Structure for children's games

Abstract: Two modular parts (1) and (2), of an arbitrary number, combine to form a number of ogival arches (5) (5a) (5b) (5c) which are joined together in line one after the other simulating the rings of a centipede and configuring a tunnel fitted at both ends with flat, vertical parts (17) and (18) representing the centipede's head and tail, with openings (19) and (20) for the children to enter and exit the centipede. This structure is applicable for children's games of the type that allow the children to crawl through the inside or on top of the outside of the tunnel, said structure being easy to assemble and disassemble for storage requiring a small amount of space.

Description: The invention relates to a structure for children's games, comprising a plurality of modules (5) of an arbitrary number which can be fitted together and joined to form a hollow structure as set forth in the preamble of claim 1. Such structure is known from DE-A-2 400 506. The aforementioned document discloses a hollow toy body having a plurality of openings which are angularly offset against one another. Those openings are provided at the end of tube-like studs which are adapted to be coupled with the respective studs of other toy bodies of similar structure. Thereby, a composite toy may be formed having an arbitrary structure dependent on the design selected by the user. From US-A-5 425 677 a play enclosure is known including an elongated conduit having a plurality of light admitting pinpoint apertures. The conduit is curved and has a diameter large enough to allow children to crawl through. The play enclosure shown in this document doesn't resemble a specific animal. FR-A-2 211 265 shows a sporting and game apparatus comprising a plurality of tube modules of different shape which are provided with coupling elements at their ends which enable the apparatus to be assembled in different manner at the choice of the user. The coupling elements are formed by rims and grooves which may be engaged in one another by snap fit. It is the object of the invention to provide a structure for children's games which may be assembled without any screws and may be stored in a disassembled state in little space. This object is obtained by the features of claim 1. Preferred embodiments of the invention are subject matter of the dependent claims. This invention entails the design of a structure comprised of two basic modules which, on being fitted together, form a modular arch which can be attached in line to other similar modular arches to form an elongated, winding structure of an optional layout and length depending upon the method used to connect said modules and of the number of modules employed. The result is a structure in the shape of a tunnel or an ogival-shaped duct, which, as a whole, simulates the body of a fanciful centipede, with additional parts for the head and tail, each of which are equipped with round openings for the entry of children, who can go through the inside of the structure, it being possible for the adults to monitor the children from the outside thanks to the round windows located at different levels along the walls of the modules. The structure is equipped with stable added supports which comprise the worm's feet and has a curved, smooth outer surface, which forms the worm's back on which the children can play as part of their games. This structure is assembled without any screws by an adult, on a flat surface, and is stored, after being broken down into its different modules, requiring very little space. For the purpose of facilitating the explanation, a sheet of drawings is attached to this descriptive report on which one embodiment which is being provided as an example is shown. On the drawings: Fig. 1 is a perspective view of the assembled structure. Fig. 2 shows a breakdown in perspective of the structure in which the method for assembling the different modules is illustrated in conjunction with the means for anchoring the two modules and or joining together each pair of these modules one after the other. Fig. 3 is a view similar to the previous one, in which each pair of modules has already been joined together, the structure being fitted at one end with the head piece and at the other with the tail piece. Fig. 4 and Fig. 5 each show details of the anchorings for fitting the modules together. Fig. 6. shows the structure practically fully assembled, ready for mounting the supporting feet. Fig. 7 shows different plan views of the structure, depending upon option ways of assembling the same. Referring to the figures, one can see a structure for children's games in the process of being assembled, starting from two modular parts -1- and -2- which each form arched walls in the regard of their height and width, having an upper side for coupling. When seen from top, the wall of one of said modular parts is curved into a concave -3-, where as the wall of the other one is convex -4-. Those parts are to be joined together to form a modular ogival arch, designed in general by -5-, which can be fitted together in line, one after the other, with the same type of modular arches -5a-, -5b-, -5c- etc., forming a structure in a tunnel-like shape, the configuration of which will depend upon the optional way in which these modular arches -5- are joined together, and the length thereof depending upon the number of these modules employed. The pans -1- and -2-, which form the modules -5-, are joined together by means of some flat tenons -6- with which said parts -1- and -2- are equipped at the top of their end faces, and which are press-fitted into holes -7- of separate coupling elements -8-. These coupling elements -8- are fitted to the fixed modular parts of adjacent modules -5- by means of tongue jointing -9- and -10-. Each pair of coupling elements -8- forms an upper, crosswise groove -11-, round in cross-section and having, narrow entry, in which a flat connection member -12-, fitted with two heads -13- one of which is workable, for turning for securing for use, is accomodated. The bottom ends of the parts -1- and -2- have some pegs -14-, each pair of which is inserted into the holes -15- in foot parts -16- which simulate some fanciful feet, on which the structure as a hole rests. The end modules -5- and -5c- are each connected to flat, vertical parts marked -17- and -18-, provided with respective openings -19- and -20- for child entry. Part -17-represents the fanciful head of a worm, opening -19- corresponding to the mouth, at the edge of which a fixed part -21- is attached to simulate the tongue. A flexible, spherical cap simulates the nose and is fit into the hole -23- by squeezing on its sides. Some transparent capsules -24- house round, open parts -25- which simulate the eyes. Part-18 - simulates the worm's tail. Both parts -17- and -18- are joined to the modules by means of a coupling element -8- and pertinent connection member -12- which is inserted into holes -16- and -27- on said parts. Likewise, parts -17- and -18- have pegs -14- for fitting into the feet -16-. This structure forms a kind of tunnel, with two open ends -19- and -20- as children's entrance and exit, which can be circular along the full length of the structure, the component parts of which -1- and -2- have windows -28- providing for inside-outside monitoring. This structure comprises the winding body of a fanciful centipede, which is smooth and curved in a convex shape on the outside, on which the children can sit and climb and hold on to the antennas -29- , the head and tail -30-. As follows from the preceding description, this structure requires no screws, bolts or auxiliary tools for assembly, a process which can easily be performed by an adult. Disassembly is also simple, and the component parts require a minimal amount of space for storage.

Claims: Structure for children's games, comprising a plurality of modules (5) of an arbitrary number which can be fitted together and joined to form a hollow structure, characterized in that each module (5) is composed of two modular parts (1, 2) having a top side for joining same to form, when joined, a modular ogival arch (5), the two modular parts (1, 2) differing from one another in that the wall of one modular part (1) forms a convex curve when seen from top of the ogival arch (5) whereas the wall of the other modular part (2) forms a concave curve, that the modular ogival arches (5) are adapted to be coupled to one another in a manner to form a tunnel-like structure which configures the rings of the body of a fanciful centipede, the head and tail of which are each represented by flat, vertical elements (17, 18) fitted to the end arches (5) and provided with openings (19, 20) for the access to the inside of the structure for children to enter and exit the centipede. Structure as set forth in claim 1, characterized in that the modular parts (1, 2) each have at the top end of their vertically extending end faces projections (6) for press-fitting into respective holes (7) provided in coupling elements (8) extending in prolongation of and transversally to the coupling sides (3, 4) of said modular parts (1, 2), said coupling elements (8) having tongue and recessed jointing elements (9, 10) for pair-wise joining two coupling elements (8) and, thereby, two adjacent modular arches (5), wherein said coupling elements (8) each comprise a narrow-fit groove (11) extending in prolongation of said coupling sides (3, 4) of said modular parts (1, 2) for accommodation of a connection member (12) of flat cross section and having end heads (13) for tightening the coupling elements (8) of a pair, one of said heads (13) being formed as a working head for turning the connection member (12) in the direction of its locked position. Structure as set forth in claim 1 or 2, characterized in that the modular parts (1, 2) and head and tail parts (17, 18) are provided with vertical pegs (14) at their bottom ends, a pair of such pegs (14) being inserted into a pair of holes (15) formed in flat-bottomed foot elements (16) forming the supports of the structure and the configuration of which simulates a centipede's feet. Structure as set forth in one of claims 1 to 3, characterized in that the head and tail parts (17, 18) each have a seat for accommodating one of the heads (13) of the respective connection member (12) which links the head or tail part (17, 18) to the respective coupling element (8) affixed to the adjacent ogival arch (5, 5c).

Inventors: RODRIGUEZ FERRE JOSE MANUEL, RODRIGUEZ FERRE, JOSE MANUEL, Rodriguez Ferre, José Manuel
Applicants: RODRIGUEZ MARTINEZ S C, RODRIGUEZ MARTINEZ, S.C.
Application year: 1998
Main classification: A63B9
IPC codes: A63B9, A63H3, A63H33