| 摘要 |
“MULTIFUNCTIONAL OPENER 21 IN 1”. Beverage can seal opener produced in plastics, elastomers, silicones, rubbers and other polymers shaped as elliptical elongated tubes (3), FIGS. 1A, B, C, and enlarged enough to vest the seal 7, or in another geometrical shape, FIG. 9 to FIG. 11, or hexagonal and in other geometrical shapes. It has measured thickness, hardness and flexibility 8 scaled to optimize and facilitate its introduction 10 in the seal 7, in order to open (11) the beverage can (5); its biggest differentiation and innovation is its unprecedented flexibility (8), which easily overcomes the existing unevenness (9) between the rim of the can (5) and the beginning of the seal (7), without the need to push to introduce it and its body (1) being the lever (12) itself, and also being an opener of metallic and plastic threaded lids, having sufficient stiffness to open the seal of beverage cans (5), and sufficient flexibility to be able to involve the threaded lid and optimize and support its opening, FIG. 7, FIG. 8 or FIG. 14, and also being an opener of sachet formed by the same opener body hole when it is hollow 4 or massive with the hollow ends, using a beverage can seal (7) within it for that, FIG. 16, or a fixed blade, FIG. 15 and FIG. 19, and being a lid opener of glass bottles when used as keychain, FIG. 24, using a seal (2J) from the can (5) 20 and FIG. 21 and also being a multi-tone whistle FIGS. 22A and an anti-stress FIG. 23, and having a total of 11 efficient functions in its body, having an inventive property, industrial application, and being unprecedented in the world “And becoming a great functional and technological innovation.” |
| 主权项 |
1. “MULTIFUNCTIONAL OPENER 21 IN 1”, which is indicated by the numerical reference (2) and is configured as an elliptical tubular (3) body showing a hollow (4) part in its cable (1), wherein the opener (2) is manufactured in materials that can be selected from groups that include enough flexible or semi-flexible materials, as plastics, elastomers, silicones, rubbers, polymers, nanomaterials, and others; the body (1) showing hardness of 80 to 95 Shore A and being able to incorporate grooves (2G), plastic microblade (2D) and can also count with a curved tip (2B). |
