A scraper assembly for clearing manure deposits from a manure collection board associated with an animal cage arrangement includes a first scraper blade extending in a generally diagonal direction with respect to a length of the collection board, but only partially across a width of the collection board, in an area of maximum manure deposits. The scraper assembly further includes a second scraper blade extending in a substantially opposite generally diagonal direction with respect to the diagonal extension of the first scraper blade. The second scraper blade, however, extends substantially across the entire width of the collection board. The first and second scraper blades are supported by a support frame capable of maintaining the generally diagonal opposite orientations of the two blades, and the support frame is driven by a driver which initially advances the scraper blades in a forward direction along the length of the collection board at which time the first scraper blade clears the area of maximum deposit on the board. The driver subsequently moves the support frame and the scraper blades in a reverse direction during which time the second scraper blade clears any remaining manure deposits from the entire width of the collection board.
The apparatus is a snow and ice remover for the roofs of trucks and trailers. A bridge like structure of two vertical beams and an upper cross piece supports a vertically adjustable snow plow assembly which rolls on wheels riding on the vertical beams. A wedge shaped plow forms the lower edge of the snow plow assembly so that when a snow or ice covered truck or trailer moves under the properly positioned plow, the snow or ice is pushed off the top of the vehicle. The snow plow has a minimum height below which it can not be lowered, and the adjustment of the snow plow is powered by a winch on the cross beam which reels in or releases a chain from which the snow plow is hung.
A scraper for removing debris from the floor of an animal stall includes a central frame member oriented generally parallel to the direction of movement of the scraper assembly and a cross frame member integral with the central frame member, the cross frame member having opposed first and second ends. First and second beams are pivotally supported on the first and second frame member ends and are generally parallel to the cross frame member. First and second scraper blades are pivotally supported, respectively, by the first and second beams, the blades being pivotal from a vertical orientation adapted for scraping a floor surface during advancement of the blade assembly in a first direction and pivotal to elevated, non-scraping orientation for retraction of the assembly in a direction opposite from the scraping direction. Preferably, a pair of end scrapers are supported by the outer ends of each of the two beams and hingedly connected thereto by a vertical hinge. These extension blade end scraper members are, thus, pivotal from an orientation generally parallel to the beams for scraping of a floor surface and pivotal to a second orientation generally perpendicular to the beams for retraction of the scraper device in a non-scraping direction.
A scraper assembly and method for clearing manure deposits from a manure collection board associated with an animal cage arrangement is provided. The scraper assembly includes a first scraper blade extending in a generally diagonal direction with respect to a length of the collection board, but only partially across a width of the collection board, in an area of maximum manure deposits. The scraper assembly further includes a second scraper blade extending in a substantially opposite generally diagonal direction with respect to the diagonal extension of the first scraper blade. The second scraper blade, however, extends substantially across the entire width of the collection board. The first and second scraper blades are supported by a support frame capable of maintaining the generally diagonal opposite orientations of the two blades, and the support frame is driven by a driver which initially advances the scraper blades in a forward direction along the length of the collection board at which time the first scraper blade clears the area of maximum deposit on the board. The driver subsequently moves the support frame and the scraper blades in a reverse direction during which time the second scraper blade clears any remaining manure deposits from the entire width of the collection board. A set time interval during which the scraper assembly travels in the forward direction is greater than another set time interval during which the scraper assembly travels in the reverse direction, thereby allowing the scraper assembly to advance along its path of travel.
The invention relates to a method for the disposal of excrements of animals kept in a stable, wherein solid manure is separated from liquid manure in the stable and separately removed from the stable and separately stored and/or subjected to further processing. The new system is characterized in that the removal of solid and liquid manure and storing/further processing thereof is effected before the onset of decomposition and in that further processing of the solid manure comprises at least the following steps: surface expansion of the fresh manure and drying of the manure with a humidity content preventing decomposition. The invention also relates to a device for implementing the method.
A scraper for removing debris from the floor of an animal stall is provided with a first motorized drum, a second motorized drum, a cable extending between the first and second drums, a scraper and a switch tripper carried by the cable. The switch tripper actuates a switch in communication with the first motorized drum to stop and reverse direction of the scraper and cable.