AT521278A4 - Persons uprising platform - Google Patents

Abstract

Arrangement (1) of at least one pull-out guide (2), at least one fastening device (3) for fastening the at least one pull-out guide (2) to a furniture body (4) and a carrying device arranged or arranged on or on the at least one pull-out guide (2) 5) for a personal riot platform (6), the arrangement comprising at least one, preferably a spring device (7), energy store (8), by means of which the carrying device (5) can be acted upon by a force (9) opposite the weight force, the Carrying device (5) has at least one support device (17) for supporting the pedestrian platform (6) on a base (18), the at least one support device (17) being at least partially adjustable in length in order to form a base (18) formed in the unloaded state To be able to adjust the gap.

Description

The invention relates to an arrangement with the features of the preamble of claim 1.

Furthermore, a piece of furniture with at least one such arrangement is to be specified.

Arrangements which have a personal platform and are installed in or on a furniture body already belong to the prior art and are shown in DE 10 2016121274 A1.

The problem with such arrangements, which have a pedestrian platform and which are movably mounted in or on a furniture body, is the often lack of stability in the extended state and their stability against unintentional movement in the loaded state in the direction of the horizontal plane. After the pedestrian platform has been pulled out of the furniture body, it is often not guaranteed that the pedestrian platform is locked or locked, which can lead to dangerous situations when one person is using the pedestrian platform. For example, in the event of a shift in weight of the person on the pedestrian platform, the pedestrian platform could move horizontally if it did not have a corresponding locking mechanism in the open position or in a position between the open position and the closed position. The person could then fall off the riot platform. In addition, with various movably mounted riot platforms, the forces are only transferred to the pull-out rails or guides and subsequently to the furniture body, the pull-out rails and the furniture body must therefore be extremely strong and solid to withstand these forces. This massive construction wastes space and is also expensive due to the material costs. In the case of a permanent connection to the subsurface beneath the pedestrian platform, for example by rollers or sliding elements located on the legs or supports of the pedestrian platform, further problems arise. These make it difficult to extend and retract the pedestrian platform and can also move due to the movement on / 29

Lead to unwanted noise or the underlying noise

Damage the floor.

The object of the invention is to avoid the disadvantages described above and to provide an arrangement which is improved compared to the prior art and also an item of furniture having such an arrangement which is improved compared to the prior art.

This is achieved by the features of claims 1 and 17.

Due to the fact that the arrangement comprises at least one energy storage device, preferably having a spring device, by means of which the carrying device can be acted upon by a force opposite to the weight force, the person-lifting platform is lowered when loaded by a person on the pedestrian platform until it indirectly or directly unites Has contact with the underlying surface.

Thus, the pedestrian platform not only supports itself on the pull-out guides on the furniture body, but also on the underlying surface, which is under the furniture body.

This support also means that horizontal movement of the pedestrian platform is no longer possible as long as the pedestrian platform is loaded by the weight of a person on it. When the person standing on the pedestrian platform descends, the load is relieved, lifted back into a raised position by the energy store and can then be lowered again into the furniture body or furniture. The riot platform itself no longer has any contact with the underlying surface, so damage to the surface (e.g. parquet flooring or the like) is excluded due to the lack of contact.

If the at least one pull-out guide comprises a platform rail that can be coupled to the carrying device and the at least one energy store is arranged in such a way that it is effective between the platform rail and the carrying device, then the forces of the energy store or also the forces on the person support platform become Transfer some of the person to the underlying, at least one pull-out guide. The energy store acts in an area in which it can be hidden or work efficiently. In addition, the carrying device supports the pedestrian platform and, together with the pull-out guide, creates a stable construction that can withstand the stress of being used by one person.

If the at least one pull-out guide comprises at least two rails which can be displaced relative to one another and the at least one energy store is arranged in such a way that it acts between the at least two rails, a space-saving and compact construction is achieved. The energy storage works in secret, which benefits the visual appearance of the arrangement or the furniture.

This can also be achieved by arranging the at least one energy store in such a way that it is effective between the at least one fastening device for fastening the at least one pull-out guide and the furniture body.

If the at least one pull-out guide has a front half and a rear half that can be arranged in the assembled state adjacent to a rear wall of the furniture body and the at least one energy store is arranged in the front half of the at least one pull-out guide, the energy store is located exactly in the area of the pull-out guide , in which the person will also stand when the pedestrian platform is extended. The forces exerted by the person act exactly in the area in which the at least one energy store is also located. It is not necessary to raise the entire pedestrian platform, it is sufficient if it only lifts in the front area when leaving the pedestrian platform and / or tilts slightly so that it can subsequently be pushed into the furniture body.

This is achieved, for example, in that the arrangement has at least one bearing device for the pedestrian platform, the at least one bearing device providing a pivot point about which the / 29

Person support platform is pivotable, preferably wherein the at least one pull-out guide has a front half and a rear half, which can be arranged adjacent to a rear wall of the furniture body in the assembled state, and the at least one storage device is arranged in the rear half of the at least one pull-out guide. It is therefore possible that the

Personnel support platform is mounted on a horizontal swivel axis at the end of the rear half and can be raised in the area of the front half by the energy accumulator. The result of this is that essentially fewer energy stores have to be used, since the personnel riot platform is movably mounted in the rear area.

The storage device also makes it possible to firmly anchor the pedestrian platform, so that it cannot be moved on the carrying device.

In a manner of speaking, the storage device takes over the movable mounting of the pedestrian platform on the carrying device, while the at least one energy store enables the pedestrian platform to be raised and lowered on the carrying device.

If the carrying device has at least one support device for supporting the pedestrian platform on a surface, the at least one support device being at least partially adjustable in length in order to be able to adjust a gap formed in the unloaded state to the ground, the pedestrian platform is in the loaded state (if a person on it), a direct contact to the substrate is established, in that the at least one support device rests on it or contacts it directly.

If this support device is longitudinally adjustable at least in some areas, the gap formed can also be adjusted. This is necessary, for example, in order to be able to compensate for tolerances on the furniture body, on the structure of the arrangement of the pedestrian platform or on the underground.

In addition, it may be that the surface is, for example, slightly flexible - such as, for example, in carpets of the same type. Thus, the gap / 29 can be enlarged so as not to brush against the fibers of the carpet or to throw them up as soon as the pedestrian platform is extended or retracted. This could lead to damage. With structured tile floors, for example, you would also have this problem. It could be that if the gap is too small, contact with raised or exposed areas of the tiles could result in streaking or striking with these areas of the tiles.

In other words, the arrangement can be adapted to the environment via the length adjustability of the support device. In addition, it is possible that the arrangement can also be attached to different furniture via the adjustability of the at least one support device.

If the at least one fastening device for fastening the at least one pull-out guide to a furniture body is an integral part of the at least one pull-out guide, preferably wherein the at least one pull-out guide comprises a body rail and the at least one fastening device is formed on the body rail, a stable system for fastening the carrying device is created and / or the pedestrian platform on the furniture body, which remains horizontally movable. The forces are transferred directly to the furniture body via the integral component of the at least one pull-out guide in the form of the body rail. Thus, the arrangement is integrated directly into the furniture and firmly connected to it, which is reflected in the stability of the arrangement.

If the arrangement has at least two pull-out guides which can be arranged on two opposite sides of the pedestrian platform, the forces are divided into two opposite sides when the pedestrian platform is used. This means that there are no torsional or bending forces on the arrangement or on the furniture body, which results in a long-lasting and stable system.

If the carrying device has at least one cross member arranged or arranged parallel to the at least two pull-out guides, and / or at least one energy accumulator is arranged on each of the two sides of the pedestrian platform, the stability of the pedestrian platform is increased by / 29 the cross members and a uniform lifting of the Pedestrian riot platform guaranteed by the two opposite energy stores.

If the arrangement comprises at least two drawer pull-out guides, which can be arranged or arranged below the at least one pull-out guide provided for the pedestrian platform, at least two drawer pull-out guides are designed to slidably support a drawer to be arranged below the pedestrian platform, a space-saving system is created from a pedestrian platform with a drawer underneath or inside. This means that no space is wasted, and multiple use of the arrangement is guaranteed. The area under the pedestrian platform can be used as storage space, the drawer underneath can be opened or closed independently of the pedestrian platform.

If the arrangement has at least one, preferably at least partially magnetically designed, coupling device, via which the movement of the at least two drawer pull-out guides can be coupled at least temporarily with the movement of the at least one pull-out guide provided for the pedestrian platform, then when pulling out the drawer, the pull-out can also be pulled out Riot platform can be reached. If this is not the case, the force of the coupling device only has to be overcome - this means that the pedestrian platform remains sunk in the furniture body and only the drawer extends. The coupling device also ensures that the drawer does not open accidentally when the pedestrian platform is extended, and there is therefore a risk that the person using the pedestrian platform will climb onto or into the drawer or trip over it when getting off the pedestrian platform.

If the at least one coupling device comprises at least a first coupling part and a second coupling part, preferably detachable, connectable or connected, the first coupling part being able to be arranged on a front panel of the drawer to be arranged below the pedestrian platform and the second coupling part on the carrying device for the pedestrian platform, preferably / 29 can be arranged on an end face of the carrying device, the coupling device is not visible when the drawer and / or the pedestrian platform is closed. This is covered by the front panel. This has the additional advantage that contamination of this coupling device can be ruled out and its function is always maintained.

If the arrangement has at least one ejection device for ejecting the pedestrian platform from a closed position arranged in the furniture body into an open position, in which the pedestrian platform is arranged at least in regions outside the furniture body, preferably wherein the at least one ejection device can be triggered by exerting a triggering force in the closing direction, so automated ejection of the pedestrian platform and / or the drawer underneath is possible. A return mechanism in the closed position is also possible. This can take place, for example, via an electronic or mechanical trigger which is arranged in the area of the furniture body or in the area of the arrangement. It would also be conceivable for this trigger and thus also the ejection device to be excited by a touch-latch system.

If the weight force based on the weight of the pedestrian platform can be canceled by a counterforce starting from at least one energy store, the counterforce being greater than or equal to the weight force, it is ensured that when the pedestrian platform is not under load, it is always in a raised state and thus a contact to the underlying surface is prevented.

If the weight based on the weight of the pedestrian platform and a person or an object on it is higher than the counterforce based on the at least one energy store, it is ensured that the pedestrian platform lowers under load and its position is secured. Accidental movement in the horizontal plane under load by a person or an object is thus prevented.

/ 29

Further details and advantages of the present invention will become apparent from the

Description of the figures with reference to those shown in the drawings

Embodiments explained in more detail below. In it show:

1a, 1b the application of the arrangement,

2 shows an exploded view of the arrangement,

3 sectional drawing through the arrangement, perspective view,

4 arrangement in side view - sectional view in the unloaded state and the closed position,

5 detail from FIG. 4,

6 arrangement in the open position - in the loaded state,

7 arrangement in the open position - in the unloaded state,

8 frame construction to support the arrangement,

9 drawer under the pedestrian platform,

Fig. 10 exploded view of the energy accumulator, and

11a, 11b energy store in the loaded / unloaded state.

In Fig. 1a it is shown that the arrangement 1 can be completely retracted into the furniture body 4 or in the furniture 31 and thus is not in the way when the furniture 31 is used. In addition, FIG. 1 a schematically shows a person trying to take something out of a higher area of a piece of furniture 31.

However, the person is too small and then opens the arrangement 1 from the closed position into the open position, which is located in the furniture 31.

By pulling out the arrangement 1, it is now possible for the person to reach higher areas of the furniture 31 more easily, as is shown in FIG. 1b.

Fig. 2 shows the arrangement 1 in an exploded view. This consists of the pedestrian platform 6, which is supported on the carrying device 5 or can also be formed by this.

The riot platform 6 and / or the carrying device 5 have two sides 20, 21, on each of which a pull-out guide 2 is attached.

/ 29

The pull-out guide 2 essentially has a body rail 11 and one

Platform rail 10, which are slidably mounted to each other. At the

Body rail 11 is the fastening device 3 for fastening the

Pull-out guide 2 on a furniture body 4.

The exemplary embodiment in FIG. 2 shows how the carrying device 5 extends like a frame in the area below the pedestrian platform 6 and has two support devices 17 for supporting the pedestrian platform 6 from the subsurface below the pedestrian platform 6 (see FIG. 6). The height of these support devices 17 can be adjusted via adjusting elements 38.

At least one energy accumulator 8, which lifts the pedestrian platform 6 against the weight 9, is located between the pedestrian platform 6 and / or the carrying device 5 and / or the pull-out guide 2. This is done, for example, by a spring 7 arranged in the energy accumulator 8. Instead of a spring 7, a gas pressure cylinder, an elastomer, such as a rubber element or something similar, can also be used.

Under the pedestrian platform 6 there is a drawer 24 which is mounted on separate drawer pull-out guides 23 which cannot be seen in FIG. 2. This drawer 24 has a front panel 28 in the front area, which covers the pedestrian platform 6 and also the drawer 24 underneath in the closed state.

The personal riot platform 6 is connected to and supported by the carrying device 5 via at least one bearing device 15 in the rear region.

3 shows a sectional view of the arrangement 1. It can be seen how the drawer 24 is located in the area below the pedestrian platform 6. The arrangement 1 is in the closed position in the furniture body 4. The entire arrangement 1 is covered forwards on the visible side of the furniture by the front panel 28 as soon as it is in the closed position.

/ 29

4 shows the closed position of the drawer 24 and the pedestrian platform 6 in the furniture body 4 of the furniture 31. It can be seen how the pedestrian platform 6 with the carrying device 5 underneath it lifts off from the underlying surface 18 via the at least one energy store 8 and the support device 17 thus has no contact with the subsurface 18. A gap 19 is thus achieved since the counterforce F is greater than the weight 9 of the pedestrian platform 6 and the associated assemblies arranged thereon.

In this state, it would now be possible to move the drawer 24 out of the furniture body 4 without moving the pedestrian platform 6. The drawer 24 can thus also be used independently of the pedestrian platform 6.

The energy accumulator 8 with the spring 7 preferably located inside is located essentially in the front half 12 of the pull-out guide 2. In the rear area of the rear half 14 there is the bearing device 15, which horizontally pivots the pedestrian platform 6 about a pivot point 16. A horizontal pivoting of the pedestrian platform 6 about the fulcrum 16 of the bearing device 15 is thus achieved via the energy store 8 and also against the energy store 8. In other words, a tilting mechanism is generated by the at least one energy store 8 and the pivot point 16.

If the gap 19 should be too small, the support device 17 should graze on the ground 18 when the pedestrian platform 6 extends, for example, the gap can be increased by an adjustment via the adjusting element 38. Tolerances on the furniture 31, furniture body 4 or also on the base 18 can also be compensated for via the adjusting element 38.

In the rear area of the furniture body 4 there is an ejection device 29, which enables the drawer 24 and / or the pedestrian platform 6 to be ejected in an automated form. In other words, the ejection device 29 can move the pedestrian platform 6 and / or the drawer 24/29 simultaneously or also independently of one another from the open position into the

Achieve closed position and vice versa.

The drawer 24 is connected to the furniture body 4 via drawer pull-out guides 23. A coupling device 25 is arranged between the front panel 28 and the pedestrian platform 6 or the carrying device 5 located thereon, which coupling device can couple the movement between the drawer 24 and the pedestrian platform 6.

FIG. 5 shows a detail from FIG. 4, it can be seen how the energy store 8 is in the extended, relaxed state. Thus, he pushes the pedestrian platform 6 and the carrying device 5 located underneath from the platform rail 10 located underneath, which is movably supported along the body rail 11.

The first coupling part 26, which can establish a connection to the second coupling part 27, is located at the rear, upper region of the front panel 28. The second coupling part 27 is located on the end face of the carrying device 5 and / or the pedestrian platform 6. This creates a coupling device 25, which can be formed, for example, by magnets. If the drawer 24 is pulled and extended, the pedestrian platform 6 is moved along via the coupling device 25. If this is not desired, the user overcomes the force, preferably magnetic force, of the coupling device 25 and only extends the drawer 24, while the pedestrian platform 6 remains in the furniture body 4.

FIG. 6 shows the arrangement 1 in the open position of the pedestrian platform 6 in the loaded state - for example by a person located on the pedestrian platform 6. The counterforce F is overcome, starting from the at least one energy accumulator 8, and the pedestrian platform 6 is supported by the at least one support device 17 from the ground 18.

Due to the friction generated by the weight (load from person standing on the arrangement 1) between the support device 17 and the ground 18/29, an undesired shifting of the pedestrian platform 6 in the horizontal plane can be excluded. Due to the movement of the pedestrian platform 6 and the underlying support device 5 counter to the counterforce F of the counteracting, at least one force accumulator 8, a tilting of the pedestrian platform 6 and / or the underlying support device 5 about the pivot point 16 of the bearing device 15 is forced. The personal riot platform 6 is supported on different areas. On the one hand, support is provided via the at least one support device 17 in the front area, in the rear area, support is provided via the contact with the body rail 11, which is in direct connection with the furniture body 4 via the fastening device 3.

The drawer 24 can be retracted and extended at any time, regardless of the position of the pedestrian platform 6. For this purpose, a drawer pull-out guide 23 with a further pull-out area relative to the pull-out area of the pull-out guide 2 is selected. This not only has to compensate for the length of the extension area of the pedestrian platform 6 but also the insertion length of the drawer 24 itself.

However, it would also be possible to store the drawer slide guides 23 not on the furniture body 4 but, for example, on the support devices 17. Thus, a drawer slide guide 23 with a shorter pull-out area could be selected.

Fig. 7 shows the personal riot platform 6 in the open position, but in the unloaded state. The counterforce F of the at least one energy store 8 now acts against the weight 9 and raises the pedestrian platform 6. The support device 17 thus loses contact with the substrate 18, the gap 19 is formed. Subsequently, the pedestrian platform 6 can be sunk again in the furniture body 4.

8 shows the carrying device 5, which is designed like a frame 33. The frame 33 essentially consists of the corner connectors 32, which connect at least one strut 39 to the cross members 22. At the corner connectors 32/29 there is also the at least one support device 17, which can be adjusted in height via the adjusting elements 38.

In the area next to the crossbeams 22 is the at least one energy store 8, which contacts the personal support platform 6 (not shown in FIG. 8) and is supported by the pull-out guides 2 located below the crossbeams 22 and not visible in FIG. 8.

The carrying device 5, which is designed as a frame 33, is connected directly to the pedestrian platform 6 (not shown in FIG. 8) located above it. This can be done, for example, by screwing the corner connectors 32 to the pedestrian platform 6. The personal riot platform 6 is z. B. formed by a wooden plate or something similar. The frame construction of the carrying device 5 therefore makes it possible to attach different pedestrian platforms 6 to the carrying device 5. This enables an optical adaptation to the piece of furniture 31 (not visible in FIG. 8). Furthermore, the frame construction via a frame 33 also allows adaptation to different dimensions of furniture due to differently selected struts 39 and cross members 22.

FIG. 9 shows a schematic illustration of an extended drawer 24, the pedestrian platform 6 is in the furniture body in the retracted state

4. The personal riot platform 6 could additionally also be extended, the upper area of the drawer 24 being covered. Depending on how long the extension length of the drawer pull-out guides has been selected, the drawer 24 can also be extended when the pedestrian platform 6 is extended.

10 shows the energy store 8 in an exploded view. This essentially consists of three components. The spring 7 is located between an inner element 34 and an outer element 35. As can be seen in the previous figures, the outer element 35 is connected to the pedestrian platform 6 and / or the carrying device 5 located underneath. The lower part of the inner element 34 pushes off the pull-out rail 2.

/ 29

The energy accumulator 8 has on its inner element 34 connecting elements 36 which engage in a corresponding connecting opening 37 on the outer element 35 and thus prevent the spring 7 from falling out. This connection also achieves a certain preload on the spring 7.

11a shows the energy accumulator 8 in the loaded state. In this case, the weight of the person platform 6 above and the person or object located thereon is higher than the spring force F of the spring 7 arranged in the energy store 8.

FIG. 11 b shows how the pedestrian platform 6 has been relieved and thus only its weight 9 acts against the counterforce F. The counterforce F of the spring 7 is stronger than the weight 9, whereby the energy accumulator 8 partially relaxes.

/ 29

LIST OF REFERENCE NUMBERS

arrangement

pull-out

fastening device

furniture body

carrying device

Persons uprising platform

spring device

power storage

weight force

deck rail

cabinet member

Front half

rear wall

Back half

bearing device

pivot point

support device

underground

gap

pages

crossbeam

drawer extension

drawer

coupling device

First coupling part

Second coupling part

front panel

ejector

release force

Furniture

Corner connector / 29

frame

inner element

male member

connecting element

connecting opening

adjustment

strut

F drag

Innsbruck, on September 11, 2018

Claims (17)

claims: 1. Arrangement (1) from at least one pull-out guide (2), at least one Fastening device (3) for fastening the at least one pull-out guide (2) to a furniture body (4) and a carrying device (5) arranged or to be arranged on or on the at least one pull-out guide (5) for a pedestrian platform (6), characterized in that the Arrangement (1) comprises at least one, preferably a spring device (7), energy store (8), by means of which the carrying device (5) can be acted upon by a force (9) opposite to the weight force. 2. The arrangement (1) according to claim 1, wherein the at least one pull-out guide (2) comprises a platform rail (10) that can be coupled to the carrying device (5) and the at least one energy store (8) is arranged such that it is between the platform rail (10 ) and the carrying device (5) is effective. 3. Arrangement (1) according to claim 1 or 2, wherein the at least one pull-out guide (2) comprises at least two rails (10, 11) which can be displaced relative to one another and the at least one energy store (8) is arranged such that it is between the at least two Rails (10, 11) is effective. 4. Arrangement (1) according to one of claims 1 to 3, wherein the at least one energy store (8) is arranged such that it is between the at least one fastening device (3) for fastening the at least one pull-out guide (2) and the furniture body (4 ) is effective. 5. Arrangement (1) according to one of claims 1 to 4, wherein the at least one pull-out guide (2) a front half (12) and a rear, in the assembled state adjacent to a rear wall (13) of the furniture body (4) can be arranged half (14 ) and the at least one energy store (8) in 18/29 of the front half (12) of the at least one pull-out guide (2) is arranged. 6. Arrangement (1) according to one of claims 1 to 5, wherein the arrangement (1) has at least one bearing device (15) for the pedestrian platform (6), wherein the at least one bearing device (15) provides a pivot point (16) to which the personal support platform (6) can be pivoted, preferably wherein the at least one pull-out guide (2) has a front half (12) and a rear half (14) which can be arranged adjacent to a rear wall (13) of the furniture body (4) in the assembled state, and which at least one bearing device (15) is arranged in the rear half (14) of the at least one pull-out guide (2). 7. Arrangement (1) according to one of claims 1 to 6, wherein the carrying device (5) has at least one support device (17) for supporting the pedestrian platform (6) on a surface (18), the at least one support device (17) at least is partially adjustable in length in order to be able to set a gap (19) formed in the unloaded state relative to the substrate (18). 8. Arrangement (1) according to one of claims 1 to 7, wherein the at least one fastening device (3) for fastening the at least one pull-out guide (2) to a furniture body (4) is an integral part of the at least one pull-out guide (2), preferably wherein the at least one pull-out guide (2) comprises a body rail (11) and the at least one fastening device (3) is formed on the body rail (11). 9. Arrangement (1) according to one of claims 1 to 8, wherein the arrangement (1) has at least two pull-out guides (2) which can be arranged on two opposite sides (20, 21) of the personal support platform (6). 10. The arrangement (1) according to claim 9, wherein the carrying device (5) has at least one parallel to the at least two pull-out guides (2) arranged or can be arranged cross member (22), and / or on each of the two sides (20, 19/29 21) of the personal riot platform (6) at least one energy store (8) is arranged. 11. Arrangement (1) according to one of claims 1 to 10, wherein the arrangement (1) comprises at least two drawer pull-out guides (23) which can be arranged or arranged below the at least one pull-out guide (2) provided for the pedestrian platform (6), wherein the at least two drawer pull-out guides (23) are designed to slidably support a drawer (24) to be arranged below the pedestrian platform (6) on the furniture body (4). 12. The arrangement (1) according to claim 11, wherein the arrangement (1) has at least one, preferably at least partially magnetic coupling device (25), via which the movement of the at least two drawer slide guides (23) with the movement of the at least one for the Passenger support platform (6) provided pull-out guide (2) can be coupled at least temporarily. 13. The arrangement (1) according to claim 12, wherein the at least one coupling device (25) comprises at least a first coupling part (26) and a second coupling part (27), preferably releasably connectable or connected, the first coupling part (26) a front panel (28) of the drawer (24) to be arranged below the pedestrian platform (6) and the second coupling part can be arranged on the carrying device (5) for the pedestrian platform (6), preferably on an end face of the carrying device (5). 14. Arrangement (1) according to one of claims 1 to 13, wherein the arrangement (1) at least one ejection device (29) for ejecting the pedestrian platform (6) from a in the furniture body (4) arranged closed position in an open position in which the pedestrian platform (6) is arranged at least in regions outside the furniture body (4), preferably, wherein the at least one ejection device (29) can be triggered in the closing direction by exerting a triggering force (30). 20/29 15. Arrangement (1) according to one of claims 1 to 14, characterized in that the weight (9), based on the weight of the pedestrian platform (6), can be canceled by a counterforce (F), starting from the at least one energy store (8) is, the counterforce (F) is greater than or equal to the weight (9). 16. The arrangement according to claim 15, characterized in that the weight (9), based on the weight of the pedestrian platform (6) and a person or an object located thereon, is higher than the counterforce (F) starting from the at least one energy store (8 ). 17. Furniture (31) with at least one arrangement (1) according to one of claims 1 to 16 and with the at least one arrangement (1) displaceably mounted pedestrian platform (6) for providing a step for a person.