Pivot fitting, in particular for movable furniture parts on seating or reclining furniture, comprising - at least one first lever, which is mounted about a force-transmitting shaft serving as an axis of rotation so as to be pivotable from an initial position about a predetermined angle relative thereto, - a clamping mechanism with which the first lever can be fixed in different angular positions within the predetermined angle relative to the force-transmitting shaft, - wherein the clamping mechanism comprises: a. a toothed-ring disc (4, 202, 302) fitted onto the force-transmitting shaft and having outer toothing structure (41, 222, 322) integrally formed on the outer edge, b. a catch which is pivotably mounted on the first lever and loaded in the direction of the outer toothing structure (41, 222, 322), the catch being in engagement with the outer toothing structure (41, 222, 322) in a latching position, c. a first control disc (7, 201, 301) which is mounted rotatably about the force-transmitting shaft and by means of which the catch can be brought out of engagement with the outer toothing structure (41, 222, 322) in an adjustment direction after the predetermined angle has been passed over from the initial position so that, when the catch has been brought out of engagement with the outer toothing structure (41, 222, 322), the first lever can be pivoted back into the initial position relative to the force-transmitting shaft by passing over the predetermined angle (α) in a return direction, characterized in that - at least one friction disc (8, 203, 303, 304) which is arranged on the force-transmitting shaft in a rotationally fixed and axially secured manner is pushed onto the toothed-ring disc (4, 202, 302), wherein the toothed-ring disc (4, 202, 302) is held in a frictionally locking manner on the at least one friction disc (8, 203, 303, 304) up to a predetermined torque against rotation about the axis of rotation. - at least one first lever, which is mounted about a force-transmitting shaft serving as an axis of rotation so as to be pivotable from an initial position about a predetermined angle relative thereto, - a clamping mechanism with which the first lever can be fixed in different angular positions within the predetermined angle relative to the force-transmitting shaft, - wherein the clamping mechanism comprises: a. a toothed-ring disc (4, 202, 302) fitted onto the force-transmitting shaft and having outer toothing structure (41, 222, 322) integrally formed on the outer edge, b. a catch which is pivotably mounted on the first lever and loaded in the direction of the outer toothing structure (41, 222, 322), the catch being in engagement with the outer toothing structure (41, 222, 322) in a latching position, c. a first control disc (7, 201, 301) which is mounted rotatably about the force-transmitting shaft and by means of which the catch can be brought out of engagement with the outer toothing structure (41, 222, 322) in an adjustment direction after the predetermined angle has been passed over from the initial position so that, when the catch has been brought out of engagement with the outer toothing structure (41, 222, 322), the first lever can be pivoted back into the initial position relative to the force-transmitting shaft by passing over the predetermined angle (α) in a return direction, characterized in that a. a toothed-ring disc (4, 202, 302) fitted onto the force-transmitting shaft and having outer toothing structure (41, 222, 322) integrally formed on the outer edge, b. a catch which is pivotably mounted on the first lever and loaded in the direction of the outer toothing structure (41, 222, 322), the catch being in engagement with the outer toothing structure (41, 222, 322) in a latching position, c. a first control disc (7, 201, 301) which is mounted rotatably about the force-transmitting shaft and by means of which the catch can be brought out of engagement with the outer toothing structure (41, 222, 322) in an adjustment direction after the predetermined angle has been passed over from the initial position so that, when the catch has been brought out of engagement with the outer toothing structure (41, 222, 322), the first lever can be pivoted back into the initial position relative to the force-transmitting shaft by passing over the predetermined angle (α) in a return direction, - at least one friction disc (8, 203, 303, 304) which is arranged on the force-transmitting shaft in a rotationally fixed and axially secured manner is pushed onto the toothed-ring disc (4, 202, 302), wherein the toothed-ring disc (4, 202, 302) is held in a frictionally locking manner on the at least one friction disc (8, 203, 303, 304) up to a predetermined torque against rotation about the axis of rotation.