SI26250A - Flag holder - Google Patents

Abstract

The proposed invention relates to a flag holder, comprising a fastening element intended for attaching the flag holder to the wall, and a supporting element intended for receiving a flag pole. A support element (1') is attached to the mentioned fastening element (1), comprising a series of mutually spaced draining lamellas (21, ... 2n), whereby the lowest draining lamella (2n) is designed with the greatest thickness compared to the others drainage lamellas (21, ... 2n-1). Next, the drainage lamellas (21, ... 2n-1) are mentioned, except for the lowermost drainage lamella (2n), designed with at least one through hole (3) for receiving the flag pole (4), wherein the drainage lamellas (21) are , ... 2n) with respect to the mentioned fastening element (1) arranged obliquely in the direction from the fastening element (1) towards the ground.

Description

FLAG CARRIER

[0001] The proposed invention relates to a flag carrier, comprising a fastening element, which is intended for fixing the flag carrier to the wall, and a carrier element, which is intended to receive a flag pole.

[0002] The flag carrier of the type mentioned in the introduction is generally known and usually comprises a wall-mounted tubular receiver for the flag pole. The disadvantage of all known solutions lies in the fact that when it rains, the water that waters the flag and flows from the flag and/or along its pole and/or along the flag carrier itself, drains through the mentioned tubular receiver and further along the wall, to which it is only this attached. The water that drains in this way subsequently destroys the wall, for example the facade of the building, to which the aforementioned tubular receiver is attached.

[0003] The task of the invention is to create a flag carrier that eliminates the shortcomings of known solutions.

[0004] According to the proposed invention, the set task is solved by the characteristics given in the characteristic part of the 1st patent claim. Details of the invention are disclosed in the accompanying subclaims.

[0005] In the following, the invention is presented in more detail on the basis of a non-limiting embodiment and with reference to the attached sketches, where fig. 1 flag carrier in a three-dimensional view, fig. 2 flag carrier from fig. 1 in front view, fig. 3 implementation example of the flag carrier in a three-dimensional view, fig. 4 flag carrier from fig. 3 in front view, fig. 5 further embodiment of the flag carrier in side view, fig. 6 is a further embodiment of the flag carrier in a side view, fig. 7 is a further embodiment of the flag carrier in a side view, fig. 8 is a further embodiment of the flag carrier in side view.

[0006] The flag carrier according to the invention comprises a flat fastening element 1, which can be designed in terms of a flat or arbitrarily curved plate for fastening to a flat or curved wall, to the corner of a building and the like. Said fastening element 1 comprises any planar design, for example square, circle, ellipse, shield and the like. Furthermore, a supporting element 1' is attached to the mentioned fastening element 1, which comprises a set of height, viewed in relation to the position of the flag or flag pole, mutually spaced drainage lamellas 2i, ... 2 _n , whereby drainage lamella 2i represents the uppermost drainage lamella and drainage lamella 2 _n the lowest drainage lamella. All the mentioned drainage lamellas 2i, ... _2n -i, except for the lowermost drainage lamella _2n , are designed with at least one through hole 3, for receiving the flag pole 4. According to the proposed invention, it is envisaged that the mentioned set of mutually spaced draining lamellae 2i, ... _2n comprises at least two draining lamellae.

[0007] The mentioned drainage lamellas 2i, ... 2 _n , which are arranged inclined with respect to the fastening element 1 in the direction from the fastening element 1 to the floor, can be designed with the same thickness, or the thickness of each individual drainage lamella 2i, . .. 2 _n different. Particularly preferably, the lowermost draining lamella 2 _n is designed with the largest thickness compared to the other draining lamellas 2 _it ... 2 _n -i.

[0008] According to the proposed invention, it is envisaged that the mentioned uppermost drainage lamella 2 _X is configured to receive lighting means, for example LED lights, for example for lighting a flag or. flags, and the lower drainage lamella 2 _n , comprising the maximum thickness, is configured to receive lighting means 5, for example LED lamps, for illuminating the facade and/or the floor under the flag carrier. Furthermore, it is provided that at least one of the mentioned drainage lamellas 2i, ... _2n is configured to receive a light-sensitive means for producing electricity, which can additionally supply the mentioned lighting means with energy, such as for example the mentioned LED lamp 5.

[0009] Furthermore, according to the proposed invention, it is provided that at least one of the mentioned drainage lamellas 2 _X , ... 2 _n -i on its back side, facing the fastening element 1, is configured to receive lighting means, for example LED lamps . In this case, at least one of the mentioned drainage lamellas 2i, ... 2 _n -i is made of a light-transmitting material. In this way, by using multi-colored LED lights, a lighting effect is achieved on the front side 6 of each drainage lamella 2i, ... 2 _n -i, which may correspond to the colors of the flag. In this case, an implementation is also possible where the mentioned lighting means are arranged in the area between each adjacent draining lamellae 2i, ... _2n .

[0010] A further embodiment of the flag holder according to the invention provides that a tubular attachment 7 is arranged between the mentioned uppermost drainage lamella 2 _X and the mentioned lowermost drainage lamella 2 _n for receiving the pole 4 of the flag. According to one of the possible variants, the mentioned tubular attachment 7 is designed, at least on the side that is at least partially facing away from the mentioned fastening element 1, with a series of through holes 8, which are intended for the drainage of rainwater.

[0011] According to the following variant, it is envisaged that the mentioned tubular attachment 7 is designed from a series of rods 10 arranged in a circular and mutually spaced manner with respect to the normal to the surface of each draining lamella 2i ... _2n , which form an assembly similar to the tubular attachment 7 for receiving the rod 4 flags.

[0012] According to the next variant shown in fig. 7, it is envisaged that between the mentioned uppermost draining lamella 2i and the mentioned lowermost draining lamella _2n arranged tubular attachment 7 is designed from the first pipe section 11, which is connected to the mentioned uppermost draining lamella 2i, and the second pipe section 12, which is connected to the mentioned lowermost drainage lamella 2i. Said pipe sections 11, 12 are connected in their longitudinal direction to a further third pipe section 13, which is designed to be permeable to water, such as wire mesh, perforated sheet metal and the like.

[0013] According to the next variant shown in fig. 8, it is envisaged that between the mentioned uppermost drainage lamella 2i and the mentioned lowermost drainage lamella _2n , the arranged tubular attachment 7 can be designed approximately in terms of the mantle 14 of the axial section of the cone. The jacket 14 of the mentioned cone cross-section is designed in such a way that it is permeable to water, such as, for example, made of wire mesh, perforated sheet metal and the like.

[0014] In addition, said tubular attachment 7 can extend in its longitudinal direction over the upper surface of the uppermost drainage lamella 2i, in which case the free end of said tubular attachment 7 can optionally be closed with a flange 9.

[0015] When, according to the invention, the flag carrier is arranged above the door portal or some similar section that needs to be protected against water, an embodiment is provided where the lowest drainage lamella 2 _n is designed with a gutter for diverting water into the drainage pipe for meteor water on the building where the flagpole is attached.

[0016] The flag holder according to the invention can be made of different materials, for example from metal, artificial or natural material, it can be completely non-judged, either partially or fully juddered.

[0017] Further, according to the proposed invention, it is envisaged that on the flag carrier, at any place of it, a design or installed identity marking, such as a house number, emblem, coat of arms, etc.

Claims (13)

1. A flag holder, comprising a fastening element intended for attaching the flag holder to the wall and a bearing element intended for receiving a flag pole, characterized in that a bearing element (1') is attached to said fastening element (1) ), comprising a set of drainage lamellas (2i, ... 2 _n ) spaced apart in height, whereby said drainage lamellas (2i, ... 2 _n .i), except for the lowest drainage lamella (2 _n ), are designed with at least one through-hole (3), for receiving the flag pole (4), and wherein the said drainage lamellas (2i, ... 2 _n ) are arranged obliquely in the direction from the fixing element (1) towards the said fixing element (1) the ground. 2. The flag holder according to claim 1, characterized in that the mentioned set of mutually spaced drainage lamellas (2i, ... 2 _n ) comprises at least two drainage lamellas. 3. Flag holder according to claims 1 or 2, characterized in that said draining lamellas (2i, ... 2 _n ) can be designed with the same thickness. 4. The flag carrier according to claims 1 or 2, characterized in that each individual drainage lamella (2i,... 2 _n ) can have a different thickness. 5. The flag holder according to claims 1 or 2, characterized in that the angle of inclination of the drainage lamellas (2i, ... 2 _n ) is either the same or different with respect to the fastening element (1). 6. Flag holder according to claims 1 or 2, characterized in that a tubular attachment (7) is arranged between said uppermost drainage lamella (2i) and said lowermost drainage lamella (2n) for receiving the flag pole (4). 7. The flag holder according to claim 6, characterized in that said tubular attachment (7) is designed, at least on the side that is at least partially facing away from said fastening element (1), for the drainage of rainwater. 8. Flag holder according to claims 6 or 7, characterized in that the tubular attachment (7) arranged between said uppermost drainage lamella (2i) and said lowermost drainage lamella ( _2n ) is designed from the first pipe section (11), which is connected to said uppermost drainage lamella (2i), and of another pipe section (12) which is connected to said lowermost drainage lamella (2i), wherein said pipe sections (11, 12) are connected in their longitudinal direction with a further third tubular section (13) designed to be permeable to water. 9. The flag carrier according to claims 6 or 7, characterized in that the tubular attachment (7) arranged between said uppermost drainage lamella (2 _X ) and said lowermost drainage lamella (2 _n ) can be designed roughly in terms of a jacket (14) ) of the axial section of the cone, which is designed to be permeable to water. 10. A flag holder according to any of the preceding claims, characterized in that said lowermost drainage lamella (2 _n ) comprising the maximum thickness is configured to receive lighting means, for example LED lamps. 11. A flag holder according to any of the preceding claims, characterized in that at least one of said drainage lamellas (2i, ... 2 _n ) is configured to receive a light-sensitive means for generating electricity, which supplies said lighting means with energy. 12. The flag holder according to any of the preceding claims, characterized in that at least one of the mentioned drainage lamellas (2i, ... 2 _n -i) is configured to receive lighting means, wherein at least one of the said drainage lamellas ( 2i,... 2 _n -i) made of light transparent material. 13. A flag holder according to any of the previous claims, characterized in that the mentioned lighting means can be arranged in the area between each adjacent drainage lamella (2 _X ,... 2 _n ).