DE202016105576U1 - holder - Google Patents

Abstract

Holding device (1) for everyday objects, such as umbrellas, sticks or the like., With a first holding element (2) which is fastened to the holding device (1) supporting object, and with a second holding element (3), with which the object fixable is, as well as with lockable and releasable connecting means between the two holding elements (2, 3), wherein the two holding elements (2, 3) by means of these connecting means in their positions or orientations to each other about a first and a second axis of rotation (D1, D2) can be rotated and pivoted, wherein the first and the second axis of rotation (D1, D2) are aligned at an angle to each other, and wherein the connecting means is a connection element (4) and an armature receptacle (23) for fixing the position or the orientation of the second Holding element (3) with respect to the first holding element (2), wherein the anchor receptacle (23) has a contour, wherein the anchor receptacle in the loose state of Connecting means (4, 23) is rotatable about the first axis of rotation D1, wherein the first axis of rotation D1 is associated with the first holding element (2), wherein the second holding element (3) comprises an anchor element (25) which in the fixed state at the connecting means ( 4, 23), characterized in that the first holding element (2) comprises a base plate (9) which has a mounting receptacle (11-15) for arranging the connecting means (4, 23), the base plate (9) having a plurality Has mounting seats (11-15) and the mounting seats (11-15) are formed in a cross shape on the base plate (9).

Description

State of the art

Holding devices for attachment of parasols or the like are already known in many embodiments. A variant of a holding device comprises fastening means for mounting the holding device to a stationary object, for. As a balcony railing, and other fastening means for fixing a parasol rod. A disadvantage of this embodiment is that the fastening means to each other are fixed, in particular not adjustable on the holding device available.

Objects and advantages of the invention

The invention has the object of providing an improved, in particular flexible deployable holding device.

This object is solved by the features of claim 1.

In the dependent claims advantageous and expedient embodiments of the invention are given.

The invention relates to a holding device for everyday objects, such as umbrellas, poles or the like. Off, wherein the holding device comprises a first holding element, which is fastened to an object supporting the holding device, and a second holding element, with which the object is fixable, and with lockable and releasable connection means between the two holding elements, wherein the two holding elements by means of these connecting means in their positions or orientations to each other about a first and a second axis of rotation are rotated and pivoted, wherein the first and the second axis of rotation are aligned at an angle to each other , and wherein the connecting means has a connection element and an anchor receptacle for fixing the position or the orientation of the second holding element with respect to the first holding element, wherein the anchor receptacle has a contour, wherein the anchor receptacle in the loose state of Verbindungsmi is rotatably provided about the first axis of rotation, wherein the first axis of rotation is associated with the first holding element, wherein the second holding element comprises an anchor member which is fixed in the fixed state to the connecting means.

The essential aspect of the invention is now to be seen in that the first holding element comprises a base plate, which has a mounting receptacle for the arrangement of the connecting means, wherein the base plate has a plurality of mounting seats and the mounting receptacles are formed cross-shaped on the base plate.

This makes it possible to arrange the first axis of rotation of the holding device off-center on the base plate. As a result, a distance of the first holding element from the second holding element is adjustable. As a result, a position, in particular a distance of the supporting object, for. B. a balcony railing, from the object to be held, for. B. the parasol or parasol rod, adjustable. Preferably, thereby the two axes of rotation are mutually displaceable.

Advantageously, the holding device, in particular, the holding elements are formed of metal. As a result, the holding device is comparatively resistant and stable. In particular, the holding device is thereby UV-stable and weather-resistant available.

It is also advantageous that the mounting receivers are designed as mounting openings, in particular through holes on the base plate.

Advantageously, the first holding element comprises holding clamps. By the retaining clips, the first holding element on the supporting object, for. B. the balcony railing fastened. The holding clamps are in turn designed to be movable on a base plate of the first holding element. Advantageously, the base plate is present parallel to a clamping direction of the retaining clips.

The mounting holes are advantageously in cross section round or square, z. B. polygonal, in particular rectangular, formed. As a result, a mounting rod of the connecting means, for example. A threaded rod, pluggable through the base plate or through the mounting hole.

If the mounting opening is angular in cross-section, the mounting rod can be positioned against rotation in the mounting opening. For this purpose, the mounting rod for this purpose comprises in a region which is in the arranged state on the base plate at least in part in the mounting opening, an angular outer contour, in particular matching the polygonal cross section of the mounting hole.

It proves to be advantageous that an axis of a mounting receptacle is perpendicular to a surface normal of the base plate, and the axis of the mounting receptacle is parallel to the first axis of rotation. As a result, the base plate is adapted to the first axis of rotation displaceable, in particular positionable to be arranged on the base plate.

Moreover, it is advantageous that there are five mounting seats on the base plate. As a result, five positions of the first axis of rotation are realized on the base plate. Advantageously, a first mounting receptacle forms a central position, around which the remaining four mounting receivers, for example symmetrically, in particular uniformly distributed, are formed on the base plate.

In addition, it proves to be advantageous that the first mounting receptacle is provided centrally on the base plate, wherein a second and a third mounting receptacle are provided at a first distance opposite to the base plate, wherein between the second and the third mounting receptacle, the first mounting receptacle is present wherein the second and third mounting receivers are equidistant from the first mounting receptacle, for example, with a fourth and a fifth mounting receivers being disposed at a second distance opposite to the base plate, with the first mounting receptacle between the fourth and fifth mounting receivers, wherein the second and the third mounting receptacle, for example, an equal distance from the first mounting receptacle, wherein the distance between the first and the second mounting receptacle is advantageously different from the distance between the first and the fourth mounting receptacle, wherein M Ittelpunkte the second, third, fourth and fifth mounting receptacle vertices form a rectangle, in particular a rhombus. As a result, in the assembled and arranged state of the holding device, a distance between the supporting object, for. B. the balcony railing, and the object to be held, for. B. the parasol adjustable.

In an advantageous embodiment of the holding device, the connection element comprises the anchor receptacle, wherein the anchor receptacle has a positionally fixed slot in a raised base of the connection element.

Advantageously, this is a stop of the anchor receptacle, which z. B. as a recess on the connection element is present and the slot fixed position, in particular against rotation to each other. As a result, an assembly of the holding device is simplified.

For example, the connection element is made of metal and thereby formed weather-resistant, stable and / or UV-stable. Advantageously, the connection element is formed together with the anchor receptacle as a casting and thus comparatively inexpensive to produce.

It is also advantageous that the connection element has a plug-in opening, wherein the plug opening is configured to receive in the arranged state of the connection element on the holding device a mounting rod of the connecting means to fix the connecting means together with the second holding element on the first holding element in a mounting position wherein the mounting rod has a polygonal cross-section, wherein the insertion opening is adapted to receive the polygonal region of the mounting rod and thereby fix the mounting rod and the connecting element in a rotational direction about a longitudinal axis of the mounting rod or about the first axis of rotation of the first holding device to each other , As a result, a mounting grid for the connection element is realized.

Advantageously, the mounting rod is fixed against rotation on the base plate. As a result, and by the polygonal region of the mounting rod, the mounting rod forms a mounting grid for the connection element. If the polygonal region of the mounting rod, for example, designed rectangular and the plug-in opening to match also formed rectangular, the connection element can be rotated about the longitudinal axis of the mounting rod, so that it can be fixed in four different mounting positions by the mounting rod. It is also conceivable that the polygonal region of the mounting rod is rectangular, in particular square and the plug hole has a polygonal contour in cross section. As a result, according to the number of corners of the plug hole contour mounting positions of the connection element are realized.

It is also advantageous that the holding device comprises a spacer member, wherein the spacer member between the base plate and the connecting element is provided to secure the connecting element during assembly against slipping relative to the base plate.

The spacer is z. B. plastic, especially rubber. For example, the spacer member is formed as a rubber mat. It is also conceivable that in the assembled state of the connection element, the base plate facing support portion of the connection element comprises the spacer member, for example, the support area is coated and the coating forms the spacer element. For example, the coating is formed as a rubber coating. As a result, the base plate is protected against scratching by the connecting element during assembly.

Description of the embodiment

An embodiment will be explained in more detail with reference to the following schematic drawings, indicating further details and advantages.

Show it:

1 and 2 a holding device according to the invention in a perspective view,

3 a perspective view of a first retaining element of the holding device according to 1 .

4 a perspective view of a second retaining element of the holding device according to 1 .

5 a perspective view of a connection element of the holding device according to 1 .

6 a perspective view of an assembly rod of the holding device according to 1 and

7 a perspective view of an anchor attachment of the holding device according to 1 ,

The 1 and 2 show a holding device according to the invention 1 consisting of a first and a second retaining element 2 . 3 , The first and the second retaining element 2 . 3 are firmly connected by connecting means in the assembled state. The connection means include, among other things, a connection element 4 , a mounting rod 5 and an anchor attachment 6 ,

The first holding element 2 includes retaining clips 7 . 8th which have a base plate 9 connected to each other. The first holding element 2 is in particular designed as a yoke ( 1 and 3 ). The retaining clips 7 . 8th are by means of an actuator 10 adjustable in one position. This allows the first holding element 2 on an object, e.g. B. a balcony railing attached.

At the base plate 9 The first holding element has mounting seats 11 - 15 in the form of through holes. The mounting shots 11 . 12 . 14 . 15 are advantageously star or cross-shaped around a central mounting receptacle 13 arranged. The central mounting receptacle 13 is preferably centered on the base plate 9 available. Advantageously, have the through holes 11 - 15 a rectangular cross-section. For example, the through holes are cut out of the base plate and / or punched, z. B. laser cut.

Preferably has a mounting receptacle 11 - 15 an excellent axis, the axis z. B. parallel to a surface normal of a surface 16 the base plate 9 is aligned. Advantageously, forms a longitudinal axis of the mounting rod 5 in the arranged state on the holding device 1 a first axis of rotation D1, wherein the first axis of rotation D1 preferably parallel to the axis of the mounting receptacle 11 - 15 at which the mounting rod 5 is arranged, is formed.

In addition, the mounting rod 5 advantageously as a screw or threaded rod available. For example, the mounting bar includes 5 in one area 17 , which in the arranged state on the base plate 9 and in particular at a lower base 18 of the connection element 4 is arranged, an angular contour 19 , This allows the mounting rod 5 through the mounting receptacle 11 - 15 rotationally fixed to the base plate 9 to be available. In particular, this is the connection element 4 rotationally fixed to the mounting rod 5 and to the base plate 9 or to the first holding element 2 arranged.

Advantageously, the connection element comprises 4 in the pedestal 18 a plug-in opening 20 which has an angular cross-section contour. For example, has the plug opening 20 two mutually parallel and opposite existing straight side surfaces 21 . 22 , Opposite to the plug-in opening 20 is on the connection element 4 for example, another plug-in opening 26 available.

At the base 18 of the connection element 4 is also an anchor holder in the form of a slot 23 available.

In particular, the slot 23 through the pedestal 18 increases to a bearing surface 24 of the connection element 4 educated. This can be an anchor 25 of the second holding element 3 in the slot 23 be used. The bearing surface 24 is intended in the arranged state of the connection element 4 on the surface 16 the base plate 9 to rest.

The anchor 25 of the second holding element 3 is advantageously available as a particular round disc. Advantageously, an axis of rotation of the armature 25 , in particular the disc parallel to a second axis of rotation D2 of the second holding element 3 present, in particular fall the two axes to each other. This is the second holding element 3 in a flexible position by 360 ° about the second axis of rotation D2 rotatable on the first holding element 2 arranged. The second holding element 3 further comprises a fastening device 27 for the fixed arrangement of an object to be held, for example a parasol rod ( 4 ).

The connection element 4 owns in an upper area 30 a cone-shaped silhouette, wherein the connecting element 4 a recess 31 owns which one stop 32 for an outer surface 33 of the anchor 25 forms. Next are the stop 32 and the slot 23 such a fixed position to each other on the connection element 4 present, for example, that at the connection element 4 or the holding device 1 arranged anchor 25 rotationally fixed about the first axis D1 relative to the connecting element 4 is fixed.

The anchor attachment 6 is advantageously disc-like, z. B. as a washer, the washer on one side 28 folded and / or bent exists ( 7 ). For example, the washer comprises a protruding nose 29 , which in the arranged state in the direction anchor 25 protruding at the holding device 1 is formed, so that the washer the anchor 25 fixed ( 1 ).

LIST OF REFERENCE NUMBERS

1

holder

2

retaining element

3

retaining element

4

connecting element

5

mounting bar

6

anchor fixing

7

retaining clip

8th

retaining clip

9

baseplate

10

actuator

11

mounting seat

12

mounting seat

13

mounting seat

14

mounting seat

15

mounting seat

16

surface

17

Area

18

base

19

contour

20

plug-in opening

21

side surface

22

side surface

23

slot

24

bearing surface

25

anchor

26

plug-in opening

27

fastening device

28

page

29

nose

30

Area

31

recess

32

attack

33

outer surface

Claims (8)

Holding device ( 1 ) for articles of daily use, such as parasols, sticks or the like, with a first holding element ( 2 ), which on one the holding device ( 1 ) supporting object is fastened, and with a second holding element ( 3 ), with which the object can be fixed, and with lockable and detachable connecting means between the two holding elements ( 2 . 3 ), wherein the two retaining elements ( 2 . 3 ) by means of these connecting means in their positions or orientations about a first and a second axis of rotation (D1, D2) are rotated and pivoted, wherein the first and the second axis of rotation (D1, D2) are aligned at an angle to each other, and wherein the connecting means a connection element ( 4 ) and an anchor receiver ( 23 ) for fixing the position or the orientation of the second holding element ( 3 ) in relation to the first holding element ( 2 ), wherein the anchor receptacle ( 23 ) has a contour, wherein the anchor receptacle in the loose state of the connecting means ( 4 . 23 ) is rotatable about the first axis of rotation D1, wherein the first axis of rotation D1 of the first holding element ( 2 ), wherein the second holding element ( 3 ) An anchor element ( 25 ), which in the fixed state at the connecting means ( 4 . 23 ), characterized in that the first retaining element ( 2 ) a base plate ( 9 ) comprising a mounting receptacle ( 11 - 15 ) for the arrangement of the connecting means ( 4 . 23 ), wherein the base plate ( 9 ) several mounting shots ( 11 - 15 ) and the mounting receptacles ( 11 - 15 ) crosswise on the base plate ( 9 ) are formed. Holding device ( 1 ) according to the preceding claim 1, characterized in that the mounting receptacles ( 11 - 15 ) as mounting holes, in particular through-holes, on the base plate ( 9 ) are formed. Holding device ( 1 ) according to one of the preceding claims, characterized in that an axis of a mounting receptacle ( 11 - 15 ) perpendicular to a surface normal of the base plate ( 9 ), and the axis of the mounting receptacle ( 11 - 15 ) is present parallel to the first axis of rotation D1. Holding device ( 1 ) according to one of the preceding claims, characterized that five mounting shots ( 11 - 15 ) on the base plate ( 9 ) available. Holding device ( 1 ) according to the preceding claim 4, characterized in that a first mounting receptacle ( 13 ) in the middle of the base plate ( 9 ), wherein a second and a third mounting receptacle ( 11 . 15 ) are present at a first distance opposite to the base plate, wherein between the second and the third mounting receptacle ( 11 . 15 ) the first mounting receptacle ( 13 ), wherein a fourth and a fifth mounting receptacle ( 12 . 14 ) at a second distance opposite to the base plate ( 9 ) are present, wherein between the fourth and the fifth mounting receptacle ( 12 . 14 ) the first mounting receptacle ( 13 ), wherein centers of the second, third, fourth and fifth mounting receptacles ( 11 - 15 ) Vertices form a rectangle, in particular a rhombus. Holding device ( 1 ) according to the preamble of claim 1, in particular according to one of the preceding claims, characterized in that the connecting element ( 4 ) and the anchor receptacle are integrally formed, wherein the anchor receptacle a positionally fixed slot ( 23 ) in a raised pedestal ( 18 ) of the connection element ( 4 ) having. Holding device ( 1 ) according to the preceding claim 6, characterized in that the connecting element ( 4 ) an insertion opening ( 20 ), wherein the plug-in opening ( 20 ) is configured in such a way, in the arranged state of the connecting element ( 4 ) on the holding device ( 1 ) a mounting rod ( 17 ) of the connecting means ( 4 . 17 . 23 ) to receive the connecting means ( 4 . 17 . 23 ) together with the second holding element ( 3 ) on the first holding element ( 2 ) in a mounting position, wherein the mounting rod ( 17 ) a cross-section polygonal area ( 19 ), wherein the plug-in opening ( 20 ) is designed such that the polygonal region ( 19 ) of the mounting rod ( 17 ) and thereby the mounting rod ( 19 ) and the connecting element ( 4 ) in a rotational direction about a longitudinal axis of the mounting rod ( 17 ) or about the first axis of rotation (D1) of the first holding device (FIG. 1 ) to each other. Holding device ( 1 ) according to one of the preceding claims, characterized in that the holding device ( 1 ) comprises a spacer element, wherein the spacer element between the base plate ( 9 ) and the connection element ( 4 ) is present in order to prevent the connecting element from slipping relative to the base plate during assembly ( 9 ).

Images