RU2021111989A - ASSEMBLY HANDLE FOR OPENING PARTS OF WINDOW OR DOOR TYPE - Google Patents

Claims (20)

1. Assembly handle (100) intended for connection with the opening part (200), containing at least: - the first handle (110) containing at least one socket (111), - a tetrahedron (120) passing along the longitudinal axis and made with the possibility of entering at least partially into the seat (111) of the first handle (110), while in the initial configuration the first handle (110) is made with the possibility of free sliding along the longitudinal axis of the tetrahedron ( 120) for a given distance, wherein said assembly handle (100) is characterized in that the first handle (110) is configured to change from the initial configuration to a mounting configuration in which the first handle (110) is locked in translational motion and in at least one direction of rotation relative to the square ( 120) by at least one movement by rotating the first handle (110) around the longitudinal axis of the tetrahedron (120) at an angle strictly less than 360°. 2. Assembly handle according to Claim. 1, in which the socket (111) contains an inner wall (111a), limiting the internal volume, made to receive at least part of the tetrahedron (120), and in which the socket (111) contains at least one mating relief element (111b), located in its internal volume, made with the possibility of interaction with the relief element (121) of the tetrahedron (120), made directly or indirectly on the tetrahedron (120). 3. Assembly handle according to claim 2, in which the mating relief element (111b) of the socket (111) contains a toothed rack or a series of protrusions extending in the longitudinal direction on at least a portion of the internal volume of the socket (111). 4. Team handle according to any one of paragraphs. 1-3, in which the socket (111) contains an insert (130) included in the internal volume of said socket (111), while the insert (130) contains a through cavity bounded by an inner wall (130a). 5. Assembly handle according to claim 3 or 4, in which the seat (111) contains an inner wall (111a) delimiting the internal volume, made to receive at least part of the tetrahedron (120), and in which the seat (111) contains at least at least one mating relief element (111b) located in its internal volume, configured to interact with the relief element (121) of the tetrahedron (120), made directly or indirectly on the tetrahedron (120), and the mating relief element of the socket is made on the insert. 6. Team handle according to any one of paragraphs. 1-5, in which the socket (111) contains at least one blocking element (150), made with the possibility of interacting with the mating blocking element (151) in the attachment configuration, while the blocking element (150) is made directly or indirectly in the socket ( 111). 7. Assembly handle according to claim 6, in which the interaction between the blocking element (150) and the mating blocking element (151) is a bayonet-type interaction. 8. Assembly handle according to claim 6 or 7, in which the socket (111) contains an insert (130) included in the internal volume of said socket (111), while the insert (130) contains a through cavity bounded by an inner wall (130a) and the blocking element (150) of the socket (111) is located on the insert (130), preferably on the inner wall (130a) of the insert (130). 9. Assembly handle according to claim 4, wherein the inner wall (130a) of the insert (130) forms a gradually changing ramp (132) around the axis of the body of revolution coinciding with the longitudinal axis along which the insert (130) runs. 10. Assembly handle according to claim. 4, in which the socket contains an adapter configured to be located in the insert, while said adapter contains an internal cavity adapted to the shape of a tetrahedron. 11. Assembly handle according to claim. 6, in which the socket (111) contains an inner wall (111a), limiting the internal volume, made to receive at least part of the tetrahedron (120), and in which the socket (111) contains at least one the response relief element (111b), located in its internal volume, made with the possibility of interacting with the relief element (121) of the tetrahedron (120), made directly or indirectly on the tetrahedron (120) and the relief element (121) of the tetrahedron (120) contains a reciprocal blocking element (151). 12. Team handle according to any one of paragraphs. 1-11, comprising an engagement device (152,153,154) configured to engage the first handle with the mechanism (201) of the opening part or with the second handle (101) of the assembly handle (100). 13. Assembly handle according to claim 12, in which the engagement device includes a grip (152), a drive rod (153) of the grip (152) and a drive pin (154) of the drive rod (153). 14. Assembly handle according to claim 13, in which the grip (152) is movable between at least two positions: - a passage position in which the grip (152) is in line with the square (120), - an engagement position in which the grip (152) is not in line with the square (120) and has a shape protruding from said square (120). 15. Team handle (100) according to any one of paragraphs. 1-14, containing an additional device for fastening the plinth (156,171) on the opening part (200), while said device contains at least one plinth (156,171) configured to be at least partially located in the opening (203) of the opening part, and at least one blocking element (190,193,172) configured to directly or indirectly block the translational and rotational movement of the base (156,171) in the opening (203) of the opening part by turning the first handle (110) in at least one direction of rotation.