Tri Roller Skate

Description

Each skate would feature three wheels arranged in a triangular configuration. This would result in enhanced balance for novice skaters and enhanced maneuverability for more advanced skaters. The boot of each skate would feature an open, shell-like design and would not include a boot liner, but would rather be designed for placement directly over or around an individual's shoe. The boot shell found on conventional inline skate boots. These straps would be located over the lower frontal portion of the boot, near its instep, and on its upper portion. The underside of each strap configuration would also likely feature a layer of neoprene padding,
which would provide a degree of comfort against the wearer's feet.

The upper portion of the boot shell, specifically the portion extending upward from the heel to above the ankle, would be secured to the boot base via a pivoting plastic rivet. This would allow the upper portion of the boot to swivel with the movement of an individual's foot and lower leg. The frame of the "TRI ROLLER SKATES" would be modified to accommodate the attachment of three inline wheels in a triangular manner. One wheel would be secured to the front of the frame would feature side-by-side manner. This would enhance stability at the rear of the skate, thus making it easier for a skater to maintain his balance. The center of the wheel frame would feature a hollow design, while the overall design of the frame would feature a curved or mildly arched shape. The rear portion of one skate would include a rubber friction brake for stopping.

Of course, like conventional inline skates, the "TRI ROLLER SKATES" could be produced in a variety of sizes for adults and children, as well as in different colors.
To use the "TRI ROLLER SKATES", an individual would simply insert his feet (with his shoes on) onto the shell like boots and secure the skates in the conventional manner using the ratchet-style straps. The skater could then stand upright and begin skating, pushing off with each foot in an alternating manner. Since the wheels of the skates would be arranged in a triangular configuration, a skater would be able to balance himself easier than if all of the wheels were in a straight line. This would make it easier fir beginner skaters to learn to skate, as it would reduce the risk of spills, falls, and injuries while helping to increase the skater's confidence and ability.

In addition, more experienced skaters could find that the "TRI ROLLER SKATES" provide greater stability without sacrificing maneuverability. The side-by side wheels would make it easier fir the skater to balance, while the single front wheel would allow the skater to point and turn in the conventional manner.

Function and appealing features

The appealing features of "TRI ROLLER SKATES"would be their ease of use, inventive design, and enhanced safety. The triangular wheel configurations of the "TRI ROLLER SKATES" would make it easer for novice skaters to maintain balance when standing. The side-by-side rear wheels within each skate frame would provide enhanced stability, which would help a skater keep his ankles straight and thus produce a smooth gliding motion when learning to skate. The enhanced balance offered by the "TRI ROLLER SKATES" would prevent injuries from scrapes and lacerations to bruises and broken bones. Not only would this prevent considerable amounts of pain and discomfort, but it would keep the learning process from becoming frightening and discouraging for the novice. Over time , the "TRI ROLLER SKATES" would help the skater develop proper striding techniques and balance posture ofr safe, fun, and enjoyable skating.

In addition, the "TRI ROLLER SKATES" would provide more experienced skaters with a new type of skate design that would enhance balance without sacrificing maneuverability. The single front wheel on each skate would allow an individual to turn on a shorter radius, which would allow the skater to turn more quickly, while the dual rear wheels would enhance stability. Ultimately, this design would not only enhance performance among individuals who enjoy recreational or fitness skating. The single front wheel would enhance maneuverability, while the dual rear wheels would allow for stable landings after performing aerial stunts. This would also enhance safety, as the risk of a skater falling after performing an aerial stunt would be reduced. In turn, this could prevent a variety of injuries, including cuts and abrasions, as well as contusions and even broken bones.

Furthermore, the open boot design of the "TRI ROLLER SKATES" would allow an individual to wear his favorite pair of shoes, boots, sandals, or other footwear when skating. This would eliminate the need for the skater to 'break in" a pair of skate boots and would reduce if not eliminate the risk of blisters and abrasions developing on the skater's feet. In turn, this would spare the skater considerable amounts of discomfort, as well aw the time spent waiting for the skin on his feet to heal.

Of course, the "TRI ROLLER SKATES" could be produced in a variety of sizes for adults and children and could be offered in different colors and designs. These new skates would be easy to ues, safety-enhancing, performance-enhancing, comfortable, practical, and durable for years of effective use.

	Component Name: binder_f It is the front bottom board of the binding which front sole touches. It connects to the strap that covers the instep. Polyimide or polyurethane will be used to make the component.
	Component Name: binder_r_b It is the bottom with the back of the binding. It connects to the high beck and also the buckle strap around the ankle.
	Component Name: binder_r_t/ high beck It is a part that wraps the heel to the back of the leg. It is made to fit to individuals. Carbon fiber or polyurethane will be used to make the component.
	Component Name: pad_cusion_r It is used on the bottom of the back binding. It prevents from slipping and makes the foot to stick well to the product. 라비sponge will be used to make the component.
	Component Name: strap_1 This part wraps the ankle to connect to the binding. Polyurethane will be used to make the component.
	Component Name: bolt_axle It is used at the wheel. It is the connection point of the frame and the wheel.
	Component Name: brake It is located at the very back bottom of the product. It has been newly developed to fit this product for fast brake capacity
	Component Name: frame_ext It is made of aluminum alloy material of full length of 320m/m. This material has been known for high elasticity and durability.
	Component Name: pad_cusion_f It has been designed so that shoes would not slip. It is made to fit the front binding of the product. 라비sponge will be used to make the component.
	Component Name: strap_latch_r It is connected to another strap to fix the binding in place. Polyurethane will be used to make the component.
	Component Name: strap_s It wraps the ankle to connect to the binding. Polyurethane will be used to make the component.
	Component Name: wheel_80 Made of high-elastic polyurethane, the wheel will improve driving capacity and make it more stable.
	Component Name: wheel_cover_1 It is the cover of rear wheel that prevents water from splashing during rain. Polyimide or polyurethane will be used to make the component.