GB2408219A

GB2408219A - Foam material modular toy structure

Info

Publication number: GB2408219A
Application number: GB0327302A
Authority: GB
Inventors: Jen-Tsu Kuo
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-11-24
Filing date: 2003-11-24
Publication date: 2005-05-25
Anticipated expiration: 2023-11-24
Also published as: GB2408219B; US20050113177A1; GB0327302D0

Abstract

A foam material modular toy structure consisting of differently shaped solid components 1 fabricated from a foam material, wherein each solid foam component has an octagonal through-hole 11, 21 and a projecting umbrella-shaped tenon 12, 22 enabling assembly into a creative toy. Furthermore, the joints formed by umbrella-shaped tenons 12, 22 and the octagonal through-holes 11, 21 enables articulation at a range of angles and maintenance at fixed positions , with the utilization of a foam material having inherent elasticity enabling disassembly to reduce space occupancy and facilitate storage. As such, the present invention achieves the objectives of repeated creative assembly as well as lively, flexile operational performance.

Description

24082 1 9 Title: FOAM MATERIAL MODULAR TOY STRUCTURE The invention herein

relates to DIY-assembly toys, specifically a foam material modular toy structure in which solid foam components have octagonal through-holes and projecting umbrella-shaped tenons for repeated assembly and disassembly according to the creativity of the user such that the resulting toy is capable of lively, flexile operational performance.

Conventional DIY-assembly toys allow users to replicate or give form to personally perceived space or individual creativity to achieve cognitive development and stimulation objectives. To young children in the stage of extreme interest in the external physical world and even for older children who are starting to have their own thoughts, such playthings promote intellectual conceptualization, awareness, and transformation and, therefore, are of positive assistance to both preschool and school age children.

DIY-assembly toys now observed on the market are typically fabricated of plastic and wood materials; in the case of wood materials, since they are obtained from trees, large volume utilization results in a rapid resource consumption and tree growth does not occur over such a short period that the supply in endless; in addition, since trees regulate overall environmental air quality, protect global surface water reserves, and other aspects that affect mankind, if depleted by massive volumes of deforestation, then the growth of living things in the entire global environment will suffer differing degrees of damage; although assembled toys only use a small percentage of wood, if every industry adopted the attitude of protecting precious environmental resources by reducing amounts utilized or substituted other materials in manufacturing, this would be significant for global resources. Additionally, since children often do not understand normal usage, assembly type toys constructed of wood material incur damage, including broken corners or bent and broken non-movable parts (due to very thin members of wood), the situations of improper use result in physical harm to children, a moment of inattention risking injuries ranging from superficial cuts with minor swelling to bleeding puncture wounds; furthermore, assembly-type toy utilization and operation of course entails "assembly and installation" tasks, but assembly toys constructed of wood material only use peripheral grooves for insertional conjoinment (as shown in FIG. 1), the entire toy thereby ending up in a rigid angular state without active variation capability, which generally fails to stir the attention and interest of children, who only need operate it once to realize the lack of amusement value, following which the said toy would be set aside; or if moved and picked up, an entire assembly-type toy not having a durable arrangement simply loosens and falls apart, and as such must be reassembled or if not possible, completely disassembled and put away.

Plastic material construction of course solves the problem of wood resource depletion and such toys are more difficult to damage and have other advantages, but during assembly one discovers that when any two toy pieces are conjoined, a large headed male fitting is positioned by insertion through the hole of a female fitting such that loosening and dislodging does not easily occur during movement, resulting in extreme difficulty when storage and disassembly is required; pulling them apart involves great persistence, frictional wear occurs after a certain period such that the male fitting becomes smaller and the female fitting grows larger, with conjoinment into fixed position no longer possible after a while; additionally, since conjoining pairs of fittings into position was possible at the beginning, children often playfully turn the axially rotatable areas such that stationery positioning capability is lost after a certain period of time due to frictional wear between pairs of hard plastic bodies and as the parts of the toy are turned during utilization, the said toy eventually crumples onto the floor because of its weight, illustrating that conventional assembly-type toys are only capable of attracting the interest of children for a brief period, following which they are ignored.

In view of the said elaboration, the applicant of the invention herein devoted substantial effort to improve the said drawbacks, culminating in the successful development of the present invention, which is submitted as a new patent application.

The primary objective of the invention herein is to provide a foam material modular toy structure consisting of differently shaped solid components fabricated from a foam material, wherein each solid foam component has an octagonal through-hole and a projecting umbrella-shaped tenon, enabling the user to assemble them based on their own creativity; the joints formed by umbrella-shaped tenons and the octagonal through holes enables articulation at a range of angles and maintenance at fixed positions without collapsing due to weight factors; and since foam material has inherent elasticity, the joint areas enable release for disassembly and knockdown to reduce space occupancy and facilitate storage, the invention herein thereby capable of providing for repeated creative assembly as well as lively, flexile operational performance.

Figure 1 is an isometric drawing of the prior art.

Figure 2-A is an exploded drawing of the invention herein.

Figure 2-B is a magnified view of the invention herein.

Figure 3 is an isometric drawing of the invention herein.

Figure 4-A is an orthographic drawing of the invention herein.

Figure 4-B is an orthographic drawing of the invention herein following assembly.

Figure 4-C is an orthographic drawing of the invention herein before rotation.

Figure 5 is an orthographic drawing of an embodiment of the invention herein.

Figure 6-A is an exploded drawing of another model of the invention herein (I).

Figure 6-B is an isometric drawing of the other model of the invention herein (1).

Figure 7-A is an exploded drawing of another model of the invention herein (2).

Figure 7-B is an isometric drawing of the other model of the invention herein (2).

Figure 8-A is an exploded drawing of another model of the invention herein (3).

Figure 8-B is an isometric drawing of the other model of the invention herein (3).

Referring to FIG. 2-A, FIG. 2-B, and FIG. 3, the foam material modular toy structure of the invention herein consists of differently shaped solid components fabricated from a foam material, the said solid foam components 1 are fashioned into the constituent parts of various animals, plants, and other product objects that are assembled into complete three- dimensional models, wherein each solid foam component 1 has an octagonal through-hole 11 and a projecting umbrella-shaped tenon 12, or a connecting rod 2, the two extremities of which have umbrella-shaped tenon 22 and an octagonal through-hole 21 similar to the umbrella-shaped tenon 22 and octagonal through-hole 11 of the solid foam component 1; as such, the user can assemble quantities of the said solid foam components 1 having the elastic umbrella-shaped tenons 12 as well as the umbrella- shaped tenons 22 and octagonal through-holes 21 at the two extremities of the connecting rod 2 by inserting them into the octagonal through-holes 11 of other solid foam components 1 (as shown in the FIG. 3 and FIG. 4-A), enabling the children to recognize and be impressed by the said object.

The umbrella-shaped tenon 22 and octagonal through-hole 11 in each solid foam component 1 along with the connecting rod 2 umbrella-shaped tenons 22 and octagonal through-holes 21 are thereafter insertionally fitted together to provide for rotationally controlled joint applications, while the umbrella-shaped tenon and octagonal through- holes utilize rotational corner contact to achieve a rigid appearance (as shown in FIG. 4- B and FIG. 4-C), each solid foam component 1 capable of being articulated at a range of angles and kept in a fixed position without collapsing due to weight factors, as indicated in FIG. 5; when rotated, since the immobilizing contact of the umbrella-shaped tenons and octagonal throughholes is elastic because of the foam material and does not involve convergence between two hard materials, there is no rapid wear and consequent slippage due to revolving, providing for prolonged continual rotation.

As such, since the invention herein does not contain wood and is fabricated of a foam material, the depletion of such precious resources is not a concern; furthermore, the advantages of foam material construction include component durability, lighter weight than plastic, resilience, wider application range, and greater utility than plastic, especially in terms of long-term constant rotational operation, angular articulation, and rigidity without collapsing due to weight factors as might be the case for other materials, enabling the assembled toy to be flexile, lively, and consequently stimulate a child's interest and operation. Additionally, since foam material has inherent elasticity and the umbrella-shaped tenons 12 and 22 can be manually withdrawn from the octagonal through-holes 11 and 21, the entire toy is easily disassembled into constituent parts to reduce space occupancy and facilitate storage.

By the same principle, each solid foam component l can be fabricated into the anatomical members of the various animals (as shown in FIG. 6-A, FIG. 6-B, FIG. 7-A, and FIG. 7-B) or other interchangeable parts (as shown in FIG. 8-A and FIG. 8-B) such that the user is afforded the opportunity to creatively connect the holes in the solid foam components I by means of the umbrella-shaped tenons 21 at the two extremities of the connecting rod 2, thereby achieving the objectives of stimulating intellectual thought and development.

In summation of the foregoing section, since the invention herein is capable of providing for repeated creative assembly as well as lively and flexile operational performance, the present invention meets new patent application requirements and is submitted to the patent bureau for review and the granting of the commensurate patent rights.

Claims

1. A foam material modular toy structure consisting of differently shaped solid components fabricated from a foam material, wherein each solid foam component has an octagonal through-hole and a projecting umbrella-shaped tenon, such that when users manually assemble them according to their own creativity by insertional fitting, they are conjoined into imaginative toys; at the same time, the insertional coupling formed at the said umbrella-shaped tenons and the said octagonal through holes of each said solid foam component provides for rotatably controlled joint applications, each said solid foam component capable of being articulated at a range of angles and kept in a fixed position without collapsing due to weight factors, enabling the assembled toy to be flexile and lively; additionally, since foam material has inherent elasticity and the said umbrella-shaped tenons can be manually withdrawn from the said octagonal through-holes, the entire toy is easily disassembled into constituent parts to reduce space occupancy and facilitate storage, the invention herein is thereby capable of providing for repeated creative assembly as well as lively and flexile operational performance.

2. As mentioned in Claim 1 of the foam material modular toy structure of the invention herein, the said umbrella-shaped tenons as well as the said octagonal through-holes that function as the interconnective means for the assembly and conjoinment of the said solid foam components are also capable of maintaining them in a fixed position.

3. A foam material modular toy structure substantially as described herein with reference to Figs. 2 to 8-B of the drawings.