RU155988U1 - DESIGNER "CITY BREAKER" - Google Patents

Abstract

A constructor characterized in that it contains a set of parts of the same type — designed for the construction of “bricks” or blocks from which various objects and structures can be assembled, and one flexible element with stops at the ends, which does not prevent the parts from joining; in this case, each of the same type of detail has a through hole, a flexible element is threaded through all the holes, at both ends of which there are stops, the lateral size of each stop exceeds the diameter of the through holes.

Description

DESIGNER

The utility model relates to children's designers and is intended to be composed of the same parts of various objects and structures; however, many of the same type of details are connected by a common flexible element, therefore, even when the designer elements are scattered, the whole set does not lose its coherence and can be quickly removed after the game. The designer can be made of various materials, suitable for children of all ages.

The prototypes of the utility model are constructors of the same details, such as bricks (already in ancient Rome the shapes of bricks varied, both rectangular and triangular, and round bricks were used), rectangular parallelepipeds, blocks, cubes (including simple cubes, ″ fold the drawing ″, with pictures, with numbers, with letters, Zaitsev, Nikitin, Chaplygin, Voskobovich), lego, jeng, cylinders or ruffles for playing in towns.

On the other hand, there are known products from related parts of the same type for other purposes, which are not designers, such as beads, beads, abacus, pendants.

Patents for designers from the same parts are known, such as Lego (LEGO®) - patents DK92683C ″ Legetøjsbyggeelement ″ (Denmark, 01.29.1962); DK 98227C (03/09/1964); EP 0247515 A1 (12.12.1987), CA 1278189 C, CN1012559B, CN 87103883 A, DE 3775984 D1, EP 0247515 B1, US 4897066, WO 1987007171 A1; Jenga (Jenga®) - patent publications WO 1997026961 A1 (07/31/1997), DE 69704416 D1, DE 69704416 T2, EP 0861112 A1, EP 0861112 B1, US 6022026; EP 1226851 A2; modifications of the game ″ jenga ″ (patent holder: Pokonobe Associates) - US 6702291 B2 (03/09/2004), CA 2396181 A1, EP 1248666 A1, US 20030006554, WO 2001051145 A1; US 6679496 B2 (01.20.2004), CA 2396177 A1, CN 1206013 C, CN 1419464 A, EP 1248665 A1, US 20020167130, WO 2001051144 A1; US 7059606 B2 (06/13/2006), US 20050104298; USD 514629S1 (February 7, 2006); Jane′s Games - US 8302968 B2 (11/06/2012); cubes - patents of the Russian Federation RU 53580 U1 (07.15.2005), RU 23139 U1 (05.27.2002), RU 126175U1 (29.10.2012), RU 45090U1 (25.03.2004), RU 39499 U1 (10.08.2004); RU 2070080 (12/10/1996); ″ Ruche for the game of towns ″ - RF patent RU 2004279 (12/15/1993).

The disadvantages of the known designers from the same parts are their heterogeneity, the possibility of separation of the designer into separate elements that are not related to each other and scattering of parts over a large area, the high probability of loss of parts, the complexity of cleaning up the scattered parts after the game.

The task of obtaining a patent for a utility model is to expand the range of children's designers. The technical result of the utility model is to reduce the complexity of the cleaning operation of the designer to the place after the game, to prevent loss of designer parts, and to preserve the simply connected and integral integrity of the entire set of the designer.

The technical result is achieved in that each of the same type of designer element contains a through hole; through all openings a one-dimensional flexible element (thread, rope, wire, wire, chain) with limiters (for example, knots) at the ends is passed through; the size limiters are larger than the hole and do not pass through it, preventing the designer from spilling.

The essence of the utility model is illustrated by drawings.

The drawing 1 shows a diagram of the connection of the same parts with a flexible one-dimensional element with stops at the ends. The designer contains elements of the same type 1 with openings 2 through which a one-dimensional flexible element 3 is inserted, provided at the ends with stops 4.

Figure 2 shows examples of similar parts with a through hole: rectangular parallelepipeds 1, cubes 5, cylinders 6, elements with a coupling device 7.

The drawing 3 shows examples of the location of the stops and holes in the end elements: filled with glue 8 through hole 2 with a glued flexible element 3; an opening 2 of variable diameter with a node 9 located therein at the end of the flexible element 3; the same part 1 with a standard hole 2 with a flexible element 3 threaded through it with a node 9 at the end; the same type of part 1 with a standard hole 2 with a flexible element 3 threaded through it with a restrictive ring 10 tied to its end with a node 9.

A one-dimensional flexible element serves to preserve the single-connectedness and integral integrity of the entire set of the designer, prevents uncontrolled spacing or spread of parts over a large area, prevents the loss of individual parts of the designer, and also significantly reduces the labor cost of cleaning the designer after the game. As a flexible element, a thread, rope, wire, wire, chain, elastic, fishing line, carbon fiber, or other one-dimensional object, the length of which significantly exceeds its transverse size, can be used. The limiter can be either a topological feature of the most flexible element (for example, a knot on a rope), or an object attached to a flexible element (for example, a nut or ring attached to a rope), which in appearance may differ or coincide with other similar parts of the designer. Both end elements of the designer can differ from other elements of the same type in the form or number of holes or cavities that serve to recess or hide the stopper in them or to securely fasten the flexible element and its end (in the latter case, the end element is a stopper). Grooves diverging from the through hole can be applied to the surface of the same type of parts, designed to output a flexible element with a tight fit of the parts. The presence of a one-dimensional flexible element improves the performance characteristics of the designer from the same parts.

The utility model relates to the field of children's designers and is used to assemble models of objects and structures, with their subsequent quick cleaning after the game. The name reflects the essence of the designer, from which you can build a whole city and then quickly break it. The product is applicable for creative educational games for children of all ages, can be mass-produced as a consumer product, suitable for frequent use. The constructor ″ town-breaker ″ is intended for use in places of permanent or temporary stay of children, including during travel; its use allows to reduce or eliminate operational losses of designer elements, as well as significantly reduce the labor costs of children and adults to collect the designer after the game.

Claims (1)

A constructor characterized in that it contains a set of parts of the same type — designed for the construction of “bricks” or blocks from which various objects and structures can be assembled, and one flexible element with stops at the ends, which does not prevent the parts from joining; in this case, each of the same type of detail has a through hole, a flexible element is passed through all the holes, at both ends of which limiters are installed, and the transverse dimension of each limiter exceeds the diameter of the through holes.

Images