A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SELF-LEVELLING EQUIPMENT FOR MANIPULATING SOLID SURFACES
It is provided a self-levelling equipment (1) for manipulating solid surfaces comprising a support frame (2), manipulating means (3) rotatable, relative to the frame (2), around a rotation axis (3a) and configured to manipulate a solid surface, support means (4) movable, relative to the frame (2), along a main plane (4a) transverse to the rotation axis (3a) and including at least a second bulkhead (40) comprising at least one support surface (41) configured to move in support of the solid surface, a first guide (42) arranged on a side opposite to the support surface (41) two second guides (43) separate and opposite to and arranged along an intermediate trajectory (4b) normal to the solid surface, adjustment means (5) configured to adjust the relative position between the frames (2, 4) and including a first pin (50), movably engaged in the first guide (42) and rotating, on command, relative to the frame (2), around an axis parallel to the rotation axis (3a) to move, in proportion to the rotation, the support means (4) along at least one direction parallel to the main plane (4a), wherein the frame (2) includes a first bulkhead (20) including at least two second pins (21) each movably engaged in a respective second guide (43), and wherein the equipment (1) further comprises a side plate (6) constrained to the second pins (21) at opposite ends to the first bulkhead (20) and extending parallel to the main plane (4a) so as to prevent relative translations between the frame (2) and the support means (4) transverse to the main plane (4a).
SELF-LEVELLING EQUIPMENT FOR MANIPULATING SOLID SURFACES
It is provided a self-levelling equipment (1) for manipulating solid surfaces comprising a support frame (2), manipulating means (3) rotatable, relative to the frame (2), around a rotation axis (3a) and configured to manipulate a solid surface, support means (4) movable, relative to the frame (2), along a main plane (4a) transverse to the rotation axis (3a) and including at least a second bulkhead (40) comprising at least one support surface (41) configured to move in support of the solid surface, a first guide (42) arranged on a side opposite to the support surface (41) two second guides (43) separate and opposite to and arranged along an intermediate trajectory (4b) normal to the solid surface, adjustment means (5) configured to adjust the relative position between the frames (2, 4) and including a first pin (50), movably engaged in the first guide (42) and rotating, on command, relative to the frame (2), around an axis parallel to the rotation axis (3a) to move, in proportion to the rotation, the support means (4) along at least one direction parallel to the main plane (4a), wherein the frame (2) includes a first bulkhead (20) including at least two second pins (21) each movably engaged in a respective second guide (43), and wherein the equipment (1) further comprises a side plate (6) constrained to the second pins (21) at opposite ends to the first bulkhead (20) and extending parallel to the main plane (4a) so as to prevent relative translations between the frame (2) and the support means (4) transverse to the main plane (4a).
SELF-LEVELLING EQUIPMENT FOR MANIPULATING SOLID SURFACES
SELBSTNIVELLIERENDE AUSRÜSTUNG ZUR MANIPULATION FESTER OBERFLÄCHEN
EQUIPEMENT DE NIVELLEMENT AUTOMATIQUE POUR LA MANIPULATION DE SURFACES SOLIDES
SCANZONI DIEGO (author)
2024-12-18
Patent
Electronic Resource
English
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