1. Field of the Invention
The present invention relates to an ice skate blade assembly, more particularly to a blade comprising a upper portion and a lower portion thereof, wherein the lower portion of the blade includes highly wear-resistant and rigid material, and the upper portion of the blade composed with lighter aluminum material, so as to contribute to a blade with lighter material and better wear-resistance.
2. Description of Related Invention
Referring to
Firstly, the lighter plastic material referring to polymeric resin with worse wear-resistance contributes to less practicability of the blade because the surface of the plastic material of the blade is more brittle when under artificial process of maintenance, more particularly, under high speed friction against the ground surface.
Secondly, with the characteristic of stiffness but brittle, the polymeric-resin plastic material directly or indirectly effects the practicability of the blade when under strong impact against the ground because of the large movement made by the user during competition or performance.
Thirdly, the plastic material is easily affected by the extremely cold or hot weather so as to destroy the particle structure and shorten the life span of the blade.
Fourthly, the nature of the plastic material doesn't fit the eco-awareness issue for its non-recyclable property which is not composed of natural chemical material.
In view of the foregoing disadvantages, the present invention relates to an ice skate and skate blade assembly, wherein the blade of the preferred embodiment is divided into an upper and a lower portion. More particularly, the lower portion of the blade is manufactured with greater wear-resistant and rigid material, and the upper portion of the blade is composed of lighter aluminum material. With such improvement, the blade would permit the overall weight reduction and maintain the highly wear-resistance as well. Preferably, by providing the upper portion of the blade with lighter and rigider aluminum material, it contributes to the advantages as follows.
Firstly, the upper portion of the blade could be reduced in weight and probability of damage when under friction stress accordingly. Secondly, the flexibility and the tractility nature of the aluminum material protect the blade from being easily damaged when under powerful impact against the ground surface and extremely weather change. Thirdly, the recyclable aluminum provided by metal material is totally in accordance with the eco-awareness concept so as to reduce the waste of social costs.
Referring to
The accommodated slot (211) positioned along the bottom of the upper portion of the blade (21) is engaged with the elongated protrusion (221) extending along upside the lower portion of the blade (21) so as to provide a lighter and greater wear-resistant blade (20). The blade holder (10) is secured with the blade (20) by the head of pins (30) suitably fitting into the round slot (212) and locked with the nuts (31).