Versatile holder for treating the surface of rod-shaped substrates

1. Holder for fastening at least one rod-shaped body ( 10 ) with variable section along the substrate body and a surface to be treated, which is located in an area B Q1 of the substrate body ( 10 ) comprising an end of the substrate body ( 10 ) and a smaller cross-section than the rest of

the substrate body ( 10 ), wherein the holder comprises at least one perforated wall as a front wall ( 3 ), which is provided with at least one opening ( 5 ) wherein the holder comprises at least one support element ( 9 ) and a retaining element ( 11 ), which are arranged at an opening ( 5 ), wherein:

the support element ( 9 ) is constructed or secured in such a way to the opening ( 5 ), that the substrate body may be at least partially disposed oblique at an inclination angle α to the horizontal alongside in the support element ( 9 ), and

the retaining element ( 11 ) is constructed or secured in such a way to the opening ( 5 ) that the retaining element ( 11 ) can stop the substrate body at a position between the area B Q1 and the remainder of the substrate body in such a way that the area B Q1 projects through the opening ( 5 ) from the holder, wherein the angle of inclination α to the horizontal is greater than 2°.

2. Holder according to claim 1 , characterized in that, preferably 5°≤α≤20°.

3. Holder according claim 1 , characterized in that the supporting member ( 9 ) is elongate and has two ends, one end of the support element ( 9 ) being close to the front wall ( 3 ) or on the front wall ( 3 ) and the other end distant from the front wall ( 3 ).

4. Holder according to claim 3 , characterized in that the holder comprises at least two support elements ( 9 ) for attachment of at least two substrate members ( 10 ) which are arranged parallel in the vertical plane or incisive in the horizontal plane, wherein the distance in the horizontal plane between the support elements ( 9 ) is greater with respect to the close to the front wall ( 3 ) lying areas compared to the distant from the front wall ( 3 ) areas, thereby also the distance in the horizontal plane between the substrate members ( 10 ) is greater with respect to the close to the front wall

( 3 ) lying areas compared to the distant from the front wall ( 3 ) areas.

5. Holder according to claim 4 , characterized in that the holder comprises at least a second perforated wall, distant by a spacing from the front wall ( 3 ), is provided with at least one opening ( 5 ′)

and being arranged as a supporting wall ( 13 ) for the supporting members ( 9 ) in the holder such that at least a part of one of the support elements ( 9 ) is supported by an opening ( 5 ′).

6. Holder according to claim 5 , characterized in that the second perforated wall is provided with an array of openings ( 5 ″), the number of openings ( 5 ′) in the array of openings ( 5 ″) of the supporting wall ( 13 ) corresponds to the number of openings in the array of openings ( 5 ) of the front wall ( 3 ), and the support wall

( 13 ) is arranged in the holder in such a way that each supporting member ( 9 ) at the same time is supported by an opening ( 5 ) and an opening ( 5 ′).

7. Holder according to claim 6 , characterized in that the supporting wall ( 13 ) in the holder is arranged parallel with respect to the front wall ( 3 ),

or the array of openings ( 5 ″), or to the front wall ( 3 ) and the array of openings ( 5 ″) and is designed such that

in the vertical plane, each opening of the arrangement of openings ( 5 ′) is arranged above the opening of the corresponding array of openings ( 5 ), or in the horizontal plane, the distance between the openings of the array of openings ( 5 ′) in the support wall

( 13 ) is smaller than the distance between the openings of the array of openings ( 5 ) in the front wall ( 3 ).

8. Holder according to claim 1 , characterized in that the retaining elements ( 11 ) are made in the form of a front cover mask ( 17 ) having an array of openings ( 5 ″′).

9. Holder according to claim 5 , characterized in that the holder comprises composite elements ( 15 ), with the aid of which the position of the front wall ( 3 ) in relation to the position of the support wall ( 13 ) is secured.

10. Holder according to claim 9 , characterized in that the composite elements ( 15 ) are walls which form together with the rest of the holder a compartment cartridge ( 20 ).

11. Holder according to claim 1 , characterized in that the holder is loaded with at least one substrate body ( 10 ) in such a way that the area B Q1 of the substrate body ( 10 ) is projecting through one of the openings ( 5 ) of the front wall ( 3 ) of the holder and thereby as well the surface to be treated of the substrate.

12. Holder according to claim 11 , characterized in that the holder comprises a cover as a coating protective cover ( 40 ) which shade the spaces of the substrate body ( 10 ) which do not protrude through the opening ( 5 ) of the front wall

( 3 ) wherein the cover ( 40 ) is formed as an open box or a hood which is adapted to be pushed over from the side of the support wall ( 13 ).

13. Holder according to claim 11 , characterized in that the holder comprises a cover as a transport protection cover ( 50 ), which covers the areas of the substrate body ( 10 ) protruding through the opening ( 5 ) of the front wall ( 3 ), wherein

the protection cover ( 50 ) is formed as an open box or a hood which is adapted to be pushed over from the side of the cover mask ( 17 ).