EP3431662A1 - Bollard with fixing unit for same - Google Patents

Abstract

The present invention relates to a bollard (1), for marking of driving and transport routes in exhibition halls, sports facilities, industrial plants and / or comparable areas outside the public traffic area, with a fixing unit (2), for attachment to a floor (3), with a torso (11), and a, at least one support (122) forming the base (12), wherein the base (12) a fixing means (13) for reversible and retention-free fixation on a fixing unit (2) and / or on a Floor (3), the fixing means (13) comprises at least one permanent magnet (131), and the fixing unit (2) is designed such that it receives the fixing means (13) at least in sections.

The bollard (1) according to the invention is inexpensive, easy to fasten and advantageously allows a reversible, restraint-free fixation via a fixing unit (2) on a floor (3). It can be used, in particular in warehouse logistics, for rapid or rapidly changeable identification of driving and / or transport routes in changing infrastructures, without the need for elaborate erection and / or dismantling work.

Description

The invention relates to a bollard for marking of driving and transport routes in exhibition halls, sports facilities, industrial companies and / or comparable areas outside the public traffic area, with a fixing unit, for attachment to a floor, with a torso and one, at least one support forming, Base.

As bollards are commonly called vertical posts or piles, which are used for at least temporary shut-off and / or for the identification of traffic areas. In the prior art, there are a number of examples that are designed rigid or flexible depending on the application. Rigid bollards for permanently blocking a surface are usually made of metallic materials or stone and firmly embedded in the ground. If a temporary lifting of the barrier be possible, so found in the prior art usually rigid, at least two-piece configured bollards in which a rigid, releasably connected to the base, post is arranged on a base fixed to the base.

The EP 3 128 080 A1 describes, for example, a rigid bollard comprising a pedestal and a post, wherein the pedestal can be fixed by means of an anchorage to the ground and the stake can be releasably connected by means of a bayonet lock with the base.

Flexible bollards, on the other hand, are often needed in cases where labeling is more desirable than strict traffic closure. In particular, in public roads, which by definition on all surfaces held by public, provincial or municipal law of the general public (public traffic space), find such flexible bollards in the marking of exits, bicycle and pedestrian paths use. The main focus here is on the property of the bollards, not to offer a rigid obstacle in any collisions, but to counteract major injuries to the persons involved and damage to vehicles involved, collisions by a flexible, resilient and / or removable from a base construction. In the latter case, for use in road traffic, this must be done; be provided a kind of restraint, otherwise there is a risk of personal injury by a repelled bollard in a collision.

From the GB 2 491 545 A For this purpose, for example, a two-part, flexible base construction for a post or bollard is known in which the bollard or post is mounted on a base stump, which at least partially comprises a flexible material. In a collision, the bollard or post stops, but can counteract the force by a flexible bending at the base stump and thus reduce personal injury and / or property damage.

In the FR 2 877 354 A1 an obstacle or a barrier is provided with a means for attachment to the ground and a visible part, wherein the visible part of this barrier is connected via a flexible connection at least indirectly to the ground, and wherein the flexible connection is greater in length than the distance between having the two attachment points of the flexible connection on the visible part and on the ground. Here, the obstacle or the barrier is collided in a collision of the ground attachment, but always remains connected via the flexible connection to the ground. The flexible connection thus acts as a restraint for the obstacle or the barrier.

The WO 2006/126 787 A1 describes a pylon, which in the region of its largest cone diameter has a thread over which the pylons with a screwed to the ground mating thread can be screwed. In the DE 82 36 180 U1 there is disclosed a construction site fender comprising an elongated plastic stand and a foot portion, the stand having an outwardly directed bend on one side engageable with a corresponding opening of the foot portion.

Overall, a relatively large technical effort with respect to a flexible base construction and / or a restraint device is always necessary in the aforementioned examples of the prior art. In addition, such engineering features prevent the bollards from being easily displaced in the event that new and / or other traffic areas need to be marked.

In this context, the JP 2015 - 143 418 A a weight for weighting a display means, in particular a pylon, for the marking and securing of traffic routes. The weight is annular, such that the tip of a tapered indicating means is inserted through the annular weight and, when the diameter of the annular weight corresponds to the cone diameter, the indicator of the weight can preferably be fixed to the ground by its weight. The JP 2015 - 143 418 A moreover teaches that this fastening effect can be increased by the fact that the annular weight comprises permanent magnets. From the JP 2006-1118159 In addition, a bollard with a built-in permanent magnet for magnetic attachment on a road surface mounted on a board or sheet is known.

In the JP 2012 - 132 212 A a bollard, in particular for securing the driving and Abstellbereiche is described on a vehicle transport vessel, which consists of a flexible shaft portion and a magnetic base, by means of which the bollards are attached to the steel walls of the transport ship can. The JP 2014-105 561 A again describes a pylon comprising a permanent magnet integrated into its base. The JP 2014-105 561 A also teaches to apply magnetic paint / lacquer to the surfaces on which the pylons are to be mounted, the magnetic attraction should increase the stability of the attachment advantageous.

Areas such as private or business premises, which exclude general access through barriers or other structural measures, are not part of the public transport area. But especially in areas outside the public traffic area a bollard with the following requirements would be advantageous.

Thus, especially in logistics operations in which storage space is often used daily, sometimes changing every hour and the change of delimitation from storage to driving surfaces and / or paths or vice versa as quickly as possible, preferably to be accomplished during operation, longer lasting up - and / or dismantling the signs undesirable and uneconomical.

On this basis, the present invention seeks to provide a comparison with the prior art inexpensive, easy and reversible to be fixed bollards available, which in exhibition halls, sports facilities, industrial plants and / or comparable areas outside the public traffic area, in particular in the Warehouse logistics, can be used to quickly identify driving and / or transport routes in a (daily or even hourly) changing (warehouse) infrastructure.

This object is achieved by a bollard with a fixing unit according to the features of claim 1.

Advantageous developments and refinements, which can be used individually or in combination with one another, are the subject of the respective subclaims.

An inventive bollard builds on generic bollards by the fact that the base comprises a fixing means for reversible and retention-free fixation on a fixing unit and / or on a floor; that the fixing means comprises at least one permanent magnet; and that the fixing unit is formed on the side facing the bollard such that it receives the fixing means at least in sections.

Such a trained bollard can advantageously be installed quickly and reversibly at the points to be identified, for example, within a trade fair hall, a sports complex, an industrial company and / or comparable areas outside the public traffic area, in particular within the warehouse logistics, wherein the fixing means according to the invention the bollard in comparison with, for example, simple traffic cones (pylons) advantageously fixed more strongly in its position, but without making larger anchoring necessary. In the event of an accidental collision with a vehicle and / or its load, in particular with a forklift, the bollard according to the invention can nevertheless be reversed advantageously without a greater force, which can advantageously prevent damage to the vehicle and / or to the cargo. In comparison with flexible traffic elements of the prior art for road traffic, which must have restraint devices due to safety requirements, a bollard designed according to the invention can advantageously be displaced within industrial enterprises quickly and easily, which is part of a just-in-time warehouse logistics , Significantly save time, especially for large camps and yet sufficient safety aspects can meet.

An embodiment of the invention in which the fixing means is rigidly connected to the base or part of the base is advantageous. If the fixing means is part of the base or rigidly connected to it, then the interaction between fixing means and the floor and / or the fixing unit determines the force with which the bollard is fixed or which for loosening the bollard in the sense of a reversible, retention-free fixation, is needed.

In a preferred embodiment of the invention, the fixing means may comprise at least one permanent magnet. A fixing means, which comprises at least one permanent magnet, in particular a ferrite (various iron oxide alloys) magnets and / or aluminum-nickel-cobalt (AlNiCo) magnets, can advantageously support the bollard on any ferromagnetic materials, in particular steel struts, steel door frames and / or steel rails in the ground on an industrial site reversible and secure without retention.

In a further embodiment of the invention has proven that the base is rigidly connected to the torso or part of the torso. If the base is part of the torso, production steps for the production of a still stable bollard can advantageously be saved, in particular if the bollard is manufactured in one piece. Embodiments of inventive bollards in which the base is not part of the torso, but rigidly connected to it, may advantageously have different materials for the base and torso. Thus, for example, the torso can be made of a plastic, which is rigidly connected to a metallic base. In addition to a weight saving, such a bollard designed in addition advantageously has a low center of gravity, which can prevent accidental overturning, for example by a gust of wind, advantageous. In addition, such a configuration offers a simple possibility of adapting the bollard to specific customer requirements and / or the current purpose, in particular by a flexible possibility of changing the torso relative to the base.

In a further preferred embodiment, it has been proven that the support is arranged at an end of the base facing away from the torso and at least partially delimits the base at this end. Such a support can advantageously support the bollard against falling over, as well as prevent inadvertent horizontal displacement advantageous.

In addition, an embodiment is preferred according to the invention, in which the support of the base terminates flush with the fixing means at its end facing away from the torso to the outside. A bollard, in which the support of the base terminates flush with the fixation means at its end facing away from the torso, can advantageously be set down on a flat, profile-free ground, in particular the floor of an industrial enterprise, such that full-surface, direct contact between the end of the base facing away from the torso and the floor. In this way, the interaction of the fixing means with the substrate, in particular with the fixing unit and / or the floor, can be maximized, in particular if the fixing means comprises at least one permanent magnet and the substrate is flat and ferromagnetic at least in sections.

Finally, an embodiment of the invention has proved successful, in which the fixing means is resiliently mounted on the base via a spring along the axis of the torso. This advantageously allows the contact and thus also the interaction between fixing agent and fixing unit and / or soil to be maximized even in the case of unevenness or in the case of a profiled substrate.

The fixing unit, for attachment to a floor, is characterized in that it is formed on a side facing the bollard corresponding to the support and / or the fixing means.

The fixing unit formed in this way advantageously allows an improved reversible and retention-free fixation of the bollard, in particular on substrates which are comparatively less suitable for a direct fixation of the bollard, because they allow, for example, only an insufficient interaction with the fixing means of the base. For this purpose, the fixing unit is advantageously designed corresponding to the support and / or the fixing means, which not only advantageous to maximize the interactions between fixative and fixation, but also allows accurate positioning of the bollard and minimize accidental horizontal displacements. In addition, the fixing unit in an accidental collision, due to its preferably low overall height, advantageously provides a small collision surface for a vehicle colliding with the bollard. The fixing unit can advantageously be "run over" and shearing off by the action of the vehicle on the fixing unit can be prevented. As a result, damage to the vehicle and to the cargo are advantageously effectively limited and / or avoided.

For this purpose, an embodiment of the fixing unit is preferred, in which the fixing unit is at least partially formed from a ferromagnetic material, and / or by means of a screw and / or bonding on the ground can be fastened. An at least partially formed of a ferromagnetic material, in particular steel, fixing unit may, in particular with a, at least one permanent magnet comprising fixing advantageously form comparatively strong interactions. In this case, this magnetic attraction between the fixative of the base and the fixing unit can be solved relatively easily and residue free again when needed. In addition, the fixing unit can alternatively or cumulatively be fastened to the floor by means of preferably a screw connection and / or an adhesive bond. As a result, the fixing unit can advantageously be fastened stationary at least temporarily and thus offer the bollard a stable fixation.

Finally, it has been found that the fixing unit on the side facing the bollard is designed according to the invention in such a way that it receives the fixing means at least in sections. Such a configured fixing unit can provide the bollards in addition to a stable fixation and protection against accidental horizontal displacement, and prevent accidental tipping, for example. Due to a gust of wind, advantageous.

The present invention provides a low cost, easy and reversible bollard with a fixing unit for attachment to a floor, for such a bollard. The bollard according to the invention advantageously allows a reversible, restraint-free fixation on such a fixing unit and / or on a floor and can advantageously in exhibition halls, sports facilities, industrial plants and / or comparable areas outside the public traffic area, especially in warehouse logistics, for fast or fast variable marking of driving and / or transport routes in a (daily) changing warehouse infrastructure use, without the costly construction and / or dismantling necessary.

Further advantages and embodiments will be explained in more detail below with reference to preferred embodiments of the invention, as well as in conjunction with the drawings.

Fig. 1

in einer Schnittansicht eine erste Ausgestaltung eines erfindungsgemäßen Pollers mit einem Torso und einer, wenigstens eine Stütze ausbildenden, Basis, der direkt auf einem ebenen Boden, welcher wenigstens abschnittsweise ferromagnetisches Material umfasst, fixiert ist;

Fig. 2

eine zweite Ausgestaltung eines erfindungsgemäßen Pollers, bei dem die Basis Teil des Torsos ist und die Stütze der Basis an ihrem, dem Torso abgewandten, Ende mit dem Fixierungsmittel bündig nach außen abschließt;

Fig. 3a

den Poller aus Fig. 1, fixiert auf einer Fixiereinheit;

Fig. 3b

die Fixiereinheit aus Fig. 3a in einer vergrößerten Draufsicht;

Fig. 4a

eine dritte Ausgestaltung der Erfindung, bei der die Stütze als Kombination aus einem randläufigen Ring und einem innerhalb des Rings angeordneten kreuzförmig ausgebildeten Abschnitt gebildet ist;

Fig. 4b

eine, an ihrer dem Poller aus Fig. 4a zugewandten Seite, korrespondierend zum Poller aus Fig. 4a ausgebildete Fixiereinheit;

Fig. 5a

den Poller aus Fig. 1, fixiert auf einer korrespondierend ausgebildeten Fixiereinheit;

Fig. 5b

eine, an ihrer dem Poller aus Fig. 5a zugewandten Seite, korrespondierend zum Poller aus Fig. 5a ausgebildete Fixiereinheit;

Fig. 6

eine vierte Ausgestaltung eines erfindungsgemäßen Pollers, mit einem als ein Saugnapf ausgestalteten Fixierungsmittel und einer ausfedernd ausgestalteten Stütze der Basis;

Fig. 7

eine fünfte Ausgestaltung eines erfindungsgemäßen Pollers analog Fig. 2, mit einem als aus Klettband ausgestalteten Fixierungsmittel;

Fig. 8a

eine sechste Ausgestaltung der Erfindung, bei der das Fixierungsmittel eines Pollers an der Basis über eine Feder entlang der Achse des Torsos federnd gelagert ist und eine korrespondierend dazu ausgebildete Fixiereinheit vor dem Aufsetzen des Poller auf die Fixiereinheit;

Fig. 8b

den Poller aus Fig. 8a beim Aufsetzen auf den Rand der Fixiereinheit aus Fig. 8a; und

Fig. 8c

den Poller aus Fig. 8a und 8b fixiert auf der Fixiereinheit aus Fig. 8a und 8b.

In it show schematically:

Fig. 1

in a sectional view of a first embodiment of a bollard according to the invention with a torso and a, at least one support forming, base, which is fixed directly on a flat bottom, which at least partially ferromagnetic material is fixed;

Fig. 2

a second embodiment of a bollard according to the invention, wherein the base is part of the torso and the support of the base at her, the Facing away from the torso, terminate the end flush with the fixation device to the outside;

Fig. 3a

the bollard Fig. 1 fixed on a fixing unit;

Fig. 3b

the fuser out Fig. 3a in an enlarged plan view;

Fig. 4a

a third embodiment of the invention, wherein the support is formed as a combination of a randläufigen ring and disposed within the ring cross-shaped portion;

Fig. 4b

one, at her the bollard off Fig. 4a facing side, corresponding to the bollard Fig. 4a trained fixing unit;

Fig. 5a

the bollard Fig. 1 fixed on a correspondingly formed fixing unit;

Fig. 5b

one, at her the bollard off Fig. 5a facing side, corresponding to the bollard Fig. 5a trained fixing unit;

Fig. 6

a fourth embodiment of a bollard according to the invention, with a configured as a suction cup fixing means and a spring-out designed support the base;

Fig. 7

a fifth embodiment of a bollard according to the invention analog Fig. 2 with a fastening means designed as a Velcro tape;

Fig. 8a

a sixth embodiment of the invention, wherein the fixing means of a bollard is resiliently mounted on the base via a spring along the axis of the torso and a corresponding thereto formed fixing unit before placing the bollard on the fixing unit;

Fig. 8b

the bollard Fig. 8a when placed on the edge of the fuser Fig. 8a ; and

Fig. 8c

the bollard Fig. 8a and 8b fixed on the fuser Fig. 8a and 8b ,

In the following description of preferred embodiments of the present invention, like reference characters designate like or similar components.

Fig. 1 shows in a sectional view a first embodiment of a bollard 1 according to the invention with a torso 11 and a, at least one support 122 forming, base 12, which is fixed directly on a flat bottom 3, which at least partially ferromagnetic material.

The torso 11 and / or the base 12 of the bollard 1 according to the invention can have a circular, elliptical and / or polygonal cross section depending on the customer's request and / or application. The torso 11 may also be solid, but preferably, as shown here, designed as a hollow body, which allows a material and / or weight savings.

In the bollard 1 shown here, the base 21 is not part of the torso 11, but rigidly connected to it. In this way, the base 12 and the torso 11 may advantageously have different materials. The torso 11 may for example be made of a plastic, which is rigidly connected to the metallic base 21. The fixing means 13, which preferably comprises at least one permanent magnet 131, may advantageously be rigidly connected to the base 12. The support 122 is advantageously arranged on an end 121 of the base 12 facing away from the torso 11 and delimits the base 12 at this end 121 at least in sections. In the example shown here, the bollard 1 on a flat, preferably at least partially comprising a ferromagnetic material, floor 3 are placed at any point. The magnetic attraction between the permanent magnet 131 of the fixing means 13 and the ferromagnetic material of the bottom 3 can advantageously fix the bollard 1. The support 122, which may be configured in particular as a randläufiger ring on the edge of the base 12, supports the bollard 1 from the bottom 3 and advantageously prevents unintentional tipping over.

Fig. 2 shows a second embodiment of a bollard 1 according to the invention, in which the base 12 is part of the torso 11 and the support 122 of the base 12 at its, remote from the torso 11, end 121 terminates flush with the fixing means 13 to the outside. This embodiment may be particularly suitable for a fixation on a flat bottom 3, since the fixing means 13 advantageously has direct contact with the material of the bottom 3. If the base 3 at least partially comprises ferromagnetic material and the fixing means 13 comprises at least one permanent magnet 131, then this configuration can offer the greatest possible magnetic attraction and thus the strongest magnetic fixation due to the direct contact, ie a avoided distance between the permanent magnet 131 and the base 3.

The FIGS. 3a , b; 4a, b and 5a, b now show different embodiments of the invention, in which the bollard 1 is not fixed directly on the floor 3, but in each case via a fixing unit 2, which in turn is fastened to the floor 3. The use of a design with fixing unit 2 advantageously allows, independent of the nature of the bottom 3, to fix a bollard 1 according to the invention in a reversible and non-returnable manner in a simple manner.

Fig. 3a shows the bollard 1 Fig. 1 Fixed on a fixing unit 2, which in Fig. 3b is shown in greater detail in an enlarged plan view. The fixing unit 2 may advantageously be formed at least partially from a ferromagnetic material. Alternatively or cumulatively, it may be by gluing and / or as shown here, by means of a screw 22 on the bottom 3 be fastened. On its side facing the bollard 1 21, the fixing unit 2 according to the invention preferably formed corresponding to the support 122 and / or the fixing means 13. In the example shown, the fixing unit 2 is formed from a circular plate with a diameter corresponding to the diameter of the base 12 of the bollard 1. Within the plate there is a preferably cylindrical elevation, which is designed such that it forms a gap between the base 12 and / or the fixing means 13 of a support 122 formed as an edge-ring on the edge of the base 12 on the fixing unit 2 attached bollard 1 closes.

The fixing unit 2 has, as shown, preferably a low height so that the unit 2 can be run over by both commercial trucks and commercial trucks such as forklifts, in particular a height of 0.5 to 1.5 cm on , This has the advantage that the fixing unit 2 offers a small collision surface in the event of an accidental collision for such a vehicle colliding with the bollard 1. The fixing unit 2 can be advantageously "overrun" or "transferred" with a charge and shearing by the action of the vehicle or charge on the fixing unit 2 can be prevented. As a result, damage to the vehicle and to the cargo are advantageously effectively limited and / or avoided.

Fig. 4a shows a third embodiment of the invention, in which the support 122 is formed as a combination of a randläufigen ring and arranged within the ring, preferably formed cross-shaped portion. Fig. 4b again shows one, at her the bollard 1 Fig. 4a facing side 21, corresponding to the bollard Fig. 4a formed fixing unit 2 in a plan view. It can be seen that the preferably cylindrical elevation in the interior of the fixing unit 2 now has recesses corresponding to the, preferably cross-shaped, section of the support 122. Such a thing trained support 122 may prevent inadvertent rotation of the bollard 1 about its vertical longitudinal axis, which may be advantageous, for example, when using a, in particular asymmetrically designed, bollards 1 for directional marking.

Fig. 5a and Fig. 5b show the bollard 1 off Fig. 1 Fixed on a correspondingly formed fixing unit 2 in an alternative embodiment. It can be seen that the diameter of the fixing unit 2 in this example is smaller than the diameter of the base 12 of the bollard 1 and preferably corresponds to the inside diameter of the support 122 formed as an edge-ring on the edge of the base 12.

Fig. 6 shows a fourth embodiment of a bollard 1 according to the invention, with a designed as a suction cup 132 fixing means 13 configured as a suction cup 132 fixing means 13 can fix the bollard 1 advantageously on smooth, flat surfaces reversible and retention-free. In this variant, the support 122 for stabilizing the bollard 1, in particular similar to the permanent magnet 131 in the embodiment according to Fig. 8 , be designed ausspredernd advantageous to compensate for the lower height, which forms a, preferably with 50 N, sucked suction cup 132 against a non-sucked suction cup 132.

Fig. 7 shows a fifth embodiment of a bollard 1 according to the invention analogous to the bollard 1 from Fig. 2 , with a fixing means 13 designed as a Velcro tape 133. In this variant, the fixing means 13 is configured with a component closing off the bottom side of Velcro tape 133. The in Fig. 7 illustrated embodiment analogous to the bollard Fig. 2 in which the support 122 of the base 12 at its end facing away from the torso 11 ends flush with the fixing means 13 to the outside, again advantageously provide the greatest possible fixation on a preferably comprising a textile material bottom 3, since by the flush closing advantageous one widest possible Contact surface between Velcro and textile material of the bottom 3 is guaranteed.

Fig. 8a Finally, shows a sixth embodiment of the invention, in which the fixing means 13 of a bollard 1 is spring-mounted on the base 12 via a spring 123 along the axis of the torso 11 and a corresponding thereto formed fixing 2 before placing the bollard 1 on the fixing unit. 2 . In Fig. 8b is the bollard 1 off Fig. 8a then when placing on the edge of the fixing unit 2 off Fig. 8a to see and in Fig. 8c finally fixed on the fixing unit 2 Fig. 8a and 8b , As shown, the fixing unit 2 can advantageously be designed on the side 21 facing the bollard 1 such that it receives the fixing means 13 at least in sections. The fixing means 13 is preferably spring-mounted on the base 12 via a spring 123 along the axis of the torso 11. The spring 123 may preferably be chosen such that it is completely relaxed when the bollard 1 is lifted, separated from the fixing unit 2 ( Fig. 8a ). Will the bollard 1 then, as in Fig. 8b can be seen, for example, placed on the edge of the fixing unit 2, the spring 123 can be compressed and the fixing means 13 are received in the base 12, wherein the fixing means is preferably flush with the support 122 to the outside. If the bollard 1 is now displaced on the fixing unit 2, then the spring 123 can press the fixing means 13 downward when the support 122, fixing means 13 and fixing unit 2 correspond to each other and, to a certain extent, engage the bollard 1. In this, in Fig. 8c position shown, the spring 123 is preferably not yet relaxed, but exerts a pressure on the fixing means 123, so that the fixing means 12 is advantageously pressed into the fixing unit 2 and thereby the interaction between the fixing means 13 and fixing unit 2 is maximized. The fixing means 13 may advantageously be at least partially within the base 12 and at least partially within the fixing unit and thus prevent unintentional horizontal displacement and / or unintentional tipping over.

The present invention relates to a bollard 1, for marking of driving and transport routes in exhibition halls, sports facilities, industrial plants and / or comparable areas outside the public traffic area, with a torso 11, and at least one support 122 forming base 12, wherein the base 12 comprises a fixing means 13 for reversible and retaining fixation on a fixing unit 2 and / or on a floor 3, and a fixing unit 2, for attachment to a floor 3, for such a bollard 1, which 2 facing on a bollard 1 Page 21 corresponding to the support 122 and / or the fixing means 13 is formed.

The bollard 1 according to the invention is cost-effective, easy to attach and advantageously allows a reversible, restraint-free fixation on a fixing unit 2 according to the invention and / or on a floor 3. It can be advantageous, in particular in the storage logistics, for fast or quickly changeable identification of driving. and / or transport routes find use in changing infrastructures without the costly construction and / or dismantling work are required.

LIST OF REFERENCE NUMBERS

1. 1 bollard
   • 11 coat / torso
   • 12 base
     • 121 end
     • 122 proppant
     • 123 spring
   • 13 fixative
     • 131 permanent magnet
     • 132 suction cup
     • 133 Velcro tape
2. 2 fixation unit
   • 21 page
   • 22 attachment
3. 3 floor

Claims (7)

Bollards (1) for marking of driving and transport routes in exhibition halls, sports facilities, industrial plants and / or comparable areas outside the public traffic area, with - A fixing unit (2), for attachment to a floor (3); a torso (11); and a base (12) forming at least one support (122),
characterized, - That the base (12) comprises a fixing means (13) for reversible and retention-free fixation on the fixing unit (2); - That the fixing means (13) comprises at least one permanent magnet (131); and - That the fixing unit (2) on the bollard (1) facing side (21) is designed such that it receives the fixing means (13) at least in sections. Bollard (1) according to claim 1, characterized in that the fixing means (13) rigidly connected to the base (12) or part of the base (12). Bollard (1) according to claim 1, characterized in that the fixing means (13) on the base (12) via a spring (123) along the axis of the torso (11) is resiliently mounted. Bollard (1) according to one of the preceding claims 1 to 3, characterized in that the base (12) rigidly connected to the torso (11) or part of the torso (11). Bollard (1) according to one or more of the preceding claims, characterized in that the support (122) on one, the torso (11) facing away from the end (121) of the base (12) is arranged and the base (12) on this End (121) limited at least in sections. Bollard (1) according to one or more of the preceding claims, characterized in that the support (122) of the base (12) at its, the torso (11) facing away from the end (121) with the fixing means (13) is flush to the outside , Bollard (1) according to one or more of the preceding claims, characterized in that the fixing unit (2) is at least partially formed of a ferromagnetic material, and / or - By means of a screw (22) and / or bonding to the bottom (3) can be fastened.

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