Multifunctional, height-adjustable children's learning and furniture module

Abstract

Multifunctional piece of furniture, in particular children's furniture, comprising a load-bearing body with at least one usable surface, characterized in that at least one functional surface arranged within the body is adjustable in several positions without tools in a vertical direction and that the piece of furniture can be converted into at least two different usable configurations, wherein a first usable configuration is designed as an elevated standing aid and a second usable configuration as a seat-table arrangement.

Description

Technical field:

[0001] The present invention relates to a piece of furniture, in particular a children's learning furniture, which can be used both as a learning tower (standing aid) and as a seat-table combination. State of the art:

[0002] Popular learning towers for children allow them to stand at a higher level, for example, to participate in activities at workstations. Similarly, children's furniture designed as table and chair combinations is also common. The disadvantage here is that these solutions usually only serve one function, require tools for modifications, and do not offer flexible height adjustment. Description of the invention:

[0003] The invention relates to a multifunctional piece of furniture that combines two uses in a single unit. On the one hand, it serves as a learning tower with an elevated standing surface; on the other hand, it can be transformed into a seating and table set by folding it down.

[0004] A key feature is the tool-free height adjustment of both the standing platform and the footplate. These can be adjusted to several defined height positions within the frame. The adjustment is preferably achieved via a plug-in or locking system, in which the respective surfaces are inserted into laterally arranged recesses and secured without tools. Description of the embodiment:

[0005] The piece of furniture has a sturdy, essentially rectangular frame consisting of lateral support elements and connecting crossbars. Within this frame is a standing platform that can be adjusted to several positions vertically. Below the standing platform is a step, also height-adjustable, which makes it easier for a child to climb in and out independently.

[0006] Height adjustment is achieved via laterally arranged, stepped mounting elements into which the standing and foot surfaces can be inserted securely. Additional locking can be provided by locking tabs, bolts, or similar retaining devices, without the need for tools.

[0007] The piece of furniture is designed so that it can be easily transformed into a second position by simply tilting or rotating the body. In this position, one surface serves as a seat, while another acts as a table. This creates a compact seating and table set for children. Advantages of the invention:

[0008] Tool-free and quick height adjustment of the standing and footplates; adaptable to different child heights; multifunctional use as a learning tower and seat-table combination; space-saving design thanks to combined functions; increased safety through stable frame construction and defined locking positions Summary:

[0009] The invention represents a versatile piece of children's furniture that, through its tool-free height adjustability and conversion function into a seating-table set, offers a flexible and user-friendly solution in the field of children's and learning furniture. Drawing description with list of reference symbols Fig. 1: Perspective view of the piece of furniture in its first usable configuration as a learning tower. Fig. 2: Perspective view of the piece of furniture in a second usage configuration as a seating-table set. Description of the characters

[0010] Fig. Figure 1 shows a multifunctional piece of furniture (1) in a first usable configuration as a standing aid.

[0011] The piece of furniture (1) has a supporting body (2) formed by two lateral support elements (3) and several cross braces (4).

[0012] Inside the body (2) is a standing platform (5) on which a child can stand. The standing platform (5) is adjustable vertically to several height positions. Below the standing platform (5) is a step (6), which is also height-adjustable and facilitates reaching the standing platform (5).

[0013] The height adjustment of the standing surface (5) and the footplate (6) is achieved via laterally arranged mounting elements (7) which have several mounting positions (8) arranged one above the other. The standing surface (5) and the footplate (6) can be inserted into these mounting positions (8) and are held there in a form-fitting manner.

[0014] To secure the respective height position, locking elements (9) are provided, preferably on the underside, which prevent unintentional loosening, whereby the adjustment and locking are carried out without tools.

[0015] Optionally, a retaining element, in particular a rod (10), is arranged in the area between the lateral support elements (3) to provide additional stabilization and / or as a holding aid.

[0016] Fig. Figure 2 shows the piece of furniture (1) in a second usage configuration. For this, the body (2) is positioned opposite the one shown in Figure 2. Fig.1. reoriented to the position shown, in particular by rotating or tilting.

[0017] In this second configuration, a first surface (11) forms a seat, while a second surface (12) serves as a table surface. The surfaces (11, 12) are arranged relative to each other in such a way that they can be used as a seating and dining set.

[0018] In this configuration, the body (2) forms a stable base, whereby the elements previously used as a standing surface (5) and / or footing surface (6) can at least partially take over the functions of the seat (11) and / or table surface (12). Reference symbol list 1 piece of furniture 2 bodies 3 lateral support element 4 cross braces 5 Stand area 6 tread surface 7 Recording element 8 Recording position 9 locking element 10 retaining element / rod 11 Seating area 12 table surface

Claims

Multifunctional piece of furniture, in particular children's furniture, comprising a load-bearing body with at least one usable surface, characterized in that at least one functional surface arranged within the body is adjustable in several positions without tools in a vertical direction and that the piece of furniture can be converted into at least two different usable configurations, wherein a first usable configuration is designed as an elevated standing aid and a second usable configuration as a seat-table arrangement. Furniture according to claim 1, characterized in that the functional surface is designed as a standing surface and an additional, in particular arranged below it, step surface is provided which is also height-adjustable without tools. Furniture according to one of the preceding claims, characterized in that the height adjustment is effected by means of releasable retaining means, in particular by hooking, inserting, plugging, locking or a combination of these principles. Furniture according to one of the preceding claims, characterized in that the body has lateral support elements with several vertically spaced receiving areas for the functional surface. Furniture according to one of the preceding claims, characterized in that the fixing of the respective height position is effected by manually releasable locking elements. Furniture according to one of the preceding claims, characterized in that the transition between the usage configurations is effected by reorienting, in particular by rotating, tilting or turning the furniture. Furniture according to one of the preceding claims, characterized in that in the second usable configuration at least two surfaces are arranged such that one can be used as a seat and one as a table surface. Furniture according to one of the preceding claims, characterized in that several functional surfaces are height-adjustable independently of one another. Furniture according to one of the preceding claims, characterized in that the height adjustment is carried out in stages or continuously. Furniture according to one of the preceding claims, characterized in that the functional surfaces are secured against unintentional loosening in the respective usage positions.

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