Carrier device
A carrier device has a support frame ( 1 ), a tubular carrier element ( 2 ), a first connecting element ( 3 ) at one end of the carrier element ( 2 ) and a second connecting element ( 4 ) at the other end of the carrier element ( 2 ). The first connecting element ( 3 ) is connected with the support frame ( 1 ), via a clip collar element ( 5 ). The second connecting element ( 4 ) is connected with a manipulation element ( 7 ), via a ball joint ( 6 ). The first connecting element ( 3 ) is connected with the clip collar element ( 5 ), via a ball joint ( 8 ). The carrier element ( 2 ) is designed as a continuous tube from one end to the other. The carrier element ( 2 ) can be inserted and clamped securely in tubular clamping elements ( 9 ) arranged on the carrier element side of the two connecting elements ( 3,4 ).
1. A carrier device comprising:
a support frame with a tubular connecting arm and a connecting link;
a tubular carrier element having a first end and a second end;
a first connecting element at the first end of the carrier element;
a second connecting element at the second end of the carrier element;
the first connecting element is connected with a tubular connecting area of the tubular connecting arm via a clip collar element surrounding a portion of the tubular connecting area, and the second connecting element is connected with a mechanism for manipulation of an object to be held by the mechanism from one position to another, via a first ball joint mechanism,
the first connecting element is connected with the clip collar element via a second ball joint mechanism; and the carrier element is designed as a one piece continuous tube from the first end to the second end, each of the first and second connecting elements includes a tubular clamping element with an open end and a closed end, each of the first and second ends of the tubular carrier element is inserted into the open end of the tubular clamping element of a respective one of the first and second connecting elements and terminates in the tubular clamping element of the respective one of the first and second connecting elements, each of the first and second connecting elements extends from a corresponding one of the first and second ball joint mechanisms, each ball joint mechanism includes a ball head and a clamp, either the ball head of each ball joint mechanism or the clamp of each ball joint mechanism is directly integrally connected with and extends from the closed end of the tubular clamping element of a corresponding one of the first and second connecting elements, the first and second ball joint mechanisms enabling multiple degrees of freedom positioning of the first and second connecting elements so that the carrier device is adapted to be adjusted.
2. The carrier device according to claim 1 , wherein
the ball head of the first ball joint mechanism is arranged on the mechanism for manipulation of the object, and the ball head of the second ball joint mechanism is arranged on the clip collar element.
3. The carrier device according to claim 1 , wherein
the tubular carrier element within the tubular clamping elements of the first and second connecting elements is fixable in different axial positions with respect to the tubular clamping elements of the first and second connecting elements.
4. The carrier device according to claim 1 , wherein
the clip collar element includes a base, with at least one shank arranged pivotable relative to the base, and the at least one shank is adapted to be braced against the base and the tubular connecting area.
5. The carrier device according to claim 1 , wherein
the first connecting element is identical to the second connecting element.
6. A carrier device comprising:
a support frame with a tubular connecting arm and a connecting link;
a tubular carrier element having a first end and a second end;
a first connecting element at the first end of the carrier element;
a second connecting element at the second end of the carrier element;
the first connecting element is connected with a tubular connecting area of the tubular connecting arm via a clip collar element surrounding a portion of the tubular connecting area, and the second connecting element is connected with a mechanism for manipulation of an object to be held by the mechanism from one position to another, via a first ball joint mechanism,
the first connecting element is connected with the clip collar element via a second ball joint mechanism; and the carrier element is designed as a one piece continuous tube from the first end to the second end, and each of the first and second ends of the tubular carrier element is an open end, each of the first and second connecting elements has a tubular clamping element, the first and second ends of the tubular carrier element are, respectively, inserted into and terminate in the tubular clamping elements of the first and second connecting elements, the tubular clamping element of each of the first and second connecting elements extends from a corresponding one of the first and second ball joint mechanisms, each ball joint mechanism includes a ball head and a strap clamp arranged about a peripheral surface of the ball head, either the ball head of each ball joint mechanism or the strap clamp of each ball joint mechanism is directly integrally connected with and projects from a closed end of the tubular clamping element of a corresponding one of the first and second connecting elements, the first and second ball joint mechanisms enabling multiple degrees of freedom positioning of the first and second connecting elements so that the carrier device is adapted to be adjusted.