Chair for a baby or small child

Abstract

The invention relates to a chair (1) for a baby or small child, which chair can be brought into a transport position and a use position. The chair (1) comprises: a seat shell (2), in which a shaped seating surface (3) and moulded areas (4), separated in part by a connecting piece (5), are formed for the legs of the baby or small child sitting in the chair (1); a frame (20), which is displaceably arranged on an upper side (10) of the seat shell (2) and is open to a rear side (7), and comprises a plurality of legs (24), preferably at least four legs (24), wherein each leg (24) can be received in a cavity (23) formed in the seat shell (2) and the frame (20) can be adjusted from a basic position into defined vertical positions relative to the upper side (10) of the seat shell (2); and at least three extendable chair legs (16) which can be inserted into sleeves (17) on an underside (9) of the seat shell (2) and, in the transport position, can be accommodated in a storage space (15a) in the underside (9) of the seat shell (2).

Description

[0001] Chair for a baby or toddler

[0002] Technical field of the invention

[0003] The present invention relates to a chair for a baby or toddler, in particular to a collapsible high chair which is easy to transport by means of a carrying strap and has sufficient storage space for extendable chair legs and / or for other utensils.

[0004] State of the art

[0005] With the increasing mobility of families with babies or toddlers, there is a need for an easy-to-transport, compact baby chair that is height-adjustable and can be adapted to an existing table and / or equipped with a table element and, in particular, ensures that the high chair stands securely.

[0006] High chairs for babies or toddlers are well known, which consist of a seat shell and attachable legs. Also well known are foldable baby high chairs, which fold like folding chairs into a slim, easy-to-store shape. Also known are attachments designed as children's chairs, which can be attached to a regular chair to raise the toddler to table height and secure them in a seated position.

[0007] However, these types of high chairs cannot be converted into a compact, easily transportable form and / or adjusted to different heights. Furthermore, these types of high chairs do not offer the option of storage and / or the addition of additional elements such as a table or other accessories.

[0008] There is still a need for an easily transportable baby chair, especially a high chair, which allows for easy carrying and setup, as well as providing a secure stand and comfortable seating for the baby or toddler and is also height-adjustable and has storage space.

[0009] Summary of the invention

[0010] The object of the present invention is therefore to provide a chair for a baby or toddler that is easy to transport and carry in a compact unit, and can be easily adjusted and set up for use. Furthermore, this compact unit should provide storage space for safely storing components for assembling the chair, such as height-adjustable chair legs, backrest, etc., as well as for other useful utensils such as cutlery, bibs, etc.

[0011] The problem is solved by a chair for a baby or toddler according to claim 1. Advantageous embodiments and further developments of the chair arise from the dependent claims.

[0012] A key feature of the inventive solution is that the chair can be disassembled into individual parts, which can all be stored together in a compact unit that is easy to transport, particularly by means of a carrying strap. The child can also use this carrying strap as a footrest to ensure safety if the child chokes (this allows more pressure to build up in the lungs for coughing). The chair is easy to assemble without additional tools and can be adapted to the environmental conditions and / or the child's needs. Above all, the baby or toddler can sit safely in the chair, which can be set up in a tilt-proof manner. According to the inventive chair for a baby or toddler, it can be adjusted into a transport and a use position, and the chair comprises:

[0013] - a seat shell in which a shaped seat surface and shaped surfaces, partially separated from each other by a web, are formed for the legs of the baby or toddler sitting in the chair,

[0014] - a frame which is displaceably arranged on an upper side of the seat shell and open on one side and which comprises a plurality of legs, preferably at least four legs, wherein each leg can be received in a hollow space formed on the seat shell and the frame can be adjusted from a basic position into at least one height position relative to the upper side of the seat shell, and

[0015] - at least three extendable chair legs that can be inserted into sleeves on the underside of the seat shell and that can be stored in a storage space formed by the seat shell when in the transport position.

[0016] The storage space can be located on the underside of the seat shell or on the top of the seat shell. It is important that the storage space utilizes the hollow spaces created by the shaped seat surface, so that stowing the legs doesn't take up any additional space, thus keeping the chair compact.

[0017] The seat shell of the chair for babies or toddlers can have an approximately cuboid-shaped exterior, defined by long and short sides as well as a top and bottom, with an ergonomically shaped seat surface provided as a recessed molded surface. Likewise, shaped surfaces formed by a bar are provided on the front of the seat shell, into which the toddler's legs are partially accommodated. Thanks to the ergonomically adapted shape of the seat and leg support surface, the child sits securely in the seat shell. The bar acts as a barrier that prevents the child from slipping through. For additional security, the child can be secured using a belt, particularly a 3-point belt, for which slots or holes are provided in the seat shell.In particular, the seat shell should be made of an easy-to-clean material, such as a plastic made from recycled material or another plastic that is sustainable, or from carbon, with a low weight and sufficient stability.

[0018] The frame is located on top of the seat shell and is mounted so that it can slide relative to the top of the seat shell. The shape of the frame is adapted to the outer shape of the seat shell, so that in its basic position, the frame sits flush with the outer edges of the seat shell. One side of the frame is open, while the frame is closed on three sides. Thus, the frame also provides a kind of storage or table surface and, in addition, further prevents the child sitting in the chair from falling out.

[0019] The frame comprises several legs, preferably four legs, which can be slidably received in cavities accessible from the top of the seat shell. Furthermore, a fifth leg can be provided, which is slidably received in a cavity in the web. This fifth leg can move passively with the other legs and, in this case, would not have a release and locking mechanism.

[0020] The legs can be pulled out of the cavities relative to the top of the seat shell, allowing the frame to be adjusted to at least one height position. The basic position in the retracted position of the frame, as well as at least one height position, can be released and locked by means of a mechanism, as will be explained below.

[0021] The underside of the seat shell provides storage space, which can accommodate at least the extendable chair legs. The chair legs can be secured in their receptacles within the storage space, for example, using a detachable strap, Velcro fastener, or a clip or other suitable locking device.

[0022] The chair legs are extendable, preferably telescopic, and lockable at a defined height. The telescopic legs allow them to be easily shortened for storage. The height of the telescopic legs can be adjusted and held in position using a locking connection, for example, a pin that can be inserted and extended into one of several openings.

[0023] In a position of use of the chair for a baby or toddler, ie in an assembled position, the chair legs are accommodated in the sleeves which are provided on the underside of the seat shell.

[0024] To improve the anchoring of the chair legs in the sleeves, magnets can be provided both in the area of ​​the upper end surface of the chair legs and in the sleeve. This type of magnetic fixation is easily removable, making it easy to remove the chair legs for disassembly. Alternatively, the chair legs can be secured in the sleeves using a screw connection.

[0025] With the provided securing of the chair legs to the seat shell, the chair can also be easily repositioned without the chair legs falling out.

[0026] To ensure that the chair legs or chair are stable, one embodiment can provide a rubber element on each of their lower end surfaces. This can be designed either as an insert element in an at least partially hollow chair leg or as a sleeve that can be slipped over. In a further embodiment of the chair for babies or toddlers, the underside of the seat shell can be closed using a flap that is hinged to it. Thus, in a closed position, the flap closes the underside of the seat shell or the storage space, whereby the closed position can be secured by a pressure mechanism or a magnetic connection. An opening or handle can be provided on the flap to make it easy to grasp to open the storage space.

[0027] In the unfolded position, in which the flap is released from the closed position and folded upwards around corresponding hinges, the flap partially rests against the rear of the seat shell. In this unfolded position, the flap functions as part of a backrest for the seated child. This position of the flap can be secured, for example, using a screw connection; the necessary screw can be conveniently stored in the storage space for transport. Other fastening methods are also conceivable for detachably connecting the flap to the rear of the seat shell or to a backrest that can be connected to the seat shell.

[0028] Furthermore, it can be provided that the backrest is complemented by a back piece which is accommodated in the storage space when the chair is in the transport position. In particular, the back piece can provide an ergonomic support surface for the child to increase seating comfort. In the use position, the back piece can be arranged on the upper side of the seat shell along the rear side surface. For this purpose, for example, a plug-in connection can be provided between the back piece and the upper side of the seat shell. Alternatively, one or more guides can be provided on the flap, into which correspondingly designed counterparts of the back piece can be inserted and slidably received. For example, this is a dovetail guide along which the back piece of the flap can be slid into position.The backrest can be attached to the rear section using a screw, securing the flap in the extended position. The screw can also be stored in the provided storage space.

[0029] In another embodiment, the chair includes a strap that can be attached to opposite short sides of the seat shell. This strap can be used as a carrying strap or carrying belt in the transport position, and as a rest for the feet of the child sitting in the chair in the use position. This support surface is particularly important if the child has choked and needs to exert pressure to cough. The strap is advantageously adjustable in length.

[0030] In a further embodiment, the strap is made of leather or another material, such as nylon, apple leather, cotton, or other materials, and is attached to the seat shell using detachable fasteners. The fasteners can be snap fasteners, a hook or button-and-slot connection, a buckle connection, or similar. Preferably, a hook is arranged at both ends of the strap, which can be hooked into anchor points formed on the opposite side surfaces of the seat shell.

[0031] Since the belt is used as a carrying strap in the transport position and as a footrest in the use position, the length of the belt should preferably be adjustable and the position of the fastening devices on the seat shell should be selected accordingly.

[0032] Furthermore, in one embodiment of the chair for babies or toddlers, a mechanism is provided on the frame which, in a first position, the basic position, releases the frame so that it can be moved relative to the top of the seat shell, and in a second position, a locking position, locks the frame. The mechanism can be actuated to extend the frame from the basic position, i.e. the retracted position in which it rests on the top of the seat shell, into a vertical position. An upper vertical position allows, in particular, the child to be gently placed in and out of the chair or to pass the child's legs through the openings provided for this purpose. Furthermore, in the vertical position, the frame provides protection against the child falling out, which has a positive effect on safety when using the chair according to the invention.The adjustable height of the frame also allows the frame to be adapted to a table on which the chair is placed, so that the frame surface and table surface merge into one another as far as possible or the frame surface can be arranged above the table surface.

[0033] The mechanism can comprise a lever that can be moved horizontally against the spring force of a spring element and can be brought into interaction with a pin provided at each end of the lever. The lever can be set to a release and a locking position and is located on opposite sides of the seat shell.

[0034] The lever has an opening at each end, into which an upper portion of the elongated bolt is inserted and held. The bolts are moved along with the horizontal movement of the lever.

[0035] Each bolt is received in the corresponding hollow leg of the frame and pivots about a hinge provided centrally inside the leg. At the bottom of each bolt there is a locking means, e.g. a pin or locking lug, which can be inserted into one of a series of corresponding openings or can be placed on locking projections formed in the hollow space provided in the seat shell. By driving the bolt into the release position with the initiated lever movement, the bolt pivots in the leg so that the locking means provided at the bottom is released, the frame can be moved relative to the top side of the seat shell and when the lever is moved into the locking position the locking means engages with its counterpart. Alternatively, the mechanism for releasing or locking the frame can also be designed differently.In this alternative embodiment, a lever can be provided on at least one of the legs of the frame, which cooperates with a rail arranged in the cavity for receiving the leg. The rail has at least one recess with a shape compatible with the shape of the lever nose, so that the two elements can engage in a locking connection when the lever is pivoted toward the rail, or so that the locking connection can be released when the lever is pivoted away from the rail.

[0036] The pivoting of the lever is achieved primarily by moving the frame or its legs. When the frame is pulled toward the fully extended position, the lever pivots away from the rail, releasing the locking connection between the lever and the rail. However, when the frame is pushed down, the lever pivots, allowing a locking connection to be formed with the next recess in the rail. To release the connection, the frame can be pulled upwards slightly, causing the frame to pivot again.

[0037] In a further embodiment, the legs of the frame are guided and can be moved into a specific height position. For this purpose, a type of vertical guide rail can be provided on each leg, which is slidably received in a corresponding vertical guide recess in the cavity. This prevents the frame or legs from twisting in the cavities of the seat shell, thus preventing the mechanism described above from being disrupted.

[0038] In one embodiment, the storage space formed on the underside of the seat shell is dimensioned and / or divided in such a way that space is provided next to the pushed-together chair legs for utensils such as cutlery, bibs, etc. In particular, a storage area accessible from the front of the seat shell can be provided, in which cutlery, bibs, etc. can be accommodated. This facilitates the transport of utensils or objects that need to be taken along for a baby or toddler, for example, for eating.

[0039] In a further embodiment, a fold-out shelf is hingedly connected to the front of the frame, which, in a folded-out and locked position, extends a table surface provided by the frame. In a folded-in position, the shelf can close off the storage space accessible from the front. The table surface extended or enlarged in this way makes it possible for the chair according to the invention to be set up independently of a table and still provide a sufficiently large storage surface. Furthermore, with the extendable table surface, the chair according to the invention can be set up at a distance from the dining table surface so that the legs of the child sitting in it have sufficient space. Furthermore, in the folded-in position, the fold-out shelf can close off the storage space accessible from the front of the seat shell.

[0040] Further details of the invention will become apparent from the following description of the preferred embodiments of the chair according to the invention, which are illustrated by way of example in the accompanying drawings. Further advantages of the present invention can be gathered from the description, as well as suggestions and proposals for how the subject matter of the invention can be modified or further developed within the scope of the claimed invention.

[0041] Brief description of the drawings

[0042] The exemplary embodiments of the invention are explained in more detail below with reference to the drawings. Figure 1 shows a schematic perspective view of a chair for babies or toddlers according to a first embodiment in a transport position;

[0043] Figure 2 is a schematic perspective view of a chair for a baby or toddler according to a second embodiment in a transport position,

[0044] Figure 3a is a schematic perspective bottom view of the chair for baby or toddler according to Figure 2,

[0045] Figure 3b is a schematic perspective view from below of the chair for baby or toddler according to Figure 2 with the flap open,

[0046] Figure 4a is a perspective view of a chair for a baby or toddler according to the first embodiment in a position of use,

[0047] Figure 4b is a perspective view of the chair for baby or toddler according to the second embodiment in a position of use,

[0048] Figure 5a shows a detailed view of a mechanism for adjusting the height of the frame,

[0049] Figure 5b shows another detail of the frame height adjustment mechanism, and

[0050] Figure 6 is a sectional detail view of the area of ​​a leg of the frame, taken in a cavity of the seat shell.

[0051] Preferred embodiments of the invention

[0052] Figure 1 shows a perspective view of a chair 1 for babies or toddlers according to one embodiment of the invention. The chair 1 comprises a seat shell 2, into which an ergonomically shaped surface is formed as a seat surface 3. Furthermore, the seat surface 3 opens into two shaped surfaces 4, which are separated by a web 5 and open to the front side 6 of the seat shell 2. These shaped surfaces 4 function as support surfaces for the legs of a baby or toddler sitting in the chair.

[0053] The cuboid-shaped seat shell 2 comprises the front side 6, an opposite rear side 7, side surfaces 8, a bottom side 9, and a top side 10. A frame 20 is slidably mounted on the top side 10, which rests on the top side 10 of the seat shell 2 in the basic position shown in Fig. 1. The frame 20 is closed on three sides and open towards the rear side 7.

[0054] A strap 30 can be attached to opposite side surfaces 8 of the seat shell 2. The strap 30 is adjustable in length and serves both as a carrying strap for transporting the chair 1 in the transport position and as a support surface for the feet of the toddler sitting in the chair 1. Accordingly, the strap 30 is manufactured in a certain width, which makes carrying more comfortable and provides a comfortable footrest. The strap 30 can be releasably secured to the opposite side surfaces 8 via fastening means 31. Various types of fastening means 31 are conceivable, for example, snap fasteners, a hook / button slot connection, a snap connection, etc.

[0055] On the upper side 10, on the rear side 7 of the seat shell 10, protruding pins 11 are provided, the meaning of which is described in connection with Figures 3b and 4.

[0056] Figure 2 shows a second embodiment of a chair 1 for babies or toddlers. Identical elements, as already described in connection with Figure 1, have the same reference numerals. In this second embodiment, a fold-out shelf 21 is provided on the frame 20 and is connected to it in an articulated manner. In an unfolded position, this shelf 21 is an extension of the surface of the frame 20 and can accordingly be used by the toddler sitting in the chair 1.

[0057] Furthermore, Figure 2 shows a mechanism 40, which is provided on opposite side surfaces 8 of the seat shell 2. Each of the opposing mechanisms 40 comprises a lever 41, which can be moved into a release position and a locking position against the spring force of a spring element 42 (not shown). In the release position of the lever 41, the frame 20 can be moved relative to the upper side 10 of the seat shell 2, and in the locking position, the frame 20 is locked in the assumed height position.

[0058] Figure 3a shows a schematic perspective bottom view of the second embodiment of the chair 1 in the transport position. Here, the underside 9 of the seat shell 2 is closed by a flap 12, which is articulated to the rear side 7 of the seat shell 2 via joints 13. To release or unfold the flap 12 from the illustrated first position, a gripping means 14 can be provided, e.g. a gripping hole, which allows easy opening of the underside 9 closeable by the flap 12. The flap 12 can be brought into a second position, in which the flap 12 rests at least partially against the rear side 7 of the seat shell 2.

[0059] Also shown is the fold-out tray 21, which has a recessed grip 22 on its underside, facilitating gripping and opening. Appropriate means, such as magnetic elements, can be provided to secure the tray 21 in its closed position.

[0060] Additional magnets can also be installed in the backrest of the chair to attach additional accessories such as a storage compartment.

[0061] Figure 3b shows the underside 9 of the seat shell 2. Accessible from the underside 9 is a storage space 15a formed in the seat shell, in which components of the chair 1 can be accommodated. Thus, telescopically extendable chair legs 16 are housed in the storage space 15a and secured in the transport position, for example, by an attachable strap or by provided locking means. Furthermore, a further storage space 15b is also visible, which, in the illustrated embodiment, is accessible from the front side 6 and can be closed by the shelf 21 in the transport position.

[0062] The chair legs 16 are accommodated in sleeves 17 when the chair 1 is placed in its use position. To secure the chair legs 16 in the sleeve 17, magnetic elements can be provided, for example, on the top side of the chair legs 16 and inside the sleeve 17. Alternatively, the chair leg 16 can be screwed into the sleeve 17 and thus secured against falling out when the chair 1 is repositioned.

[0063] Also in the transport position of the chair 1, a backrest 18 is housed in the storage space 15, which can be brought onto the top side 10 of the seat shell 2 and into engagement with the pins 11 protruding there. The attached backrest 18, together with the unfolded flap 12 secured to the rear side 7 of the seat shell 2, forms a comfortable backrest for the baby or toddler sitting in the chair 1. Alternatively, the backrest 18 can be slidably connected to the unfolded flap 12, which is fixed to the rear side 7 of the seat shell 2, by means of a dovetail joint.

[0064] Various fastening options for securing the flap 12 to the rear side 7 of the seat shell 2 are conceivable. For example, a screw connection can be provided, with corresponding openings 19a formed in the flap 12, into which screws 19b can be passed for securing it to the rear side 7. In the transport position of the chair 1, the screws 19b are safely stowed in the storage space 15. Also visible in Figure 3b are cavities 23 formed in the four corner areas of the seat shell 2 and in the area of ​​the web 5 in the seat shell 2. Legs 24 of the frame 20 are slidably received in the cavities 23 and can be brought into a defined height position relative to the upper side 10 of the seat shell 2 when the mechanism 40 is released.

[0065] Figure 4a shows the chair 1 in the first embodiment in a use position. Here, the chair legs 16 are securely accommodated in the sleeves 17 and extended telescopically. Indicated at 16a are the locking means for the chair legs 16 to adjust their length. The support surface of the chair legs 16 is equipped with a rubber element 32, which increases stability.

[0066] In the illustration in Figure 4a, the frame 20 is displaced relative to the upper side 10 of the seat shell 2, with the legs 24 being pulled out of the cavities 23 of the seat shell 2. With the extended frame 20, there is sufficient space to place the baby or toddler in the chair 1 and, in particular, to comfortably guide the child's legs through the corresponding openings on the front 6. The height adjustment of the frame 2 can be oriented, in particular, to the height of a dining table to which the chair 1 can be pushed.

[0067] Figure 4b shows the chair 1 in the second embodiment in the use position. The chair 1 differs from that of Figure 4a in particular by the shelf 21, which is hinged to the frame 20 and folded out. To secure the shelf 21 in the folded out position, it can rest on support elements that can be releasably inserted through corresponding holes in the frame 20. This increases the horizontal surface that can be used by the child and / or for placing eating utensils and / or toys. In the second embodiment, the chair 1 is largely independent of a dining table. Furthermore, the belt 30 is shown in Figures 4a and 4b with different widths and varying fastening means 31 for releasably fastening the belt 30 to the opposite side surfaces 8.

[0068] Figure 5a shows a perspective view of the mechanism 40 for releasing and locking the frame 20. The mechanism 40 comprises a lever 41, which can be moved from a locking position to a release position against the spring force of a spring element 53. Horizontal displacement of the lever 41 initiates a pivoting movement of bolts 43, which are held at each end of the lever 41 in recesses 44 formed therein. Each bolt 43 is in turn received in the hollow leg 24 and extends along its longitudinal axis.

[0069] Figure 5b shows in detail that the lever 41 is slidably received in guides 45 formed on an upper side of the hollow leg 24. Accordingly, the horizontal displacement of the lever 41 is guided. The guide can be further supplemented by limits 46 provided on both sides along the length of the lever 41.

[0070] An end region of the bolt 43 is held in the recess 44, so that the horizontal displacement of the lever 41 is translated into a pivoting movement of the bolt 43, as described in connection with Figure 6.

[0071] Figure 6 shows a detailed sectional view of the mechanism 40 as well as the legs 24, which are accommodated in the cavities 23 of the seat shell 2. Also visible are the chair legs 16, which are accommodated and secured in the sleeves 17.

[0072] The mechanism 40 comprises the lever 41, which is received on the seat shell 2 so as to be horizontally displaceable. Each of the two end regions 47 of the lever 41 engages with an upper end 48 of the bolt 43 included in the mechanism 40, so that the bolt 43 follows the movement of the lever 41. The bolt is pivotally received in the cavity 23 about a pivot means 54. At a lower end 49 of the bolt 43, a locking means 50 is provided, which can be brought into interaction with corresponding means 52 formed on the cavity 23 of the seat shell 2 to form a releasable locking device 51. These means 52 can thus be designed as holes distributed along the length of the seat shell to accommodate the locking means 50 and thus lock a height position of the frame.

[0073] With horizontal displacement of the lever 41, the bolt 43 arranged at the end region 47 follows the movement, pivoting the bolt 43 and thus releasing the locking means 50 from the rust 51. The locking means 50 is released against the spring force of a spring element 53, which in particular secures the rust 51 created. The frame 20 can be moved to a selectable height position relative to the upper side 10 of the seat shell 2 and locked in this position by moving the lever 41 in the opposite direction.

[0074] In addition, additional magnets can be provided beyond those described above to allow the connection of additional accessories such as magnetic plates and cups.

Claims

Patent claims 1 . A chair (1 ) for a baby or toddler, which can be brought into a transport and a use position, comprising - a seat shell (2) in which a shaped seat surface (3) and shaped surfaces (4) partially separated from each other by a web (5) are formed for the legs of the baby or toddler sitting in the chair (1), - a frame (20) which is displaceably arranged on an upper side (10) of the seat shell (2) and open on a rear side (7), which frame has a plurality of legs (24), preferably at least four legs (24), wherein each leg (24) can be received in a cavity (23) formed on the seat shell (2) and the frame (20) can be adjusted from a basic position into at least one height position relative to the upper side (10) of the seat shell (2), and - at least three, preferably four, extendable chair legs that can be inserted into sleeves (17) on an underside (9) of the seat shell (2) (16), which in the transport position can be accommodated in a storage space (15a) formed by the seat shell (2).

2. The chair (1) according to claim 1, characterized in that the storage space (15a) is formed on the underside (9) of the seat shell (2) or on the upper side (10) of the seat shell (2).

3. The chair (1 ) according to claim 1 or claim 2, characterized in that the at least three chair legs (16) in the sleeves ( 17) can be fixed by means of a magnetic connection or a screw connection.

4. The chair (1 ) according to one or more of claims 1 to 3, characterized in that the at least three chair legs (16) comprise a rubber element (32) at their lower end.

5. The chair (1 ) according to one or more of claims 1 to 4, characterized in that a flap (12) is provided which is articulated on the underside (9) of the seat shell (2) by means of joints (13), which flap closes the storage space (15a) in a closed position and which can be connected to the seat shell (2) in a folded-out position to form part of a backrest.

6. The chair (1 ) according to one or more of claims 1 to 5, characterized in that a back piece (18) can be accommodated in the storage space (15a), which back piece can be arranged on the upper side (10) of the seat shell (2) and complements a backrest with the folded-out flap (12).

7. The chair (1 ) according to one or more of claims 1 to 6, characterized in that a belt (30) can be fastened and extended on opposite side surfaces (8) of the seat shell (2), wherein the belt (30) can be used as a carrying belt in the transport position of the chair (1) and as a support for the feet of the baby or toddler sitting in the chair (1) in the use position.

8. The chair (1) according to claim 7, characterized in that the belt (30) is made of leather or another material and is releasably fastened to the opposite side surfaces (8) of the seat shell (2) via fastening means (31).

9. The chair (1) according to one or more of claims 1 to 8, characterized in that a mechanism (40) is provided on the frame (20), which in a release position releases the frame (20) so that it is displaceable relative to the upper side (10) of the seat shell (2) and in a locking position locks the frame (20) in a defined height position.

10. The chair (1) according to claim 9, characterized in that the mechanism (40) comprises a lever (41) and bolts (43) which are horizontally displaceable against a spring force of a spring means (42), each bolt (43) engaging with its upper end (48) in one of the end regions (47) of the lever (41), having a locking means (50) at a lower end (49) and being received in one of the legs (24) so ​​as to be pivotable about a pivot means (54), the locking means (50) being able to be released from a rusting (51) in order to displace the frame (20). 1 1. The chair (1) according to claim 8, characterized in that the mechanism (40) on at least one of the legs (24) comprises a lever element and a rail arranged in the cavity (23), which rail comprises at least one recess compatible with the lever element, wherein the lever element is pivotable towards the rail for rusting in the recess and away from the rail for rust removal.

12. The chair (1) according to one or more of claims 1 to 11, characterized in that the legs (24) of the frame (20) are guided and displaceable into a height position.

13. The chair (1) according to one or more of claims 1 to 12, characterized in that additional space is provided in a further storage space (15b) for accommodating utensils such as cutlery, bibs, etc.

14. The chair (1) according to one or more of claims 1 to 13, characterized in that a fold-out shelf (21) is articulated to the frame (20), which in a folded-out and secured position extends a horizontal surface provided by the frame (20).

15. The chair (1) according to one or more of claims 1 to 14, characterized in that the frame (20) is divided into several defined height positions relative to the top (10) of the seat shell (2).

Images