Games using tangible projectile – Player-held device for both projecting and catching aerial... – Both projector and catcher are pocketed
Reexamination Certificate
1998-02-13
2001-02-13
Rimell, Sam (Department: 3711)
Games using tangible projectile
Player-held device for both projecting and catching aerial...
Both projector and catcher are pocketed
C473S553000
Reexamination Certificate
active
06186912
ABSTRACT:
BACKGROUND
Over the last thirty years the number of people playing lacrosse has increased dramatically. Today, in some locations, little league lacrosse is as popular as little league baseball, college teams are drawing over 30,000 people to a single game, and a professional league has been formed with teams in many of the largest cities around the United States.
As the sport has grown, the quality of play has also improved. Players are faster, stronger, and more skilled than ever before. Today, it is not uncommon for players to shoot a lacrosse ball in excess of 100 mph or pass behind their back with pin-point accuracy. As a result, the players are demanding more of their equipment. The old hand carved wooden sticks are no longer sufficient.
To satisfy this demand, companies have improved the design of lacrosse sticks. The old wooden sticks have been replaced by the combination of an aluminum or titanium handle and a plastic head. The new handles and heads are designed to decrease the stick's weight, increase its durability, and improve its overall performance. However, no one has designed an apparatus or method for stringing a traditional pocket for a lacrosse stick; let alone stringing a high quality traditional pocket consistently.
People have tried to improve the quality of the pockets by stringing the pockets with different materials or in different patterns, but none of these ideas have succeeded. For example, mesh pockets were created as an alternative to traditional pockets. Although mesh pockets are easier to string, these pockets do not provide the ball control, accurate passing, and fast shooting demanded by today's players. As a result, traditional pockets are still used in over 75% of all lacrosse sticks.
To obtain a quality lacrosse pocket, lacrosse players must buy the materials for a pocket separately from the stick and pay an expert to install the pocket because the pockets sold at retail stores are strung inconsistently (i.e., the nylon placement, tension, depth, and shape of the pocket are random). If a lacrosse player does not know an expert, they must suffer the consequences of using a pocket which provides inadequate ball control, passing accuracy, and shooting speed. In addition, even an expert cannot string the same pocket twice in the same way. Thus, every time a player uses a new pocket, it takes several weeks to become familiar with how that particular pocket passes and shoots. These inconsistent pockets are a significant problem because lacrosse sticks frequently break during the middle of a game.
What is needed is an apparatus and method for stringing a traditional lacrosse pocket consistently.
What is needed is an apparatus and method for stringing a traditional lacrosse pocket without requiring an expert.
What is needed is an apparatus and method for stringing a traditional lacrosse pocket that can be mass produced to satisfy the growing demand.
SUMMARY OF THE INVENTION
The present invention is a new apparatus and method for stringing traditional pockets for a lacrosse stick. The present invention uses a plurality of guides to hold the four thongs typically used in a traditional pocket at any depth desired by the user and guides the user in the nylon placement during stringing. The guides of the present invention can also be customized to produce a variety of different pockets. Thus, the present invention greatly decreases the skill required to install a high quality traditional pocket in a lacrosse stick.
The present invention also increases the consistency in the shape of the pocket. For example, if someone strings a traditional pocket with the present invention, the present invention enables the user to replicate the same pocket because the depth of the thongs and the nylon placement are controlled. In other words, the present invention removes the most influential variables associated with the installation of a traditional lacrosse product.
Consequently, lacrosse players will no longer be forced to become familiar with a different pocket shape every time their stick breaks. With the present invention, lacrosse players can prepare backup sticks with essentially identical pockets, allowing the players to pass and shoot as confidentially with their backup stick as they did with their primary stick.
In addition, the present invention also decreases the amount of time required to string a traditional pocket. By holding the thongs and dictating the nylon placement, the present invention frees the user's hands to weave the nylon.
As a result, lacrosse players will no longer have to buy a stick from a store, tear out the pocket, and pay an expert to string it properly. Using the present invention, any lacrosse player can consistently string high quality pockets. Or, if the present invention is adopted by lacrosse stick manufacturers, lacrosse players will be able to buy a stick strung by a manufacturer and use the stick immediately. The present invention works with any type of lacrosse head.
REFERENCES:
patent: 239931 (1881-04-01), Bullock
patent: 2156092 (1939-04-01), Johnson
Dorsey & Whitney LLP
Rimell Sam
Splax, L.L.C.
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