“[0007] An object of an aspect of the present invention is to provide a bead toy using novel beads which eliminates the above-described disadvantages and can enjoyably amuse a user for a long period of time without tiresomeness. [0008] According to an aspect of the present invention, a fusible toy includes a polyhedral particulate bead made of transparent and water soluble resin.”
“[0026] Further, the bead tray has dents formed on an upper surface thereof. Each of the dents has a diameter smaller than the particle diameter of the bead. The dents are arranged at intervals substantially equal to but slightly smaller than the particle diameters of the beads. [0027] As shown in Fig. 4, when the beads are arranged in the adjacent dents of the bead tray, the beads are stably placed at positions of the adjacent dents in a state in which the beads contact each other.”
“[0034] Further, the bead is made of transparent water soluble resin and has the shape of a polyhedron. Therefore, when the accessory is formed using such bead, the state of a surface reflected light or a refracted light is changed depending on the angle of illuminating light. Consequently, it is possible to provide the accessory which can allow a user to enjoy, without tiresomeness, the change of brilliance of the accessory in addition to the beauty of the shape of the accessory.” … [0038] The polyhedron shape of the bead is not limited to the rhombic triacontahedron and may be a polyhedron which can be handled substantially similar to a spherical body, such as a complex polyhedron.”
“1. A fusible bead toy comprising a polyhedral particulate bead made of transparent and water soluble resin. 2. The fusible bead toy according to claim 1, wherein the polyhedral particulate bead has a shape of a polyhedron with 12 to 62 faces, which is selected from a group consisting of a regular dodecahedron, a regular icosahedron, and a truncated regular polyhedron obtained by cutting vertices of a regular polyhedron, and a dual thereof. 3. The fusible bead toy according to claim 2, wherein the polyhedron is a rhombic triacontahedron. [5. The fusible bead toy according to any one of claims 1 to 4, comprising: a set of a plurality of the particulate beads.] 7. The fusible bead toy according to claim 5 or 6, wherein the plurality of particulate beads of the set have all a same shape and size.”
“1. A fusible bead toy comprising: (i) a set of a plurality of polyhedral particulate beads made of a transparent and water soluble resin; and (ii) a bead tray having dents formed on an upper surface thereof, wherein the dents are arranged at intervals substantially equal to but slightly smaller than a particle diameter of the beads, such that beads placed at positions of adjacent dents contact each other.” (i) a set of a plurality of polyhedral particulate beads made of a transparent and water soluble resin; and (ii) a bead tray having dents formed on an upper surface thereof, wherein the dents are arranged at intervals substantially equal to but slightly smaller than a particle diameter of the beads, such that beads placed at positions of adjacent dents contact each other.”
“A cladding panel formed from sheet material having opposite top and bottom edges and opposite longitudinal side edges, and being profiled to incorporate a plurality of longitudinally extending major formations of generally common shape lying substantially parallel to one another, each said major formation having a portion delineated from the remainder of that formation and which is not of constant size across the panel, ones of the portions being sloped differently to one another in a direction across the panel and respective of said portions extending along the major formations from the top edge to the bottom edge of the panel.”
“1. Flat or cuboid translucent building modules with at least two flat surfaces made of transparent material, which are bonded together without significant loss of light, having at least part of one of the inner flat surfaces covered by a multi-coloured art work of any shape in the style of stained glass, directly applied to screen printing, which after the bonding process is protected against weathering and mechanical damage.”
“[24] … But before you can apply s.3 and ask whether the invention involves an inventive step, you first have to decide what the invention is. In particular, you have to decide whether you are dealing with one invention or two or more inventions. Two inventions do not become one invention because they are included in the same hardware. A compact motor car may contain many inventions, each operating independently of each other but all designed to contribute to the overall goal of having a compact car. That does not make the car a single invention.”