FI95066C - Mobile rail sealing machine with transverse and height-adjustable sealing devices - Google Patents

Description

95066

Mobile rail sealing machine with transverse and height-adjustable sealing devices

The invention relates to a movable rail sealing machine having a machine frame supported on undercarriages and a tool frame supported laterally from a lateral displacement about a vertical axis parallel to the rail plane, and transversely and transversely adjustable , a pair of crimping tools with embedded crimp applications.

According to AT-PS 303 795 of the same applicant or patent holder, which has the above-described features, there are two laterally displaceable supported and working-free projecting tool frames with two locking tool holders for the same side of the web, which support two side-by-side rails. in the longitudinal direction, a sealing device arranged in succession together with a repair device. In both compaction devices, the actuators must be fed with a height and relative to each other, as well as a vibrating pair of compaction tools with compaction cutters to be embedded in the gravel to the left and right of one or the other rail. Both holders can be moved transversely independently of one another by means of actuators relative to the machine frame in a laterally displaceable tool frame. This track sealing machine with this compact structure common on older machines with a sealing ·. The projecting devices are arranged protrudingly in the machine frame or in a laterally displaceable tool holder, are in particular also designed for locking track gears and the like independently of one another by means of laterally displaceable separate sealing tools and a reference system as a leveling machine.

In addition, according to GB-PS 1 213 381, in one known older compact construction 95066 2, the sealing devices are arranged to protrude laterally from the machine frame into a tool frame in which a total of two non-displaceable height-adjustable sealing devices per rail are placed. . These project over the front machine base, can be pivoted laterally about a vertical pivot axis relative to the machine frame by means of actuators, and the elongated tool frame is supported on the transverse transfer surface in height and transverse adjustment, allowing the locking tools to be better adapted to changing rail distances in gears. This construction is structurally expensive because the laterally displaceable tool frame is passed over the entire machine frame and fixed or supported there by a plain bearing for pivoting movement. In addition, the inaccurate possibility of centering the pivoting crimping tools on the crimping rails is a disadvantage because the pivot axis of the tool frame is spaced from the center of the transverse transfer surface. In particular, the disadvantage of this spacing is that, in such an inaccurate fit, the crimping tools do not become parallel to the inclined rail and thus precise and durable crimping cannot be performed.

In addition, according to AT-PS 380 498 of the same applicant or patent holder, a portable de-clamping machine is made as a so-called compact de-clamping, leveling and straightening machine. These machines have proven to be particularly good over the last twenty years compared to overhanging machines, as the placement of longitudinal and lateral track-side undercarriages bending line to avoid unacceptable bending stress. This rail-locking machine has, for each section of the rail, its own tool frame, articulated to the other end of the machine by means of a longitudinally coupled coupling device, with a locking device for each of the laterally displaceable tool frames. At the opposite end, there is a separate support and steering undercarriage formed as a free guide carriage on the rails.

The object of the invention is now to provide a mobile tramlining machine of the type described above, which can be used especially in difficult track areas, for example on switch sections or also on tracks where the sleepers are skewed or often the distance between the sleepers is different and which achieves fast, simple and precise fitting for embedding in crushed stone.

According to the invention, this object is solved by a movable rail sealing machine of the type previously described, so that - for two cross-adjustment machines with their height adjustment devices independently transverse and supported - the machine body has two tool frames which can be pivoted laterally independently about a vertical axis.

The solution according to the invention provides a surprisingly simple and yet robust new basic structure, especially withstanding the relatively high forces encountered when using heavy and troublesome track platforms, which further opens several additional construction paths for different design variants corresponding to different known closing devices for switches and also track sections. Such support of the clamping devices according to the invention on two tool frames which can be turned sideways parallel to the machine plane parallel to the machine plane therefore enables very high and, above all, impact-resistant forces in clamping operation, the most durable, special support bearing, Thanks to the 4 95066 transverse adjustability - with the aid of the respective actuators - it is also possible to turn each sealing device quickly and individually in a very simple manner for centering away from the main track, for example on the gear tongue. However, in addition to this very advantageous use in difficult art materials, especially in switches, the closing devices connected to the turning tool frame can be used without restriction on track sections, so that longer tracks with track and gear areas can be continuously locked in a more economical manner. In this case, it is particularly advantageous that, simultaneously with the turning movement of the clamping device together with the turning tool frame for centering about its vertical axis, it is also possible to adapt the clamping searches relatively simply to the oblique positions of the gearbox sleepers.

A particularly preferred edelleenkehitelmä invention is based on the fact that both - with the left and right sides of one or the other of the rail sleepers tamping sullomistyökalupareilla - suilomisiaitteet is supported on the turning tool frame end region, wherein each of the elongate formed turning tool framework is supported in addition to sullomislaitteeseen adjacent region of the machine frame a horizontal slide or guide rails . In particular, the end-positioning of the closing device in the turning tool frame has the advantage that the area within which the closing devices can be adjusted laterally is free of other components and that the closing devices are free and free for users at the opposite end due to the connection on both sides to both turning tool frames. unobstructedly observable and visible - further achieving higher and more accurate work efficiency. The elongate turning tool frames also allow the longitudinal placement of the tamping devices for a relatively large overall adjustment range, so that, for example, the sidings in the gear areas connected to the main track by logs are substantially better than the main track. ti sealable or repairable. Thanks to the sliding or guide wire, a similar and secure support of the sealing devices to the machine frame is guaranteed in each pivot position.

A particularly advantageous structure according to the invention is characterized in that each of the turning tool frame freely projecting and elongated immediately in front of the undercarriage in the working direction and its closing device are arranged laterally pivotally about one or the other rail on a vertical axis about one or the other rail. This special arrangement of both turning tool frames allows them to be advantageously supported on a carriage placed after the locking devices, whereby the free-projecting structure allows free and unobstructed lateral turning and an arrangement which does not impede the operation of the filling tools in any way. Due to the reversible rotation about the axes in the area above the rails, in addition to the firm and trouble-free fastening of both tool frames, a particularly advantageous average rail adjustment range can be achieved without interlocking due to the simple fitting ability to center the locking devices in slightly different sloping log positions.

According to a further embodiment of the invention, each of the two turning tool frames bent or angled in the longitudinal axis of the machine is formed from its vertical axis up to its closing device at least 4 to 5 m or approximately 2.5 to 3.5 times the track gauge This constructive longitudinal structure of the turning tool frames, together with the appropriate bending, enables a very inexpensive, sufficiently wide total turning distance. for each sealing device to accommodate the logs in oblique positions in the gear ranges. In particular, this advantageously maximizes the adjustment of the adjustment and pivot angle range of each tool frame to the track characteristics for the widest automatic adjustment of the punching devices - when turning on inclined logs in the gear range - so that, for example, such a gear range can be punched with only one punching operation. can also be mounted in a much more precise position.

A preferred embodiment of the invention is further based on the fact that the vertical axis of each turning tool frame is arranged in the longitudinal direction of the track immediately behind the central axis of the undercarriage or the articulated machine frame, preferably behind the central undercarriage. The clamping machine formed in this way - taking into account also the maximum forces occurring during the clamping and repairing phase - allows both secure support on the central turning bogie carriage and uninterrupted placement of both turning tool frames in the machine frame.

A preferred further development of the invention is characterized in that both clamping devices and their height adjustment devices are mounted at the end of the freely projecting pivoting tool frame on the additional verticals rotatably by the drive or formed to rotate relative to the rail axis - preferably about 2.0 m laterally adjustable. This structure combines in a particularly advantageous manner the simple and robust lateral pivoting support of the sealing devices for independent transverse adjustment with the advantage of fast and transversely independent precise positioning of the sealing devices: in a position parallel to the longitudinal direction of the inclined logs. This positioning can be achieved in the additional verticals of each sealing device by means of a pivot performed independently of each other by means of its own drive. Thus, first of all, the particularly difficult gear ranges associated with the oblique sleepers can be blocked via a plurality of rail barriers - in practice via two pivot axes independently and in a unique and simple and robust manner by means of locking devices connected to the machine frame. In the total adjustment range of the clamping device of approx. 2.0 m, it is also possible to carry out the smooth, relatively simple clamping of the outer gear units connected to the logs via freely projecting tool frames.

A particularly advantageous further development of the invention is based on the fact that each of the two elongate turning tool frames is formed in several parts, in particular telescopically extendable in the longitudinal direction of the frame, and connected to its own drive device for longitudinal adjustment of the locking device. This advantageously simple telescopic extension of the turning tool frames ensures, without compromising the advantages already mentioned, the rapid and precise fitting of said clamping devices or the possibility of independent longitudinal displacement in order to center them on precisely clogging and also oblique logs.

Furthermore, a preferred structure according to the invention is also based on the fact that each of the two elongate turning tool frames is preferably formed telescopically as a support which can be extended in the longitudinal direction of the frame and runs vertically in cross section, in the upper support area of which hydraulic actuators are arranged. This structurally simple and sturdy construction, especially with the hydraulic drive devices located in the upper support area, ensures independent and trouble-free adjustment or longitudinal displacement of the closing devices in each pivot position.

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According to a further preferred and expedient embodiment of the invention, the two turning tool frames are mirror-shaped with their vertical axes, adjusting devices and adjustment areas with respect to the longitudinal axis of the machine. Thus, at the same time, a mutual interfering effect can be achieved, avoiding a wide symmetrical load distribution in both turning tool frames or in the machine frame.

8 95066

According to a particularly preferred embodiment of the machine for the practical use of such a machine according to the invention, preferably all laterally and parallel to the rail level compaction tools, in particular two pairs of compression tools with an axle running parallel to the axis with the plugging joints attached thereto. In particular, together with the advantages or the adjustment possibilities of the swiveling devices achieved with the swiveling turning tool frames, this side-swivel design of the swaths

According to a particularly advantageous and suitable further development of the invention, both compaction devices which can be rotated or rotated laterally and parallel to the track plane with their rotating tool frames are arranged - to form a track behind and in conjunction with the track-lift and straightening device, between two wagons located at a distance from each other, in particular in the form of a swivel. The combination of the turning tool frames according to the invention and such a compact machine also enables qualitatively good and relatively fast compaction in precise gear ranges with precise height and lateral connection, whereby due to the still relatively large distance between the carriages, a gentle bending line of the rails is not allowed. especially on gear vessels.

· · · Finally, the embodiment according to a preferred and advantageous .keksinnön of the both, independently of one another laterally 9 95066 Tain rotatable tool frame supported sullomislaittee-tion is connected to the track lifting and was rectifying means wor-kentelysuunnassa located and, optionally, the adjacent track section of the left or right side of the processing to be used or in addition a laterally pivoting lifting device. With this additional lifting device located in front of both turning tool frames, the adjacent track area outside the machine area and connected to the main track is now particularly advantageous - for quick and accurate closing or lateral adjustment of the track with corresponding turning tools frames can now be lifted with precise turning devices. such gear areas can be handled in the same stage of work in a very economical and relatively simple manner with great precision.

In the following, the invention will be explained in more detail by means of the embodiment shown in the drawing.

The drawings show:

Fig. 1 is a side view of a rail-sullcm.is, leveling and straightening machine formed in accordance with the invention, with two projecting and laterally independently rotatable tool tools about a vertical axis. supported sealing device,

Fig. 2 is a plan view of the rail sealing machine shown in Fig. 1, the sealing device being turned sideways together with the corresponding turning tool frame to seal the gear area,

Figure 3 is an enlarged cross-section of the sealing machine taken along line Iii-m of Figures 2 or 5,

Fig. 4 is an enlarged view of the sealing device connected to the turning tool frame according to Fig. 1; and

Fig. 5 is an enlarged detail view of two pivoting tool frames connected to the crimping device and independently sideways rotatable independently of each other by their own drive according to Fig. 2.

The tramlining, leveling and straightening machine 1 shown in Figs. 1 and 2, which has a machine body 2, can be moved by means of two swivel carriages 3 and a separate carriage 4 on a track formed of crossbars 5 and rails 6 and 7. There is a central energy generating device 9 for operating the transmission mechanism 8 and various additional operating devices. The various operating devices are controlled by means of a central control device 11 in the working cabin 10. A leveling and straightening reference system 12 formed of contact rollers and tensioning wires is available for accurate track position correction. The machine frame 2 provided with end guide cabins 13 is formed articulated by means of a vertical shaft 14.

Both wrappers. Between the 3rds - two two locking devices 15,16 for independently transverse adjustment and support of the two locking devices - a laterally displaceable turning tool frame 21,22 about the vertical axis 19,20 are arranged in the frame 2 with its own drive device 17,18. Both compaction devices 15,16, which can be rotated laterally and parallel to the track plane with their turning tool frames 21, 22, are - in order to make this track compaction, leveling and straightening machine 1 compact - located immediately in the working direction shown by the arrow 23 on the machine body 2 behind and together with the track lifting and straightening device 25, placed between two undercarriages 3 mounted far apart and formed as swivel bogies. The track lifting and sliding device 25, which rests on the rails 6,7 by means of flange pycrics 24 and is adjustable in height or laterally by means of actuators 26,27, includes rail-mounted and transverse lifting rollers 28 and height- and laterally adjustable gripping hooks' 20.

15.16 cr. connected in front of the lifting and straightening device 25

II

11 95066 A lifting device 30 located immediately in the working direction and pivoting sideways from one or the other longitudinal side of the machine. As can be seen in particular from Fig. 2, this auxiliary lifting device 30 comprises a support frame 31 with double flange and lifting wheels articulated by a support bar 32. to the frame 2. In the drawing, this lifting device as well as the right closing device 15 is turned laterally on the side track 33 with the undercarriages 3 and 4 of the machine 1 on the main track 34.

As shown in Fig. 3, each of the two sullorcis devices 15,16 has two sealing tools 35,36 or 37,38 provided for embedding on the left or right side of the rail 6 or 7. These are equipped with actuator-fed and vibrating clamping tools 29.40 or 41.42. All the clamping tools 39-42 of the two silage devices 15,16 can be turned laterally independently of each other in a known manner about an axis 45 running parallel to the longitudinal direction of the machine with its clamping cutters 46,47 by means of their own hydraulic separate drive devices 43 or 44. Each clamping device 15,16 is supported by its own height adjustment device 48,49 independently of the height-adjustable turning tool frame 21,22. laterally next to the rail 6 the guard rails 50 are connected to the sleepers 5. The auxiliary lifting device 50 has a protrusion 51 rotatable about a vertical axis by means of its own rotating device and a longitudinally displaceable telescopic bracket 53 with its own drive device 52. The rope 54 connected to the support frame 31 is not passed around the telescopic roller connected to a hydraulic cylinder 56 for transmitting lifting forces.

As can be seen in Figure 4, both clamping devices 15.16 are supported in the end region of their respective turning tool frame 21 or 22. In this case, each of these elongated turning tool frames 21, 22 is further supported in the area adjacent to the closing device 15.16 by a horizontal slide or guide guide 57 of the machine body 2. Each of the two turning tools frames 21, 22 is formed 60 for longitudinal displacement of the supported sealing device 15,16. These are supported by their height adjustment devices 48,49 at the end of the freely projecting pivot tool frame 21,22 from the additional vertical axis 61,62 rotatable (see also Figure 5) and the drive 63,64 or formed to pivot with respect to the longitudinal axis 65 of the track or machine. The vertical axis 19.20 of each turning tool frame 21,22 is located in the longitudinal direction of the track immediately behind the central axis 66 of the center-turning bogie carriage 3 of the machine body 2, which is articulated and follows the sealing device 15,16. Numeral 67 denotes contact rollers rolling on the track of the leveling and straightening comparison system 12. To disengage the suspension of the carriage, the hydraulic drive devices 68 are connected to the bogie support frame and the machine frame 2.

As can be seen in particular from Figure 5, both pivot tool frames 21,22 and their vertical shafts 19,20 are pivotally mounted on a common bearing bracket 69 connected to which frame 2. Each of the two pivot tool frames 21.22 is assembled from a rectangular inner shaft 70,20 connected to a vertical shaft 19,20. an outer support 71 movable thereon or movable in the longitudinal direction of the support. A pivot tool hyster bent or angled away from the longitudinal axis 65 of the machine. In this example, the ends 60, 21, 22 have a total pivoting range α of approximately 1.7r, the pivoting area a marked with a dotted line inside the two rails 6.7 forming the main track 34. The total length of each turning tool frame 21.22 from the vertical axis 19.20 connected to the sealing device 15.16 cr. at least 4-5 m. The total lateral adjustment range of both clamping * devices 15.16, achievable with actuators 17.64 or 18.53 cr. about 2 m. Both rails of siding 33 are marked 72 and 73 and the center tip 74.

The following is a more detailed explanation of the tramlining, leveling and zigzagging machine formed in accordance with the invention. 1 activity * u v i c i d £ r. 1 - 5 pp. V - 1 - ξι.

13 95066

To seal the track section, both turning tool frames 21,22 are turned laterally so that both sealing devices 15,16 come centrally on the logging base or area of the rails 6,7 to be sealed (see also the dotted right sealing device 15 in Fig. 3). In this case, the main track 34 is lifted to the correct position by the track lifting and straightening device 25 without the use of an additional lifting device 30. As soon as the gear area with main track 34 and side track 33 shown in the drawings, in particular Figures 2, 3 and 5 is reached, the right closing device 15 is turned laterally until this is centered on the outer rail 73 of the siding 33 (Figures 2,3 and 5). In addition to the pivoting movement performed by the actuator 18, the actuator 58 may be pressurized to slightly shift the longitudinal displacement of the pivoting tool frame 21 together with the pivoting device 15 until the connected punching tool pairs 35,36 and their pivoting picks 46,47 are precisely over the respective pivot 5 and rails or other clamping chips 46,47 - due to obstacles, for example a guard rail 50. During simultaneous pressurization of the drive 63, the pile clamping device 15 is also slightly rotated about the vertical axis 61 (Fig. 5) until the clamping chips 46,47 are positioned exactly parallel to the clogged logs in this gear range. 5 longitudinal. with. The opposite closing device 15 or the connected wrapping tool frame 22 already remains in the track section. for closing the outer rail 6 of the main track 34. Both lifting hooks 29 are possibly brought together with both lifting rollers 28 to engage the rails 6,7 of the main track 34.

After the rollers connected to the support frame 31 of the auxiliary lifting device 30 have also been brought into contact with the outer rail 73 of the siding 33, a lifting and straightening device takes place. With the simultaneous pressurization of the hydraulic cylinders 56 of the actuators 26,27 and the hoisting device 30, the joint and clsslli2 “pist6“ t & i ässtusr.cstc (hstso three small vertical arrows in Fig. 3) until the gear was lifted onto the corresponding rails by means of the sealing devices 15,16 95066 14 in this position are sealed and fastened. In this case, before the respective height adjustment devices 48, 48 are used, the closing chips 46,47 are adjusted accordingly depending on the rail obstacles in the blocking area, such as the guard rail 50, while the corresponding pressure of the operating devices 43,44 moves both adjacent closing chips 46 or 47 laterally independently of each other (Fig. 3). After the sealing has taken place, the right and meanwhile raised sealing device 15 is turned by pressing the drive 18 together with the connected turning frame 21 onto the central tip 74 - possibly also by means of the drive 63 - and centered thereon. After the sealing picks 46,47 are fitted to the guard rails 50 on both sides in this region by lateral displacement by means of the actuators 43,44, the sealing device 15 for sealing the logs or log base in the area of the central tip 74 is lowered into the crushed stone. Thereafter, the clamping machine 1 is driven forward to the next log, whereby the right clamping device 15 is turned on the outer rail 73 of the siding by pressing again together with the turning tool frame 21. After that, a new sealing cycle takes place as already explained.

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Claims (12)

15 95066 1. A mobile rail sealing machine with a machine frame supported on a wheel frame and two tool frames supported on the machine frame, fitted with a transverse and height-adjustable sealing device with actuator-adjustable and vibrating pairs of sealing tools and crimping tools 21 , 22) is rotatably mounted on the machine body (2) about a vertical axis (19, 20) and connected to an actuator (17, 18) for independent turning. 2. A mask according to claim 1, comprising a container for a sealing package for a stack or a stack of a stacking device, the stem of the stopping device (15, 16) being staggered to each party. the cross member (20, 21), the colors of the cross member (21, 22) are arranged in the form of a stop (15, 16) on the horizontal side of the cross member (15, 16). styrningsbana (57) pa maskinramen (2). 2. claimed in claim 1 in the machine, characterized in that both - with the left and right sides of one or the other of the rail sleepers tamping sullomistyökalupareilla - sullomislaitteet (15, 16) is mounted on the turning-tool frame (21, 22) of the end region, wherein each of the elongated formed the turning tool frames (21, 22) are further supported in a region adjacent to the closing device (15, 16) by a horizontal slide or guide guide (57) of the machine body (2). 3. A machine according to claims 1 or 2, which can be used as an alternative to a particular frame (3) in the form of a cross-sectional frame (21, 22) with a stop ring (15, 16). sidled svängbart anordnad kring en respektive, nägot ovanför den ena resp. andra skenan (6, 7) vertical 10-Pande Axel (19, 20) on the other side and andra skenan. Machine according to Claim 1 or 2, characterized in that each of the pivoting tool frames (21, 22) which protrude freely and are elongated immediately in front of the wheel frame (3) in the working direction together is locked. with its device (15, 16) is arranged on the second or second rail about a laterally pivotable axis (19, 20) approximately above the second or second rail (6, 7). 4. A machine according to claims 1, 2 or 3, which can be used as a tool and a device in a machine tool. the desired shape of the cross-section (21, 22) is provided by means of a vertical axis (19, 20) to a stop assembly (15, 16) at a distance of 4 to 5 m resp. in the case of a three-seater or three-tailed shield, which means that the total power is approximately 1,7 m in respect of the relevant safety net (60). Machine according to Claim 1, 2 or 3, characterized in that each of the two turning tool frames (21, 22) bent or angled in the direction of the longitudinal axis of the machine is formed from its vertical axis (19, 20) up to its closing device (15, 16) by at least 4 5 m or approximately on the order of 2.5 to 3.5 times the track width, preferably for a total turning distance of about 1.7 m at the end (60) of the turning tool frame. 16 95066 5. The mask enligt segot av patentkraven 1 account 4, kanneteck-. they are shown in the form of a double-stranded (21, 22) vertical axis (19, 20) and are arranged in a spherical manner (66) after the stop assembly (15, 16) above the upper resp. bakom det warmplate with the shape of the non-placarded head (3) account and the ledge of the mask-frame (2). li 19 95066 Machine according to one of Claims 1 to 4, characterized in that the vertical axis (19, 20) of each turning tool frame (21, 22) is arranged in the longitudinal direction of the track immediately behind the central axis (66) of the wheel frame following the locking device (15, 16) or articulated. (2) preferably behind a central wheel frame (3) formed as a swivel bogie. 6. A mask according to claim 5, which can be used as a stopper assembly (15, 16) with a drive body (48, 49) for driving a string of means in a row (60,) with a friction frame (60) -frame (21, 22) according to the vertical vertices (61, 62) and in combination with the drive organ (63, 64) resp. In particular, the headforms and motors (65) are heated to a total width of about 15 m. Machine according to one of Claims 1 to 5, characterized in that both clamping devices (15, 16) and their height adjustment devices (48, 49) are mounted at the end (60) of the freely projecting turning tool frame (21, 22) on the auxiliary vertical axis (61, 62). ) and is rotatably mounted on the drive device (63, 64) or formed to be pivotable relative to the rail axis (65), preferably about 2.0 m sides of the sealing device (15, 16) for the entire total adjustment range. 7. A mask according to claim 1 of claim 6, which is shown to be of the same type and of the longitudinal axis of the spindle (21, 22) and is flared and synergistic to the longitudinally extending telescopic surface of the device and of the device. (58, 59), for the purpose of detaching a network (60) of stagnation aggregates (15, 16). Machine according to one of Claims 1 to 6, characterized in that each of the two elongate turning tool frames (21, 22) is formed in several parts, in particular telescopically extendable in the longitudinal direction of the frame, and connected to its own drive device (58, 59) at the end of the tool frame ( 60) for longitudinal adjustment of the supported sealing device (15, 16). 8. A mask according to claim 1 of claim 7, which can be used to view or divide a long-distance telescopic spindle and a vertical telescopic view of the vertical barrier (21, 22). i Det Övre bäraromrädet anordnade hydrauliska drivorgan (17, 18, 58, 59, 63, 64). Machine according to one of Claims 1 to 7, characterized in that each of the two elongate turning tool frames (21, 22) is preferably formed telescopically as a support which can be extended in the longitudinal direction of the frame and extends vertically in cross section, in the upper support area 18 of which , 59, 63, 64). Machine according to one of Claims 1 to 8, characterized in that the two turning tool frames (21, 22) with their vertical axes (19, 20), adjusting devices (17, 18, 58, 59, 63, 64) and adjusting areas (a) are formed with respect to the longitudinal axis (65) of the machine relative to each other in a mirror image. 17 95066 9. A mask enligt segot av patentkraven 1 account 8, känneteck- V. nad av att de de bäda svängverktygsramarna (21, 22) med te vertikalaxlar (19, 20), you inställningsdrivorgan (17, 18, 58, 59, 63, 64) och inställningsomräden (a) in the form of a mirror image of the form of the headgear (65). A mask according to claim 1, which is intended for use in the manufacture of a stopper (39-42) at a time and in parallel with and in parallel with a pair of stopper assemblies (15, 16) and a means of attachment to a guide, account for the number and type of the lower link stop (35, 36 or 37, 38) via one of the hydraulic locomotives (43, 44) on the other side of the headform (20, 950 or 37, 38) at the same time as the machining parallel to the lower axle (45) dem stuttningshackor (46, 47). Machine according to Claim 1, characterized in that the two lateral and parallel-to-rail swiveling devices (15, 16) preferably have all crimping tools (39-42), in particular two crimping pairs (35, 36) which can be embedded on the left or right side of the rails. or 37, 38) are laterally pivotable independently of one another by means of their own hydraulic separate drive device (43, 44) in a known manner about axes (45) running parallel to the longitudinal axis of the machine with their locking cutters (46, 47). 11. A mask according to claim 1 to 10, wherein the device comprises a seat and is connected and parallel to the span plane with you respecting the spacing (21, 22). means of assembly (15, 16) are anordnade - for the purpose of sparkling, stopping and dismantling (1) of compact construction - self-propelled and self-leveling means (2) anording and disassembling of means ruptaggregat (25) och gemensamt med dessa mellan mainst a frän varandra distanserade, i synnerhet som boggin utformade hjulställ (3). Machine according to one of Claims 1 to 10, characterized in that both compaction devices (15, 16) which can be rotated or rotated laterally and parallel to the web plane with their turning tool frames (21, 22) are arranged - to form a compact track leveling, compaction and straightening machine. - immediately in the working direction behind the track lifting and straightening device (25) mounted on the machine frame (2) and designed for use in the gear area, and together with it between two undercarriages (3) placed far apart, in particular in the form of a turning bogie. Machine according to Claim 11, characterized in that a clamping device (15, 16) supported on two independently laterally pivotable tool frames (21, 22) is connected in front of the track lifting and straightening device (25) in the working direction and optionally on the left side of the adjacent track section. or used for the processing of the right side of the fold laterally or in addition to the lifting device (30). • 1. «. The network (21, 22) is shown as a mask (2). 12. A machine according to the preceding claims, which comprises a pair of shielding devices (21, 22), a stopper assembly (15, 16) and provided with means of adjusting the power supply (25, 16). for the production of bearings from the place of origin or of the sparkling surface ytterligare i sidled svängbar lyftanordning (30).