The present invention relates generally to the field of golf course accessories and, more particularly, to a golf flagstick assembly and method of joining the same.
In prior art golf flagsticks, adhesive is used for joining a golf flagstick to an accessory placed upon the golf flagstick. Adhesive creates a number of problems and difficulties. Adhesive is difficult to place within the interface between the rod and the accessory, requires a curing time for the adhesive to set, and the prior art flagsticks provide no structure for positively aligning the golf flagstick with the accessory.
The prior art golf flagstick assemblies did not require accurate alignment of golf stick accessories and flagsticks. Instead, the prior art was largely concerned with securing the accessory to the flagstick costs and therefore did not invest into the development and equipment for precise alignment of golf flagsticks. Moreover, the requirement for precisely aligned golf flagstick assemblies was not evident until precision distance measuring tools were available that utilized accessories for laser sighting placed upon the golf flagstick. This type of accessory requires a very straight golf flagstick assembly. The accessory may also require being placed between a golf flagstick rod that has been divided into a first second and a second section. In such a case the golf flagstick may have three joints in which a first joint is between a golf ferrule and the golf flagstick rod, a second joint is between a first section of the golf flagstick and the center mounted accessory, and a third joint is between the second section of the golf flagstick rod and the center mounted accessory. With several joints, the cumulative affects of using adhesive at these joints may create a misaligned golf flagstick assembly.
Therefore, a primary objective of the present invention is a provision of an improved golf flagstick assembly and method of joining the same.
A further objective of the present invention is a provision of a golf flagstick assembly and method for joining the same that is efficient in operation, economical to manufacture and durable in use.
The foregoing objectives may be achieved by a golf flagstick assembly that has a flagstick rod and an accessory that are both substantially straight and joined together rapidly such that flagstick rod and accessory are substantially aligned.
The foregoing objectives may also be achieved by a golf flagstick assembly that includes a golf flagstick with a ferrule attached that is adapted for placement into a putting cup. The flagstick is substantially straight and has a longitudinal centerline and the ferrule has a body and a sleeve that is substantially straight and has a longitudinal centerline. The flagstick and the ferrule joined together by a plurality of crimps upon the sleeve that engage the flagstick such that the flagstick's longitudinal centerline and the sleeves longitudinal slant centerline are substantially aligned.
According to another feature of the present invention, the golf flagstick assembly may have an accessory attached upon the flagstick by a plurality of crimps that align a longitudinal centerline of accessory with a longitudinal centerline of the flagstick.
According to another feature of the invention the accessory may be joined to the flagstick assembly at either end or between the ends.
According to another feature of the present invention, the golf flagstick assembly may utilize a flagstick that has a first section and a second section joined together by an accessory between the first section and the second section.
According to another features of the present invention, the method of joining provides a secure attachment that provides an accurate method of centering an accessory onto a flagstick rod.
According to another feature of the present invention, the method eliminates nuisance fiberglass dust during the attachment process which may create a problem on some joining applications.
According to another feature of the present invention, the method provides for the removal of the connection between the flagstick rod and the accessory with relative ease and to optionally place upon another flagstick rod.
According to another feature of the present invention, adhesive may be used in addition to the crimping method for extra measure strength.
The foregoing objective of the present invention may also be achieved by a method of joining a golf flagstick assembly.
The method generally comprises the steps of providing an attachment piece and a flagstick rod, forming an assembly by placing the flagstick rod into a sleeve of the attachment piece, and then joining in alignment the assembly by crimping the sleeve against the rod simultaneously from equally spaced locations around a circumference of the sleeve.
The present invention will be described as it applies to its preferred embodiment. It is not intended that the present invention be limited to the described embodiment. It is intended that the invention covers all alternatives, modifications, and equivalents which may be included within the spirit and scope of the invention.
The golf flagstick assembly 10 has a golf flagstick 16 with attachment piece or accessory 18 located upon it.
The golf flagstick has a first end 20 having an attachment piece 18 that is a ferrule 22. The ferrule 22 is designed to mate with the golf putting cup 14 to maintain the golf flagstick assembly 10 perpendicular with a plane defined by the top of the opening of the putting cup 14.
The golf flagstick 16 has a second end 24 upon which a flag 26 is positioned.
Upon the center of the golf flagstick 16 is an attachment piece 18 called a rod accessory 28. One use of the rod accessory 28 is to cooperate with a laser distance sighting system (not shown). The rod accessory 28 may be sized to fit a variety of different flagsticks 16 that may range in size from ½ inch in diameter to 1 inch in diameter. The rod accessory 28 may have a variety of different heights but when used with a laser distance sighting system is typically between 2 inches to 5 inches tall.
The flagstick 16 may be made of a variety of different materials but is typically made of fiberglass. Both the ferrule 22 and the rod accessory 28 are attached to the golf flagstick 16 by crimps 30. Both the ferrule 22 and the rod accessory 28 are made of plastic, aluminum or other malleable material. The crimps 30 are formed in the ferrule 22 and the rod accessory 28 by forcing a crimping apparatus upon it which forces the metal to crimp or dimple downward to engage the flagstick 16 positioned underneath the crimp 30.
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In use, the beginning step of the method is that the accessory 18 is placed upon the golf flagstick 16 to form an assembly 10. This assembly 10 is then placed into jaws (not shown) machined to hold the accessory 18 firmly. Each specific component requires jaws manufactured for the specific application so that the accessory is held firmly in place upon the golf flagstick 16 with the accessory 18 maintained in accurate alignment along a common longitudinal centerline during the attachment process.
Next, the assembly is joined in alignment by actuating a cylinder that builds pressure and forces punches 42 into the accessory 18. The force of the punches 42 on the exterior of the accessory 18 compresses the inside dimension of the accessory 18 onto the golf flagstick 16. This, in effect, squeezes the accessory 18 onto the rod, holding it firmly in place. The punches 42 leave a crimp or dimple 30 in the face of the accessory 18. This crimp 30 is evidence that the accessory 18 has been moved into contact with the flagstick 16 and is useful for quality inspection purposes.
After the cycle has been actuated, the punches 42 are cycled and the cylinder returned to complete the cycle. Depending on the application, additional cycles may be completed upon the same golf accessory 18. To permit maximum alignment between the flagstick 16 and the accessory 18, punches 42 are spaced at 180° from one another. Alternatively, a plurality of punches greater than two may compress the accessory 28 onto the flagstick 16. When securing the accessory 18 to the flagstick 16, it is important to press them at balanced locations around the circumference of the sleeve 36. The crimping may be at equally spaced locations or balanced locations to substantially align the flagstick 16 and accessory 18 along a common longitudinal centerline.
This crimping process may be done to accessories 18 positioned at an end of the flagstick 16 in which only one sleeve 36 has dimples 30 applied to it or within the center of the rod 16 in which may use two sleeves 36 have dimples 30 applied to it.
An additional step may utilize removing the crimped joint by using a boring tool such as one using a drill bit larger than the crimped dimples 30. Once this hole has been drilled the assembly 10 made of the flagstick 16 and the accessory 18 may be separated and then each reused.
Additionally, the assembly may utilize an adhesive applying step which places adhesive within the interface of the sleeve and the flagstick 16. Using adhesive makes it virtually impossible to remove the accessory from the flagstick and provides an extra measure of strength. The adhesive used in combination with the dimples 30 permits the adhesive to set up with the flagstick and the accessory 18 in substantial alignment along a common longitudinal centerline. In this fashion, the crimps 30 not only may secure the accessory 30 to the flagstick 16 but also serve as internal clamping while the adhesive sets.