexible shaft, enveloping unit, which is installed on the specified one end of the telescopic beams, and this drive permutation is mounted on the second end of the telescopic beams, and the Tong body for rail specified device for lifting consists of a carrier frame supported on wheel flanges, and at least one roller with the flange, the axis of rotation of which is located in a vertical plane and mounted on the frame between the wheels with wheels that can be rotated around a horizontal axis placed along the rail.

This telescopic beam Zack the permutation on the height of the gripping body for rail specified device for lifting installed inside the supporting element of the telescopic beams, made box and carrier drive telescopic beams, and the said carrying frame gripper body for rail connected to the frame of the machine thrust. In addition the machine is equipped with additional spelaeogriphacea bodies mounted on the frame specified previously spelaeogriphacea unit on both sides of the longitudinal plane of symmetry of the machine, with the possibility of extension of the actuator in the direction perpendicular to the longitudinal plane of symmetry of the machine, and before the specified device for lifting in the direction of operation of the machine, additional spelaeogriphacea bodies installed at the ends of the additional telescopic beams with permutation height drive rotation around the vertical axis, and the machine is equipped with an additional device for lifting on the side of the machine section switch, mounted on the frame of the machine in the area of the front in the direction of operation of the machine undercarriage and consisting of additional telescopic beams with a drive that is located perpendicular to the longitudinal plane of symmetry of the machine, a vertical rack mounted on the end of the telescopic beams can move the actuator in the vertical plane, the Declaration of rotation around the vertical axis by the actuator based on the wheel flanges, and at least one roller with the flange, the axis of rotation of which is located in a vertical plane and mounted on this frame between the wheels with flange can be rotated around a horizontal axis placed along the captured rail, the machine is also equipped with a loading device mounted on each driving the truck on both sides of the longitudinal plane of symmetry of the machine, and each of these devices consists of two power cylinders, articulated to the frame of the machine and running the cart.

In Fig. 1 shows a mobile spelaeogriphacea and vipravna machine; Fig. 2 - operating parts of the machine, top view; Fig. 3 - a device for lifting on the side of the machine section switch, the partial section of Fig. 4 - section a-a in Fig. 2.

Mobile spelaeogriphacea and vipravna machine has a frame 1 supported on the undercarriage 2, one of which has an actuator 3 movement. On a frame 1 mounted power plant 4 to power all the drives of the machine, the working cabin 5, located in the lower part of the frame 1, the cab 6, located at the end sections of the frame 1. In the cab 5 is mounted unit 7 controls. Pactheme-straightening device 9, consisting of tool frame connected to the frame 1 of the machine by means of the hydraulic actuators 10 and 11, respectively, for lifting and straightening the road and leaning on the rails of the road wheels 12 with a bandage. In the tool frame is installed with the possibility of replacing the drives on the height of the gripping bodies for rails formed gripping hooks 13 that interacts with the bottom rail, and/or rollers 14 that communicates with the lower part of the rail head. On the frame 1 in the area of the device 9 is installed, the device 15 for lifting on the side of the machine section switch, consisting of telescopic beams 16-shaped actuator 17 of her separation and capture of body 18 for rail mounted on one end of the beam with the rearrangement of the height of the actuator 19 which is connected with the gripping body 18 of the flexible shaft 20, the envelope of the block 21, which is mounted on the end of the beam 16. The Tong body 18 consists of a frame 22 supported on the wheels 23 with wheels, and rollers 24 with wheels, the axis of rotation of which are located in vertical planes. The rollers 24 are mounted on the frame 22 between the wheels 23 can be rotated around a horizontal axis 25 placed along the rail. Frame 22 santaelena from her when permutations gripping body 18.

Spelaeogriphacea unit 8 is mounted on the frame 28 by rearranging the height of the actuator 29 and consists of related vibrooccasion of salapatek 30. The frame 28 can be moved transversely of the machine along the transverse guide rails 31. Tamper installed with the possibility of rotation around the horizontal axis 32 by the actuator 33. On the frame 28 unit 8 on both sides of the longitudinal plane of symmetry of the machine on the telescopic beams 34 (Fig. 4) installed spelaeogriphacea bodies 35. The beams 34 are perpendicular to the longitudinal plane of symmetry of the machine. Beam 34 is installed on the frame 28 for joint lateral movement actuator 36 along the guide rails 31. Inside the beam 34 is installed, the actuator 37 is connected to the retractable part 38 of the telescopic beams 34. On the outer end portion 38 has a cylindrical socket 39 in which is mounted for movement along the height of the actuator 40, the holder 41 having a cylindrical shape in cross section. This connection is made with the possibility of rotation around the vertical axis 42 passing along the holder 41. Therefore, the holder 41 with sporopollenin body 35 can rotate around the axis 42. The pipe 39 is connected with the fixing screw 43 belonging to the same sodroski 45, the actuator 46 is pivoted around axis 47 in the direction we line sleepers.

Telescopic beam 16 is fixed in the upper middle part of the frame 1 of the machine can be rotated 180aboutthe actuator 48 of the rotation around the vertical axis 49. On the frame 1 set bearing 50 to the beam 16.

In the area of the front undercarriage 2 on the frame 1 are mounted two additional devices 51 for lifting on the side of the machine sections turnouts. Each device 51 consists of telescopic beams 52 to the actuator 53 of its spreading, upright support 54 mounted on the end of the beam 52 can be moved by the actuator 55 in the vertical plane, the gripping body for rail formed by a carrier frame mounted on the rack 54 can be rotated around a vertical axis and supported on wheels 56 with the flanges, and at least one roller with flange mounted similarly to the rollers 24. Beams 52 are perpendicular to the longitudinal plane of symmetry of the machine.

On each of the running truck 2 on both sides of the longitudinal plane of symmetry of the machine installed a loading device comprising two actuators 57, pivotally attached to the frame 1 and running caputi in plan and longitudinal profile.

The machine operates as follows.

Upon reaching the site switch beam 16 is rotated from the position held in the longitudinal direction of the machine and is shown in Fig. 2 dash-dotted lines, protruding toward the working position. The free end of the thrust 20 then connects to the carrier frame 22, which on its part pivotally attached to the pull 26. By a corresponding actuation of the actuator 17 of the divergence of the beam 16 is moved in the lateral direction up until the lifting rollers 24 do not come into position just above the rail 59 side path 60. After that by means of the actuator 19 permutations height is the lowering of the gripper body 18 until such time as the wheel 23 does not fall on the rail 59. After that both gripping roller 24 are rotated to fit to the rail head, grasping her. Spelaeogriphacea body 35 when the loading of the actuators 37 and 40 is moved in the transverse direction and height as long as both tamper 45 will not be installed next to the rail 59. The device 51 through the loading actuators 53 and 55 can be moved in the transverse direction and in height up until the wheels 56 does not lie on the rail 59 side path 60. Instead of agrosauda power cylinders 57.

After the contact roller 14 and the gripping hooks 13 hoisting and pulling device 9 to both rails route 61 is the rise of the ways in accordance with the error in the position of height of the installed measuring device 58. To do this, simultaneously filling the actuators 10 and 11 for lifting and straightening the path and the drive 19 of the device 15, which in this area rise evenly as the main path 61, and the side path 60. During the ascent the path can also be removed under certain circumstances, deviations in the position of the path in the plan, with a drive 11 for straightening the path accordingly moves in the transverse direction of the raised area switch. In the raised position, the path is tamping bars switch, and the like are tamper 30 spelaeogriphacea unit 8, and tamper 45 spelaeogriphacea body 35 are immersed in the rubble and served in the transverse direction. If necessary, after completion of the process of tamping ties sporopollenin body 35 on one side of the rail is tamping ties with the other side of the rail 59, with spelaeogriphacea body 35 is raised by actuator 40 perestanovkakh tamper 45 are laterally outer side rail 59. After the process of tamping sleepers there is a further movement of the machine to the next pole or beam switch, which describes an operation of the lifting path and tamping sleepers begins again. If necessary spelaeogriphacea body 35 may be oriented relative to the passing at an angle to the longitudinal axis of the machine longitudinal direction of the side path 60, with fixing screw 43 briefly come unscrewed, spelaeogriphacea body 35 is rotated by hand about the axis 42, and after that screw 43 detects that the position of the body 35.

Following the implementation of the tamping bars switch device 15, and spelaeogriphacea body 35 and the device 51 is again moved back into position for tamping sleepers path 61, the operation continues in the normal way using spelaeogriphacea unit 8 and unit 9. If the next on the queue is, for example, the exhaust to the right side path 60, the device 51, available on the right side of the machine, and spelaeogriphacea body 35, are also available on this side. Beam 16 to this end is rotated 90aboutof the longitudinal position, so that it is on the opposite right side of the machine. The carrier is using this MACHINE, containing supported on the undercarriage frame mounted on it spelaeogriphacea unit, a device for lifting on the side of the machine section switch, comprising a telescopic beam with actuator located across the machine, and the Tong body for rail mounted on one end of the beam with the rearrangement of the height of the actuator, and hoisting and pulling device comprising a tool frame connected to the frame of the machine by means of a hydraulic lifting and straightening drives, wheels with a brace for supporting the rails way and installed on a tool frame with a rearrangement of the height of the actuator gripping bodies for rails formed gripping hooks and/or rollers, characterized in that, to increase efficiency by improving capture the by-lanes, the Tong body for rail specified device for lifting connected to the drive permutation on the height of the flexible shaft, enveloping unit, which is installed on the specified one end of the telescopic beams, and this drive permutation is mounted on the second end of the telescopic beams, and the Tong body for rail specified device to the axis of rotation of which is located in a vertical plane and mounted on the frame between the wheels with wheels that can be rotated around a horizontal axis, placed along the rail.

2. Machine under item 1, characterized in that the telescopic beam is fixed in the upper middle part of the machine frame.

3. Machine under item 1, characterized in that the telescopic beam is fixed to rotate a drive around the vertical axis.

4. Machine under item 1, characterized in that the drive permutation on the height of the gripping body for rail specified device for lifting installed inside the supporting element of the telescopic beams, made of box and bearing drive telescopic beams.

5. Machine under item 1, characterized in that the supporting frame gripper body for rail connected to the frame of the machine thrust.

6. Machine under item 1, characterized in that it has two additional spelaeogriphacea bodies mounted on the frame specified spelaeogriphacea unit on both sides of the longitudinal plane of symmetry of the machine, with the possibility of extension of the actuator in the direction perpendicular to the longitudinal plane of symmetry of the machine, and before the specified device for lifting in the direction of operation of the machine.

7. Machine under item 6, characterized in that the additional spelaeogriphacea bodies in the rotation around the vertical axis.

8. Machine under item 1, characterized in that it is provided with an additional device for lifting on the side of the machine section switch, mounted on the frame of the machine in the area of the front in the direction of operation of the machine undercarriage and consisting of additional telescopic beams with a drive that is located perpendicular to the longitudinal plane of symmetry of the machine, a vertical rack mounted on the end of the telescopic beams can move the actuator in the vertical plane, the gripping body for rail formed by a carrier frame mounted on the vertical post with the possibility of rotation around the vertical axis and supported on the wheels with the wheels, and at least one roller with the flange, the axis of rotation of which is located in a vertical plane and mounted on this frame between the wheels with flange can be rotated around a horizontal axis placed along the captured rail.

9. Machine under item 1, characterized in that it is equipped with a loading device mounted on each driving the truck on both sides of the longitudinal plane of symmetry of the machine, and each of these devices consists of two Sylow the

 

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