Support for video-photographic apparatus
A support ( 1; 100 ) for videophotographic equipment ( 2; 200 ), comprises a plate ( 3; 3 ′) fixable by suitable fixing means ( 5; 5 ′) to an item of video-photographic equipment ( 2; 200 ) to be supported, support elements ( 7; 7 ′) hinged on said plate ( 3; 3 ′) by means of respective hinge means ( 8; 8 ′) so as to be moved between a closed position (Y) in which said support elements ( 7; 7 ′) are folded onto said plate ( 3; 3 ′) and at least one open position (Z) in which said support elements ( 7; 7 ′) are opened out from said plate ( 3; 3 ′) to support the latter, said hinge means ( 8; 8 ′) comprise a resilient element ( 20; 20 ′) that is housed in a receiving seat ( 22; 22 ′) defined in said plate ( 3; 3 ′) and exerts on hinge portions ( 14, 15; 14′, 15 ′) of said support elements ( 7; 7 ′) a thrust force which thrusts said hinge portions ( 14, 15; 14′, 15 ′) against walls ( 23; 23 ′) of said seat ( 22; 22 ′) to brake the rotation of said support elements ( 7; 7 ′) in relation to said plate ( 3; 3 ′), the resilient element comprises at least one spring ( 20; 20 ′) interposed between said hinge portions ( 14, 15; 14′, 15 ′).
1. Support for videophotographic equipment, comprising a plate fixable by suitable fixing means to an item of videophotographic equipment to be supported, support elements hinged on said plate by means of respective hinge means so as to be moved between a closed position (Y) in which said support elements are folded onto said plate and at least one open position (Z) in which said support elements are opened out from said plate to support the latter, said hinge means comprise a resilient element that is housed in a receiving seat defined in said plate and exerts on two appendages of each one of said support elements a thrust force which thrusts said appendages against walls of said seat to brake the rotation of said support elements in relation to said plate, said appendages acting as hinge portions for said support elements, wherein said resilient element comprises at least one spring interposed between said appendages.
2. The support according to claim 1 , wherein said at least one spring is configured so as to allow continuous rotation of said support elements in relation to said plate for positioning said support elements in any angular position in relation to said plate.
3. The support according to claim 1 , wherein said at least one spring is of such dimensions as to exert on said appendages a thrust force of between 50 and 150N.
4. The support according to claim 1 , wherein said at least one spring is of such dimensions as to exert on said appendages a thrust force of between 245 and 450N.
5. The support according to claim 1 , wherein said support elements comprise three support legs, two support legs hinged onto a first side of said plate and a third support leg hinged onto a second side of said plate opposite to said first side.
6. The support according to claim 1 , further comprising connecting means for removably receiving said fixing means for fixing said equipment to said support.
7. The support according to claim 6 , wherein said connecting means comprise a slot extending substantially along a longitudinal axis (X) of said plate, said fixing means being movable along said slot.
8. The support according to claim 6 , wherein said connecting means comprise a plurality of slots suitably spaced on said plate, said fixing means being associable with each slot of said plurality of slots.
9. The support according to claim 1 , wherein said plate comprises Zamak, said appendages and said resilient element comprises steel.