Abstract:
The present invention concerns a slide device (200) for a sliding door (100), comprising a carriage (210), a slide seat (220) on at least part of which the carriage (210) can slide, and wherein the slide seat (220) comprises a transformation region (230) configured in such a way as to convert a potential energy into a force applied to the carrige (210), so as to cause the latter to slide.
Abstract:
The present invention concerns a piston for a damping device (2000), in particular for doors or windows, wherein the piston comprises a first half-piston (2510) and a second half-piston (2511), wherein the piston is configured for use with a first half-cylinder (2410) and a second half-cylinder (2420), wherein a first volume (2430) is included between the first half-piston (2510) and the first half- cylinder (2410), wherein a second volume (2440) is included between the second half-piston (2511) and the second half-cylinder (2420), and wherein the piston (2500) is provided with a hole (2550) for the passage of a fluid (1210) between the first volume (2430) and the second volume (2440). The invention furthermore concerns a damping device and a damped return device comprising the piston.
Abstract:
The invention concerns a connection system, in particular for the assembly, through the mutual connection of component parts, of shelving systems, for example, and/or for the assembly of shelves and/or similar applications. The system comprises a first male element (20) and a second female element (15). The male element and the female element (20, 15) are suited to be alternatively connected to and disconnected from each other, wherein for the mutual connection and disconnection of a male element (20) and a female element (15) an end portion (20e) of the male element (20) is inserted in and respectively extracted from a first housing seat (14) defined by the female element (15). The system comprises a locking element (12) for mutually locking the male and the female element (20, 15). Said locking element (12) comprises at least one tab with a free end portion (12el) suited to be switched through a rotating or bending movement, wherein said tab, in the configuration in which the male element (20) and the female element (15) are disconnected from each other, extends at least partially inside the first housing seat (14). The locking element (12) is configured in such a way that it can be switched in a locked position, in which the free end portion (12el) is engaged with the male element (20) through the insertion of the male element (20) in the first housing seat (14) of the female element (15), and in such a way that any movement of the male element (20) or the female element (15) in the direction contrary to the direction of insertion of the end portion (20e) of the male element (20) in the first seat (14) created in the female element (15) results in the enhanced mutual engagement of the free end portion (12el) of the locking element (12) and the male element (20).
Abstract:
The invention relates to a locking device (1000, 11000, 12000) for closing a door and/or window with respect to a jamb, comprising: a first part (1100, 2100, 7100, 9100, 10100, 11100, 12100) mountable on one between the door and/or window and the jamb, a second part (1200, 3200, 4200, 5200, 11200) mountable on the other one between the door and/or window and the jamb, wherein the first part (1100, 2100, 7100, 9100, 10100, 11100, 12100) comprises a male locking element (2110) which is movable with respect to the first part (1100, 2100, 7100, 9100, 10100, 11100, 12100), wherein the second part (1200, 3200, 4200, 5200, 11200) comprises a female locking element (3210) and a magnet (3220), wherein the locking device (1000, 11000, 12000) is configured so that the male locking element (2110) is attracted by the magnet (3220) towards the second part (1200, 3200, 4200, 5200, 11200).
Abstract:
The present invention concerns support equipment (10; 110; 210) for a panel (4). The equipment (10; 110: 210) comprises a supporting base (20; 120; 220) suited to receive the lower edge (6) of the panel (4) and comprising a first side wall (24), a second side wall (26) and a third wall (28; 128: 228) suited to interconnect the first side wall (24) and the second side wall (26) as well as an adjustment device (40; 140; 240) suited to adjust the inclination of the panel (4). The adjustment device (40; 140; 240) comprises a first lateral portion (42; 242) suited to be arranged between the first side wall (24) of the supporting base (20; 120; 220) and a first outer face (5 A) of the panel (4), a second lateral portion (44; 244) suited to be arranged, between the second side wall (26) of the supporting base (20; 120; 220) and a second outer face (5B) of the panel (4) and a third portion (46; 146; 246) suited to interconnect the first lateral portion (42; 242) and the second lateral portion (44; 244). The adjustment device (40; 140; 240) comprises first connection means (50; 150; 250) and said supporting base (20; 120; 220) comprises second connection means (60; 160; 260) cooperating with the first connection means (50; 150; 250). The first and second connection means (60; 160; 260) make it possible to connect the third interconnecting portion (46; 146; 246) of the adjustment device (40; 140; 240) with the third interconnecting wall (28: 128; 228) of the supporting base (20; 120; 220) in order to enable at least one rotary movement of the third interconnecting portion (46; 146; 246) of the adjustment device (40; 140; 240) with respect to the supporting base (20; 120; 220).
Abstract:
The invention concerns a self-locking support (1200) for a shelving unit (1000), the shelving unit (1000) comprising at least one post (1100) for mounting the self-locking support (1200), the self-locking support (1200) comprising: a frame (1210), a first self-locking element (1220), a first moving element (1240) associated with the first self-locking element (1220), wherein the frame (1210) comprises a first seat (1230) for the first self-locking element (1220), wherein the first seat (1230) is configured in such a way as to allow the first self-locking element (1220) to move from a free position to a locked position under the action of the first moving element (1240), wherein the first seat (1230) has at least one surface at an angle with respect to the longitudinal extension of the post (1100).
Abstract:
The present invention concerns a closing device (1000) for a sliding door/window (1), comprising: a first portion (1100) suited to be mounted on a jamb (2) of the door/window (1), a second portion (1200) suited to be mounted on the door/window (1), wherein the first portion (1100) comprises a male locking element (1120), wherein the second portion (1200) comprises a female locking element (1210), wherein the female locking element (1210) comprises an element with variable cross section (1211) in which the male locking element (1120) can be inserted, wherein the female locking element (1210) comprises one or more interference elements (1213) suited to be positioned between the element with variable cross section (121 1) and the male locking element (1120), wherein the female locking element (1210) comprises a release element (1212) configured so as to act on the one or more interference elements (1213).
Abstract:
An anti-burglary handle (1; 350) comprising a front grip (2; 351) which can be handled by the user from the inside of a room of a building, provided with a neck (3; 352) axially and revolvingly coupled with a linear portion (P) of a perimetrical frame (T) of a panel (A) belonging to a window or to a door, a polygonal bar (4) defining a linear axis (X), revolvingly coupled with the front grip (2; 351) and partly and inserted into the linear portion (P) of the perimetrical frame (T) from which it projects towards the inside of the room by a predefined initial stretch (5; 354), and a locking mechanism (6; 355) operatively connecting the polygonal bar (4; 353) with the front grip (2; 351) so that the locking mechanism (6; 355) on one side, as a result of the handling of the front grip (2) performed by the user from the inside of the room, allows to transmit a torque to the polygonal bar (4; 353) and, on the other side, prevents to transmit a torque from the polygonal bar (4; 353) to the front grip (2; 351), the locking mechanism (6; 105; 305) taking a work position, in which rotation of the polygonal bar (4; 353) and of the front grip (2; 351) around the linear axis (X) is forbidden, and a release position, in which rotation of the polygonal bar (4; 353) around the linear axis (X) is allowed, caused by the user by rotating the front grip (2; 351) from the inside of the room. In particular, locking mechanism (6; 355) includes graft means (7) operable by actuation means in axial sliding along the linear axis (X) by means of a pressure or traction exerted by the actuation means on the outer surface (2a; 351a) of the front grip (2; 351) which places the locking mechanism (6; 355) temporarily in the release position, disengaging the graft means (7; 356) and allowing the rotation of the polygonal bar (4; 353), and a counterthrust, contrary to the aforesaid pressure or traction, exerted automatically, as soon as the actuation means release the front grip (2; 351), by repulsion means (8; 357) cooperating with the graft means (7; 356), which places the locking mechanism (6) in the work position, engaging the graft means (7) and preventing the rotation of the polygonal bar (4; 353).
Abstract:
The present invention concerns an actuator (12300) for a damped return device, in particular for doors or windows, comprising: a crank (3320); at least one fixing element (12360, 12361); a rotation seat (12350) of the crank having at least one cavity (12352, 12353) in a shape substantially complementary to that of at least one part of the fixing element (12360, 12361), wherein the fixing element (12360, 12361) is positioned between the crank (3320) and the rotation seat (12350).
Abstract:
The invention concerns a closing system for doors and/or windows. The system comprises a first male element (20), also commonly called "quadrello" in Italian, intended to move a bolt by rotating it, and a second female element (10) suited to be operated in such a way as to set the male element or "quadrello" (20) rotating. The male element and the female element (20, 10) are suited, when in use and/or when applied, for example, to a door and/or window, to be mutually fixed in a configuration of use, wherein in the configuration of use or operation an end portion of the male element (20) is housed in a first corresponding seat (14) created in the female element (10). The system comprises a closing element (12) suited to mutually lock the male and female elements (20, 10) in the configuration of use or operation. The closing element (12) is housed in a second corresponding seat (11) created in the female element (10) and is configured in such a way that it can be switched in a locked position in which it is engaged with the male element or "quadrello" (20) through the insertion of the end portion of the male element or "quadrello" (20) in the first corresponding seat (14) created in the female element (10).