DE2139744A1 - Cart with loading device - Google Patents

Description

Patent attorney 0 1

Dipl.-Ing. Welter Jackisch L I

7 Stu ** r <? Rt K. Γ.! - iiiefctraEe 40 ■

• Aug. 6, 19/1

O._ VAM ¹ JDER IELT Nj ^ j _1- We verskade_10 ₂ Maasland, Holland. "Cart with loading device"

The. Invention "relates to a cart with a charging device.

According to the invention is a loading area, a box-shaped Structure, a transport container (container) or the like. Can be placed on the car by means of the charging device, with the help of the loading area on the wagon or the like «, is loadable.

In this way! lan has a versatile Transport device in which various loading surfaces, boxes, containers and the like corresponding to the respective goods or goods On the wagon, arranged and loaded with the goods and the like by means of the same device.

Another feature of the invention is the charging device attached on both sides near one end of the cart.

The invention is explained in more detail with reference to the accompanying drawings explained. Show it:

Fig. 1 is a side view of the car and one on the

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Floor standing manure spreader · ^:.

Fig. 2 is a side view of the cart with one charged Manure spreading device,

Figo 3 is a plan view of the carriage according to Fig. 2,

Fig. 4 is a side view of the carriage with a gripper for charging trees,

5 shows a side view of the wagon and a container standing on the ground,

6 shows a plan view of the combination according to FIG. 5,

Fig. 7 is a side view of part of the Y / agent with a container in two possible tipping positions,

Fig. 8 is a side view of a part of the carriage with a number on the car asked container, Fig. 9 shows a section along the line IX-IX in Figure 8 _o,

"Fig. 10 is a side view of the trolley connecting to one

Backhoe excavator,

11 is a side view of a self-propelled vehicle connected to a forage harvester.

The car according to Fig. 1 "consists of a mobile frame 1 which is supported by wheels 2 and 3 and pulled by a tractor 4. The following description can also refer to a apply to self-propelled vehicles.

The frame 1 contains two converging in the direction of travel Bars 5 (see also Figs. 5 and 6), which are connected to one another on the upper ropes by several cross bars 6 of the same length, dfe run horizontally and transversely to the direction of travel A. The transom ) 6 are at their axes by two side long bars running in the direction of travel 7 limited. These protrude by a certain distance beyond the rear end of the bars 5 as seen in the direction of travel.

The rear ends of the longitudinal beams 7 are through a Q όρ-beam 8 connect with each other. Between, the beams 7 and parcILel to these are arranged longitudinal beams 9, which extend from the transverse beam 8 extend to the rear crossbar 6. All bars 6, 7, 8 and 9 are above the chassis parts 5. The through the Bars, 6, 7, 8 and 9 formed frame will be on its top covered by a plate 11. There are awei on each of the beams 9 vertical uprights 12 attached, each of which is provided with an extension arm 13 pivotable about an axis 14 at the bottom.

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To "both sides of each from le ge poor 13 is by means of continuous Axles 10 arranged a wheel. (Pig. 6). The carriage is therefore two-axle and is supported by pendulum axles.

There is a charger near one end of the cart 15 coupled to the frame 1. In the drawings, the charging device 15 is near the rear in the direction of travel Arranged at the end of the carriage. Pur "specific GCSer and for work, which require a gate view, an attachment near the Yord3rseite of the car is also possible. This is particularly true for self-propelled cars.

The charging device 15 is also on the longitudinal folds 7 of the carriage ". Those carried out by the charging device 15 or caused movements essentially take place in! direction of travel A. '.

Since the portal-shaped charging device 15 in is symmetrical with respect to the longitudinal center line of the carriage, one of the two sides is based on the side view of FIGS the top view of pig. 3 described.

A coupling piece 16 is arranged at one end of the beam 7, which is mounted rotatably about a hinge axis 17 provided in the beam 7. The Eupplungs piece 16 also has two Joint axes 18 and 19. Mt the joint axis 19 is a KoI-. rod 20 of a hydraulic cylinder 21 connected. This is rotatably mounted in the beam 7 by means of a hinge axis 22. An arm 23 is fixedly attached to the coupling piece 16. Using the Joint axis 18 is a hydraulic cylinder 24 pivotable in the Coupling piece 16 stored. Those facing away from the coupling piece 16 Ends of the arm 23 "and a piston rod 25 of the cylinder 24 srbä pivotally coupled to one another by supporting devices 26 arranged on both sides of the arm 23 and the piston rod 25 are. A lifting arm 27 provided between the support devices 26 is attached to the latter. The ends of the on either side The lifting arms 27 lying on the carriage are firmly connected to one another by an inner tube 28. An outer tube 29 that freely rotates the Surrounding inner tube 28 is arranged between the lifting arms 27.

The through the two arms 23, the lifting arms 27, the outer tube 29 of the portal-shaped charging device and the rear side of the carriage (crossbar 8) formed free passage area

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is used to guide a loading area, a box-shaped structure, a container or the like, and is also available for 'Loading of goods available.

At two points close to the ends of the outer tube 29, symmetrical to the longitudinal center plane of the carriage Recording devices 30 arranged. Each. Recording device 30 consists of two arrows running almost parallel to a vertical plane 31, which together form a pliers-like tool. Each arm 31 is fastened to the outer tube 29 by means of a joint axis 32 Support 33 stored. The arms 31 protrude in the upward direction beyond the joint axis 32. Near the free end a Geljäikachse 34 is arranged on this extension. Between is the joint axis 34 of the two arms 31 of the recording device 30 a hydraulic cylinder 35 is provided.

* On the outer tube 29 between the recording devices 30 sML

Lifting eyes 36 attached in several places (e.g. in three places). Each of these lifting eyes 36 "" of which preferably one in the longitudinal center plane of the car is used to attach other, preferably hydraulically controllable tools. Each lifting eye 36 has a hole whose center point is horizontal and runs across the direction of travel A.

The supply and discharge hoses of the hydraulic cylinders 21, 24 and 35 and the tools to be attached to the lifting eyes 36 are on the components of the charging device 15 along the frame 1 led forward and connected to an oil pump driven by the tractor 4. There is a rule on the car

) direction 37 (Fig. 5 and 6) provided for the oil circuit, through which the different hydraulic parts can be regulated. In the case of a self-propelled η car, the oil pump is powered by the car engine driven. Here, the control device 37 can be accommodated in the driver's cab, especially when the AuHa de device 15 is located near the front of the carriage is.

Pig. 1 shows one standing on the ground behind the car Dang spreading device 38. This device contains a conveyor device, for example a scraper floor 39 with a loading surface 40 (Fig. 2), with upright side walls 41 and a front wall 41A. At one end of the loading area 40 is a Manure spreader 42 with several rotatable about vertical axes 43

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Spreader arms 44o The spreader arms 44 and the scraper floor 39 can are driven by drive shafts 45 extending in the direction of travel, which are located on one or both sides of the loading area 40 are located. The drive shafts 45 can be connected via a power take-off shaft of the tractor 4 to which they are connected by an auxiliary shaft 46 are driven.

On both sides of the manure spreader 38 there is an upwardly extending walking beam 47, which is provided near the upper end with a horizontal stub axle 48 running transversely to the direction of travel The center of gravity of the unloaded manure spreading device 38. · According to FIG. The shear arms 50 can be pivoted together about an articulation axis 52. Two shear arms 50 each are arranged crosswise, the side of each shear arm 50 facing away from the gripping arm 51 protruding beyond the hinge axis 52. The end of this extension is pivotably connected to an arm 54 by a hinge axis 53. This is pivotable at the upper end by means of a hinge axis 56 with a; Fastening part 55 coupled. The fastening part 55 is provided at its upper end with a flange which can be fastened by bolts to a flange of a coupling piece 57 consisting essentially of two parts, which is fastened to a lifting eye 36 by means of a pin 58. The coupling piece 57 also has a vertical joint axis, not shown in the drawings. The two ropes of the coupling piece 57 lying one below the other can be swiveled against each other about this axis fo the distance between the arms 23 (Fig. 3), perpendicular to the direction of travel A. Between the joint shafts 52 and 56, a hydraulic cylinder 60 is pivotably arranged. Feed tubes 61 are attached to the cylinder 60 by means of an easily detachable coupling and are attached along the charging device 15

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and the loading area 40 to the control device 37.

The mode of operation of the shown in FIGS. 1, 2 and 3 The device is as follows: The cart with the loading device 15 is moved in front of the empty manure spreader 38 standing on the ground that its plane of symmetry is in the Approximately cover lengthways. The two pick-up devices 30 and the manure gripper 49 are arranged on the charging device 15. The pick-up devices 30 The lifting beam 47 is guided via the stub axles 48, "" by actuation of the cylinder 35, the arms 31 are moved apart and guided around the stub axles 48. Hangs during this process the manure grapple 49 between the upright side walls 41 above the loading area 40. After the arms 31 have enclosed the stub axles 48, the entire manure spreading device 38 lifted and by actuating the hydraulic cylinders 21 and 24 on the wagon and fixed graze. To do this, in the plate 11 recesses 62 are provided, the Porm in Pig. 3 is shown. An F-shaped connection piece 63 is inserted through the wide part of the recess 62; on the long thigh A chain 64 is attached to this connection piece 63. To When this connecting stretch 63 is inserted into the recess 62, the long leg is in the narrow position of the recess 62 drawn. The end of the chain 64 facing away from the connecting piece 63 is attached to a side wall 41. If necessary, in ü the chain 64 a tensioning device, not shown, can be provided.

The chains 64 are near the four corner points of the manure spreader 38 arranged in a sloping upward direction, whereby the spreader 38 on the car is fixed.

By means of the same charging device 15, the The loading area arranged on the wagon, in this case the manure spreader 38, to be loaded.

For this purpose, the controlled by the device 37 is hydraulic cylinder 60 dea gripper 49 actuated to pick up the load. To load the loading area 40, the Manure grab 49 by means of hydraulic cylinders 21 and 24

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guided over the loading surface 40, whereupon the gripping arms 51 'by Actuation of the cylinder 60 can be opened. The manure grab can preferably be guided to the front of the loading surfaces 40 ,, The width of the manure grab 49 ensures a uniform Distribution of the cargo across the width of the loading area 40.

After the drive shafts 45 with the Zapfv / elle of the SchJ ^ pers 4 have been coupled, the scraper floor 39 can be used to distribute the fertilizer in the desired manner.

The spreaders 44 and the scraper floor are in the field 39 driven so that the spreading takes place in a known manner.

The Dungaus st reuvofcrichtung 38 can also with the help of same charger 15 can be removed from the car by the operations described are carried out in reverse order will",

The car with the charging device 15 can of course Use for ^ transport for various kinds of goods. Tree trunks can be raised and lowered in a similar manner unload. The manure gripper 49 ui an angle of 90 ° to the one in the Pig. 1 to 3 position shown rotated. These Location is in Pig. 4 shown. This rotation of the manure grabber 49 is caused by the vertical joint axis of the coupling piece 57 enables “If necessary, each of the lifting eyes 36 Tree grapples can be attached, which increases the loading capacity. The trees are stacked on the plate 11 * In the on the side of the beam 7 attached brackets 65 rods 65A can be inserted to hold the loaded trees together. Bags and boxes can be loaded in a similar way «,

Agricultural machinery, for example a plow, can also be loaded onto the wagon and onto the field by means of the loading device 15 transport.

The Pig. 5 and 6 show another possible use of the trolley provided with the charging device 15. Containers 66 are loaded by means of this charging device. Each container 66 has a bottom 67 and side walls 68 which run down on top of one another and which are covered at the top with a circumferential, vep-

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stiff edge 69 are provided. On the side edge of the edge

69 are attached near the front and rear ends as well as in the middle of stub axles 70, which are directed horizontally and transversely to the direction of travel A to the outside. At the transitions between the base plate 67 and the front and rear walls 68, recesses 71 are provided in the plate. The recesses 71 receive cylindrical coupling pieces 72, these resting on the inside of the extension of the plates 67 and 68. Similar to the Dungaus spreader device 38, the container is at the point of the central stub shaft 70 by actuating the cylinder 35 with the. Arms 31 of the charging devices 30 of the charging device 15 are gripped. By actuating the hydraulic cylinders 21 and 24, the container 66 is placed on the plate 11 of the trolley. Then, as described above,

"The legs of the T-shaped connecting pieces 63 are inserted into the wide! part of the recesses 62, whereupon the long limb of the connecting piece 63 is pushed into the narrow part of the recess 62. The chain 64 is then attached to a The stub axles 70 of the container 66 are fastened. The chains 64 are fastened to the stub axles 70 at the four corner points of the container 66

As can easily be seen, a plurality of containers 66 fit into one another, with the bottom surfaces almost parallel to one another get lost. If the length of the arms 31 is sufficient, several containers 66 can be lifted at once and loaded onto the trolley and, if necessary, stack them in previously loaded containers 66,

^ as shown in FIG.

IntFig. 7 the car is loaded with a single, filled container 66. Two L-shaped plates 73 are arranged on the beam 8. Their mutual spacing is approximately equal to the spacing between the coupling pieces 72 of a container 66, the short sides of the plates 73 running horizontally to the front. When the container is on the middle stub of the neck

70 lifted and at the same time by means of the charging device 15 is moved against the direction of travel A, the plates attack the coupling pieces 72, whereupon the container 66 to the Coupling pieces 72 tilted and the contents of the container are poured out. This low tilt position of the container is in

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Fig «, 7 represented by solid lines«

If the container is to be emptied in a higher tilted position, ZoBe, in a relatively high container, then the chains 64, through which the rear stub axles 70 with the carriage connected during transport, not removed; but only the "two front chains 64 released" the container is then initially lifted somewhat in the forward direction by means of the charging device 15, so that the coupling pieces 72 of the Containers are detached from the plates 73. By subsequent Pivoting the lifting arm 27 will move the container into the position shown in Fig. 7 raised position shown in dashed lines, the rear axle stub 70 in the transport position by the chains 64 in one Distance from the connection pieces η 63 on the wagon » The container then tips over in a higher position.

A container 66 loaded onto the trolley by the loading device 15 can be filled by means of the same loading device 15.

Pig, 9 shows a section of containers stacked one inside the other, whose edges 69 lie on top of one another.

The car provided with the charging device 15 can can also be used for digging earth. Figo 10 shows one Excavator, e.g. a backhoe excavator 74 for pulling or lifting of trenches, which is coupled to the charging device 15 »The arms 31 are used for this. The backhoe excavator 74 is in the middle of a horizontal, transverse to the direction of travel Beam 75 attached, which is attached pivotably to one or more lifting eyes 36. A spoon arm 76 is with a Deep spoon 77 pivotably coupled .. Their position relative to one another is The cylinder 78 determined by a hydraulic cylinder "78 is again hydraulically connected to the control device 37 by an easily releasable coupling. Between each coupling piece 16 and a point of the close to the backhoe bucket 77 A chain 79 is provided on arm 76.

A box-shaped structure 80 is arranged on the carriage, which is provided with the aforementioned lifting beams 47, each with a stub axle 48. Optionally substituted with eineis conveyor, z, B _e a Kratzbodea provided box-like structure 80 can be prepared by the charging device 15 by means of the pick

_BM > OB »» «·

device 30 (arms 3t) on the stub axle 48 raised and the Wa - made gen "He can also to 3 for the Bangaus diffusing device manner described 38 are removed from the car on the basis of Figure" 1 "again, the. Backhoe excavator 74 can already be attached to the loading device 15 during these processes, since in a position in which the arms 31 encompass the stub axles 48, the backhoe excavator 74 can rest on the surface of the box-shaped structure 80.In this case, the bucket arm runs 76 almost horizontal- The chain 79 is loosened or not depending on the position of the stationary LfSffeiarm 16. Trenches and the like can be dug by means of the backhoe excavator 74. The backhoe 77 is pressed into the ground by means of the cylinders 21 and 24 while the carriage is moved slowly _o the filled with "earth spoon 77 of the arm 23 is guided through the box-like structure 80 by pivoting. By means of the cylinder 78, the spoon 77 is pivoted with respect to the spoon arm 76 in such a way that the earth falls into the box-shaped structure 80. One possible use of the device for harvesting is shown in FIG. 11. The car is self-propelled and has a frame 81 which is supported by four wheels 82 arranged on two axles. The haders 82 can be steered in a known manner and are driven by a motor 83. A box-shaped structure 84 with a conveyor device 85, side walls 86 and front and rear walls 87 which are movable with respect to the side walls can be detachably arranged on the frame 81.

“The car also has a driver's seat in a cabin 88. The driver's seat and cabin 88 are 360 ° around. an articulated axis 8GA rotatable and fixable in several positions on an articulated arm 63 ". The articulated arm 89 can be rotated 360 ° and is arranged in several positions around an articulated axis 90 on a side edge of the frame 81, preferably in the middle of a side edge of the carriage . the carriage may both backward travel forward as gleidaer speed. the articulated arm. 89 protrudes in the height direction on the frame 81 beyond "By positioner to the driver's seat to the articulation axes 88A or _o 90 may this seat in each erwünselite position with respect to the frame 81 and fixed in these positions. The driver of the car can, therefore, always the '3etrie' b and the. drive on the otrassa most favorable position - take up,

while having a good overview while working in all cases is guaranteed.

Near one of the ends of the frame 81 is that described above Charging device 15 attached. By means of this charging device 15 different loading areas, box-shaped superstructures and the like can be put on and off the wagon unload the car. By means of the same device 15, the loading areas, superstructures, containers and the like. In the same manner as above for the manure spreading device 38 with the grapple 49 for the device for charging trees, etc. described is to be loaded. A loading area arranged on the wagon or the like can be attach to the trolley by means of chains 64 in the manner described above

Fig. 11 shows a harvesting device, in this case one. Forage harvester 91 »which is attached to one or more lifting eyes 36. The forage harvester 91 is about to rotate about the inner tube 28 of the charging device 15 (FIGS. 1, 2) through two of the carrying devices 26 obliquely inwards and towards the forage harvester 91 extending, removable coupling rods 92 secured. The walking beam 47 has such a length that the forage harvester 91 is located above the loading area, in this case the conveyor 85, when the box-shaped structure 84 is coupled to the arms 31 of the charging device 15 via the stub axles 48. The forage harvester 91 or another harvesting device can thus already during the loading or unloading of the box-shaped structure 84 on the Charging device 15 be attached while the forage harvester 91 is transported over the road over the loading area and is thus located above the car, creating an unfavorable location for road transport in which the forage harvester 91 is in front of or behind the car is avoided.

The forage harvester 91 is operated by means of a hydraulic motor attached to the axis of the fan of the forage harvester 91 93 driven. The other drivable parts of the forage harvester 91 are moved from the fan axis.

The hydraulic motor 93 is powered by an oil pump, not shown, coupled to the motor 83 of the truck sufficient power can be driven with its hydraulic line

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lines 94, guided egg-long on the parts of the charging device •will. The hydraulic supply and discharge lines of the hydraulic motor 93 are close to the lifting arm 27 with easily detachable Quick release fasteners

- As described above, the wagon with the loaded box-shaped structure and with the forage harvester 91, which is coupled to the loading device 15 and is located above the loading area, is driven onto the field. In the field, the arms 31 are opened by means of the cylinder 35. The forage harvester 91 is guided into the working position by means of the charging device 15 through the hydraulic cylinders 21 and 24. Then the coupling rods 92 are fixed and the hydraulic lines 94 are connected near the lifting arms 27 to the hydraulic circuit of the oil pump (FIG. 11) _e

The forage harvester is then powered by the oil pump of the Y / agenmotor driven. The crop is fed into the box-shaped structure 84 in the usual manner. After opening a front or At the rear wall 87, the crop is then removed from the box-shaped structure 84 in FIG led a memory. You can also drive over the street with a filled superstructure. Here, the forage harvester 91 is over the box-shaped structure 84 out so that the lifting eyes 36 are arranged high above the center of the structure 84.

It should be noted that in all of the described embodiments the loading area, the box-shaped structure, the container and the like and also the loading tools such as grabs »backhoe buckets, Erntevotrichtung and the like. Movable in the direction of travel of the wagon are, and that this We: show through that of portal-shaped trained charging device and one end of the carriage limited free passage area can be pushed. The charger Can also be rotated 90 ° in relation to the direction of travel, in this case charging is less favorable, when the car is long; additional supports may then be necessary be.

-Patent claims-

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Claims (1)

1 o / trolley with a charging device, characterized in that a loading area (40), a box-shaped structure (80, 84), a transport container (66) or the like can be placed on the trolley by means of the charging device (15) and that the The loading area (40) placed on the wagon or the glove can be loaded using the same loading device (15) « 2e car according to claim 1, characterized in that the Charging device (15) with respect to the car in the direction of travel (A), is movable. 3β trolley according to claim 1 or 2, characterized in that the charging device (15) is fixed on both sides near one end of the trolley _e 4o car according to one of the preceding claims, characterized characterized in that the charging device (15), substantially is portal-shaped, 5c. Car according to one of the preceding claims, characterized characterized in that the charging device (15), niit at least a receiving device (30, 36) for receiving the loading area (40), the box-shaped structure (80, 84), the container (66), or the like is provided ", 6. Trolley according to claim 5, characterized in that the recording device (15), is hydraulically actuated _o 7. Trolley according to one of the preceding claims, characterized in that the charging device (15) is hydraulically movable is. 8. Trolley according to one of the preceding claims, characterized in that different types of tools (40, 74, 91), by means of which the loading area (40), the box-shaped structure (80, 84) or the container (16 , 66) can be loaded on the _o on charging device (15) can be attached. 9. Trolley according to claim 8, characterized in that the tool is a gripper (49). 10. Trolley according to claim Q ₉ characterized, in dassctas W _e rkzeug- an excavator (74) " 11. Car according to claim 8, characterized in that the 209808/1315 Y / tool is a loading device (49). e 12 »Car according to claim 8, characterized in that the Tool is an agricultural machine (91) » 13ο trolley according to one of the preceding claims, characterized characterized in that the tool (49, 74, 91) from the carriage can be operated » 14o trolley according to claim 13, characterized in that the tool (49, 74, 91) can be operated hydraulically _{or the like} 15. Trolley according to claim 13, characterized in that the tool (49, 74, 91) can be driven hydraulically. 16 _e trolley according to one of the preceding claims, characterized in that the trolley has a hydraulic system (21, 37) besztefc. 17ο trolley according to one of the preceding claims, characterized characterized in that the charging device (15) is symmetrical with respect to the longitudinal center plane of the car in the direction of travel is arranged » 18β trolley according to claim 17, characterized in that a Number of mutually pivotable arms (16, 23, 27) at least almost in the two vertical ones through the side edges of the carriage going levels is arranged. 19. Car according to claim 18, characterized in that a arm lying on one side of the median longitudinal plane of the carriage (27) with the corresponding arm on the other side of the median longitudinal plane connected is. 20 _o trolley according to claim 19, characterized in that this connection can be established by a pipe (28). 21. Trolley according to claim 20, characterized in that the tube (28) is surrounded by an outer tube (29) which surrounds the tube (28) is rotatable. 22. Wagan according to one of the preceding claims 5 to 21, characterized in that a recording device (30) consists essentially of two arms (31) which can be pivoted relative to one another. 23. Trolley according to claim 21 or 22, characterized in that the recording device (39) is attached to the outer tube (29). 209008/1315 .one of the ZI ο y / HH 24 «, wagon according to / claims 21 Ms 23, characterized in that that near the "two ends of the outer tube (29) a recording device (30). Is arranged. 25c trolley according to one of claims 8 Ms 24, characterized in that that the tools (49, 74, 91) on the outer tube (29) are yeast st ighar ο 26, trolley according to claim 24 or 25, characterized in that that the tool (49 j 74, 91) between the receiving devices (30) is attachable " 27 ο wagon according to claim 4 and one of claims 5 Ms 26, characterized in that the loading area (40), the vehicle ( (49, 74, 91) and the goods to be charged by the charging device (15) and one end of the carriage "limited free passage area can be moved through» 28. Car according to one of the preceding claims, characterized characterized in that the loading area (φθ) is a conveyor 85 has. 29. Trolley according to claim 28, characterized in that the conveyor device (85) can be formed by a scraper floor (39). 30 «, carriage according to one of the preceding claims, characterized characterized in that the loading area (40) with upright η Side walls (41) is provided. 31. Car according to claim 30, characterized in that at least one of the side walls (41) is movable with respect to the loading area (40) ″. 32. \ 7agen according to one of the preceding claims, characterized characterized in that the loading area (40), the box-shaped structure (80, 84), the container (66) or the like. Can be attached to the car are. 33. Trolley according to claim 32, characterized in that the loading area (40), the box-shaped structure (80, 84), the container (66) or the like. By means of chains (64), cables or the like, are movable. 34; Wagon according to one of the preceding claims, characterized in that the loading area (40) with a! 209808/1315 device (42) is provided _e 35ο YiTagen according to one of the preceding claims, characterized in that the loading area (40), the box-shaped on tax (80, 84), the container {66) or the globe is provided with lifting devices (47, 48, 7) 360 trolley according to claim 35, characterized in that the lifting means (47, 48, 70) are arranged at a distance above the loading surface (40). 37 »Trolley according to one of the preceding claims, characterized in that the loading area (40), the box-shaped structure (80, 84) or the container {66) are removed from the loading device (15) simultaneously with the tool (49, 74, 91) are absorbable _β 38. Trolley according to claim 36 or 37, characterized in that that the distance between the lifting means (47, 48, 70) and the loading surface (40) is at least equal to the height of the loading device (15) coupled tool (.49, 74, 91) is, 39 · Trolley according to one of the preceding claims, characterized in that the trolley is designed to be self-propelled, 40. Car according to claim 39, characterized in that all Wheels (82) are steerable and accessible. 41 β trolley according to claim 39 or 40, characterized in that that the driver's seat can be moved with respect to the car. 42. Car according to claim 41, characterized in that the The driver's seat can be swiveled with respect to the car, 43 β wagon according to one of claims 12 to 42, characterized in that the agricultural machine 091) can be driven by a hydraulic motor (93) » 44. Trolley according to one of the preceding claims, characterized in that a box-shaped structure or container {66) arranged on the trolley can be tilted with respect to the trolley. 45. Trolley according to one of the preceding claims with a frame, characterized in that the box-shaped structure or container (66) can be tilted in such a way that the lower part of the box-shaped structure or container (66) is in the tilted position. 209808/1315 - 17 is at the height of the frame (1.7). 2139744 46 "Trolley according to one of claims 1" to 45 with a frame, characterized in that the box-shaped structure or container {66) can be tilted in such a way that in the tilted position the lower part of the box-shaped structure or container (66) in ,above . .
an Ahstand / the frame (1,7) is arranged. 47. Trolley according to one of claims 44 "to 46, characterized in that .that the box-shaped structure or container (66) can be tilted by means of the charging device (15). 209808/1316