Abstract: Disclosed is a furniture leg cover with an inner sleeve and an outer sleeve. The inner sleeve is cuboidal in shape and features a flexible polygonal opening on its superior surface through which to receive furniture legs of varying sizes. The outer sleeve may likewise be cuboidal in shape and encompasses the inner sleeve on its anterior and lateral surfaces. The bottom surface of the outer sleeve features an arch such that only the outer edges of the bottom surface make contact with the flooring. The furniture leg provides protection to flooring and furniture legs while providing decorative aesthetics.

Abstract: A small mill is essentially composed of a feed chute (1) discharging onto a rotor (2) equipped with milling and/or cutting hammers (3) interworking with a milling housing (4) that is equipped with screening walls (5), a crusher element (6) that can be provided upstream from the rotor (2), above the feed chute (1) and at a distance from the latter. The mill is characterized in that the axis of the rotor (2) is inclined relative to the axis of the feed chute (1) by forming an acute angle with the latter. This mill can be applied more particularly in the field of processing materials of any origin, especially by shredding with crushers, hammer mills, or the like.

Abstract: A pre-grinder or pre-shredder apparatus, essentially made up of at least one drive unit (1) including a hydraulically or electrically driven motor (2), a reduction gear (3) and at least one shredding element (4) connected thereto and mounted on a frame (5), a wall, a feeder chute or any other mounting. The reduction gear (3) of the drive unit (1) of the pre-grinder or pre-shredder forms an element for attaching and supporting at least one shredder element (4) and is made up of a stationary portion (3?), attached directly to the frame (5) of the pre-grinder or pre-shredder or on a mounting or a wall of the latter, and by a mobile portion (3?), the shredder element (4) being inserted on the mobile portion of the reduction gear. The apparatus is useful in treating materials from any source, in particular by shredding using grinders, hammer mills or similar devices.

Abstract: A pre-grinder or pre-shredder apparatus, essentially made up of at least one drive unit (1) including a hydraulically or electrically driven motor (2), a reduction gear (3) and at least one shredding element (4) connected thereto and mounted on a frame (5), a wall, a feeder chute or any other mounting. The reduction gear (3) of the drive unit (1) of the pre-grinder or pre-shredder forms an element for attaching and supporting at least one shredder element (4) and is made up of a stationary portion (3?), attached directly to the frame (5) of the pre-grinder or pre-shredder or on a mounting or a wall of the latter, and by a mobile portion (3?), the shredder element (4) being inserted on the mobile portion of the reduction gear. The apparatus is useful in treating materials from any source, in particular by shredding using grinders, hammer mills or similar devices.

Abstract: A small mill is essentially composed of a feed chute (1) discharging onto a rotor (2) equipped with milling and/or cutting hammers (3) interworking with a milling housing (4) that is equipped with screening walls (5), a crusher element (6) that can be provided upstream from the rotor (2), above the feed chute (1) and at a distance from the latter. The mill is characterized in that the axis of the rotor (2) is inclined relative to the axis of the feed chute (1) by forming an acute angle with the latter. This mill can be applied more particularly in the field of processing materials of any origin, especially by shredding with crushers, hammer mills, or the like.

Abstract: A packaging blank includes a first panel and a second panel. The first panel defines at least one blister aperture and at least one tool portion. The second panel defines at least one tab strip and at least one tool access portion. The at least one tab strip is at least partially severable from the packaging blank. The at least one tool access portion is substantially completely severable from the packaging blank. The first panel and the second panel are configured to be positioned relative to one another in a face contacting arrangement such that a first portion of a given tool portion is to be operably aligned with a corresponding tool access portion. As such, the first portion of the given tool portion thereby is capable of being accessed by a tool via the corresponding tool access portion.

Abstract: A package (150) includes an inner container (34) and an outer sleeve (56). The inner container includes an inner front panel (16), an inner back panel, and at least two end flaps (20). The inner front panel includes opposite ends and an access aperture (32). The inner back panel includes opposite ends and attached to said inner front panel. Each of said flap is attached to opposite ends of one of the inner panels. The inner panels and flaps are erected and attached to define an internal cavity. The outer sleeve includes an exterior front panel (44) and an exterior back panel (42). The exterior front panel includes an access aperture (54). The exterior panels are erected and attached to define a void for receiving said inner container.

Abstract: A primary blank (10) comprises a plurality of foldably attached panels, namely, a tray rear panel (12), a tray center panel (14), a back panel (16), a tray top (18), and a glue flap (20). These panels (12, 14, 16, 18, 20) are foldably attached along fold lines (24, 26, 28, 30), respectively. The tray center panel (14) further includes end wall flap (40), foldably attached along fold lines (42), and tray end wall flaps (44). The end wall flaps (44) further includes securing apertures (52) for receiving and holding and item (A), as described. A secondary blank (100) has a plurality of foldably attached panels. Here an inner panel (102), a side panel (104), a front panel (106), another side panel (108), and an inner panel (110) are foldably connected along fold lines (112, 114, 116, 118), respectively. The inner panel (102) includes a stop tab receiving channel cutout (120) and the back panel (110) includes a stop tab keyhole (122).

Abstract: A packaging blank includes a first panel and a second panel. The first panel defines at least one blister aperture and at least one tool portion. The second panel defines at least one tab strip and at least one tool access portion. The at least one tab strip is at least partially severable from the packaging blank. The at least one tool access portion is substantially completely severable from the packaging blank. The first panel and the second panel are configured to be positioned relative to one another in a face contacting arrangement such that a first portion of a given tool portion is to be operably aligned with a corresponding tool access portion. As such, the first portion of the given tool portion thereby is capable of being accessed by a tool via the corresponding tool access portion.