Cleaning device for a stall bay and stall comprising at least two stall bays with the cleaning device

Abstract

Cleaning device for a stable bay (02) comprising a displacement shield (03) and a clearing shield (04), wherein the displacement shield (03) is adjustable in a horizontal cleaning direction (R) between a first position and a second position and is designed to displace at least one animal, and the clearing blade (04) is designed for clearing excrement, characterized by that the clearing blade (04) is arranged on the displacement blade (03) and adjustable in a vertical direction between a first position and a second position, wherein the clearing blade (04) extends beyond a lower edge of the displacement blade (03) in the second position.

Description

[0001] The invention relates to a cleaning device for a stable pen and a stable comprising at least two stable pens with the cleaning device.

[0002] In animal husbandry, particularly for livestock, more species-appropriate housing on bedding, especially straw, is increasingly gaining ground compared to bedding-free systems, such as slatted floors. This is due to a growing awareness among consumers of livestock products and a corresponding increase in demand for more animal-friendly farming methods. However, housing on bedding is more expensive and, above all, more labor-intensive, as the bedding must be changed regularly, particularly due to soiling from manure. Many farm animals, especially pigs, use a designated area in their pen, often called a dunging area, to facilitate their defecation.

[0003] To simplify and, in particular, automate the removal and replacement of bedding, it is known to use a displacement device to drive one or more animals kept in a pen to a rear section of the pen, thus removing them from the dunging area. The displacement device is generally designed as a gate or gate, pivotally mounted on hinges. This device can also serve as a barrier between adjacent pens. After the animals have been displaced, a separate scraper blade, often designed as a scraper, simultaneously removes the soiled bedding from the dunging area of ​​all pens. Alternatively, it is also known to clean the entire pen by moving the animals to a designated area outside the pen.The clearing process is carried out simultaneously in all stalls by a single scraper. Displacing the animals is necessary to protect them from injury and to protect the scraper from damage.

[0004] A disadvantage of this solution is that the scraper pushes the manure and soiled bedding through adjacent stalls, thus promoting the spread of disease. Furthermore, it only allows for simultaneous cleaning of all stalls, which can lead to either over-cleaning of some stalls or insufficient cleaning of others. Since the displacement and temporary confinement of the animals in a smaller space, as well as inadequate cleaning, can stress them, this simultaneous and therefore inappropriate cleaning represents a further disadvantage of the current technology, particularly detrimental to animal welfare.

[0005] There is therefore a great need for a cleaning system for individual stalls, as well as for barns comprising stalls with such a system. This system should enable individual and needs-based cleaning of the stalls without spreading manure to other stalls, thus improving animal welfare. The cleaning process should also be quick and automated to guarantee the highest possible level of animal welfare while maintaining cost-effectiveness. Particular attention is paid to the protection of the animals and the cleaning system itself.

[0006] The invention aims to provide such a cleaning device or stable and to overcome the disadvantages of the prior art.

[0007] This problem is solved in a surprisingly simple but effective way by a cleaning device according to claim 1 and a stable according to claim 9.

[0008] According to the invention, a cleaning device for a stall, comprising a displacement plate and a clearing plate, is proposed, wherein the displacement plate is adjustable in a horizontal cleaning direction between a first position and a second position and is suitable for displacing at least one animal, and the clearing plate is suitable for removing manure. The cleaning device is characterized in that the clearing plate is arranged on the displacement plate and is adjustable in a vertical direction between a first position and a second position, wherein the clearing plate projects beyond a lower edge of the displacement plate in the second position.

[0009] The basic idea of ​​the invention is to provide each stall with its own clearing blade, preventing manure-soiled bedding or manure from being transported from one stall to the next. The clearing blade is mounted on the displacement blade to minimize the additional material required, particularly for the blade's drive mechanism. This design allows for individual stalls to be cleaned as needed, thus avoiding unnecessary stress for the animals. To prevent manure-soiled bedding or manure from being pushed further into the stall during displacement, the clearing blade is adjustable vertically between two positions. In the first position, the lower edge of the clearing blade is positioned further from the stall floor than in the second position.The adjustment mechanism allows the clearing blade to glide over the manure or manure-soiled bedding when displacing at least one animal in the stall—that is, when the blade moves from its initial position (which can be described as the starting position) to its second position (which can also be described as the displacement position). The first position can therefore also be described as the blade's travel position. Before returning to its initial position, the blade can be moved to the second position, thus removing the manure-soiled bedding or manure from the stall. The second position can therefore also be described as the blade's clearing position.

[0010] The cleaning device is suitable for a stall and serves to remove manure and / or bedding, in particular straw, wood shavings, and / or sand, which is soiled with manure and other debris, from the stall. A stall is the area of ​​a barn in which one or more animals, preferably livestock such as pigs, chickens, geese, cows, sheep, goats, and / or horses, are kept. During cleaning, the area to be cleaned must be free of animals. This serves both to protect the animals from injury and to protect the cleaning device from damage by the animals. To achieve this, the cleaning device includes a displacement shield. The design of the displacement shield is essentially arbitrary; however, it should be capable of displacing at least one animal.The design and, in particular, the dimensions depend heavily on the type and number of animals kept, as well as the layout of the pen. Specifically, it should be impossible or extremely difficult for the animal(s) to overcome the displacement barrier. When keeping pigs, especially piglets, fattening pigs, and / or sows, the height is preferably at least 0.5 m and / or at most 1.5 m. Furthermore, the displacement barrier must be designed to be so robust that it is impossible or extremely difficult for the animal(s) to damage it. The barrier must also be capable of supporting and carrying the cleaning blade and absorbing the forces generated during cleaning. Preferably, the displacement barrier is designed as a grid and / or a panel. Even more preferably, the width of the displacement barrier corresponds to the width of the pen.

[0011] To displace the animal(s) to a rear area of ​​the pen, particularly to an activity and / or resting area, the displacement plate is moved from a first position, which can also be called the starting position and in which the pen offers the maximum available space for the animal(s), to a second position, which can also be called the displacement position, in a horizontal cleaning direction. In the second position, the pen offers the minimum available space for the animal(s). This procedure ensures that the at least one animal is driven from the dunging area to be cleaned to the rear of the pen or is already there. Since the at least one animal cannot overcome the removal plate, or can only do so with great difficulty, an unintentional return of the at least one animal to the dunging area during cleaning is prevented as far as possible.

[0012] The manure scraper must be suitable for removing manure. This means it must be sufficiently robust. The exact design of the scraper also depends on the type of animal or animals and the type of bedding. Preferably, the scraper is a fine-mesh grid, a plate, a pitchfork, and / or a rake. The scraper is attached to the displacement plate, preferably to its lower edge, such that in the second position, the scraper extends beyond the lower edge of the displacement plate. The lower edge is the edge of the displacement plate facing the floor of the pen, which is spaced from the floor. The scraper can be adjusted between the first and second positions together with the displacement plate. Moving the scraper between the first and second positions lowers or raises it relative to the displacement plate.

[0013] Furthermore, the clearing blade is adjustable in a vertical direction between a first position and a second position. The method of adjustment is essentially arbitrary, although at least one embodiment is disclosed in the dependent claims. In the first position, the lower edge of the clearing blade is further from the floor of the stall than in the second position. If the displacement blade is moved back from the second position to the first position after the animal(s) have been displaced, the clearing blade must be in the second position to ensure that the manure and / or manure-contaminated bedding is pushed out of the stall. When the clearing blade is in the second position, its distance from the floor can be smaller than in the first position. This embodiment is particularly advantageous when some of the bedding is to remain in the stall, as is common, for example, when using sand as bedding.Alternatively, it is preferably conceivable that the scraper blade rests against the floor of the stall in the second position. This allows bedding and / or manure stuck to the floor to be mechanically removed. When the scraper blade is moved from the first to the second position, i.e., during displacement, it is preferred that the scraper blade remains permanently in the first position. The scraper blade is moved while the scraper blade is in the second position, or shortly before or after the movement begins from the second to the first position. Even more preferably, the scraper blade is moved from the second to the first position by the action of the bedding and / or manure during the movement of the scraper blade from the first to the second position, with at least one such embodiment being disclosed in the dependent claims.

[0014] The cleaning device enables automatic, individual, and hygienic cleaning of stalls, even in bedding environments where animals are kept in a species-appropriate manner. In particular, the needs-based cleaning prevents unnecessary stress for the animals. They can continue to be kept on bedding in a species-appropriate way, thus improving animal welfare. The potential for automation and the combination of a displacement and clearing blade also ensure cost-effectiveness.

[0015] The term "in cleaning direction" refers to a directional axis between the first position and the second position. This means it includes both a direction from the first position to the second position and a direction from the second position to the first position.

[0016] The term "horizontal" refers to a direction in a plane parallel to the stable floor.

[0017] The term "vertical" refers to a direction perpendicular to the floor of the stall.

[0018] Advantageous further developments of the invention, which can be implemented individually or in combination, are presented in the dependent claims.

[0019] It is conceivable that the cleaning device comprises at least one rail, with the displacement plate being mounted on and / or attached to this rail. Rails can enable the displacement plate to be adjusted as smoothly and precisely as possible, particularly horizontally. This ensures that the displacement plate displaces the animal(s) across the entire width of the pen and prevents the animal(s) from passing the displacement plate laterally. Preferably, the cleaning device is mounted on and / or attached to at least two rails. This prevents the displacement plate from twisting and / or jamming.

[0020] In one embodiment, it is conceivable that the at least one rail is arranged above the displacement plate and that the displacement plate is supported on the at least one rail by means of at least one suspension, wherein the at least one suspension comprises a first leg for support on the at least one rail and a second leg for carrying the displacement plate. Supporting the rail above the displacement plate means that the rail is not supported on the ground. On the ground, there is a risk of it becoming soiled and / or the animal or animals injuring themselves on it. In particular, if the rail becomes soiled, reliable movement between the first and second positions can no longer be guaranteed.By positioning the rail above the displacement plate, it is preferably also outside the reach of the animal(s) and can be driven under by a vehicle or machine and / or walked under by a person. Preferably, the rail is positioned 2 m to 4 m, particularly 2.5 m to 3 m, above the floor of the stall, so that a person can walk upright under the rail and a vehicle can drive under it. The suspension, with the first leg for support on the rail and the second leg for supporting the displacement plate, has the advantage that, by fixing the first leg to the second leg, the displacement plate can no longer tilt from a vertical plane in which it is located. This allows a certain amount of pressure to be exerted on the animal(s) during displacement, so that displacement is possible even if the animal is unwilling.On the other hand, the cleaning of the stall according to the invention can also be carried out safely and reliably even with bedding that has adhered to the surface. It is particularly preferred that the first leg is fixed to the rail at two points by means of at least two slides and / or rollers. Furthermore, it is conceivable that the cleaning device comprises at least two rails, with a separate suspension arranged on each rail, so that at least two suspensions hold the displacement plate. This has the advantage that the suspensions always run parallel to each other, which makes it more difficult for the displacement plate to become wedged or twisted. It is also conceivable that a suspension is arranged between the rails. This also prevents the displacement plate from becoming wedged or twisted.

[0021] Furthermore, it is conceivable that the cleaning device includes a rack and pinion drive. The rack and pinion drive allows the displacement plate to be adjusted between the first and second positions in a simple yet reliable manner.

[0022] Alternatively, the cleaning device could incorporate a cable drive. Cable drives are characterized by their simple design, making them easy to maintain and / or repair. They are also easily adaptable.

[0023] The term "cable drive" refers to a drive in which power transmission is achieved by means of a drive cable.

[0024] In one embodiment, the cable drive comprises a rotatably mounted drive rod, capable of rotation in both directions, and at least one deflection pulley, with at least one drive cable running from the drive rod to the at least one deflection pulley and from the at least one deflection pulley back to the drive rod. This allows for the force-transmitting movement of the displacement plate from the first to the second position and from the second to the first position. A power drive is required when moving the plate from the first to the second position, as one or more animals may need to be displaced by pushing. Force is required when moving the plate from the second to the first position to clear the manure using the removal plate. Preferably, the cable drive comprises at least two drive cables and at least two deflection pulleys.Preferably, the drive rod is a hollow tube. The hollow tube design makes it particularly easy to secure the at least one drive cable by drilling a hole in the tube wall and anchoring the at least one drive cable in the hole.

[0025] It is conceivable that the at least one drive cable is wound around the drive rod, at least partially. The length of the wound section(s) of the drive cable preferably corresponds to at least the distance between the first position and the second position. The drive cable is secured to the drive rod at its end. Furthermore, the drive cable is secured to the displacement plate and / or the suspension. During adjustment between the first and second positions, the drive cable is unwound at one end and wound up by the same length at the other. The rotation of the drive rod is therefore translated into a linear movement of the displacement plate.

[0026] Furthermore, it is conceivable that the at least one drive cable and the drive rod enclose an angle of less than 90°. This is achieved by fixing the drive cable at its end offset from the deflection pulley and / or the displacement shield and / or the suspension point on the drive rod. In the embodiment described above, the drive cable is wound onto or unwound at this angle on the drive rod, whereby the angle can increase or decrease during winding or unwinding, but preferably always remains less than 90°. The winding or unwinding is therefore more orderly, and tangling is significantly less likely, thus increasing reliability. The angle smaller than 89°, 88°, 87°, 86°, 85°, 84°, 83°, 82°, 81°, 80°, 79°, 78°, 77°, 76°, 75°, 74°, 73°, 72°, 71° or 70° is particularly preferred.

[0027] Furthermore, in one embodiment, it is conceivable that the at least one deflection pulley is mounted with at least one elastic element, in particular a tension spring. This causes the pressure on a stationary animal to be displaced to gradually increase because the elastic element deforms and thus builds up tension. This gently increasing pressure displaces the animal without risk of injury.

[0028] Furthermore, it is conceivable that the clearing blade is mounted to the displacement plate by means of at least one hinge. The hinge allows movement between the first and second positions. It is located on the side of the displacement plate that faces the second position. When the displacement plate is moved from the first to the second position, the clearing blade is lifted via the hinges by the manure or bedding lying on the floor of the stall and thus moved into the second position or towards the first position. When the displacement plate rotates in the second position and is moved back from the second position to the first position, the clearing blade comes into contact with the displacement plate, and the manure or bedding on the floor pushes the clearing blade into the second position.

[0029] It is assumed that the definitions and / or explanations of the aforementioned terms apply to all aspects described below, unless otherwise stated. In particular, features of a stable and / or a stable pen described in connection with the cleaning device according to the invention are conceivable embodiments of the stable and / or stable pens described below. Features of a cleaning device disclosed below in connection with a stable and / or stable pens are conceivable embodiments of the cleaning device according to the invention described above.

[0030] According to the invention, a stable comprising at least two stalls, each with a cleaning device described elsewhere, is further proposed, wherein the stalls are arranged side by side in an arrangement direction orthogonal to the cleaning direction. This arrangement prevents manure or soiled bedding, which is conveyed out of the stalls by the cleaning device, from being conveyed into the other stalls, but rather removed at a common end face in the cleaning direction. This prevents manure from being transferred from one stall to the next. This allows the advantages disclosed in connection with the cleaning device to be achieved.

[0031] It is conceivable that the barn includes a manure channel that runs along the end of the stalls in the direction of the layout. The manure or soiled bedding removed from the stall can be pushed into the manure channel, collected there, and preferably removed through it. The manure channel therefore runs, at least in sections, in the direction of the layout.

[0032] In one embodiment, a chain hoist circulating in the direction of installation is conceivable within the manure trough. This circumferential design makes it particularly easy to transport the manure or soiled bedding through the trough using the chain hoist. The manure trough can then be used not only for collection but also for the removal of the manure or soiled bedding.

[0033] In one embodiment, it is conceivable that the cleaning devices comprise a common drive rod. The drive rod drives all cleaning devices with the cable drives described elsewhere, each cleaning device comprising at least one drive cable and at least one deflection pulley.

[0034] It is conceivable that the drive cables of the individual cleaning devices can be decoupled from the drive rod. This design still allows for individual cleaning of each stall. If only one stall is to be cleaned, the drive cables of the other stalls are decoupled from the drive rod, and the cleaning devices of these stalls are therefore no longer driven by the drive rod.

[0035] Furthermore, it is conceivable that a liquid supply is arranged on the clearing blade and / or the displacement blade. This liquid supply enables wet cleaning, which significantly increases the cleaning effect of the cleaning device. In one embodiment, the liquid supply comprises at least one nozzle located on the lower edge of the displacement blade and / or on the clearing blade. The nozzle allows the liquid to be directed onto the floor in a high-velocity jet, thus mechanically removing bedding and / or feces stuck to the floor. Alternatively or additionally, the nozzle can be used to distribute the liquid over a larger area to clean the most extensive cleaning zone possible. The nozzle is preferably supplied via a pipe and / or a hose.

[0036] Further details, features, and advantages of the invention will become apparent from the following description of the preferred embodiment in conjunction with the dependent claims. The respective features can be implemented individually or in combination. The invention is not limited to this embodiment. The embodiment is shown schematically in the figures. Identical reference numerals in the individual figures denote identical or functionally equivalent elements, or elements that correspond to one another with respect to their function.

[0037] Specifically, we show: Fig. 1: a top view of a stable comprising four stable bays and comprising a cleaning device from the prior art; Fig. 2: a top view of a stable comprising four stable bays, each comprising an embodiment of a cleaning device according to the invention; Fig. 3: a top view of one of the in Fig. 2 stall bays shown with the cleaning device according to the invention; and Fig. 4a to Fig. 4e: a side view of one of the in Fig. 2 stable bays shown, comprising the cleaning device according to the invention.

[0038] Fig. Figure 1 shows a top view of a stable 01 comprising four stalls 02 and a prior art cleaning device. The stall 02 is divided into a manure area 21 to be cleaned and an activity / resting area 22. The manure area 21 can be separated from the resting area 22 by a displacement plate 03. The displacement plate 03 is pivotally mounted on one side of the stall 02, so that in a first position it forms a boundary to an adjacent manure area 21 of a neighboring stall 02, and in the closed position separates the manure area 21 from the resting area 22. When all displacement plates 03 are in the second position, a scraper plate 04 can be pulled through all manure areas 21 and thus transport the manure or soiled bedding laterally in a cleaning direction R. Therefore, only simultaneous cleaning of all stable bays 02 by the snowplow 04 is possible, whereby the manure orthe soiled bedding is pushed from one stall 02 to the next, which promotes the spread of diseases.

[0039] Fig. Figure 2 shows a top view of a stable 01 comprising four stalls 02, each comprising an embodiment of a cleaning device according to the invention. A displacement shield 03 is arranged in each stall 02, which can be adjusted between a first and a second position by means of a cable drive. It is clearly visible that the cleaning in a cleaning direction R is carried out such that manure or soiled bedding is not conveyed into adjacent stalls 02, but is conveyed out of the stall 02 at one end. This is achieved by arranging the stalls 02 side by side in an arrangement direction A that is orthogonal to the cleaning direction R.

[0040] Fig. Figure 3 shows a top view of one of the in Fig. Figure 2 shows stalls 02 with the cleaning device according to the invention. It is clearly visible that the displacement shield 03 is driven by means of a cable drive 05. The cable drive 05 comprises a drive rod 51 that can be rotated in both directions and which can also be designed as a hollow tube. Two deflection pulleys 52 are arranged in the stall 02, opposite the drive rod 51. A drive cable 53 is stretched from the drive rod 51 to the deflection pulleys 52 and back to the drive rod 51. The drive cables 53 are wound around the drive rod 51 at their ends and fixed to it. The drive cables 53 are also each connected to and fixed to suspensions 07 suspended on rails 06. When the drive rod 51 is rotated in one direction, the drive cable 53 unwinds on one side and simultaneously winds up on the other.This causes the suspensions 07, which are connected to the drive cables 53, to move along the rails 06. This movement is transmitted to the displacement shield 03, which is connected to the suspensions 07. It is also clearly visible that the drive cables 53 and the drive rod 51 form an angle α of less than 90°. This is achieved by offsetting the ends of the drive cables 51 relative to the deflection pulleys 52 and the suspensions 07 on the drive rod 51. The offset is large enough that the angle α remains less than 90° at the corresponding end even when the cable is fully wound or unwound. This results in smoother and more efficient winding. Furthermore, the deflection pulleys 52 are suspended from elastic elements designed as tension springs 54. This ensures that if the displacement shield 03 is blocked, for example by an animal, the tension spring 54 gradually increases the pressure.

[0041] Fig. 4a to Fig. 4e show a side view of one of the in Fig. 2 shown stall bay 02, comprising the cleaning device according to the invention. The sequence of figures Fig. 4a to Fig. Figure 4e shows the cleaning process using the cleaning device according to the invention.

[0042] In Fig. Figure 4a clearly shows that the suspensions 07 comprise a first leg 71, which is guided on two rollers on the rails 06 suspended above the displacement shield 03. This makes it possible to exert pressure on animals in the pen 02 without the displacement shield 03 tipping over. The displacement shield 03 is arranged on a second leg 72 that is orthogonal to the first leg 71.

[0043] In Fig. 4a The displacement shield 03 is in its first position. This means that the displacement shield 03 is located at a manure channel 08, which is arranged at the front of the stall 02. The animals have the largest possible area available.

[0044] In Fig. 4b The displacement plate 03 is moved in the cleaning direction R from the first position towards the second position. This reduces the area of ​​the pen 02 available to the animals. It can be seen that a clearing plate 04, which is attached to the underside of the displacement plate 03 by means of a hinge, is in a first position and therefore slides over manure or soiled bedding lying on the floor of the pen 02.

[0045] In Fig. In figure 4c, the displacement shield 03 is in its second position. The displacement shield 03, together with the clearing shield 04, has slid over the manure area 21 of the stall 02. Under the influence of gravity, the clearing shield 04 has been moved into its second position and hovers there a short distance above the floor of the stall 02. Alternatively, and not shown, the clearing shield 04 could rest on the floor. This would allow for the mechanical removal of bedding and / or manure stuck to the floor.

[0046] Fig. Figure 4d shows the adjustment of the displacement shield 03 from the second position back to the first position in the cleaning direction R. It can be seen that the clearing shield 04 pushes the manure or the soiled bedding from the stall 02 towards the manure channel 08 and thus cleans the stall 02.

[0047] In Fig.At step 4e, the displacement shield 03 has returned to its first position. The manure or soiled bedding has been moved from stall 02 into manure channel 08. Stall 02 is now clean, and the animals once again have access to the entire area of ​​stall 02.

Claims

[1] Cleaning device for a stable stall (02) comprising a displacement shield (03) and a clearing shield (04), wherein the displacement shield (03) is adjustable in a horizontal cleaning direction (R) between a first position and a second position and is designed to displace at least one animal, and the clearing blade (04) is designed for clearing excrement, characterized by , that the clearing blade (04) is arranged on the displacement blade (03) and adjustable in a vertical direction between a first position and a second position, wherein the clearing blade (04) extends beyond a lower edge of the displacement blade (03) in the second position. [2] Cleaning device according to claim 1, characterized bythat the cleaning device comprises at least one rail (06), wherein the displacement shield (03) is mounted on and / or at the at least one rail (06). [3] Cleaning device according to claim 2, characterized by , that the at least one rail (06) is arranged above the displacement shield (03) and / or that the displacement shield (03) is mounted on the at least one rail (06) by means of at least one suspension (07), wherein the at least one suspension (07) comprises a first leg (71) for mounting on the at least one rail (06) and a second leg (72) for supporting the displacement shield (03). [4] Cleaning device according to one of the preceding claims, characterized by that the cleaning device includes a rack and pinion drive. [5] Cleaning device according to any one of claims 1 to 3, characterized by, that the cleaning device includes a cable drive (05). [6] Cleaning device according to claim 5, characterized by , that the cable drive (05) comprises a rotatably mounted drive rod (51) that can be driven in both directions of rotation and at least one deflection pulley (52), wherein at least one drive rope (53) is arranged from the drive rod (51) to the at least one deflection pulley (52) and from the at least one deflection pulley (52) back to the drive rod (51). [7] Cleaning device according to claim 6, characterized by , that the at least one deflection roller (52) is mounted with at least one elastic element, in particular a tension spring (54). [8] Cleaning device according to claim 6 or 7, characterized by , that the at least one drive rope (53) is wound at least partially around the drive rod (51). [9] Cleaning device according to any one of claims 6 to 8, characterized by , that the at least one drive rope and the drive rod enclose an angle (α) less than 90°. [10] Cleaning device according to any one of the preceding claims, characterized by , that the clearing blade (04) is mounted on the displacement blade (03) by means of at least one hinge. [11] Cleaning device according to one of the preceding claims, characterized by , that a liquid supply is arranged at the clearing shield (04) and / or the displacement shield (03). [12] Stall (01) comprising at least two stall bays (02) each with a cleaning device according to one of claims 1 to 11, wherein the stall bays (02) are arranged next to each other in an arrangement direction (A) orthogonal to the cleaning direction (R). [13] Stall (01) according to claim 12, characterized by , that the stable (01) includes a manure channel (08) which runs in the direction of arrangement (A) at its end outside the stable bays (02). [14] Stall (01) according to claim 13, characterized by , that a chain pulley circulating in the direction of arrangement (A) is arranged in the trough (08). [15] Stall (01) according to one of claims 12 to 14, characterized by that the cleaning devices include a common drive rod (51). [16] Stall (01) according to claim 15, characterized by , that the drive ropes can be decoupled from the drive rod (51).

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