Abstract:
A clamping tool designed for clamping sheet metal runners onto the side panels of drawers comprises an elongated grippable casing, at one end of which is a clamp (27, 127) composed of a pair of jaws (20, 21, 121) designed to grip a clamping area of a runner clasping the edge of a side panel of the drawer. Inside the casing is a actuator (18, 118) for moving a wedge-shaped element (19, 119). At least one jaw (21, 121) of the pair is made on the extremity of a lever (22, 122) having its other extremity (24, 124) slidingly resting on the wedge-shaped element (19, 119). Upon actuation of the actuator, the wedge (19, 119) slides over the extremity (24, 124) of the lever (22, 122) to rotate it around a pivot (23, 123) lying between the extremities and shift the jaws towards each other.
Abstract:
A furniture hinge comprises a first (11) and a second (12) fastening element designed to be secured to two furniture parts to be hinged together, and an arm (15) which ends at one extremity with the first fastening element (11) and at the other extremity has a pivot (16) pivoting it to the second fastening element (12) to achieve the joint of the hinge. The arm (15) is made in two portions (17, 18) sliding reciprocally upon operation of adjusting means (22) composed of a cam (23) to allow adjustment of the reciprocal position of the first and second fastening element. Advantageously, the sliding surface (20) of the second portion (18) comprises an elongated housing (24) to receive the cam (23) with a lateral surface of the cam which reacts against the side walls of the housing. The sliding surface (19) of the first portion (17) comprises a through hole (25) which receives, with a minimum of side play, a control pin (26) protruding from the cam so as to be operated from the outside.
Abstract:
A removable fastener (10, 110) for a part (25, 28, 122) such as a furniture accessory with a hole in a surface (24, 120) comprises a dowel anchor (11, 11', 111) with ribbing thereon (23, 112) for lateral engagement in the surface hole. The dowel anchor comprises a seat (13, 113) in which is received the end of an element (12, 12', 114) in turn constrained to the part and there being between the element and the seat a form of separable mutual constraint. The element is provided in the form of a dowel or pin (12, 12', 114) constrained to the part to be axially insertable in the seat (13, 113) in the dowel anchor and the constraint comprises elastically yielding elements (14, 15, 40, 41, 117) projecting toward the axis of the seat (13, 113) to engage the side wall of the dowel (12, 12', 114) upon its insertion in the seat.
Abstract:
A base (10) comprises a first plate type element (11) to be secured to the piece of furniture and a second element (12) shaped to fit onto a hinge wing (13). The plate element (11) is generically shaped in the form of a cross with countersunk holes (14, 15) for screwing it onto the piece of furniture. Disposed between the holes is a seat (17) into which the second element (12) is screwed. The lower part of the second element (12) has a housing (19) into which the first element (11) fits with uniform transverse clearance, thereby advantageously enabling adjustment of the transversal position of the second element (12).
Abstract:
A hinge for furniture having a base (10) comprising a first element (41) which at the upper part thereof has coupling surfaces for a hinge wing and at the lower part thereof has a groove (20) receiving a second element (30) intended for being fastened to a piece of furniture. The first and second elements are mutually slidable in a direction transverse to the hinge extension by means of a rotary cam (27). The second element (30) is received in the groove in a drawer-like slidable manner in said transverse direction and the first element (41) comprises a through hole (25) disposed between the groove and the upper part. The cam (27) has a pivot pin (28) for rotation control which is fitted in said through hole (25) to be rotated therethrough, and the second element (30) has a face thereof turned towards the groove from which teeth (33, 35) forming reaction surfaces for the cam project, which teeth are disposed on opposite sides of the cam in the transverse direction. Possibly, a small block (38) may constitute an extension for operation of the cam pivot pin.
Abstract:
A fastening element for fastening hardware elements (31) to parts of furniture units (14) comprises an expansion plug (11) having an axial through housing (17) which can receive an expanded pin (23), which can rotate between a position in which the plug is not expanded, to enable it to be inserted in a hole (16) in the furniture unit (14), and a position in which the plug is expanded to anchor it in the hole. The walls of the axial housing (17) and of the pin (23) have reciprocal contacting surfaces in the expanded position which diverge in the direction of insertion of the plug. A cam plate (32) provided centrally with a polygonal hole (33) for coupling with a protrusion (30) of the pin (23) and peripherally with a raised edge (34) for guiding fingers (22, 22') of the plug (11) for reversibly guiding the expansion of the plug.
Abstract:
A hinge, in particular for furniture doors, of the type in which a wing is designed to be fitted to a base secured to the piece of furniture, comprises an intermediate element for connecting the wing to the base having a substantially U-shaped transverse configuration to determine two rigid sides which laterally embrace the base.The intermediate element is provided with fastening means for securing it to the wing, and unfastenable means connecting it to the base comprising members yieldingly fitted onto the intermediate element in two portions spaced apart from each other in the longitudinal direction of the wing. The yielding members are elastically biased to move into a position in which they engage with complementary housings in the base in order to couple the intermediate element to the latter, the movement of approach between the base and the wing for the coupling being amply indeterminate.
Abstract:
A single-pin furniture hinge of the box type comprises a first (11) and a second (12) fastening element designed to be fastened to two furniture parts to be hinged together and an arm (15) provided at one end with the first fastening element (11) and at the other end with hinging elements (16) for hinging it to the second fastening element (12) to achieve the articulation of the hinge. The arm (15) is composed of a first (19) and a second (20) part which reciprocally slide upon operation of adjusting screw (31) to enable adjustment of the reciprocal position of the two fastening elements (11, 12). The adjusting screw (31) having its axis coinciding with the direction of adjustment of the hinge and cooperating with said first (19) and second (20) part to achieve their reciprocal sliding upon rotation of the screw.
Abstract:
A device (10) for adjustably fitting a drawer runner on a furniture unit, comprises a first plate (11) with fastening means (12) for securing it to the furniture unit, and a second plate (13) with fastening means (14) for securing it to the runner. The two plates comprise guides (17, 18) for reciprocal sliding constraint. An eccentric cam (20) is received in a first slot (19) in a plate and has a pivot (22) which is received in a second slot (21) in the other plate, thereby achieving the reciprocal sliding of the two plates parallelly to the guides constraining the manual rotation of the cam. The plate with the second slot (21) has a slanted plane (23) which extends in the sliding direction of the constraining guides (17, 18) and towards the second slot (21) to constitute sliding surfaces for the pivot (22) during the assembly of the two plates by reciprocal sliding along the constraining guides until the end of the pivot snaps into the second slot (21). After assembly, the pivot protrudes into the second slot (21) and prevents the disassembly of the plates (11, 13).
Abstract:
A machine for fitting metal runners on a drawer comprises an actuator (44) for mechanically operating at least one hammer (24) for clinching gripping tabs against a side panel (16) of the drawer. The gripping tabs are laterally disposed along a longitudinally extending U-shaped groove formed in the runner (12) and extending from a longitudinal edge of the runner towards the hammer, prior to clinching. The hammer (24) and the corresponding anvil counter plate (22) extend in a longitudinal direction to the runner to simultaneously clinch all the gripping tabs. Advantageously, the machine comprises two clinching assemblies (20) to clinch both runners to a drawer in a single operation.