Multifunctional child riding device

Abstract

A riding device for children, comprising a plate (1) having a first side (2) and a second side (3), the first side (2) comprising at least a first sliding surface having a first sliding performance for sliding on a running surface (6), and the second side (3) comprising at least one wheel (4, 5) for driving the riding device on the running surface (6) in a direction of movement (7), wherein the first side surface (2) comprises a first stop surface (18) and / or the second side surface (3) comprises a second stop surface (19), the first side surface (2) and / or the second side surface (3) comprises a first connection means or a second connection means for detachably arranging a seat / grip element (8) made of a hard material or of an inflatable or inflatable element, the connection means are designed to allow the seat / grip element (8) to be placed on the plate in a horizontal or vertical state.

Description

[0001] The invention relates to a riding device according to the generic concept of claim 1 .

[0002] The invention relates to a children's ride-on device, comprising a plate having a first side and a second side, which can be arranged to face away from each other or to form a certain angle with each other, and when the ride-on device is in use, the two sides can respectively form the upper surface or the lower surface of the plate.

[0003] The board may be a single board.

[0004] The plate or a portion of the plate may comprise a plurality of elements which may be combined together to form a static or dynamic element which functions as a plate. The plate may also comprise joints as described below.

[0005] CA2762892A1 discloses a ride that includes a second side with wheels for rolling on a running surface. However, the ride does not include a board with such a second side and a first side for sliding or rocking on the running surface.

[0006] WO2020053855A1 discloses a ride, but the ride does not include wheels and sliding surfaces that can be selectively used.

[0007] According to the prior art, there is a ride-on device known under the product name wheelybug. It is not disclosed on the homepage www.wheelybug.de that the board of the ride-on device comprises a first side with a sliding surface and a second side with wheels.

[0008] The ride disclosed on the homepage shop.chillafish.com does not include a first side with a sliding surface and a second side with wheels, located away from the surface. Elements for sitting on the ride are non-detachably arranged on a board with these surfaces. The sliding surface is not flat; a young child can rock with the ride (USD 878,480 S).

[0009] The riding devices disclosed in each of US6676148B1, CN104973184A, WO2021040620A1, US5441289A, US10470585B2, TW201707758A, ES1009546U, JPH0528392U, CN206950648U do not include a board having a first side with a substantially flat sliding surface and an optionally usable second side with wheels.

[0010] CN212395837U comprises a plate, on the second side of which wheels are arranged, but the plate has no sliding surface on the side facing away from the second side. The surface of the plate in CN212395837U does not include a resting surface. The plate comprises a slot for connecting an inflatable element.

[0011] The ride disclosed in US2002164917A1 does not include a plate having a sliding surface disposed on a first side thereof and wheels disposed on a second side thereof facing away from the first side.

[0012] The difference between the invention described below and ITPD20090281 can be seen from the appendix of ITPD20090281. Figure 6 Reference numeral 12 refers to operating means, which means that these means are essential for using the device disclosed in ITPD20090281. The presence of operating means excludes the need to Figure 6 The upper surface is used as a sliding surface.

[0013] USD878480 discloses a ride having only one curved sliding surface on the first side. The ride does not include wheels on the second side.

[0014] US2595839 shows a ride with a sled. The ride has wheels on one side, but the other side cannot be used as a sliding surface due to a ridge. The sled has a flat surface on one side, but the other side does not form a single curved surface.

[0015] DE29722538 discloses a ride-on device having wheels but without a sliding surface.

[0016] The Internet link https: / / jamara.com / manuals / files / 460504_460505_460506_2in1Sommer_WinterBob_DE_GB_FR_IT_ES.pdf shows another ride with a sliding surface on the first side and at least one wheel on the second side. Both sides include a resting surface. The ride shown in this link does not have a connection device (Aufnahme) on the first side and the second side for arranging a seat / grip element.

[0017] US2019193770 Figure 6A riding device is shown, wherein the first side is designed as a sliding surface and one side is provided with at least one wheel, wherein the riding device also includes ropes as gripping elements 224, 229, 225, 227. Figure 6 It is shown that the ride device disclosed in D1 includes a rope as a gripping element. In US2019193770, there is no indication that the gripping element is detachably arranged on the board. The rope is a flexible (biegeweich) element. Therefore, US2019193770 does not disclose that the gripping element is composed of a hard material or an inflatable material or an expandable material. The so-called hard material is a material that can be arranged in a specific posture and retain the specified posture. US2019193770 does not disclose that the handrail can be arranged in a vertical position by placing it in a connecting device. This is also impossible due to the flexibility of the rope. From US2019193770 Figure 6 As can be seen in the example of , the borehole for accommodating the rope as handrail extends horizontally. Therefore, even the rope section extending in the borehole as handrail will not be arranged in a vertical position.

[0018] The object of the invention disclosed herein is to provide a ride-on device that can be used in a variety of situations for children. Thereby, it provides a variety of possibilities of use for growing children to support the development of children's motor skills.

[0019] According to the invention, this is achieved by the independent claims.

[0020] The riding device according to the present invention is characterized in that:

[0021] The first side surface includes at least a first sliding surface having a first sliding property For sliding its surface over a running surface,

[0022] The first sliding surface can be designed as a flat sliding surface extending in a partial area of ​​the first side surface, or can be designed as a flat sliding surface extending in the entire first side surface, and

[0023] The second side includes at least one wheel for steering the ride in a direction of travel on a running surface,

[0024] The first side surface includes a first stop surface and / or the second side surface comprises a second resting surface,

[0025] The first side and / or the second side comprises a first connection device or a second connection device for detachably arranging a seat / grip element, which can be designed as an element that can be changed from a first position when used as a seat element to a second position when used as a grip element, or the seat / grip element is designed completely as a seat element, or the seat / grip element can be designed completely as a grip element, which seat / grip element is made of a hard material or of an expandable material. or inflatable (aufblasbar) elements,

[0026] Therein, the connecting device is designed for arranging the seat / grip element in a horizontal or vertical position on the board.

[0027] The first sliding surface may be a single sliding surface. The first sliding surface may also be designed as a plurality of first sliding surfaces. The plurality of first sliding surfaces may be spaced apart from each other and thus arranged separately. The plurality of first sliding surfaces may also be designed to be adjacent to each other.

[0028] The sliding surface is designed as a flat and / or smooth surface in the area in contact with the running surface, including in both directions of extension of the surface, for contact with the running surface. The sliding surface can also be designed as a sliding surface on the surface adjacent to the running surface contact area.

[0029] In the area of ​​contact with the running surface and, where applicable, on the surface adjacent or next to the contact area, the longitudinal extension of the sliding surface can be substantially parallel to the direction of movement of the ride device according to the invention and to the direction of relative movement between the sliding surface and the running surface. The planar sliding surface extends parallel to the special shape of the planar running surface.

[0030] In a preferred embodiment, the sliding surface does not include a partial surface extending perpendicularly to the direction of movement. In this preferred embodiment, the sliding surface comprises only those partial surfaces which extend longitudinally substantially parallel to the movement direction. The partial surfaces mentioned here are not necessarily visible.

[0031] In the region of contact with the running surface and, where applicable, on surfaces adjacent to or adjacent to the contact region, the sliding surface can have no curvature and can therefore be designed as a flat geometric surface.

[0032] The flat sliding surface has the technical effect that during normal use and movement on the flat running surface, the sliding surface contacts the running surface over the entire surface and prevents any wobbly relative movement between the sliding surface and the running surface or any relative movement that could change the size of the contact surface. The flat sliding surface may include flat partial areas at different heights. The flat sliding surface may have a stepped shape.

[0033] As a supplement or alternative to the above-mentioned planar sliding surface, it can also have one or more curvatures.

[0034] The curved sliding surface can be curved only about a first axis, which is at an angle of 90 degrees to the displacement direction. Curving about a plurality of axes is also conceivable.

[0035] The sliding surface can exhibit a coefficient of friction of less than 0.5.

[0036] The second side may include a single wheel. The second side may also include a plurality of wheels. The number of wheels is selected by a person skilled in the art based on the desired rolling characteristics of the ride.

[0037] The first connecting device of the first side or the second connecting device of the second side will be described in the following disclosure of the present invention.

[0038] The seat / grip element can be designed to be changeable from a first position when used as a seat element to a second position when used as a grip element. The seat / grip element can be designed entirely as a seat element. The seat / grip element can be designed entirely as a grip element. This definition applies to the entire disclosure of the invention.

[0039] The seat / grip element can be designed as a rigid element when used as a seat element or when used as a grip element or when used as an element that can be transformed from a seat element to a grip element or vice versa.

[0040] When used as a seat element, the seat / grip element extends substantially horizontally. When used as a grip element, the seat / grip element extends substantially vertically. A rigid element may be defined such that when used as intended and subjected to loads within the usual range, the element is defined only within this range, making its use in this use possible.

[0041] Therefore, the seat / grip element can be designed as a rigid element. As a grip element, in particular a grip bar, the seat / grip element can be designed to be flexurally rigid. This property of sufficient rigidity means that it is made of a solid material.

[0042] The seat / grip element may be made from an expandable or inflatable element.

[0043] The plate and / or the seat / grip element can be made of plastic or foamed material such as EPP (expanded polypropylene). The use of foamed material is particularly advantageous, since it allows the child to lift the ride-on device according to the invention. The low weight also allows the child to push the ride-on device according to the invention by sliding or rolling.

[0044] The vehicle according to the invention can be designed so that, in view of its design concept, it moves in a predetermined direction of travel. The direction of travel can be predetermined by the shape of the wheels. The direction of travel can be predetermined by the shape of the sliding surface, wherein, under normal circumstances and when traveling in a straight line, the sliding surface (similar to, for example, a ski or snowboard of a sled) exhibits the greatest extent when it is parallel to the predetermined direction of travel.

[0045] The above solution consists in that the seat / grip element is removably mounted to one face of the board by means of a connection device.

[0046] According to the invention, the ride device may be characterized in that the first side surface comprises at least one first sliding surface having a first sliding property for sliding on the surface of the running surface. The first sliding surface is designed as a flat sliding surface extending on a partial area of ​​the first side surface or the entire first side surface, or the first sliding surface is designed as a single surface extending on the first side surface and curved around the first axis. ), the first axis is at an angle of 90 degrees to the direction of movement and extends in a first plane spaced apart from the running surface; and the second side includes at least one wheel for driving the ride device on the running surface along the direction of movement, wherein the first side includes a first resting surface and / or the second side includes a second resting surface, wherein a seat / grip element designed as an integral part of the board is arranged on the first side and / or the second side, the seat / grip element can be designed as an element that can be changed from a first position used as a seat element to a second position used as a gripping element, or the seat / grip element is designed entirely as a seat element, or the seat / grip element is designed entirely as a gripping element, the seat / grip element is made of a solid material or an inflatable or expandable element, wherein the connecting device is designed to arrange the seat / grip element (8) in a horizontal or vertical state on the board.

[0047] The seat / grip element may also be designed to be integral with the panel.

[0048] The sliding surface curved or flat about the first axis designed as a single surface can be designed as a continuous surface or as a surface with indentations or protrusions made of one element or material. The indentations or protrusions can extend in the tangential direction of the curved surface.

[0049] The sliding surface can be curved around a single first axis. The sliding surface can be curved only around the first axis. Within the scope of the invention, the sliding surface can also be curved around other axes.

[0050] The above embodiment of the ride device according to the invention comprises a sliding surface on a first side and a wheel on a second side for driving the ride device according to the invention on a running surface. By this design, two surfaces of the ride device according to the invention are defined, which exhibit different movement properties when there is a relative motion v≥0 relative to the running surface.

[0051] By setting different characteristics of the sliding surface, different movement performances can be achieved.

[0052] The ride device according to the invention may be characterized in that the first side surface comprises a first sliding surface having a first sliding property, and the second side surface comprises a second sliding surface having a second sliding property, wherein the first sliding surface and the second sliding surface are designed to be flat, and the first sliding property and the second sliding property are different.

[0053] Different sliding properties can be achieved by different geometric designs of the sliding surface. In addition or as an alternative, different sliding properties can also be achieved by designing different friction coefficients of the sliding surface and the running surface.

[0054] When the first side surface is used as the first sliding surface, the second side surface is used as the second resting surface. When the second side surface is used as the second sliding surface, the first side surface is used as the first resting surface.

[0055] The ride device according to the invention may be characterized in that the first side surface comprises a first sliding surface with a first sliding property, and the second side surface comprises a second sliding surface with a second sliding property, wherein one sliding surface is designed to be flat and the other sliding surface is designed as a single curved surface. ), the curved sliding surface extends over a partial area of ​​the first side surface or the entire first side surface and is bent around a first axis, which is at an angle of 90 degrees to the movement direction and extends on a first plane spaced from the running surface, wherein the first side surface includes a first resting surface and / or the second side surface includes a second resting surface.

[0056] The invention disclosed herein is generally configured such that the ride device according to the present invention can be moved on a running surface with a first side facing down in a sliding manner or with a second side facing down in a rolling or sliding manner. The first side or the second side can be selectively directed toward the running surface by flipping over the board or the seat / grip element of the ride device according to the present invention.

[0057] The child can sit, stand, kneel or rest in any other posture on the respective upward resting surface.

[0058] Since the way children stay on the stop surface should not be restricted, the stop surface was selected. This term is used to describe a surface. The surface is designed in such a way that the child can sit, stand or rest in another way without having to change or adjust the resting surface.

[0059] The stay surface can be displayed with a filling.

[0060] The resting surface and / or the plate can be designed to be elastically and / or plastically deformable, so that an overweight person can deform the resting surface or the plate to such an extent that a movement of the plate is prevented.

[0061] The resting surface can be designed with a rough surface to prevent children from sliding off.

[0062] The ride device according to the invention may be characterized in that the first side surface comprises a first sliding surface having a first sliding property, and the second side surface comprises a second sliding surface having a second sliding property, wherein the sliding surfaces are designed as curved surfaces so as to be curved each about a first axis which is at an angle of 90 degrees to the movement direction and extends in a first plane spaced apart from the running surface,

[0063] Wherein, the first side surface includes a first resting surface and / or the second side surface includes a second resting surface.

[0064] For the two last mentioned embodiments, the first sliding property and the second sliding property can be the same or different. In particular, the first sliding surface and the second sliding surface can exhibit the same or different coefficients of friction with the running surface.

[0065] The invention disclosed herein may be based on the use of a single board.

[0066] The invention disclosed here can also be based on the use of a plurality of panels, which are preferably connected to form a structural element that functions as a static panel. The connection of the elements can be designed so that the connection of the structural element can be released or blocked when the user changes the ride device of the invention into the stowed position. For example, the user can release or block the connection depending on the use of the seat / grip element described below or depending on the user's posture on the ride device.

[0067] In the area of ​​contact with the running surface and, if applicable, in the vicinity or adjacent to the contact area, the flat or curved sliding surface may extend in the longitudinal and (relative) direction of movement greater than transversely to the longitudinal or (relative) direction of movement.

[0068] The flat or curved sliding surface is characterized in that the surface load applied from the sliding surface to the running surface does not exceed a limit value, so that under normal load and normal use, neither the sliding surface nor the running surface deforms. The surface load should be selected by dimensioning the sliding surface so that a child pushing the ride or a child sitting on the ride and accelerating it can overcome the static friction between the sliding surface and the running surface.

[0069] The sliding surface which moves relative to the running surface and contacts the running surface can be deformed, in particular at its leading edge (seen in its direction of movement). The leading edge can also be easily blocked by unevenness of the running surface. The leading edge of the flat or curved sliding surface can be shorter than the longitudinal extension of the sliding surface. The flat or curved sliding surface can include a spade shape in the region of its leading edge, which includes a curvature or other surface extending away from the running surface.

[0070] The ride device according to the invention can include a plurality of flat sliding surfaces distributed on the first side of the board and extending to a partial area of ​​the first side. These flat sliding surfaces can be arranged in the corner areas of the first side of the board. This also applies to other embodiments according to the invention, as long as the embodiment includes one sliding surface.

[0071] The curved sliding surface allows children to sway. When swaying, there is always a risk that the child will be caught between the moving sliding surface and the running surface. Here, the more edges there are, the higher the risk of being caught, so for increased safety only one curved sliding surface is provided.

[0072] The edge of the sliding surface may be arranged at a certain distance from the edge of the first side surface. The skilled person shall set the distance between the edge of the sliding surface and the edge of the first side surface to such an extent that a child cannot put his hand or fingers under the sliding surface. The ride device according to the invention may be characterized in that the first sliding property is different from the second sliding property.

[0073] The sliding properties of a surface are determined by its construction and the choice of material. The material choice for a side surface defines the coefficient of friction of that side surface relative to the running surface.

[0074] Thus, the skilled person can design the side surfaces to have different sliding properties so that when using the ride according to the invention, the use of different sides gives the child a different sliding experience. This applies to all embodiments of the ride with sliding surfaces. The ride according to the invention can include a gripping device or generally an element suitable for holding on to or grabbing, which gripping device or gripping element is arranged adjacent to the resting surface or in the resting surface so that a child resting on the resting surface can grab the gripping device.

[0075] The above description mainly concerns simple curved sliding surfaces. Hyperbolic sliding surfaces are also conceivable.

[0076] The sliding surface may be represented as having a flat surface.

[0077] The sliding surface can be manifested as a curved surface with one or more concavities, convexities or other orientations.

[0078] Generally speaking, the sliding surface can be made of a material that does not deform under normal loads.

[0079] In general, the sliding surface can be made of an elastically and / or plastically deformable material. A sliding surface made of a deformable material can also allow a child to bounce with the ride, while the elasticity and / or damping properties of the workpiece can support or dampen this movement.

[0080] The sliding surface may include deformable cavities that can be deformed under normal or positive pressure. Fill the bottom with gas.

[0081] The ride device according to the invention may be characterized in that the curved sliding surface is designed as a sliding surface curved about a second axis which is at an angle of 90 degrees to the direction of movement and extends in a second plane spaced apart from the running surface.

[0082] Preferably, the ride according to the invention comprises a sliding surface curved about a single or multiple axes on one side and a sliding surface or at least one wheel of flat design on the other side. The feature of at least one wheel should be understood as that the other side comprises a single wheel or multiple wheels.

[0083] The sliding surface may have a shape such as an ellipse.

[0084] The ride device according to the invention may be characterized in that the sliding surface is curved about a plurality of first axes and / or a plurality of second axes.

[0085] The shape of the curved sliding surface is not limited to an arc (from any viewing angle). The curvature can also be the shape of a partial region of an ellipse. According to conventional theory, an ellipse has two foci, so a surface that approximates an ellipse has a plurality of mutually parallel axes of curvature.

[0086] The sliding surface can be in any shape and can be curved in one direction or in multiple directions.

[0087] The sliding surface can include a plurality of mutually spaced or connected arcs or bends.

[0088] The sliding surface can appear wavy (wellenform).

[0089] A ride device according to the invention may be characterized in that the first sliding property and the second sliding property are different.

[0090] The feature of different sliding properties has been discussed above based on possible embodiments of the planar shape of the first and second sliding surfaces. It is also conceivable that curved and planar sliding surfaces or a plurality of curved sliding surfaces exhibit different sliding properties with respect to one another.

[0091] In the literature, the sliding properties of a surface are described by the coefficient of friction with another surface.

[0092] The ride device according to the invention may be characterized in that the direction of movement is parallel to or at an angle to the longitudinal extension of the board or the sliding surface.

[0093] The angle is preferably a sharp angle, ie an angle between 1 and 45 degrees, preferably between 10 and 30 degrees.

[0094] However, angles of 90 degrees or angles other than 90 degrees are also conceivable.

[0095] The ride according to the invention is characterized in that the direction of movement can be arbitrarily selected by the child. The ride according to the invention does not exhibit a preferred direction of travel.

[0096] The ride device according to the invention may comprise at least two sliding surfaces, wherein the longitudinal extension directions of the two sliding surfaces are arranged at said angle to one another.

[0097] The ride device according to the invention may comprise at least two sliding surfaces, wherein the longitudinal extension directions of the two sliding surfaces are arranged symmetrically to the movement direction at said angle.

[0098] As explained above based on an embodiment, the seat / grip element can be arranged on a side of the board by a connection device.According to an embodiment of the present invention, even if this embodiment does not have the description of such a connection device, such a connection device can also be included.

[0099] The riding device according to the present invention is characterized in that:

[0100] The first side and / or the second side comprises a first connection device or a second connection device for detachably arranging the seat / grip element.

[0101] The connection device can be designed as a detachable mechanical connection (Verbindungsmittel) for mechanically connecting the plate and the seat / grip element. The connection device can be reduced to: during normal loads and / or movements, relative movements between the plate and the seat / grip element are avoided by the established connection.

[0102] The connecting device can build the seat / grip element on the plate and form a clear positioning with the plate. This can be achieved by fitting matching shapes into each other.

[0103] For example, the mechanical connection can prevent the board and seat / grip element from being separated by lifting the board or seat / grip element from the running surface. The technician can design the mechanical connection to require additional force in addition to lifting the board and seat / grip element, or to require additional connection release. To separate the board and the seat / grip element.

[0104] The additional force can be achieved by a mechanical connection such as a clamping and / or a snap-on connection. For example, the mechanical connection can be a dovetail connection known from common theory. When the seat / grip element is arranged, the connection device can exhibit a preload which reacts to the release of the seat / grip element and / or a translation of the seat / grip element relative to the plate.

[0105] Mechanical connections can also include partial surfaces These partial surfaces are oriented at an angle so that they are not parallel to the direction of separation movement of the plate and the seat / grip element, so that these partial surfaces act as locking surfaces. The locking surfaces are preferably made of an elastic material. The locking surfaces can prevent the movement of the element by causing the element to move towards the locking surfaces and the locking surfaces prevent further movement of the element in the direction of the locking surfaces.

[0106] The seat / grip element mounted on the first side or the second side may extend to or cover the entire extent of each side or a partial area of ​​each side.

[0107] The ride device according to the invention is characterized in that the connecting device is designed for arranging a seat / grip element used as a seat element, wherein the seat / grip element arranged in a horizontal position comprises the seat device on its surface facing away from the first side or the second side.

[0108] In order to achieve the arrangement of the seat / grip element in a horizontal position, the connection device and the seat / grip element can have mutually matching shapes. The horizontal position can be defined by the contact of the matching shapes.

[0109] The seat / grip element may include a seat device on which a child may sit. The seat may be in the shape of a saddle, thereby providing good support for the child.

[0110] The seat / grip element designed for sitting on the seat / grip element is arranged above the board and connected to the board by connecting means on each side for transmitting force. The connection is preferably designed to be detachable so that the ride according to the invention can be constructed in a variety of ways.

[0111] A possible use of a ride according to the invention is that a child sitting on a seat device accelerates the ride by sliding or sliding or rolling the ride with feet or hands. The ride can also be pulled by another person.

[0112] The seat / grip element can be shown as a seat / grip element side that is adapted to the shape of the first side and / or the second side. For example, the seat / grip element side can include a groove, and when the seat / grip element was arranged on the second side, the wheel could be arranged in the groove.

[0113] A possible feature of the ride device according to the invention is that the grabbing device is arranged adjacent to the seat device.

[0114] The grabbing device can be in a shape that is convenient for a child sitting on the seat / grabbing element to grab. Preferably, the grabbing device has a rounded or chamfered shape without sharp edges to avoid injuries. For example, the grabbing device can be in a T-shape or a ring.

[0115] Preferably, the grabbing device is arranged at the front end or rear end of the riding device (as viewed from the moving direction). In this way, a child standing in front of or behind the riding device can grab the grabbing device. In this way, the riding device according to the present invention can serve as an auxiliary tool for learning to walk.

[0116] The grab device can be detachably arranged on the seat / grab element.

[0117] The gripping device can be detachably arranged on the board. If necessary, the gripping device can pass through the seat / gripping element. The gripping device can be used to fix the seat / gripping element to the board.

[0118] As mentioned above, the grabbing device can be arranged adjacent to the resting surface. The grabbing device can also be arranged adjacent to the seat device.

[0119] The grab handle device can be transferred from its position adjacent to the resting surface to a position adjacent to the seating device.

[0120] The seat / grip element can be arranged with a grip device adjacent to the resting surface in such a way that after the seat / grip element is arranged, the grip device is arranged adjacent to the seat device.

[0121] In all mentioned embodiments and arrangements, the gripping means can be designed to be removable or adjustable relative to the board or relative to the seat / grip element.

[0122] The gripping device can be arranged in the projection above the adjustable wheels.

[0123] The ride device according to the invention can be characterized in that the connecting device is designed for mounting a seat / grip element on a board, wherein the seat / grip element arranged in a vertical position comprises a flat or curved sliding surface on its surface facing away from the first side or the second side and facing the running surface.

[0124] The coupling means and the seat / grip element may have mutually matching shapes which define a vertical position when in contact.

[0125] A seat / grip element comprising a flat or curved sliding surface is arranged on the lower surface of the board. The seat / grip element contacts a running surface on which the ride device according to the invention moves.

[0126] For example, when the second side has a sliding surface, the second side comprises wheels, the seat / grip element can be arranged between the wheels. In case of a flat design of the sliding surface, the seat / grip element can provide a sliding function for the ride according to the invention or a general ride (pedal scooter) when it is in a posture with the second side comprising the wheels facing downwards. In case of a curved design, the ride according to the invention can have a rocking function and / or a sliding function when in a posture with the second side facing downwards.

[0127] A person skilled in the art may design the seat / grip elements described herein independently of the ride according to the present invention.

[0128] The ride device according to the invention may be characterized in that the connecting device is designed for mounting the seat / grip element to the board in a vertical position, wherein the seat / grip element comprises a gripping device at its free end.

[0129] The ride according to the invention may be characterized in that the seat / grip element may be arranged on the board in a horizontal or vertical position. The side of the board may include a connection device or a plurality of connection devices adapted thereto.

[0130] The seat / grip element arranged vertically on the board provides a grip function in particular for children resting on the resting surface of the board. The child can rest on the resting surface, for example standing or sitting, and hold on to the free end of the seat / grip element or the grip arranged on the longitudinal extension of the seat / grip element.

[0131] The gripping device can be detachably fixed on the vertically arranged seat / gripping element. The gripping device can be designed as one piece with the seat / gripping element.

[0132] The grabbing device can be arranged on the board. The grabbing device can extend through the horizontally or vertically arranged seat / grabbing element.

[0133] One possible use of a ride according to the invention is for a child to stand or otherwise stay on the board and use their feet to accelerate the ride in a sliding or rolling or rocking manner.

[0134] As explained above based on an embodiment, the seat / grip element can be integrally formed with the plate. According to an embodiment of the present invention, even if the embodiment does not have the description of such a seat / grip element, it can also include such a seat / grip element integrally formed with the plate.

[0135] The ride according to the invention may be characterized in that a seat / grip element is arranged on the first side or on the second side and is integrally formed with the plate.

[0136] One of the above-mentioned embodiments may be characterized in that at least one single wheel is arranged on the second side of the plate. In principle, it is conceivable to arrange a single wheel. It is also possible to arrange a plurality of wheels, which can be arranged in any position relative to each other, for example arranged side by side in the direction of travel.

[0137] At least one wheel may be driven.

[0138] A riding device according to the invention may be characterized in that the riding device comprises at least one front wheel and / or at least one rear wheel.

[0139] At least one front wheel and / or at least one rear wheel is arranged on the second side of the board.Preferably, the riding device comprises at least three wheels, such as at least two front wheels and one rear wheel or at least one front wheel and two rear wheels.

[0140] A ride according to the present invention may include two front wheels and two rear wheels.

[0141] The ride device according to the invention may be characterized in that at least one front wheel and / or at least one rear wheel and / or the sliding surface are adjustable in order to change the direction of movement.

[0142] The ride according to the invention may include a weight transfer steering system and / or a swivel steering system for steering the front wheel or wheels and / or the rear wheel or wheels and / or the sliding surface. In the case of weight transfer steering, a child resting on the resting surface or the seat / grip element can steer the front wheel or wheels or the sliding surface by shifting his weight, thereby changing the direction of movement of the ride according to the invention. The child can also steer the weight transfer steering system by changing the forces acting on the seat / grip element and / or the board.

[0143] The ride according to the invention can include a swivel steering system for steering the front wheel or wheels and / or the rear wheel or wheels and / or the sliding surface, which is operated by the user. The swivel steering can be operated by means of a seat / grip element and / or a grip device and / or a partial area of ​​the resting surface and / or a grip bar.

[0144] The steering device of the ride according to the invention can also be designed as a so-called self-steering steering device, in which one or more wheels are mounted rotatably about an axis that is substantially vertical or inclined to the vertical, for example in the case of rollers, which the person skilled in the art knows can be self-steering into a lateral or linear movement by means of a displacement of the board.

[0145] According to the prior art, weight transfer steering and / or rotational steering are known. It is not necessary to explain the operating principle here.

[0146] Wheel and / or sliding surface can be adjusted with respect to the partial area of ​​plate or plate. Equally, as modification or supplement to this, the partial area of ​​plate can be adjusted with respect to the partial area of ​​other plates, can realize wheel and / or sliding surface being adjusted to the moving direction like this.

[0147] The front wheel or wheels and / or the rear wheel or wheels may be arranged about only one point of rotation or axis of rotation so that each wheel will automatically adjust to the direction of movement of the ride.

[0148] The ride device according to the invention can be characterized in that the plate comprises a front plate area and a rear plate area, which plate areas are connected via a single joint or via a plurality of joints.

[0149] The board can consist of two board parts which are connected to one another via a joint and can be adjusted to one another via the joint. The board can be designed with a seat / grip element.

[0150] The joint can be designed as a ball and socket joint.

[0151] The joint can be designed as a joint with a single connecting axis.

[0152] The ride device according to the invention can be characterized in that the joint has a connection axis or each joint has a connection axis, which or these connection axes are at right angles or parallel or at an angle to the board extension direction of the board.

[0153] A connecting axis which is at right angles to the direction of extension of the board or to the board plane can serve to steer the ride by adjusting the board areas relative to one another. The connecting axis can be arranged in the middle of the board. For example, so-called snakeboards are known; a board can be designed as a snakeboard.

[0154] A connecting axis which is parallel to the direction of extension of the plate can allow one plate area to be turned relative to another plate area. An example of the implementation of this embodiment can be found below.

[0155] The ride device according to the invention may be characterized by:

[0156] At least one of the connections is designed in the form of a mortise and tenon connection, wherein a tenon is introduced into a mortise, or at least one of the connections is designed as a clamping sleeve connection.

[0157] One or more or all of the connecting devices may be designed as described above.

[0158] The tenon or mortise may be arranged at right angles to the board. Thus, while the board generally extends horizontally, the tenon or mortise is oriented vertically. This allows for good transmission of horizontal forces between the board and the seat / grip element.

[0159] The mortise is designed to engage with the tenon.

[0160] The tenon and mortise can be connected in a clamping manner.

[0161] The tongue and / or groove may be designed around one side of the board or a portion of the board, or may be around a contact surface of the seat / grip element or a portion of the board that contacts the side of the board.

[0162] As an alternative or in addition to the mortise and tenon joint, other removable mechanical connections can also be used, such as, but not limited to, snap-in connections, screw connections, magnetic connections, as long as they are suitable for transmitting the usual forces between the seat / grip element and the plate. Auxiliary tools such as bolts, expansion screws, etc. can also be used for inserting the elements to be connected. Such bolts can be constructed as a whole with the plate or the seat / grip element. The elements to be connected (such as the plate) can also be connected by, for example, Velcro or zippers.

[0163] Those skilled in the art can use their professional knowledge to design the connection device so that the connection device is suitable for transmitting the required force.

[0164] In the case of a snap-fit ​​connection, the seat / grip element can be snapped onto the plate in one or more partial regions or in the entire region. The seat / grip element can surround the plate in the snap-fit ​​position.

[0165] In the case of a clamping sleeve connection, the plate can also be clamped into the seat / grip element in one or more partial regions or in the entire region. The plate can surround the seat / grip element in its clamped position.

[0166] One possible embodiment of a compression fitting is a folding fitting.

[0167] The connection means may also comprise straps, buckles or other pretensioning means, with which the seat / grip element is pressed onto the board to the desired position. According to the prior art, such pretensioning means can be provided so that the contact surface between the seat / grip element and the side of the board does not require a special design, i.e. can be substantially flat.

[0168] The grab elements which are guided to the board via the seat / grab elements can be mounted on the board in such a way that the seat / grab elements can be pressed against the sides of the board.

[0169] The ride device according to the invention is characterized in that at least one of the connecting devices extends along an edge or a partial area of ​​the board.

[0170] A single connection device, a plurality of connection devices or all connection devices may be designed according to the above-mentioned features.

[0171] When the seat / grip element is arranged on the board, the edge area of ​​the board is very visible to the person. The good visibility of the edge area also has the advantage that the person can easily connect or release the connection between the board and the seat / grip element. This is particularly advantageous when a child wants to place the seat / grip element on the board or remove it from the board.

[0172] The ride device according to the invention is characterized in that the connection device is designed as a connection joint or plug-in connection in a subregion of the connection device or in the entire connection device.

[0173] The connector connects the panel to the seat / grip element.

[0174] The connection joint can be implemented as a ball and socket joint. The position of the seat / grip element and the board can be adjusted as desired.

[0175] The connecting joint can be designed as a joint with a connecting axis, so that the seat / grip element can only be adjusted relative to the board by rotation or oscillation about the connecting axis.

[0176] The connecting axis can extend parallel to the plane of the plate or in the plane of the plate. The direction of the connecting axis can be at right angles or parallel to the longitudinal extension direction of the plate or at an angle of 45 degrees.

[0177] The connecting axis can also be at an angle to the plane of the board so that the seat / grip element can be adjusted relative to the board by a swinging motion. This angle can be, for example, the angle bisector between the horizontal position of the seat / grip element and the vertical position of the seat / grip element.

[0178] The above description includes a feature that the connection device of the seat / grip element can be detached from the board. The joint can be designed to be detachable.

[0179] For example, the joint can be implemented as a mortise and tenon connection, wherein a rotational movement of the mortise in the mortise is allowed. For example, this rotational movement of the mortise in the mortise can be released by releasing the mortise and tenon connection of another partial area.

[0180] The connection device can also be implemented as a plug-in connection. In the case of a plug-in connection, the plate and the seat / grip element are connected together in a direction determined by the design of the plug-in connection.

[0181] The ride device according to the invention can be characterized in that at least one of the connecting devices comprises a spacing element.

[0182] A single connection device, a plurality of connection devices or all connection devices may be designed according to the above-mentioned features.

[0183] The connection between two elements, such as the connection between the board and the seat / grip element, usually has backlash. When the ride slides on the running surface, such backlash will cause noise, which can be reduced by damping in the connection. Spacer elements to prevent.

[0184] The spacing element may extend over a partial region of the connection device. In one or more connection devices, a plurality of spacing elements may be arranged, which extend over a partial region of the connection device.

[0185] The spacing element can also cause a spacing between the seat / grip element and the plate, and thereby cause the height adjustment of the seat / grip element on the plate. In this way, the height position of the seat / grip element relative to the plate can be adjusted according to the height of the children.

[0186] The spacing element may have different material properties than the plate and / or the seat / grip element. For example, the spacing element may have elastic or damping properties.

[0187] The riding device according to the invention is characterized in that the first side surface comprises a groove.

[0188] Preferably, grooves are arranged between the sliding surfaces to suppress noise when the riding device slides on the running surface.

[0189] The ride device according to the invention is characterized in that at least one of the wheels is convertible from a rolling position to a stowed position.

[0190] By changing at least one of the wheels from the use position to the stowed position, the second side of one or more wheels (particularly the area between a front wheel and a rear wheel) can contact the running surface. Thus, the above area can be used as a sliding surface or a rocking surface.

[0191] The riding device according to the invention is characterized in that the second side comprises a wheel housing for housing a wheel or a wheel carrier with at least one wheel.

[0192] At least one wheel can partially protrude from the wheel housing. The wheel housing can provide space for a shock absorbing device and / or a steering device.

[0193] The height of the wheels can be adjusted in the wheel housing.

[0194] The ride device according to the invention is characterized in that the seat / grip element and / or the plate are designed as a hollow body. The seat / grip element or the plate or the seat / grip element with the plate thus forms a storage space.

[0195] In a preferred embodiment, the connection device extends along the edge of the seat / grip element or the edge of the board in view of setting a storage space in the seat / grip element. The seat / grip element may include a lockable opening, for example including a flap for filling the storage space.

[0196] The storage space may provide room for accommodating a heavy object. By placing the heavy object in the ride, the required acceleration force may be converted into a sliding motion of the ride.

[0197] One possible application of the ride according to the invention is as an aid for learning to walk, wherein the child pushes the ride according to the invention in front of him in a sliding or rolling manner. By adjusting the weight, the acceleration force required to push the ride in a sliding or rolling manner can be controlled, so that the learning process of the child can be supported. Likewise, the adjustment of the weight can change the center of gravity of the ride between close to the running surface or in the ride. Thus, the ride can be prevented from tipping over or deliberately made possible by adjusting the weight.

[0198] The ride device according to the invention may be characterized in that the plate has a concavity on the first side and / or the second side.

[0199] The concave surface can be part of the storage space. The concave surface can also be part of the resting surface or constitute the resting surface.

[0200] The ride according to the invention is characterized in that the plate and, if applicable, the seat / grip elements are made of EPP (expanded polypropylene).

[0201] The material is essentially a material that is elastically deformable to prevent damage to the object and the ride if the ride hits the object.

[0202] The plate and / or the seat / grip element can be made of such an elastically deformable material in the core part and can include a film or a plastic coating on its surface.

[0203] The panels and / or the seat / grip elements can have a higher density in certain areas of their surface. This can make the material more impact-resistant.

[0204] The ride device according to the invention is characterized in that the sliding surface comprises partial areas with different sliding properties.

[0205] For example, the sliding surface may include a portion of the area in which the felt is arranged, while in other portions the sliding surface is made of plastic. The felt is characterized by low friction resistance when sliding on hard surfaces (such as wood or stone). In addition, the hard surfaces mentioned above will not be damaged.

[0206] 25. The ride according to the invention is characterized in that the surface of the plate and, if applicable, the surface of the seat / grip element are covered with a film-like material or a textile.

[0207] The ride device according to the invention is characterized in that the leash is connected to the board and / or the seat / grip element via a first leash end, wherein the leash comprises a handle at its second free leash end.

[0208] The ride device according to the invention can be characterized in that the plate and / or the seat / grip element comprises a recess or a projection for receiving the traction strap and, if applicable, the handle.

[0209] The handle and / or traction belt can be inserted into the groove in a clamping manner (i.e. by deforming the plate and / or the seat / grip element). The handle and / or traction belt is then stored in the groove in a clamping manner.

[0210] Preferably, the first end of the traction belt is rolled into an inner space in order to insert the handle into the groove or when the handle is inserted into the groove. A reel may also be designed to wind the traction belt.

[0211] The riding device according to the invention may be characterized in that the leash comprises a reel for winding the leash at the first end of the leash and / or at the second end of the leash.

[0212] Therefore, the leash is given another function.

[0213] The ride according to the invention may be characterized in that a vibration motor is arranged on or in the board or, if applicable, on or in the seat / grip element.

[0214] The vibration motor causes the ride to vibrate, which changes the friction between the sliding surface and the running surface. The vibrating ride can roll or slide more easily on the running surface.

[0215] The ride device according to the invention may be characterized in that the vibration motor is driven by a traction rope.

[0216] The vibration motor can include an unbalance device driven by a spring. The spring can be tightened by operating the pull rope, so that the pull rope has an additional function.

[0217] The ride device according to the invention is characterized in that the plate is designed as a prism with four sides, wherein one side or several sides or all sides of the prism are designed as flat or curved sliding surfaces or comprise wheels.

[0218] The cross section of the prism is at a 90-degree angle to the direction of travel or to the running surface. The cross section may be square, rectangular, trapezoidal, circular, elliptical or other shapes. It can be designed as a sliding surface or equipped with one or more wheels. Through the posture of the prism, the side surface can be given special properties, such as height position or inclination relative to the running surface.

[0219] The ride device according to the invention may be characterized in that the board comprises a sliding surface adjustable relative to one side of the board.

[0220] For example, it is possible to design the height position of the side of the sliding surface relative to the plate to allow adjustment. In the simplest case imaginable, this can be achieved by installing the sliding surface as a seat / grip element with a certain thickness on the side.

[0221] Furthermore, the inclination of the sliding surface relative to the side surface can be adjusted.

[0222] The ride according to the invention is characterized in that the board has a greater width at its ends than in its central area.

[0223] With this design, children sitting on the board can comfortably place their feet on the running surface.

[0224] The ride device according to the invention is characterized in that the seat / grip element has a greater width at its ends than in its central area.

[0225] This design allows a child sitting on the seat / grip element to rest his feet comfortably on the running surface.

[0226] The ride device according to the invention may be characterized in that the plate comprises a first plate and a second plate, wherein the first plate and the second plate are adjustable relative to each other.

[0227] The plate does not necessarily have to be designed as a single plate. The plate may include a first plate and a second plate, wherein the first plate and the second plate are connected to each other by a mechanical connection. The mechanical connection may be a plate joint that allows the first plate to be adjusted relative to the second plate. A preferred embodiment of the mechanical connection is such that the first plate and the second plate function as one plate from a static and dynamic perspective.

[0228] The ride device according to the invention can be characterized in that the plate and the seat / grip element have shapes that merge into one another.

[0229] In a preferred embodiment, the ride-on device has no sharp edges when used as a children's ride-on device.

[0230] With reference to the embodiments shown in the accompanying drawings, the present invention is further explained below:

[0231] Figures 1 to 16 Various embodiments of rides according to the present invention are illustrated using schematic diagrams.

[0232] Figures 17 to 33 Different prototype embodiments of the ride device according to the invention are shown.

[0233] The embodiments shown in the figures are only possible implementation schemes. Accordingly, it should be pointed out that the present invention is not limited to these specific implementation schemes. Combinations of various implementation schemes with each other and with the above general description are also possible. These other possible combinations do not need to be explicitly mentioned, because through the technical solutions of the present invention regarding the technical measures, it is within the capabilities of technicians working in this technical field to obtain these other possible combinations.

[0234] A person skilled in the art can in particular combine features concerning the design of the plate with the sides and features of the seat / grip elements.

[0235] The following embodiment including a seat / grip element comprises a plate with a connecting device for removably mounting the seat / grip element to the plate. A person skilled in the art may in particular apply the above described one-piece design of the plate and the seat / grip element to this embodiment and provide an one-piece design of the plate and the seat / grip element instead of the connecting device.

[0236] The one-piece design can be in the form of a connection between the plate and the seat / grip element via a connection, wherein the connection can only be released manually by applying excessive force or using special tools or by breaking it off.

[0237] The one-piece design can be in the form of the plate and the seat / grip element being produced as one component. The plate and the seat / grip element can be foam-molded from a foam material or injection-molded from a plastic material in one process step.

[0238] Those skilled in the art can combine the above information with the information about the plate shape mentioned in the following embodiments. This combination includes the shape of the plate after considering the sliding surface and the plane contour shape.

[0239] A person skilled in the art can combine the above information with the information about the shape of the seat / grip element and the connection produced by the connecting device mentioned in the following embodiments (including the type of connection and the characteristics of the connection).

[0240] The scope of protection is determined by the claims. However, when interpreting the claims, reference should be made to the description and drawings.

[0241] In the drawings, the following elements are identified by preceding numerical codes:

[0242] 1 board

[0243] 2 First side

[0244] 3 Second side

[0245] 4 Front wheels

[0246] 5, 5' rear wheel

[0247] 6 Running surface

[0248] 7 Movement direction

[0249] 8, 8' (seat / handle) element

[0250] 9 Seat Unit

[0251] 10 Seat / grip element sliding surface

[0252] 11 Grasping device

[0253] 12Front panel area

[0254] 13 Rear panel area

[0255] 14 Panel joints

[0256] 15 Storage Space

[0257] 16 Concave

[0258] 17 Joints between board and seat unit

[0259] 18 First stop

[0260] 19 Second stop

[0261] 20 connectors

[0262] 21 First side length

[0263] 22 Second side length

[0264] 23 The third side

[0265] 24 The fourth side

[0266] 25 First plate

[0267] 26 Second plate

[0268] 27 No reference

[0269] 28 Grooving

[0270] 29 Page 1

[0271] 30 First sliding surface

[0272] 31 First sliding surface

[0273] 32 first sliding surface

[0274] 33 First sliding surface

[0275] 34 mortise

[0276] 35 wheel cover

[0277] 36 wheel housing

[0278] 37 wheel cover

[0279] 38 wheel cover

[0280] 39 Second (sliding) surface

[0281] 40 Connecting device of grabbing device

[0282] 41 Grooves in sliding surfaces

[0283] 42 Spacer element

[0284] 43 Storage Space

[0285] 44 Protrusions in the sliding surface

[0286] 45 Edge

[0287] 46 Edge

[0288] 47 Scooter frame

[0289] 50 (first plate 1) first opening

[0290] 51 (no reference)

[0291] 52 (seat / grip element 8) opening

[0292] 53 stopper (arranged in plate 1)

[0293] 54 stopper (arranged in the seat / grip element)

[0294] In the drawings, not all components must be marked with the mentioned numerical codes to ensure the readability of the drawings in individual cases. When the features of a certain embodiment are mentioned below, if the relationship with the aforementioned another embodiment is mentioned, it means that the embodiment and the another embodiment are different in these features. Other features not mentioned are the same in the embodiment and the another embodiment.

[0295] The arrangement of the seat / grip element on the plate described below presupposes that a connection device is provided in order to form a detachable connection between the seat / grip element and the plate, unless the plate is formed integrally with the seat / grip element.

[0296] The following provides information about which embodiments can be considered as embodiments according to the present invention according to the claims. This information should be understood as an exemplary description, not a limiting description.

[0297] Figure 1 and Figure 2 A first possible embodiment of a ride according to the invention is shown, comprising a board 1 and a seat / grip element 8 .

[0298] The children's ride device according to the present invention comprises a board 1 oriented horizontally to a running surface 6, the board having a first side 2 and a second side 3. The first side 2 and the second side 3 are arranged facing away from each other. Figure 1 The special case where the first side surface 2 and the second side surface 3 extend parallel to each other is shown. It is also conceivable that the side surfaces 2, 3 are at an angle not equal to 90 degrees.

[0299] For example, a cross section of plate 1 (perpendicular to Figure 1 and Figure 2 For example, the cross section of plate 1 (perpendicular to Figure 1 and Figure 2 The plane) can be a triangle.

[0300] The first side 2 and the second side 3 form an upper surface of the board 1 or a lower surface of the board 1 , respectively, depending on the use of the ride.

[0301] The first side surface 2 comprises a single first sliding surface with a first sliding property for sliding on the running surface 6. It is also conceivable that the first side surface 2 comprises a plurality of first sliding surfaces. The first sliding surface is designed as a flat sliding surface extending over a partial area of ​​the first side surface 2 or over the entire first side surface 2.

[0302] The second side 3 comprises at least one single wheel, in particular a front wheel 4 and / or a rear wheel 5 , for steering the ride-on device on a running surface 6 in a direction of movement 7 . Figure 1 The special case is shown in which the second side 3 comprises at least one front wheel 4 and at least one rear wheel 5 .

[0303] The first side surface 2 may include a first resting surface 18 and / or the second side surface 3 may include a second resting surface 19 .

[0304] like Figure 1As shown in the upper left figure, the plate 1 can be moved along the moving direction 7 by rolling on the running surface 6 by the wheels 4, 5 with the second side 3 facing the running surface 6. Figure 1 As shown in the upper right figure, the plate 1 can be moved along the moving direction 7 by sliding on the running surface 6 with the first side 2 facing the running surface 6 .

[0305] The seat / grip element 8 may be arranged horizontally on the board 1 .

[0306] The seat / grip element 8 can be arranged horizontally by the first connecting device adjacent to the first side 2. According to the above description, the connecting device can be designed as a detachable mechanical connection. The advantage of the connecting device designed as a detachable mechanical connection is that Figure 1 and Figure 2 The application scenario of the riding device shown can be realized by removing and installing the seat / grip element 8.

[0307] like Figure 1 and Figure 2 The ride device shown with detachable and attachable seat / grip elements is based on the ride device of claim 1 and, where applicable, simultaneously on at least one of the claims dependent thereon.

[0308] The seat / grip element 8 and the plate 1 can also be made in one piece.

[0309] like Figure 1 and Figure 2 The ride device shown with the plate 1 integrally formed with the seat / grip element 8 is based on the ride device of claim 2 and, where applicable, also on at least one claim dependent thereon.

[0310] Figure 1 The embodiment shown in the upper left figure which does not include a seat / grip element 8 is not an embodiment according to the invention.

[0311] Figure 1 The embodiment shown in the upper right figure which does not include a seat / grip element is not an embodiment according to the present invention.

[0312] Figure 1 The embodiment shown in the lower left figure is an embodiment according to the present invention based on claim 1 or claim 2 and, where applicable, also based on at least one dependent claim.

[0313] The ride according to the invention comprising the board 1 and the seat / grip element 8 can be moved in a rolling manner on the running surface 6, wherein the upper surface of the seat / grip element 8 forms the seat means 9, as Figure 1 As shown in the lower left picture.

[0314] The seat / grip element 8 can be arranged on the first side 2 by means of a detachable connection.

[0315] The seat / grip element 8 can be designed in one piece with the plate 1 , wherein the seat / grip element 8 is arranged on the first side 2 .

[0316] Figure 1 The embodiment shown in the lower right figure is an embodiment according to the present invention based on claim 1 or claim 2 and, where applicable, also based on at least one dependent claim.

[0317] The seat / grip element 8 can be arranged horizontally adjacent to the second side 3, wherein the seat / grip element 8 is designed as a device for receiving the wheels 4, 5. The receiving device of this embodiment and other embodiments can be designed according to the above description.

[0318] Furthermore, the upper surface of the seat / grip element 8 forms a seat device 9 on which a child can rest. The child can move along the running surface 6 in a sliding manner along the moving direction 7 with the ride device of the invention using the first side 2, such as Figure 1 As shown in the lower right picture.

[0319] As is evident from the horizontal arrangement of the seat / grip elements 8 on the plate 1 , the upper surfaces of the seat / grip elements 8 form the seat means 9 .

[0320] The riding device according to the invention can have a grab handle 11 in the position and application shown.

[0321] Figure 2 The embodiment shown in the figure above is an embodiment according to the invention based on claim 1 (detachable connection device) or based on claim 2 (integral design of the plate 1 and the seat / grip element 8) and, where applicable, also based on at least one dependent claim. In particular, claim 2 can be combined with claim 22.

[0322] It is also conceivable that the seat / grip element 8 is arranged on the second side 3 facing downward via a second connection device. The seat / grip element 8 is designed as a storage device for the wheels 4, 5. A child resting on the first resting surface 18 can slide with the ride device on the running surface 6 in the direction of movement 7, wherein the lower surface of the seat / grip element 8 is designed as a seat / grip element sliding surface 10, such as Figure 2 As shown in the upper left picture. Figure 2 The figure above shows a flat seat / grip element sliding surface 10 for sliding on the running surface 6. It is also conceivable to design a curved seat / grip element sliding surface 10 for sliding and / or rocking on the running surface 6. Figure 2The embodiment shown in the above figure is only conceivable when the seat / grip element 8 is arranged to be removable, wherein the seat / grip element 8 is clamped (gestülpt) on the wheels 4, 5 and the wheels 4, 5 are thus enclosed (umhüllt). Figure 2 The embodiment shown in the following figure is an embodiment according to the invention based on claim 1 (detachable connection device) or on claim 2 (integral design of plate 1 and seat / grip element 8) and, where applicable, also on at least one dependent claim.

[0323] like Figure 2 As shown in the following figure, the seat / grip element 8 can also be arranged vertically on the board 1. The seat / grip element 8 can be arranged in a vertical state on the first side 2 (see Figure 2 Lower left figure) or arranged on the second side 3 (see Figure 2 In its vertical position, the seat / grip element 8 serves as a grip element for a child standing on the first resting surface 18 or the second resting surface 19. In combination with the wheels 4, 5 in contact with the running surface 6 (see Figure 2 lower left) or a flat sliding surface (see Figure 2 The riding device will roll or slide on the running surface 6 in the direction of movement 7 (bottom right figure).

[0324] The vertical arrangement of the seat / grip element 8 requires that the seat / grip element 8 be designed using a rigid material, in particular a bending-rigid material.

[0325] like Figure 2 As shown in the lower left figure, the seat / grab element 8 is arranged adjacent to the first side 2 via a first connection device. A child staying on the first resting surface 18 can grab the vertically arranged seat / grab element 8 or the grab element 11 installed on the seat / grab element 8.

[0326] like Figure 2 As shown in the lower right figure, the seat / grab element 8 is arranged adjacent to the second side surface 3 via a second connection device. The seat / grab element 8 is designed as a storage device for the front wheel 4 in the area of ​​the second connection device. A child staying on the second resting surface 19 can grab the vertically arranged seat / grab element 8 or the grab element 11 installed on the seat / grab element 8.

[0327] It is also conceivable to design the plate 1 and the seat / grip element 8 as detachable connections instead of the provided ones.

[0328] Figure 1 and Figure 2 The schematic diagram in FIG. 1 is based on the situation that the horizontally arranged seat / grip element 8 extends over the entire surface of the adjacent side surfaces 2, 3. Figure 3As shown, the horizontally extending seat / grip elements 8 can also extend only over a partial region of the adjacent side surfaces 2 , 3 .

[0329] Figure 3 The embodiments shown are embodiments according to the invention based on claim 1 (detachable connection) or on claim 2 (integral design of plate 1 with seat / grip element 8) and, where applicable, also simultaneously on at least one dependent claim.

[0330] contrast Figure 2 and Figure 3 As shown, those skilled in the art can also imagine a vertically arranged seat / grip element 8, which extends over the entire surface of the side surfaces 2, 3 adjacent thereto. Figure 2 and Figure 3 Not shown in . Figure 2 and Figure 3 A seat / grip element 8 is shown which extends over a partial region of the side surfaces 2 , 3 .

[0331] exist Figures 1 to 3 In the embodiment of the invention, the connection device can be designed as a plug-in connection, for example, based on the design of claim 1 and, where applicable, also based on at least one of the dependent claims. The seat / grip element 8 can be plugged onto the plate 1 in an orientation predetermined by the design of the plug-in connection.

[0332] exist Figures 1 to 3 The seat / grip element 8 shown in FIG. 1 is designed to be made of a hard material. The seat / grip element 8 exhibits sufficient bending stiffness at least in its state as a grip element so that a child standing on the resting surface 18, 19 can grab the grip device (see FIG. 1 ). Figure 2 , below). The seat / grip element 8 exhibits sufficient rigidity in its position as a seat element so that a child can sit on the seat device 9 or the board 1 (see Figure 1 See the figure below; Figure 2 ; see Figure 3 ).

[0333] Figure 4 The illustrated embodiment is an embodiment according to the invention based on claim 1 (detachable connection device) or on claim 2 (integral design of plate 1 with seat / grip element 8) and, where applicable, simultaneously on at least one dependent claim.

[0334] Figure 4 A particular embodiment of the connection device is shown. The connection device can include a connection joint 20 so that the seat / grip element 8 can be rotated or swiveled after being mounted on the board 1.

[0335] For the embodiment according to claim 1 (and also according to at least one dependent claim where applicable) with a detachable connection device, the joint 20 can be designed as a mechanical joint or made of a deformable material.

[0336] For the embodiment in which the plate 1 and the seat / grip element 8 are designed in one piece, the joint 20 can be designed as a mechanical joint, wherein the joint parts of the joint 20 cannot be opened. As an alternative to the mechanical joint, the joint 20 can be designed to be made of a deformable material, wherein the deformable material is placed in a mold during the manufacture of the plate 1 and the seat / grip element 8, for example by foaming or injection molding the plate 1 and the seat / grip element 8, thereby producing a single workpiece.

[0337] Figure 5 The embodiments shown in the left figure and the upper right figure are embodiments according to the invention based on claim 4 and, where applicable, also based on at least one dependent claim.

[0338] Figure 5 Another embodiment of a board 1 is shown, wherein the board 1 comprises a first side 2 having a first curved sliding surface. The board 1 comprises a second side 3 having at least one wheel, in particular at least one front wheel 4 and at least one rear wheel 5.

[0339] When the wheels 4, 5 are in contact with the running surface 6, the second side 3 of the riding device is movable downwardly on the running surface 6 in a rolling manner along the moving direction 7, such as Figure 5 As shown in the upper left figure, the first side surface 2 includes a first resting surface 18 .

[0340] When the first side surface 2 having the curved sliding surface comes into contact, the riding device can move along the moving direction 7 on the running surface 6 in a shaking and / or sliding manner, such as Figure 5 As shown in the upper right figure, the second side surface 3 includes a second resting surface 19 .

[0341] Figure 5 The embodiments shown in the left figure and the lower right figure are embodiments according to the invention based on claim 1 (detachable connection device) or based on claim 2 and, where applicable, also based on at least one dependent claim. Figure 5 The embodiments shown in the left figure and the lower right figure are also embodiments based on claim 4 in combination with claim 10 and in combination with other claims where applicable.

[0342] A vertically arranged seat / grip element 8 can be arranged adjacent to the first side surface 2 via a first connecting device, wherein the upper surface of the seat / grip element 8 serves as a seat device 9. Figure 5 The picture below left shows it.

[0343] A vertically arranged seat / grip element 8 can be arranged adjacent to the second side surface 3 via a second connecting device, wherein the upper surface of the seat / grip element 8 serves as a seat device 9. Figure 5 The seat / grip element is designed to be hollow in some areas to accommodate the existing wheels 4, 5.

[0344] A preferred design scheme of the illustrated embodiment is that the grabbing device 11 is arranged adjacent to the seat device 9 .

[0345] Figure 6 Shown are embodiments according to the invention based on claim 1 (detachable connection device) or on claim 2 (integral design of plate 1 with seat / grip element 8) and, where applicable, also on at least one of the dependent claims. Figure 6 The presented embodiment is also an embodiment based on claim 4 in combination with claim 10 and, where applicable, in combination with at least one further dependent claim.

[0346] Figure 6 In addition to showing the design of the riding device according to the present invention based on claim 1, it is also shown that the riding device according to the present invention belongs to Figure 5 In the case of an application in which the vertical seat / grip element 8 is arranged on the first side 2 (see Figure 6 Left) or second side 3 (see Figure 6 right).

[0347] Figure 7 The embodiment of the ride device according to the invention shown in the above figures is based on claim 3 and is combined with an embodiment of a further claim where applicable.

[0348] Figure 7 The figure above shows another embodiment of the plate 1, wherein the plate 1 comprises a first side surface 2 having a flat sliding surface and a second side surface 3 having a flat sliding surface. The side surfaces 2 and 3 are opposite sides of the plate 1, wherein Figure 7 In a special form shown, the two side surfaces are designed to be parallel to each other. The side surfaces 2 and 3 constitute the upper and lower surfaces of the board.

[0349] The sliding surface extends over the entire surface of the respective side surface or over a partial area of ​​the respective side surface. The sliding surface has different sliding properties and is used for sliding on the running surface 6.

[0350] Figure 7 The following figure and Figure 8 The presented embodiments according to the invention are based on the embodiments of claim 3 and, where applicable, in conjunction with at least one of the dependent claims.

[0351] The seat / grip element 8 may be arranged horizontally adjacent to the first side 2 (see Figure 7 ) and arranged vertically (see Figure 8 Furthermore, the seat / grip element 8 can be arranged horizontally adjacent to the second side 3 (see Figure 7 lower right) and vertically arranged (see Figure 8 In the case of the embodiment according to claim 1, this arrangement is achieved by a detachable connection or, in the case of an integral design of the plate 1 with the seat / grip element 8, by an integral design.

[0352] The seat / grip element is made in one piece so that a child standing on the resting surface 18, 19 can grab the grip. Equally, the seat / grip element is designed to be made of a solid material so that a child can sit on the seat device 9.

[0353] Figure 7 and Figure 8 Embodiments of the invention are characterized in that different sliding properties lead to different sliding movements. The child as a user can choose to contact the first side 2 or the second side 3 with the running surface 6 and thereby select the sliding properties of the ride according to the invention. This applies to Figure 7 and Figure 8 All application scenarios of the embodiments of the ride device according to the present invention shown in FIG.

[0354] Fig. 9 The embodiment according to the invention presented in the above figures is based on the embodiment of claim 4 and, where applicable, is combined with at least one of the dependent claims.

[0355] Fig. 9 The following figure and Fig.10 A further embodiment of a ride device according to the invention is presented, again for a different application, which is based on claim 4 , where applicable in conjunction with a dependent claim.

[0356] The first side surface 2 comprises a sliding surface designed to be curved. When the first side surface 2 comes into contact with the running surface 6, the riding device can move on the running surface 6 in a rocking and / or sliding manner in the moving direction 7. Here, the second side surface 3 located on the upper surface of the plate 1 can be used as a second resting surface 19 (see Fig. 9 upper right).

[0357] The second side surface 3 comprises a sliding surface of flat design. When the second side surface 3 comes into contact with the running surface 6, the ride device according to the invention moves in a sliding manner in the moving direction 7. Here, the first side surface 2 located on the upper surface of the plate 1 can be used as a first resting surface 18 (see Fig. 9 (top left).

[0358] Furthermore, the seat / grip element 8 in the horizontal position can be aligned with the first side 2 (see Fig. 9 lower left figure) or the second side 3 (see Fig. 9 ), wherein the upper surface of the seat / grip element 8 can be used as a seat device 9. Fig. 9 The following figure and Fig.10 The embodiment shown in FIG. 1 is an embodiment according to the invention because there is a seat / grip element 8 arranged on one side. The seat / grip element 8 can in turn be adjacent to the first side 2 (see FIG. 1 ). Fig.10 ) or adjacent to the second side 3 (see Fig.10 The seat / grip element 8 may include a gripping device 11 in the position.

[0359] The sliding surfaces of the first side 2 and the second side 3 may have mutually different sliding properties. The ride device according to the invention may show different driving characteristics depending on which of the sides 2, 3 is in contact with the running surface, due to different sliding properties of the sliding surfaces and / or due to different shapes.

[0360] Fig.11 and Fig.12 A further embodiment of a ride device according to the invention is presented, based on claim 5 and, where applicable, combined with at least one of claims 5. It comprises a first side surface 2 and a second side surface 3 as curved sliding surfaces, such that when the first side surface 2 or the second side surface 3 comes into contact with a running surface 6, the ride device according to the invention can be moved in a sliding and / or rocking manner in a moving direction 7.

[0361] The first side surface 2 and the second side surface 3 may present sliding surfaces with similar or identical curvatures to each other. The side surfaces 2 and 3 may also present sliding surfaces with different curvatures.

[0362] The sliding surfaces of the side surfaces 2 , 3 may also exhibit different sliding properties.

[0363] The ride device according to the invention may show different driving characteristics depending on which of the sides 2 , 3 is in contact with the running surface, due to different sliding properties of the sliding surfaces and / or due to different shapes.

[0364] Fig.11 and Fig.12 The display is again in a horizontal position (see Fig.11 ) and vertical position (see Fig.12 ) Arrange seat / grip element 8. The above description of the various figures should apply accordingly Fig.11 and Fig.12 .

[0365] It is also foreseeable that the panel 1 and the seat / grip element 8 are designed in one piece to replace the detachable connection means.

[0366] Fig.13 A further embodiment of a ride according to the invention is presented which is based on claim 1 , in combination with a further dependent claim where applicable. Fig.13 The presented embodiment is also an embodiment based on claim 4 in combination with claim 4 in combination with dependent claim 15 and, where applicable, in combination with a further dependent claim.

[0367] Fig.13 by Figure 1 and Figure 2 The embodiment shown is taken as an example to illustrate another feature of the riding device according to the present invention. However, this feature can also be applied to other embodiments of the riding device.

[0368] Fig.13 The feature of wheels 4, 5 that can be stored in the board 1 is shown. This requires that the board 1 has sufficient thickness and is hollowed out at least in a portion of the board 1 to form a storage space for storing the wheels 4, 5.

[0369] Fig.13 The upper left figure shows a first form of use of the ride according to the invention according to claim 4 in combination with claim 15, wherein the ride is moved in a moving direction 7 by rolling the wheels 4, 5 on the running surface 6. The first side surface 2 on the upper surface can be used as a resting surface 18.

[0370] At least one wheel 4 , 5 can be inserted into the plate 1 . Fig.13 The lower left figure shows the wheels 4, 5 in a retracted position, so that the ride-on device with the first side 2 in contact with the running surface 6 can be moved in a sliding manner in the movement direction 7. Fig.13 Bottom left and Fig.13 The lower right figure shows an embodiment according to the invention which is based on claim 4 in combination with claim 15 and claim 22 and, where applicable, at least one dependent claim.

[0371] When the first side 2 is in contact with the running surface 6, the second side 3 is used as a second resting surface 19, wherein the wheels 4, 5 received in the plate 1 do not cause further interference.

[0372] Fig.13The description of the invention mentions that the plate 1 must be designed to have the required thickness to accommodate the wheels 4 and 5. Regardless of the features used to accommodate the wheels 4 and 5 in the plate 1, the plate 1 is designed to have a greater thickness, or even to be designed as a rectangular parallelepiped, which can provide Fig.14 The advantages discussed in .

[0373] Fig.14 Presented are embodiments according to the invention based on claim 1 in combination with claim 22, or embodiments according to the invention based on claim 4. The embodiments according to the invention may exhibit the features of the other dependent claims.

[0374] Fig.14 The left figure shows a front view of the plate 1. The cross section of the plate 1 is a rectangle with a first side length 21 and a second side length 22. Since the rectangular parallelepiped of the plate 1 has four other sides besides the sides 2 and 3, namely, Fig.14 The two other sides 23 and 24 are marked in the figure, and there are four sides 2, 3, 23 and 24 in total, so depending on the orientation of the four sides 2, 3, 23 and 24, the plate 1 can be arranged in four different positions with respect to the running surface 6. The latter situation includes using one of the sides 2, 3, 23 and 24 as a sliding surface on the running surface 6 for sliding or shaking motion, or using wheels for rolling motion.

[0375] If the first side length 21 and the second side length 22 are different, the height of the upper surface of the plate 1 relative to the running surface 6 is different in each case, e.g. Fig.14 shown.

[0376] In order to realize claim 4, no matter how the side lengths 21 and 22 are designed, the four side surfaces 2, 3, 23, and 24 can exhibit different sliding properties.

[0377] Fig.15 An embodiment according to the invention is presented which is based on claim 1 or claim 3 or claim 4 or claim 5 in combination with claim 17. This embodiment may exhibit the features of other dependent claims. The detachable seat / grip element 8 is Fig.15 There is no marking.

[0378] The plate 1 may include a first plate 25 and a second plate 26. The plates 25, 26 arranged one behind the other in the travel direction 7 are connected by, for example, a joint 14, so that the plates 25, 26 can be adjusted to each other to achieve a maneuvering function, as Fig.15 This control function can be used when the ride is rolling (see Fig.15 ), and can also be used when the ride is sliding (see Fig.15 (right picture) to achieve.

[0379] The joint 14 can be designed as a ball and socket joint. The joint 14 can also include an adjustment axis (Stellachse), which is arranged at a 90 degree angle to the side faces 2, 3 or to the running surface 6.

[0380] Fig.16 An embodiment according to the invention is presented which is based on claim 1 or claim 3 or claim 4 or claim 5 in combination with claim 17. This embodiment may exhibit the features of other dependent claims. The detachable seat / grip element 8 is Fig.16 There is no marking.

[0381] Fig.16 Another adjustment possibility of the joint is shown. The plate 1 comprises a front plate region 12 and a rear plate region 13 viewed in the direction of travel 7. These partial regions 12, 13 are connected by a joint 14, wherein the joint 14 comprises a connecting axis extending parallel to the direction of extension of the plate 1.

[0382] The rear panel area 13 comprises a wheel 5 on the first side 2 and a wheel 5' on the second side 3. The wheels 5, 5' symbolize that the first side 2 and the second side 3 of the rear panel area 13 usually exhibit different movement properties on the running surface 6. In the case of wheels 5, 5', different rolling properties are obtained on the running surface 6. A person skilled in the art can also provide a sliding surface on the first side 2 and / or the second side 3 instead of a wheel or wheels 5, 5', so as to achieve different movement properties of the sides 2, 3 on the running surface 6.

[0383] The joint 14 allows a selective adjustment of the wheels 5 , 5 ′ or the sliding surface relative to the running surface 6 , so that different movement properties can be produced.

[0384] Now refer to Fig.17 , Fig.18 and Fig.19 One embodiment is discussed for which an undisclosed prototype has been developed. Fig.17 and Fig.18 Views of the side faces 2 , 3 of the plate 1 are shown. Fig.19 A perspective view from the front and back of a ride according to the present invention is shown.

[0385] exist Fig.17 , Fig.18 and Fig.19 Presented herein is a ride device with a detachable seat / grip element based on claim 1, in combination with at least one dependent claim where applicable.

[0386] Based on claim 2, Fig.17 , Fig.18 and Fig.19The children's ride according to the invention comprises a first side 2 (see FIG. 2 ) and a second side 2 (see FIG. 2 ) in which the board and the seat / grip element are designed as one piece, in combination with at least one of the dependent claims, if applicable. Fig.17 ) and second side 3 (see Fig.18 The plate 1 of the view in FIG. 2 has the sides 2 and 3 arranged away from each other. Therefore, the plate 1 has a certain thickness, which is selected by a person skilled in the art, the criterion of which is to achieve the required stability and to take into account the following structural characteristics.

[0387] Fig.19 Two perspective views of a ride according to the present invention are shown.

[0388] The first side surface 2 includes four first sliding surfaces 30, 31, 32, 33. These first sliding surfaces 30, 31, 32, 33 have first sliding properties when in contact with the running surface 6. The first sliding properties of these first sliding surfaces 30, 31, 32, 33 can be different from each other or different from each other. Fig.17 In the prototype shown, the first sliding surfaces 30, 31 are covered by a first surface, while the first sliding surfaces 32, 33 are covered by a first surface smaller than the first surface. In the prototype shown, the first sliding surfaces 30, 31, 32, 33 are made of the same surface material, but this is by no means mandatory.

[0389] The sliding surfaces 30 , 31 , 32 , 33 can be made of different materials.

[0390] The first sliding surfaces 30, 31, 32, 33 extend over a partial region of the first side surface 2. The first sliding surfaces 30, 31, 32, 33 are arranged in a corner of the first side surface 2 of the plate 1.

[0391] The first sliding surfaces 30, 31, 32, 33 are designed as flat surfaces. The first sliding surfaces 30, 31, 32, 33 include grooves 28, wherein, for the sake of clarity, the grooves are marked with the number code 28 only in one first sliding surface 30. The parts of the sliding surfaces 30, 31, 32, 33 between the grooves are designed to be smooth.

[0392] The longitudinal extension of the sliding surfaces 30 , 31 , 32 , 33 can form a sharp outer angle with the displacement direction 7 . Likewise, the grooves 28 can also form a sharp outer angle with the displacement direction 7 .

[0393] The first sliding surfaces 30, 31, 32, 33 are designed to form a height difference with the first surface 29 of the first side surface 2. When sliding on a flat running surface (see Fig.17), the first surface 29 does not contact the running surface 6. Only the first sliding surfaces 30, 31, 32, 33 contact the running surface 6 because the first sliding surfaces 30, 31, 32, 33 are implemented as partial surfaces of the first side surface 2. In principle, it is also possible to design the entire first surface 29 as a sliding surface.

[0394] The sliding surfaces 30, 31, 32, 33 include a groove 41 for accommodating an element with special sliding properties, such as a felt element. The groove 41 is only marked with a number on the sliding surface 30. By adding the felt piece, two partial areas with different sliding properties are formed in the sliding surface 30.

[0395] One of the sliding surfaces 30 , 31 , 32 , 33 may be made completely of felt or Teflon or another material having selected sliding properties.

[0396] The first side surface 2 comprises a first resting surface 18. The first resting surface 18 is here a special form of the concave surface 16. The first resting surface 18 can also be a part area of ​​the first surface 29 that is not further defined. It is not absolutely necessary to define the boundaries of the first resting surface 18, because the child should be able to rest on the first side surface 2 in any form and manner.

[0397] The first side 2 comprises a mortise 34 which serves as a connection means for a seat / grip element 8 arranged adjacent to the first side 2. The seat / grip element 8 is located at Fig.17 Not shown in the figure, the seat / grip element 8 comprises a connection device whose shape matches here. The mortise and tenon connection device set is a possible and preferred connection device form. Other forms of mechanical connection are also conceivable.

[0398] It is particularly conceivable that the mortise and tenon joint is designed as a detachable connection for mounting the seat / grip element 8 on the plate 1. Preferably, the mortise and tenon joint designed to be detachable is a clamping joint, so that the connection can be released by overcoming the clamping force.

[0399] It is particularly conceivable to design the mortise and tenon joint as an integral connection of the plate 1 and the seat / grip element 8. The plate 1 and the seat / grip element 8 can be bonded in the connection region.

[0400] exist Fig.17 and Fig.18 In the particular case shown, the connecting means extend in a partial area along the periphery of the panel 1. Thus, the connecting means follows the curved shape of the front panel area 12 and the rear panel area. In addition, the connecting means can also follow the waisted shape of the panel described below. This special shape of the connecting means allows the tangential forces acting on the panel 1 to be dispersed in all directions from the seat / grip element.

[0401] The plate 1 has a waisted shape. Viewed in the direction of movement 7, the width of the front plate area 12 and the rear plate area 13 of the plate 1 is greater than the middle area of ​​the plate 1. The advantages that can be achieved by this will be described below. Fig.19 discuss.

[0402] Fig.18 A top view of the second side 3 of the plate 1 is shown. Fig.17 In, the second side surface 3 is in contact with the running surface 6; and Fig.18 In the embodiment, the first side 2 is in contact with the running surface 6. By facing the first side 2 or the second side 3 toward the running surface 6, the child can determine the driving performance of the ride according to the present invention. Fig.17 In the position of the plate 1 of the ride device shown, the driving performance of the ride device is determined by the characteristics of the second side 3, and in particular the sliding characteristics of the first side 2 with the running surface 6. Fig.18 In the position shown, the driving performance of the ride is determined by the characteristics of the first side 2, in particular Fig.18 The rolling properties of the wheels 4, 5 shown on the running surface 6. It has been discussed in detail above how different shapes of the sides 2, 3 achieve specific properties of the sides 2, 3 on the running surface 6, and is only mentioned here by way of example in the discussion of the prototype. In addition to having a flat sliding surface on the first side 2 and wheels on the second side 3, the sides 2, 3 of the prototype can also have other shapes, as discussed above.

[0403] The second side surface 3 includes a Fig.18 The wheel suspension and the wheel housings 35, 36, 37, 38 of the wheels 4, 5 are not visible.

[0404] When the second side surface 3 is oriented toward the running surface 6 , the wheel places the second surface 39 at a distance from the running surface 6 .

[0405] The second side surface 3 includes a concave surface 16 as a second resting surface 19. It should be noted that the design of the second resting surface 19 is not limited to this shape. The second resting surface 19 can also have other shapes so that the child can rest on the second side surface 3.

[0406] exist Fig.18 It is also easy to see the waisted shape of the plate 1. The first side surface 2 and the second side surface 3 are preferably matched shapes, but are not limited to this.

[0407] The second side 3 , like the first side 2 , comprises a mortise and tenon 34 as a connection means, wherein the seat / grip element 8 comprises a matching tenon as a connection means.

[0408] The first side 2 and the second side 3 may comprise a spacing element 42 which, at least in the region of the spacing element 42, separates the first face 29 or the second face 39, respectively, from the surface of the seat / grip element 8. In the case of a sufficiently large height extension of the spacing element 42, as a preferred solution, a contact or a spacing between the plate 1 and the seat / grip element 8 can be formed by the spacing element 42. By means of such a spacing element 42, noises caused by relative movements between the plate 1 and the seat / grip element 8 can be prevented or the height of the seat can be adjusted.

[0409] Fig.19 A perspective view from the front and back of a ride according to the invention is shown, the ride comprising a board 1 and a seat / grip element 8. The seat / grip element 8 may be arranged adjacent to the first side 2 or adjacent to the second side 3 as described in detail above. Fig.19 Only the arrangement of the seat / grip element 8 adjacent to the second side 3 is shown. It is also conceivable that the seat / grip element 8 is arranged adjacent to the first side 2.

[0410] The plate 1 is in contact with a running surface 6 via a first side 2. The plate 1, which comprises sliding surfaces 30, 31, 32, 33 on its first side 2, can be slidably moved on the running surface 6 in a movement direction 7.

[0411] The seat / grab element 8 is arranged horizontally. The seat / grab element 8 accommodates the wheels arranged on the second side 3 in its interior. The seat / grab element 8 includes a seat device 9 for children on its upper surface. In a preferred case, the seat device 9 has the shape of a saddle, but its shape is not limited to this. Correspondingly, in order to make it easier for children to put their feet on the running surface 6, the seat / grab element 8 can have a waisted shape (taillierte Form) that matches the shape of the board 1 discussed above. In the front area of ​​the seat / grab element 8 (the front area is adjacent to the front board area 12) and in the rear area of ​​the seat / grab element 8 (the rear area is adjacent to the rear board area 13), the seat / grab element 8 and the board 1 can have a larger width, and can have a waisted shape in the middle area.

[0412] The seat / grip element 8 and the board 1 also have a concave shape in the rear panel area 12. This shape has the advantage that it provides freedom of movement for the child pushing the ride-on device, in particular providing space for the feet or knees.

[0413] The seat / grip element 8 comprises a connection device 40 in its front region for connecting Fig.19 The grabbing device 11 is shown.

[0414] The board 1 and the seat / grip element 8 can be made of foam material. The advantage of this material is that it is light and has elastic deformation ability. The connecting device 40 of the gripping device includes a reinforcing device for transferring force to the seat / grip element 8.

[0415] In a preferred case, the board 1 comprises a concave surface 16, which forms a storage space 15 for storing objects such as toys or forming resting surfaces 18, 19. The advantage of the concave surface 16 is that it can prevent children or objects stored in the storage space 15 from moving or falling.

[0416] Fig.17 , Fig.18 , Fig.19 The embodiment shown is also characterized by the hollow design of the seat / grip element, so that a storage space 15 is formed by the concave surface 16 and the hollow area of ​​the seat / grip element.

[0417] Preferably, the width of the board (measured perpendicularly to the direction of movement 7 at the front board area 12 or the rear board area 13) is greater than or equal to the seat height (the distance from the highest point of the seat device 9 to the running surface 6). This prevents the ride from tipping over.

[0418] Fig. 20 A further embodiment of a ride-on device according to the invention is shown, which is based on claim 1 (detachable connection) or on claim 2 (non-detachable connection, where applicable in conjunction with at least one dependent claim). The plate 1 comprises a first side 2 with (in the particular form shown) a flat sliding surface. A curved sliding surface or other shapes of the first side 2 described here are also conceivable.

[0419] Board 2 includes Fig. 20 The second side 3 with wheels in the special form shown in FIG. It is also conceivable that the second side 3 has other shapes.

[0420] Furthermore, the ride comprises a seat element 8, which is coupled to the board 1 via a connection means. The connection means is designed as at least one connection joint 20, wherein the connection joint 20 is comprised by the board 1. Viewed in the direction of movement 7, the connection axis of the connection joint 20 extends parallel to the extension axis of the board 1. Fig. 20 Shown is the special case where the plate 1 comprises connection joints 20 at its two ends.

[0421] By pivoting the plate 1 about the connection axis relative to the element 8, the first side 2 or the second side 3 can be selectively directed toward the running surface. In this way, the mobility of the ride can be adjusted.

[0422] Fig. 20Also shown is the special case where the connecting axis is arranged eccentrically relative to the height of the board 1 together with the wheels if applicable. This means that the seat device 9 can also achieve height adjustment on the upper surface of the element 8 when the board 1 is swung.

[0423] Fig.21 A further embodiment of a ride-on device according to the invention is presented, which is based on claim 1 (detachable connection device), in combination with at least one of the dependent claims where applicable. Fig. 20 Similar to the embodiment shown in , the plate 1 comprises two side surfaces with different movement properties on the running surface 6 .

[0424] The seat element 8 is detachably coupled to the plate 1 via a connection device. The seat element 8 is also in contact with the running surface 6 and forms a further sliding surface.

[0425] Fig. 22 A further embodiment of a ride device according to the invention is presented which is based on claim 1 (detachable connection) or on claim 2 (non-detachable connection, where applicable in conjunction with at least one of the dependent claims).

[0426] The plate 1 comprises a first side surface 2 , wherein the first side surface 2 is designed as a sliding surface. Fig. 22 A flat sliding surface is shown, however curved sliding surfaces are also conceivable.

[0427] The plate 1 comprises a second side 3, wherein Fig. 22 In the particular case shown, the second side 3 comprises wheels 4, 5. Instead of wheels 4, 5, the second side 3 may also comprise a flat or curved sliding surface.

[0428] The seat / grip element 8 is connected to the first side 2 via a connection device. The connection device is designed as a connection connector 20, wherein the connection connector 20 is included by the plate 1. In the preferred case, when the second side 3 is in contact with the running surface 6, the seat / grip element 8 connected to the first side 2 via the connection connector 20 can be transferred from a horizontal position as a seat device 9 to a vertical position as a grip device 11 by rotating or swinging.

[0429] In the preferred case, the panel comprises a cavity which serves as a storage space 43. This storage space 43 can be closed by the element 8 serving as a seat device 9. It is also conceivable to provide an additional element which is rotatably mounted similarly to the element 8 and serves as a grab handle in the unfolded position.

[0430] When the first side 2 is in contact with the running surface 6, the seat / grip element 8 acts as a sliding surface.

[0431] Fig.23 A further embodiment according to the invention is presented which is based on claim 1 (detachable connection) or on claim 2 (non-detachable connection, where applicable in conjunction with at least one of the dependent claims). Fig.23 In particular, the sliding surface combination is shown Fig. 9 The upper right figure shows a possible design of the embodiment. The following also applies to other possible embodiments of the sliding surface.

[0432] Fig.23 The schematic diagram of an embodiment of a ride device according to the present invention in the left figure shows a sliding surface with a protrusion 44. The protrusion 44 can be designed as a dot Or extend along the width of the sliding surface (perpendicular to the image plane). The protrusion 44 can be as follows Fig.23 As shown in the left figure, it is arranged in a partial area of ​​the sliding surface, or distributed over the entire local surface.

[0433] Fig.23 The schematic diagram of an embodiment of a ride device according to the invention in the right figure shows a sliding surface with projections 44 extending in the form of lines or surfaces.

[0434] In both embodiments, the projections 44 are interrupted so that a sound is produced during the rocking movement in order to encourage the child.

[0435] The configuration of the sliding surface with such protrusions 44 can be regarded as the configuration of a multiply curved sliding surface with a continuous sliding surface.

[0436] Fig.24 The preferred design of the sliding surface of the first side surface 2 or the second side surface 3 is shown in the form of a cross-sectional view. The sliding surface can be one of the sliding surfaces mentioned above. This detail is applicable to the embodiment according to the present invention.

[0437] The edge 45 of the sliding surface is arranged at a certain distance from the edge 46 of the side surface 2. In the area between the edge 45 and the edge 46, the first face 29 of the plate 1 never touches the running surface. The skilled person can choose the distance between the edges 45, 46 to be large enough to allow a child to put his hand in this area, but not between the sliding surface 39 and the running surface 6. This prevents the child's hands or toes from being caught between the running surface 6 and the sliding surface 39.

[0438] Fig.25A further embodiment of a ride-on device according to the invention is presented, which is based on claim 3 or claim 5, in combination with at least one of the dependent claims where applicable, and a possible combination of a ride-on device according to the invention with a scooter, a kickboard or the like. The generic term tretroller is chosen below, which may have weight transfer steering and / or swivel steering.

[0439] The pedal scooter comprises a frame 47 with at least one front wheel 4 and at least one rear wheel 5. A gripping device 11 is connected to the board 1. The frame 47 extends mainly between the front wheel 4 and the rear wheel 5. In addition, a seat device 9 is connected to the gripping device 11 by a mechanical connection. The seat device 9 can be detached from the gripping device 11.

[0440] In one possible embodiment, the riding device according to the present invention can be Fig.25 The figure on the left shows a posture design seat device 9. The riding device according to the invention can also be arranged under the pedal scooter shown in the figure, so that the seat device 9 is designed as a plate 1 with a first side 2 and a second side 3, as shown in FIG. Fig.25 As shown in the middle and right figures.

[0441] exist Fig.25 In all the embodiments shown, the ride device according to the invention comprises a connection device for connecting the ride device according to the invention directly (see Fig.25 left figure) or indirectly (see Fig.25 The middle and right figures of the figure) are connected to the gripping element 11 of the pedal scooter.

[0442] The design of sides 2 and 3 is not limited to Fig.25 The side 2 and 3 of the display are shown. The technician can apply the above description to Fig.25 superior.

[0443] Fig.26 A further embodiment of a ride according to the invention is presented which is based on claim 1 (detachable connection) or claim 2 (integral design of plate and seat / grip element). Fig.26 The presented embodiments may also be regarded as embodiments based on claim 4 or claim 5 in combination with claim 10 and, where applicable, at least one of the dependent claims.

[0444] The elements 8, 8' are arranged on one side 2 of the plate 1, and the elements 8, 8' form another sliding surface. The elements 8, 8' can be designed as a slide. The slide can be detachably mounted on the first side 2, for example by being connected by insertion. The slide can be designed in a curved shape as described above.

[0445] Fig. 27 At least one embodiment is presented which is based on claim 1 (detachable connection) or claim 2 (non-detachable connection), where applicable in combination with at least one dependent claim.

[0446] Fig. 27 Another embodiment of the present invention is shown. The ride device according to the present invention may also include a first plate 1 and a second plate 1', which can be adjusted relative to each other. The first plate 1 and the second plate include side surfaces 2, 3, 2', 3', or side surfaces 2', 3', which can selectively contact the running surface 6.

[0447] A seat element 8 may be added to the panels 1 , 1 ', wherein one or more of the panels 1 , 1 ' comprises connecting means for connecting the seat element 8. The seat element 8 may comprise gripping means 1 1 .

[0448] Fig. 27 Various individual cases are shown, but a person skilled in the art can also use the above description to design the side surfaces 2 , 3 as flat or curved sliding surfaces or with wheels.

[0449] Fig.28 The exploded diagram shows Fig. 27 The implementation scheme shown in the upper left figure. Fig.28 The presented embodiments are based on the embodiments of claim 3 or claim 4 or claim 5, where applicable in conjunction with at least one of the dependent claims.

[0450] Fig.28 The embodiment shown in FIG. 1 comprises a plate having a first plate 1 and a second plate 1 ′.

[0451] The first plate 1 and the second plate 1' are detachably connected to each other. The detachable connection can be achieved by a form fit. Fig.28 The following description shows one possible embodiment of a releasable form-fitting closure; other releasable form-fitting closures are also conceivable.

[0452] The first plate 1 comprises a first side surface 2 which is designed as a curved sliding surface. Fig.28 A special case is shown in which the first side surface 2 is bent about an axis which is at an angle of 90 degrees to the movement direction 7. It is also conceivable that the first side surface 2 can also be bent about other axes, thus about multiple axes.

[0453] exist Fig.28 In the embodiment shown, the first side 2 of the first plate 1 is Fig.28The running surfaces are not shown in the figure.

[0454] The first side surface 2 of the first plate 1 forms a first resting surface 18. A child can sit or stand on a curved surface.

[0455] The first plate 1 has a first opening 50 on its second side 3 (thus facing away from the first side 2) into which the second plate 1' can be partially inserted until the position of the stop 53. The stop 53 limits the depth of insertion of the first plate 1 into the second plate 1'. The second plate 1' can be partially inserted into the first opening 50 in a removable manner, while the second side 3' of the second plate 1' can be in contact with the running surface.

[0456] The child can sit in the first opening. The end of the opening can serve as the second resting surface 19 of the first plate 1.

[0457] The second plate 1' comprises a second side surface 3'. The second side surface 3' is designed flat and has small protrusions. The design of the small protrusions on the flat sliding surface is a special case; it is also conceivable that there are no protrusions on the second side surface 3. The shape of the small protrusions can be hemispherical or similar.

[0458] The child can rest on the second side surface 3' of the second plate 1'. The second side surface 3' of the second plate 1' is a second resting surface 19 of the second plate 1'.

[0459] The second board 1' comprises a first side 2' on which wheels 4', 5' are arranged. The front wheel 4' is designed to be adjustable by a steering mechanism. The rear wheel 5' is designed not to be adjustable. A child can rest between the wheels 4', 5' on the first resting surface 18' of the second board 1'. Thus, the first side 2' of the second board 1' constitutes the first resting surface 18' of the second board 1'.

[0460] When the second plate 1 ′ is inserted into the first opening 50 , the first plate 1 wraps around the edge area of ​​the second plate 1 ′.

[0461] The detachable connection of the panels 1, 1' is achieved via a first opening 50 on the second side 3 of the first panel 1, into which the second panel 1' can be inserted. The second panel 1' can be inserted into the first panel 1 with its first side 2' or its second side 2' facing outwards.

[0462] Thus, the first side 2 of the first plate 1 or the first side 2' of the second plate 1' or the second side 3' of the second plate 1' can contact the running surface. Preferably, the first plate 1 includes a stopper 53 to limit the depth of the second plate 1' inserted into the first opening. The second plate 1' inserted into the first opening 50 contacts the stopper 53 with its first side 2' or second side 3'.

[0463] This design of the plates 1, 1' is suitable for Figure 28 to Figure 32 .

[0464] Fig.29 The exploded diagram shows Fig. 27 The implementation scheme shown in the middle row on the left. Fig.29 The plates 1, 1' and Fig.28 The illustrated embodiment corresponds. However, the plates 1, 1' are arranged for another application.

[0465] Fig.29 The presented embodiments are based on the embodiments of claim 3 or claim 4 or claim 5, where applicable in combination with at least one of the dependent claims.

[0466] exist Fig.28 In the embodiment, the first side surface 2 of the first plate 1 is Fig.28 The running surface contact is not shown in Fig.29 In the embodiment shown, the second side surface 3' of the second plate 1' faces Fig.29 Running surfaces not shown. Fig.28 In the embodiment, the second side surface 2' of the second plate 1' can be used as a resting surface. Fig.29 In the embodiment, the first side surface 2 of the first plate 1 is used as a resting surface.

[0467] Fig.30 Another arrangement of the plates 1, 1' is shown, such as Fig. 27 This is shown in the middle left picture. Fig.30 The presented embodiments are based on the embodiments of claim 3 or claim 4 or claim 5, where applicable in combination with at least one of the dependent claims.

[0468] Fig.30 The design of the plates 1, 1' shown in Fig.28 or Fig.29 The same board as in. Fig.30 In the embodiment, the plates 1, 1' are arranged relative to each other. Fig.28 or Fig.29 Another different application scenario.

[0469] exist Fig.30 In the embodiment of the present invention, the first side 2' of the second plate 1' faces the running surface. The first side 2 of the first plate 1 is used as the resting surface 18.

[0470] exist Fig.28 or Fig.29 or Fig.30 In the embodiment shown, a seat / grip element can be removably arranged to achieve Fig.31 , Fig.32 , Fig.33For this reason, Fig.28 , Fig.29 and Fig.30 The description is applicable to the shapes of the plates 1 and 1' in the figure.

[0471] Fig.31 The three-dimensional exploded view, cross-section view and top view show Fig. 27 Implementation scheme shown in the upper middle figure and the upper right figure of .

[0472] Fig.31 or Fig.32 or Fig.33 The presented embodiments are based on claim 3 or claim 4 or claim 5, where applicable in combination with the embodiments of at least one of the dependent claims.

[0473] Fig.31 The embodiment shown comprises, in addition to the plates 1, 1', a detachable seat / grip element 8 with a gripping device 11. The seat / grip element 8 has an opening 52 on its side facing the first plate 1 and / or the second plate, into which the first plate 1 and / or the second plate 1' can be partially inserted. The seat / grip element 8 and the opening 52 are particularly designed so that the first plate 1 or the second plate 1' facing the running surface comes into contact with the running surface. Preferably, the seat / grip element 8 comprises a stop 54 in the opening 52, which limits the insertion depth of the plates 1, 1' in the opening.

[0474] The seat / grip element 8 comprises a resting surface with a gripping device 11 on its side facing away from the opening 52. The resting surface and the gripping device 11 are designed so that a child can hold on to the gripping device 11 when, for example, sitting on the resting surface as a seat device 9.

[0475] Fig.31 The embodiment shown can be implemented in other different applications, which is why the connection between the panels 1 and 1 ′ and the connection between one of the panels 1 and 1 ′ and the seat / grip element 8 are designed to be detachable.

[0476] Fig.31 The situation shown in allows rocking or sliding on the running surface.

[0477] Fig.31 The situation shown in can be transformed into Fig.32 The situation shown in . Fig.32 The embodiment shown allows sliding on a running surface, wherein the small protrusions on the second side 3 ′ of the second plate 1 ′ are in contact with the running surface.

[0478] Fig.31 The situation shown in can be transformed into Fig.33 The situation shown in . Fig.33 The embodiment shown allows rolling on a running surface, wherein the wheels 4', 5' on the first side 2' of the second plate 1' come into contact with the running surface.

[0479] Fig.34 and Fig.35 Shown Fig.17 , Fig.18 and Fig.19 A cross-sectional view of the embodiment shown in FIG. Fig.34 A transverse section is shown, the section being at right angles to the longitudinal axis of the plate 1 and to the direction of movement 7 during straight travel. Fig.35 A longitudinal section is shown, the section being parallel to the longitudinal axis of the plate 1 or to the direction of movement 7 in the case of straight travel.

[0480] The plate 1 comprises a first side 2 and a second side 3. The wheels 4, 5 are arranged on the second side 3, which is particularly Fig.35 . The board 1 comprises, on its first side 2 and second side 3, respectively, an upward and downward mortise 34, wherein the upward mortise 34 can engage with the tenon 55 of the downward seat / grip element 8. The seat / grip element 8 is mounted on the board 1 by means of a removable mortise and tenon connection. Preferably, the mortise and tenon connection generates a preload by introducing the tenon 55 into the mortise 34. This preload reacts against the release of the mortise and tenon connection; to release, the dominant preload of the mortise and tenon connection must be overcome.

[0481] This preload force can be obtained by the fact that the tenon 55 has a greater width than the mortise 34 (in Fig.34 and Fig.35 The tenon 55 and / or the mortise 34 are formed by deformation (visible in the image plane), so that the tenon 55 and / or the mortise 34 can be introduced into the mortise 34 only when the tenon 55 and / or the mortise 34 are deformed. Preferably, the tenon 55 and / or the mortise 34 are made of a deformable material. Due to the deformation of the tenon 55 and / or the mortise 34 when the tenon 55 is introduced into the mortise 34, frictional forces are generated on the contact surface between the tenon 55 and the mortise 34, and these frictional forces react to the release of the connection.

[0482] The seat / grip element 8 comprises, on its upward side, a gripping device 11 and a seat device 9 (on the Fig.34 The holding device 11 includes a crossbar 60 and a vertical bar 61 which is vertical in at least one viewing angle. The crossbar 60 is arranged at the center of the upper end of the vertical bar 61, so that the crossbar 60 and the vertical bar 61 form a T-shape.

[0483] More preferred details of the embodiments according to the present invention can be found in Fig.35 These details will be described below.

[0484] The front wheel 4 is designed as an adjustable wheel. The wheel can be adjusted around a vertically extending steering axis 56, which is Fig.35 As an example. A child resting on the ride device according to the invention can adjust the front wheel 4 to a certain direction by pushing the board 1. The rear wheel 5 is designed to be non-steerable / non-adjustable. The front wheel 4 and the rear wheel 5 are each arranged in a wheel housing 35, 37. The wheel housings 35, 37 are each introduced into the second side 3 of the board 1 by a groove (preferably by drilling, the wheel housing has a circular cross section). Fig.35 In the embodiment shown, the wheel guards 35, 37 are designed to be conical in their vertical extension direction. Preferably, the wheel guards 35, 37 are pressed into matching drilled holes on the plate 1.

[0485] The first side surface 2 comprises sliding surfaces 30 , 31 .

[0486] The plate 1 comprises, on the first side 2 and the second side 3 , a concavity 16 which creates a storage space 15 .

[0487] The gripping device 11 is connected to the seat / gripping element 8 by means of a snap connection. The gripping device 11 comprises radially extending bores in the lower end region of the vertical rod 61. The cylindrical shape of the spring element 59 The elements are introduced through the bores of the vertical rod 61 and through the bores of the tubular element 58. Fig.35 In the embodiment shown, the spring element 59 is implemented in the form of a leaf spring, which is mounted on the inner surface of the vertical rod 61 on the side opposite the drilling. When the gripping element 11 is in the inserted state, the axial directions of the drillings of the tubular part 58 and the vertical rod 61 are consistent.

[0488] In this case, a connecting plate 57 is introduced into a recess of the seat / grip element 8. The connecting plate 57 comprises a tubular part 58, into which a vertical rod 61 of the gripping device 11 is introduced.

[0489] The connecting plate 57 distributes the forces acting between the gripping device 11 and the seat / grip element 8. This is particularly preferred when the seat / grip element 8 is made of foamed material.

Claims

1. A children's ride-on device, comprising a board (1) having a first side surface (2) and a second side surface (3), wherein the surfaces (2, 3) are arranged to face away from each other or to form a certain angle with each other and respectively form the upper surface of the board (1) or the lower surface of the board (1) when the ride-on device is in use, characterized in that The first side (2) comprises at least one first sliding surface with first sliding properties for sliding on the surface of a running surface (6), the first sliding surface being designed as a flat sliding surface extending over a partial area of ​​the first side (2) or the entire first side (2), or the first sliding surface being designed as a single surface extending over the first side (2) and curved around a first axis, the first axis being at an angle of 90 degrees to the moving direction (7) and extending in a first plane spaced from the running surface (6); and the second side (3) comprises at least one wheel (4, 5) for driving the ride device on the running surface (6) in the moving direction (7), wherein the first side (2) comprises a first stop The retaining surface (18) and / or the second side surface (3) include a second resting surface (19), and the first side surface (2) and / or the second side surface (3) include a first connecting device or a second connecting device for detachably arranging a seat / grab element (8), the seat / grab element (8) being designed to be able to be changed from a first position used as a seat element to a second position used as a grab element, or the seat / grab element is completely designed as a seat element, or the seat / grab element is completely designed as a grab element, the seat / grab element (8) is made of a hard material or an inflatable or expandable element, wherein the connecting device is designed to place the seat / grab element (8) in a horizontal or vertical state on the board.

2. A children's ride-on device, comprising a board (1) having a first side surface (2) and a second side surface (3), wherein the surfaces (2, 3) are arranged to face away from each other or to form a certain angle with each other and respectively form the upper surface of the board (1) or the lower surface of the board (1) when the ride-on device is used, characterized in that The first side surface (2) comprises at least a first sliding surface with a first sliding property for sliding on the surface of a running surface (6), the first sliding surface being designed as a flat sliding surface extending on a partial area of ​​the first side surface (2) or the entire first side surface (2), or the first sliding surface being designed as a single surface extending on the first side surface (2) and curved around a first axis, the first axis being at an angle of 90 degrees to the moving direction (7) and extending on a first plane spaced from the running surface (6); and the second side surface (3) comprises at least one wheel (4, 5) for driving the ride device on the running surface (6) in the moving direction (7), wherein the first side surface (2) comprises a first resting surface ( 18) and / or the second side (3) includes a second resting surface (19), wherein a seat / grab element (8) designed as an integral part of the board (1) is arranged on the first side (2) and / or the second side (3), the seat / grab element (8) being designed to be able to be changed from a first position used as a seat element to a second position used as a grab element, or the seat / grab element (8) is completely designed as a seat element, or the seat / grab element (8) is completely designed as a grab element, the seat / grab element (8) is made of a hard material or an inflatable or expandable element, wherein the connecting device is designed to be used to place the seat / grab element (8) on the board in a horizontal or vertical state.

3. A children's ride-on device, comprising a board (1) having a first side surface (2) and a second side surface (3), wherein the surfaces (2, 3) are arranged to face away from each other and respectively form the upper surface of the board (1) or the lower surface of the board (1) when the ride-on device is in use, characterized in that The first side surface (2) comprises a first sliding surface having a first sliding property, and the second side surface (3) comprises a second sliding surface having a second sliding property, wherein the first sliding surface and the second sliding surface are designed to be flat, and the first sliding property and the second sliding property are different.

4. A children's ride-on device, comprising a board (1) having a first side surface (2) and a second side surface (3), wherein the surfaces (2, 3) are arranged to face away from each other and respectively form the upper surface of the board (1) or the lower surface of the board (1) when the ride-on device is in use, characterized in that The first side surface (2) comprises a first sliding surface with a first sliding property, and the second side surface (3) comprises a second sliding surface with a second sliding property, wherein one of the first sliding surface and the second sliding surface is designed to be flat, and the other is designed to be a single curved surface, which extends over a partial area of ​​the first side surface (2) or the entire first side surface (2) and is curved around a first axis, which is at an angle of 90 degrees to the moving direction (7) and extends on a first plane spaced from the running surface (6), wherein the first side surface (2) comprises a first stop surface (18) and / or the second side surface (3) comprises a second stop surface (19).

5. A children's ride-on device, comprising a board (1) having a first side surface (2) and a second side surface (3), wherein the surfaces (2, 3) are arranged to face away from each other and respectively form the upper surface of the board (1) or the lower surface of the board (1) when the ride-on device is in use, characterized in that The first side surface (2) comprises a first sliding surface with a first sliding property, and the second side surface (3) comprises a second sliding surface with a second sliding property, wherein the first sliding surface and the second sliding surface are both designed as curved surfaces, so as to bend around a first axis, which is at an angle of 90 degrees to the moving direction (7) and extends on a first plane spaced from the running surface (6), wherein the first side surface (2) comprises a first stop surface (18) and / or the second side surface (3) comprises a second stop surface (19).

6. The riding device according to any one of claims 1, 3 and 4, characterized in that: The curved sliding surface is designed as a sliding surface curved about a second axis which is at an angle of 90 degrees to the movement direction (7) and extends in a second plane spaced apart from the running surface (6).

7. The riding device according to any one of claims 1, 3, 4 and 5, characterized in that: The sliding surface is curved about a plurality of first axes and / or a plurality of second axes, whereby the sliding surface exhibits, for example, an elliptical shape or a shape having a plurality of curved surfaces.

8. A riding device according to any one of claims 4 to 7, characterized in that The first sliding property and the second sliding property are different.

9. The riding device according to any one of claims 1 to 8, characterized in that The movement direction (7) is parallel to or at an angle to the longitudinal extension direction of the plate (1) or the sliding surface.

10. A riding device according to any one of claims 3 to 9, characterized in that The first side (2) and / or the second side (3) comprises a first connection device or a second connection device for detachably arranging the seat / grip element (8).

11. The riding device according to claim 10, characterized in that The connecting device is designed to hold the seat / grip element (8) in a horizontal position, wherein the seat / grip element (8) comprises a seat device (9) on its surface facing away from the first side (2) or the second side (3).

12. The riding device according to any one of claims 1 to 11, characterized in that The seat / grip element (8) comprises a flat and / or curved sliding surface on its surface facing the running surface (6).

13. The riding device according to claim 9, characterized in that: The connecting device is designed to hold the seat / grip element (8) in a vertical position, wherein the seat / grip element (8) arranged in the vertical position comprises a gripping device (11) at its free end.

14. A riding device according to any one of claims 3 to 9, characterized in that A seat / grip element (8) designed in one piece with the plate (1) is arranged on the first side (2) or the second side (3).

15. The riding device according to any one of claims 1 to 14, characterized in that The front wheels (4) and / or the rear wheels (5) and / or the sliding surface can be adjusted to change the direction of movement (7).

16. A riding device according to any one of claims 1 to 15, characterized in that The plate (1) comprises a front plate area (12) and a rear plate area (13), wherein the front plate area (12) and the rear plate area (13) are connected via a joint (14).

17. The riding device according to any one of claims 1 to 2 and 10 to 16, characterized in that: At least one connection device is designed in the form of a mortise and tenon, wherein the tenon is introduced into the mortise, or at least one connection device is designed as a clamping connection, wherein the seat / grip element (8) is clamped onto the plate (1) or the plate (1) is clamped onto the seat / grip element (8).

18. The riding device according to any one of claims 1 to 2, 10 to 17, characterized in that: At least one connecting device extends along an edge or a partial area of ​​the plate (1).

19. The riding device according to any one of claims 1 to 2 and 10 to 18, characterized in that: The connection device is designed at least in some areas as a connection connector (20) or a plug-in connection.

20. The riding device according to any one of claims 1 to 2 and 10 to 19, characterized in that: At least one connecting device comprises a spacing element (42).

21. The riding device according to any one of claims 1 to 2, 10 to 20, characterized in that: The seat / grip element (8) is designed as a hollow body, wherein the seat / grip element (8) arranged on the board (1) and the board (1) form a storage space (15).

22. A riding device according to any one of claims 1 to 21, characterized in that The plate (1) is designed as a prism with four side faces (2, 3, 23, 24), wherein the side faces (2, 3, 23, 24) of the prism are designed as flat or curved sliding surfaces or comprise wheels.

23. A riding device according to any one of claims 1 to 22, characterized in that The plate (1) comprises a sliding surface which can be adjusted relative to a surface (2, 3) of the plate (1), wherein the sliding surface can be adjusted in height position or inclination relative to the plate.

24. A ride device according to any one of claims 1 to 23, characterized in that The board (1) and / or (where applicable) the seat / grip element (8) is wider at its ends than in its central region.

25. A ride device according to any one of claims 1 to 24, characterized in that The plate comprises a first plate (1) and a second plate (1'), wherein the first plate (1) and the second plate (1') can be adjusted relative to each other.

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