Balanced hinge device with programmable brake
First Claim
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1. A balanced hinge device having a programmable brake for appliances or furniture comprising:
- a first connecting member and a second connecting member mutually pivoted through a first pivot pin and interconnected by a kinematic device having at least one arm hinged by a second pivot pin to one of the first and second connecting members;
said first connecting member and said second connecting member being respectively adapted to be fixed to a door and to a structure or frame of the appliance or furniture, for rotation of the door between a full closed condition and a full open condition;
the arm or at least one of the two connecting members having a through slot, and the arm or the other connecting member having a friction element slidably engaged by friction in the through slot, the through slot being approximately shaped according to a trajectory followed by the friction element as the friction element travels between the full closed condition and the full open condition, as viewed from the arm or connecting member that bears the through slot;
wherein the kinematic device has elastic means having an end fixed in position and another end connected to an end of the arm opposite to the second pivot pin to provide a balancing elastic force to the first connecting member and the second connecting member, directed towards the full closing condition;
wherein the through slot is located in the arm and the friction element is fixed to the second connecting member;
the friction element including a deformable rod engaged within the through slot and being slidable therein and having one end fixed to the second connecting member and another end having an enlarged head adapted to prevent the rod from disengaging from the through slot, the rod being made at least partially of an elastic material;
a width or a transverse dimension of the through slot being varied from a value approximately equal to or slightly greater than a transverse dimension of the rod in an undeformed condition to a value smaller than a transverse dimension of the rod in the undeformed condition; and
,wherein the through slot transverse dimension is modulated to predetermine and program a friction and braking action between the through slot and the friction element at predetermined opening angles of the first and second connecting members.
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Abstract
A balanced hinge device with a programmable brake for household appliances has first and second connection members (4, 5) mutually pivoted through a first pivot pin (6) and interconnected by a kinematic device (11) having an arm (8), pivoted via a second pivot pin (9) to one of the two members (4, 5). The arm (8) and one of the two members (4, 5) has a through slot (2) and the other member has a friction element (3) slidably frictionally engaged with the through slot (2) which is approximately shaped to follow a trajectory of the friction element (3) between a full closed condition (C) and a full open condition (A).
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Citations
9 Claims
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1. A balanced hinge device having a programmable brake for appliances or furniture comprising:
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a first connecting member and a second connecting member mutually pivoted through a first pivot pin and interconnected by a kinematic device having at least one arm hinged by a second pivot pin to one of the first and second connecting members; said first connecting member and said second connecting member being respectively adapted to be fixed to a door and to a structure or frame of the appliance or furniture, for rotation of the door between a full closed condition and a full open condition; the arm or at least one of the two connecting members having a through slot, and the arm or the other connecting member having a friction element slidably engaged by friction in the through slot, the through slot being approximately shaped according to a trajectory followed by the friction element as the friction element travels between the full closed condition and the full open condition, as viewed from the arm or connecting member that bears the through slot; wherein the kinematic device has elastic means having an end fixed in position and another end connected to an end of the arm opposite to the second pivot pin to provide a balancing elastic force to the first connecting member and the second connecting member, directed towards the full closing condition; wherein the through slot is located in the arm and the friction element is fixed to the second connecting member; the friction element including a deformable rod engaged within the through slot and being slidable therein and having one end fixed to the second connecting member and another end having an enlarged head adapted to prevent the rod from disengaging from the through slot, the rod being made at least partially of an elastic material; a width or a transverse dimension of the through slot being varied from a value approximately equal to or slightly greater than a transverse dimension of the rod in an undeformed condition to a value smaller than a transverse dimension of the rod in the undeformed condition; and
,wherein the through slot transverse dimension is modulated to predetermine and program a friction and braking action between the through slot and the friction element at predetermined opening angles of the first and second connecting members. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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Specification