Abstract: A portable roller compactor for compacting waste located in a container, which is open on the top, has a frame-like basic structure and an articulated arm, one end of which is supported by the basic structure, and the other, free end of which supports a roller compactor that essentially can be rotated about a horizontal axis of rotation. The articulated arm of the roller compactor is pivotably attached to a sliding carriage, which is mounted on the frame-like base structure and can be moved in a longitudinal direction.

Abstract: A system for servicing a pulverizer includes a pulverizer having a housing, a journal assembly pivotally connected to the housing, a grinding mechanism operatively connected to the journal assembly, and an opening within the housing adjacent to the journal assembly and providing an access point to an interior of the housing, and a hoist apparatus mounted to the housing. The hoist apparatus includes a frame assembly received about the opening in the housing, a sheave assembly including a plurality of sheaves supported by the frame assembly, a motor operatively connected to one of the plurality of sheaves, and a cable received by the sheave assembly. The motor is operable to at least one of retract the cable through the sheave assembly to rotate a component out of the pulverizer through the opening and controllably let out the cable to rotate the component into the pulverizer through the opening.

Abstract: The invention may be described as a shear tool or concrete pulverizer retrofit method, a hybrid demolition machine, such as one resulting from such a method, and a demolition method that may be carried out using such a demolition machine.

Abstract: A bucket (100) for screening and crushing inert material comprises an outer casing (1), a screening device (2) for screening the material which has to be crushed, a crushing unit (3) located in said casing (1) to crush the material and a detecting device (44) for detecting the angle of orientation (w) of the bucket (100) with respect to a reference surface (S), in which the screening device (2) and the crushing unit (3) are selectively operated, individually or in combination, according to the angle of orientation (w) of the bucket (100).

Abstract: A litter management device, such as a device configured to disintegrate and/or de-cake caked litter from poultry is described. In some embodiments, the litter management device includes a litter de-caking mechanism contained within a housing, which is supported by a movable frame. The litter de-caking mechanism includes one or more hammers flexibly attached, such as via chains, to a rotation bar, enabling the hammers to rotate in a circular motion around the rotation bar and within the housing. The rotation of the hammers causes the hammers to strike, often at high speeds, caked litter within a target area, which disintegrates the caked litter, allowing for the removal of the caked litter from an area generally used by poultry, among other benefits.

Abstract: The invention may be described as a shear tool or concrete pulverizer retrofit method, a hybrid demolition machine, such as one resulting from such a method, and a demolition method that may be carried out using such a demolition machine.

Abstract: A motor driven crusher for agitating and crushing material is provided. The crusher includes a frame removably coupled to a mechanical bucket and a plurality of shafts rotatably coupled within the frame and operationally coupled to the motor. The crusher further includes a plurality of crushing agitators coupled to each shaft of the plurality of shafts; and a plurality of screening spaces each having a predetermined spacing, wherein material placed on a top side of the crusher is agitated and crushed by the plurality of crushing agitators while the plurality of shafts rotate, screening small material through the plurality of screening spaces while crushing the larger material on the top side of the crusher to fit within the plurality of screening spaces.

Abstract: The invention relate to an attachment with interchangeable jaws, in which jaws can be interchanged according to the work purpose in the use of the attachment attached to construction equipment such as an excavator and configured to crush or shear concrete or reinforcing bars. The attachment comprises a main body unit connected to heavy construction equipment, and a jaw unit connected to the main body unit. The main body unit comprises a pair of lock pins, and at least one operating cylinder. The lock pins and the least one operating cylinder are mounted on a main body unit frame. The main body unit frame comprises an equipment connecting section, a first support, a second support, and a hook pin-receiving portion. The jaw unit comprises a pair of jaws, a jaw pin, and a hook pin. The jaw unit frame comprises a third support.

Abstract: The present disclosure provides a device and method that enable the efficient reduction of stumps. In one embodiment the stump removal methods and devices according to the present disclosure allow the operator to have a clear view of the work area during operation, and the ability to move the reduction device through a wide range of motion during operation. In one embodiment, the material reduction tool pivots relative to the chassis in the vertical plane about multiple pivot points. In some embodiments the device includes a retractable auxiliary control panel located at the end of the device opposite the material reduction tool. The control panel enables the operator to direct the movement of the device from the end of the device and thereby enable the device to maneuver through narrow spaces.

Abstract: A crushing device comprises a crushing mechanism for crushing an object, the crushing mechanism performing the crushing operation by a stationary blade and a crushing rotor which is rotationally driven by a crushing motor; a conveying mechanism for pressing and conveying the object to the crushing mechanism by a conveying roller rotationally driven by a conveying motor; a pressing mechanism for pressing the conveying mechanism to the object by an arm cylinder; and a hopper for receiving the object. The drive force of the arm cylinder is controlled according to the drive load of the conveying motor, and the rotational speed of the conveying motor is controlled according to the drive load of the crushing motor.

Abstract: A silage pile defacer includes a frame having a rear end and a front end. A transverse beam carrying a plurality of downwardly projecting tines is coupled to the front end of the frame. A quick connect coupler is mounted to the rear end of the frame for mounting the defacer to a quick hitch coupler on the lift arm mechanism of a tractor. The tines are oriented at an angle relative to the frame, allowing the tines to be generally vertically oriented relative to the ground when the defacer is elevated above a silage pile. The tines of the defacer are configured to contact the silage pile and to skive off a face layer of the silage pile when the defacer is lowered to the ground by the tractor lift arm mechanism.

Abstract: A device and method for cutting and mulching material such as trees, bushes, roots, stumps, vegetation, and other debris. The device includes a frame adapted to be combined with a prime mover vehicle. The frame supports a rotating cutting element having a plurality of rotating cutters. The cutting element is actuated by a motor to spin at a speed and with a force suitable for cutting trees and other material. The frame further includes a supporting surface that helps to support the material and guide it toward the cutting element as the device is moved downward to cut and mulch the material.

Abstract: A blade set associated with jaws for demolition equipment used to break raiload rails includes a bottom blade associated with a bottom jaw and a top blade associated with a top jaw, wherein the bottom jaw and the top jaw are rotatable relative to one another. The bottom blade includes two spaced-apart support rails separated by a cavity, while the top blade includes a single raised knife rail positioned and central to the cavity and rotatable toward the cavity. The raised support rails associated with the bottom blade and the raised knife rail associated with the top blade have spaced recesses across their width which enhance the ability of the jaw sets to grab and retain work pieces. Additionally, the top blade has an outwardly tapering shape, such that upon completing a cutting operation a remaining portion of the severed railroad rail may be held and clamped by the jaw set for transportation or further processing.

Abstract: A bucket (B) that is applicable interchangeably to operating machines provided with hydraulic or electric power, equipped with one or more rotors (R) actuated by one or more hydraulic or electric (M) engines or gear motors fed by the hydraulic or electric circuit resting inside operating machines or outside the bucket.

Abstract: A silage pile defacer includes a frame having a rear end and a front end. A transverse beam carrying a plurality of downwardly projecting tines is coupled to the front end of the frame. A quick connect coupler is mounted to the rear end of the frame for mounting the defacer to a quick hitch coupler on the lift arm mechanism of a tractor. The tines are oriented at an angle relative to the frame, allowing the tines to be generally vertically oriented relative to the ground when the defacer is elevated above a silage pile. The tines of the defacer are configured to contact the silage pile and to skive off a face layer of the silage pile when the defacer is lowered to the ground by the tractor lift arm mechanism.

Abstract: The invention relates to a crushing bucket, which has been designed as an excavator or loader bucket. It comprises a bottom plate (1), side walls (2), and working drums (6) at a rear part of the bucket, which are rotatable about a shaft (6) thereof and crush, while rotating, a bucket-held material and at the same time deliver crushed material out of the bucket between or through the working drums (6). It also comprises enclosures (4) for the power transmission and bearing assemblies of the working drums (3), said enclosures being delimited by frame panels (4b) to which the working drums' (6) bearing cups are attachable. The working drum (6) is provided with at least one crushing tool (7), which is a continuous component extending substantially all the way along the length of a shaft (6a).

Abstract: A silage pile defacer includes a frame having a rear end and a front end. A transverse beam carrying a plurality of downwardly projecting tines is coupled to the front end of the frame. A quick connect coupler is mounted to the rear end of the frame for mounting the defacer to a quick hitch coupler on the lift arm mechanism of a tractor. The tines are oriented at an angle relative to the frame, allowing the tines to be generally vertically oriented relative to the ground when the defacer is elevated above a silage pile. The tines of the defacer are configured to contact the silage pile and to skive off a face layer of the silage pile when the defacer is lowered to the ground by the tractor lift arm mechanism.

Abstract: A modular system for connecting attachments to the extension arm of a construction machine, wherein each module has a standardized coupling arrangement. As a result, each module is compatible with another module to provide great versatility in configuring the machine. Additionally, the system includes a variety of different modules and a mechanism for remotely activating the coupling between modules.

Abstract: An adjustable screen apparatus for a material destruction device includes a first stationary fixed member and a second member positioned in an operatively juxtaposed and nesting relationship for reciprocal movement relative to the first member, each having a predetermined plurality of openings which are disposed in a predetermined pattern. A guide system is provided for guiding the reciprocal movement of the second member relative to the first member. A power operated drive is coupled to a source of power and to the second member for reciprocally moving the second member between a first position wherein each opening in the second member substantially overlaps a respective opening in the first member for producing large size particles and a second position wherein each opening in the second member partially overlaps each of a pair of adjacently disposed openings in the first member for producing small size particles.

Abstract: A screening, crushing or mixing bucket which is designed as the bucket of an excavating machine or a bucket loader, comprising a bottom plate (1), side walls (2), and working drums (3), which are rotatable about their axes at a rear part of the bucket and which, while in rotation, effect screening, crushing or mixing of a material present in the bucket and at the same time delivering of a screened, crushed or mixed material out of the bucket between or through the working drums (3). The bucket also includes enclosures (4) for a transmission and bearing assemblies of the working drums (3), said enclosures being defined by frame panels (5) capable of being fitted with bearing cups (6) for the drums (3). Tool flanges (11) are provided with a butt collar or butt expansion (12a), extending around the drum shaft (9, 10) and dimensioned in the drum shaft direction in such a way that, with the tool flanges (11) at a desired distance from each other, between the butt collars (12a) remains a gap (s) for a welded joint.

Abstract: A tree processing vehicle comprising a prime mover and a pair of tracks for propelling the tree processing vehicle, the prime mover being in a driving relationship with the tracks. The tree processing vehicle also comprises an operator cabin comprising a front side, a rear side, and a pair of lateral sides between the front side and the rear side. A first one of the lateral sides defines an access opening allowing an operator to enter or exit the operator cabin. The operator cabin also comprises a door for closing the access opening and a set of controls for allowing the operator to control the tree processing vehicle. The tree processing vehicle also comprises a pair of arms pivotally movable across a range of angular positions.

Abstract: In a device for adjusting the crop material passage at the post-accelerator in an agricultural harvesting machine, in particular in a self-propelled forage harvester that includes at least one front attachment for picking up the crop material, and that is assigned to at least one processing device, the crop material handed off by the processing device passes through at least one post-accelerator, which is at least partially enclosed by a machine housing and is movable relative to the machine housing via a displacing mechanism, while the post-accelerator is fixed on the machine housing is position such that it is decoupled from the displacing mechanism.

Abstract: A silage pile defacer includes a frame having a rear end and a front end. A transverse beam carrying a plurality of downwardly projecting tines is coupled to the front end of the frame. A quick connect coupler is mounted to the rear end of the frame for mounting the defacer to a quick hitch coupler on the lift arm mechanism of a tractor. The tines are oriented at an acute angle relative to the frame, allowing the tines to be generally perpendicular to the ground when the defacer is elevated above a silage pile. The tines of the defacer skive off a face layer of the silage pile when the defacer is lowered to the ground by the tractor lift arm mechanism.

Abstract: An extendible tool includes a telescopic cylinder support having a first end and a second end. A telescopic cylinder is mounted on the telescopic cylinder support. The telescopic cylinder has a first position toward the first end of the telescopic cylinder support, and a second position toward the second end of the telescopic cylinder support. The telescopic cylinder is movable between the first position and the second position. A tool is mounted on the telescopic cylinder, such that when the telescopic cylinder is extended in the first position, the tool travels between a first point and a second point, and such that when the telescopic cylinder is extended in the second position the tool travels between the second point and a third point.

Abstract: An agricultural bale cutter has a scoop shaped lower jaw frame supporting a first set of teeth at a lower end and is pivotally mounted to an upper jaw frame. A second set of teeth mounted on the upper jaw frame may therefore be moved between distal and proximal positions relative to the first set of horizontal teeth for cutting a bale that is held between the upper and lower jaw frames. The frames are manipulated by hydraulic linear actuators so that both the lower and upper frames may be lifted by a front end loader mounted on a tractor and the upper jaw may be moved relative to the lower jaw for picking up a bale, cutting the bale and dropping a first cut portion of the bale at a first location and a second portion at a different location.

Abstract: A crusher bucket includes a bucket body (70) and a crushing lid (76) provided on the bucket body. The crushing lid is capable of being opened and closed relative to the bucket body. A material feed rate adjusting mechanism is provided on the bucket body (70) and/or the crushing lid (76) to allow raw material scooped up into the bucket body (70) to be fed into a crushing chamber (70a) in a predetermined amount at a time. Hammers (74) are disposed on the outer periphery of a rotor driven rotationally by a power drive device to strike and break the raw material fed into the crushing chamber (70a). A repulsion plate (77) is provided on the crushing lid (76) to collide with the raw material struck by the hammers (74). The material feed rate adjusting mechanism is preferably a weir (72) provided on the bottom wall of the bucket body (70).

Abstract: An automatically swiveling crushing apparatus has a swiveling motor in a bracket, and branches diverged from charging and discharging paths that constitute the hydraulic piping leading to a cylinder for closing or opening distal crushing arms. One of the branches extends from one of the paths then operating to open the end arms, so that a portion of the hydraulic fluid is fed to the hydraulic motor if and when internal pressure in this branch has exceeded an upper limit. The other branch extends from the other path leading to the cylinder so as to close the end arms, and this branch prevents any amount of hydraulic fluid from flowing back to the motor. The branches render dispensable a discrete or independent hydraulic piping in a self-propelled platform having a proximal working arm to be connected to the apparatus, saving cost and labor in connecting this arm to the apparatus.

Abstract: The invention relates to a device for compacting waste which is disposed in containers that are open at the top thereof. The inventive includes a compactor roller which is pivot-mounted to one end of a handling arm, the other end of the arm being mounted to a support frame in a collapsible manner. The device is characterized in that at least one of the transverse ends of the support frame has an anchoring device which can co-operate with a lift and load hook of a container transport vehicle.

Abstract: A mobile jaw crusher assembly for crushing objects is provided. The assembly includes a frame and a first crushing member that is configured to be moved and at least partially rotated by a vehicle. The first crushing member is configured to be attached to the vehicle. A second crushing member is also present and faces the first crushing member. The first and second crushing members define a crushing chamber that is used for crushing objects. The second crushing member is configured to be moved and at least partially rotated by the vehicle.

Abstract: A mobile impact crusher assembly for crushing objects is provided. The mobile impact crusher assembly includes a frame that is configured for attachment to a vehicle. The vehicle is capable of moving the mobile impact crusher assembly and at least partially rotating the mobile impact crusher assembly. The frame is configured to hold objects that are to be crushed. The frame is also configured to allow for crushed to be removed. A rotor is rotationally mounted on the frame. The rotor is configured to rotate and crush objects that are held by the frame.

Abstract: The invention is directed to an ensilage processing attachment for uniformly loosening and removing an uncompacted and free flowing ensilage product from a vertical face of a compacted ensilage mass, with minimal ensilage size reduction, when the attachment is mounted to a powered vehicle equipped with a power source for powering the attachment. The attachment includes a rotatable drum that is carried by a frame and equipped with a plurality of curved tooth members tangentially projecting outwardly in a substantially curved relationship to a rotational periphery generated by rotationally propelling the drum and curved tooth members circumferentially positioned about the drum so as to transversely remove the uncompacted ensilage product from the ensilage mass face. A powering means for rotationally propelling the drum along the face so as to uniformly loosen and remove the uncompacted ensilage therefrom is also present.

Abstract: A brush cutting head having a cylindrical, tubular, support base. A plurality of cutting tooth mounting blocks are fixedly mounted on the cylindrical outer surface of the base, the blocks extending transverse to the longitudinal axis of the base, each block having a front face and sides. A cutting tooth is provided for each mounting block, each cutting tooth made from a plate having a uniform thickness with an inner surface and an outer surface. Each tooth has a straight, relatively long, base section and a straight, relatively short, cutting section bent from one end of the base section toward the inner surface to form an obtuse angle between the inner surface of the base section and the inner surface of the cutting section. Each tooth is mounted on the block with the base section of the tooth adjacent the front face of the block and the base section extending outwardly from the base, and with the cutting section above the block and extending forwardly from the base section of the tooth.

Abstract: A mobile trash pulverizer for shredding, redistributing and compacting trash in an open top container, includes a self-propelled vehicle for travel on a public street or highway between a plurality of remote sites having open top containers containing trash to be pulverized. A pivot arm system carried by the vehicle supports and moves a reversibly rotatable, generally cylindrical, heavy pulverizing roller between a transport orientation, wherein the roller is on the vehicle with the weight of the roller being substantially borne by the vehicle, and a use orientation, wherein the roller is in a container with the weight of the roller being substantially borne by the container. Rotation of the roller causes it to move along the interior length of the container and thereby shred, redistribute and compact trash therein.

Abstract: A mobile impact crusher assembly for crushing objects is provided. The mobile impact crusher assembly includes a frame that is configured for attachment to a vehicle. The vehicle is capable of moving the mobile impact crusher assembly and at least partially rotating the mobile impact crusher assembly. The frame is configured to hold objects that are to be crushed. The frame is also configured to allow for crushed objects to be removed. A rotor is rotationally mounted on the frame. The rotor is configured to rotate and crush objects that are held by the frame. A guard may be provided and may be configured to block an inlet opening of the frame and prevent objects from exiting the frame through the inlet opening. Additionally or alternatively to the guard, a dust suppression system may be provided in order to reduce the amount of dust brought about by the crushing operation.

Abstract: A mobile impact crusher assembly for crushing objects is provided. The mobile impact crusher assembly includes a frame that is configured for attachment to a vehicle. The vehicle is capable of moving the mobile impact crusher assembly and at least partially rotating the mobile impact crusher assembly. The frame is configured to hold objects that are to be crushed. The frame is also configured to allow for crushed to be removed. A rotor is rotationally mounted on the frame. The rotor is configured to rotate and crush objects that are held by the frame.

Abstract: A mobile trash pulverizer for shredding, redistributing and compacting trash in an open top container, includes a self-propelled vehicle for travel on a public street or highway between a plurality of remote sites having open top containers containing trash to be pulverized. A pivot arm system carried by the vehicle supports and moves a reversibly rotatable, generally cylindrical, heavy pulverizing roller between a transport orientation, wherein the roller is on the vehicle with the weight of the roller being substantially borne by the vehicle, and a use orientation, wherein the roller is in a container with the weight of the roller being substantially borne by the container. Rotation of the roller causes it to move along the interior length of the container and thereby shred, redistribute and compact trash therein.

Abstract: A screen assembly 22 includes a conveyor 26 pivotably mounted beneath a screen 24 for segregation of fractions of material, for example from a mobile crusher 10. Hydraulic cylinders (not shown) are used to selectively move telescopic arms 48 (only one of which is shown in the Figures), to raise or lower the conveyor 26 between operative position and inoperative positions. In the operative position the conveyor 26 is substantially parallel to the screen 24 for receiving material which has passed through the screen mesh, in use. In the inoperative position the conveyor 26 is angularly displaced relative to the screen 24 about the pivot, to provide access to the underside of the screen 24, e.g. for maintenance purposes. Removable pins 50 are provided for releasably securing the attitude of the conveyor 26 relative to the screen 24 in the operative position.

Abstract: A silage cutter and loader assembly including a beater assembly for removing silage from a bunker and transferring the silage via a cross auger to a conveyor for transport to an independent container. The assembly further includes independently arranged wheels, at least two of the wheels being rotatable about a respective vertical axis.

Abstract: A land clearing tractor and process are provided for selectively clearing a land of brush and trees. The tractor has a traction unit for moving the tractor along a direction of travel. A supporting frame is connected to the traction unit. The frame has first and second sides, and a raised section between the first and second sides. A first shredder head is operatively connected to the first side of the frame and oriented parallel to the direction of travel. The first shredder head is movable between elevated and lowered positions for clearing brush and trees in a first band. A second shredder head is operatively connected to the second side of the frame. The second shredder head is parallel to the first shredder head and is spaced apart therefrom. The second shredder head is movable between elevated and lowered positions for clearing brush and trees in a second band spaced apart from the first band. Thereby, the tractor leaves between the first and second bands a residual band of brush and trees.

Abstract: A crushing device in a crusher includes a bucket-shaped body frame; plural ring members provided in the body frame in such a manner as to form steps at predetermined spaced intervals while diminishing their sizes gradually from the upper position toward the lower position, thereby to form a sieve with gaps as a whole; a teeth plate provided at the bottom portion of the sieve and having recessed teeth and protrusive teeth alternately formed on the inner surface thereof; a crushing shaft provided at a central portion of the body frame; and an inclined screw belt member mounted on the crushing shaft, for crushing pieces of concrete on the teeth plate in combination with the teeth plate.

Abstract: An improved stump grinding machine includes a frame structure having an engine mounted thereon. A boom has a proximal end and distal end and is pivotally mounted to the frame structure at its proximal end. A grinding wheel is rotatably mounted to the distal end of the boom. A power train arrangement transmits power from the engine to the grinding wheel. The power train arrangement includes an idler shaft rotatably mounted on the frame structure. The boom is pivotally mounted to the frame structure independently of the idler shaft.

Abstract: Apparatus for screening and/or crushing screen materials, includes a bucket articulated to an excavating machine and swingable about a horizontal rotation axis. The bucket has a back wall formed as a screening bottom and supporting screening shafts provided with screening elements, whereby the screening shafts extend transversely to the rotation axis.

Abstract: A reversible, indexable blade insert is removably secured to an anvil of a shear blade by one or more bolts through central bores in the blade insert. Each central bore includes recesses at each end. A support member is provided within the recess of the blade insert central bore on the inner side of the blade insert adjacent the anvil. The support member eliminates the unsupported section of the bolt in the recess, provides a positive blade insert location, and increases the blade insert to anvil surface area friction.