fig1 shows a perspective and exploded view that details the components of the inventive system 10 for keeping an implement 16 adjacent a person &# 39 ; s hand 20 . the system 10 will include a band 12 and a magnet 14 attached to the band 12 . the band 12 may comprise a metal that retains the magnet 14 by a magnetic attraction ; alternatively , the magnet 14 may be affixed to a surface of the band 12 by any known method , such as soldering , welding , or adhesive . alternatively , the band 12 and magnet 14 of the system 10 may comprise a single , unitary , monolithic structure , wherein the entire band is magnetized . still referring to fig1 , the system 10 will also include an implement 16 having a metallic portion 18 affixed to it . optionally , the system 10 will also include a magnet 13 that can attach to the metallic portion 18 . in preferred embodiments , the implement 16 is a rod - shaped , such as a writing instrument ( as shown ), or an awl , knife , pick , tire pressure gage , or the like . the implement may have a metallic portion 18 positioned in a generally central location of the implement 16 , so that the magnets 13 , 14 engage one another and hold the implement 16 in contact with the band 12 . of course , if the system 10 includes optional magnet 13 , it is important that the polarities of the magnets 13 , 14 be properly configured to attract one another rather than repel one another fig2 shows a perspective view of the system 10 shown in an assembled condition . the band 12 is preferably configured to be a finger ring ; however , the band may also be worn elsewhere on a wearer &# 39 ; s person , such about the wrist . the best mode anticipated for the inventive system , however , is for the band 12 to comprise a finger ring . still referring to fig2 , the system 10 includes an implement 16 ( such as a writing instrument ) and a metallic portion 18 positioned generally adjacent the central portion . the metallic portion 18 may be integral with the implement 16 , or it could be a sleeve that attaches to the implement 16 . in a preferred embodiment , the magnet 13 is adhered to the metallic portion 18 on the implement 16 , and the magnet 14 is adhered to the band 12 . as another option , the entire implement 16 may be metallic and therefore subject to magnetic attraction . in yet another option , the implement 16 may be entirely made of plastic , and the metallic portion 18 is limited to a magnet 13 embedded within or adhered to the implement . as shown in fig2 , however , the magnets 13 , 14 are positioned between the band 12 and the metallic portion 18 of the implement 16 ; preferably , the magnets 13 , 14 are each high - powered , disk - shaped magnets that will retain the implement so that it can rotate with an angular velocity w about axis l , which is generally orthogonal to a longitudinal axis of the implement 16 . other shapes and configurations for the magnets , however , are certainly within the scope of the invention . fig3 and 3a show comparative perspective views of an alternate embodiment of the band 12 portion of the invention . in this embodiment , the band 12 includes a raised portion 15 that houses the magnet 14 . in this embodiment , the magnet 14 adheres to the band 12 by fitting tightly within a cooperatively formed vessel in the raised portion 15 of the band 12 . alternatively , the magnet 14 may be retained by the band 12 by any known adhesive . as evident in fig3 , the magnet 14 is embedded within the raised portion 14 such that its top surface may be generally coplanar and flush with the uppermost part of the raised portion 14 . fig3 a depicts the band 12 , as seen from a vantage point directly above the raised portion 15 of the band . as shown , the magnet 14 is a disk - shaped magnet that is embedded within a cylindrical vessel that is formed in the raised portion 15 . of course , other configurations are within the spirit of the invention . the embodiments shown in fig3 and 3a may comprise bands 12 made of any known material , even non - metallic material such as plastic , polymers , or marble . fig4 shows a perspective view of an alternate embodiment of the system 10 in combination with the band 12 depicted in fig3 and 3a . in this embodiment , a magnet 13 is affixed directly to the implement 16 ′ without the need for a band 18 or other metallic attachment . in this embodiment , the magnet 13 may be affixed to the implement 16 ′ by any known method , including an epoxy , an adhesive , or by means of a vessel within the implement 16 ′ that is cooperatively formed to receive and retain the magnet 13 . fig5 a and 5b show comparative views of the system 10 in combination with a wearer &# 39 ; s hand 20 . as shown in fig5 a , the implement 16 ( a writing instrument ) 16 bears a metallic portion 18 positioned at a generally central location on the implement so that it may be free to rotate at an angular speed w about an axis l through the magnet 14 ( see fig2 , 4 ). referring to fig5 , it is preferred that the magnets 13 , 14 have some vertical dimension , which enables the implement to be spaced from the wearer &# 39 ; s hand 20 , as this space will facilitate free rotation of the implement 16 . referring specifically to fig5 a , the band 12 comprises a finger ring worn on the wearer &# 39 ; s hand 20 . as aforementioned , however , the band 12 may take a larger form and be worn as a wrist band . when worn on the finger , however , the band 12 enables the implement 16 to turn in direction w about an axis that is generally orthogonal the implement 16 ( and the plane of the wearer &# 39 ; s hand 20 ). having described the invention in detail , it is to be understood that this description is for illustrative purposes only . the scope and breadth of the invention shall be limited only by patent claims .
the disclosure shows a system for retaining an implement adjacent a person &# 39 ; s hand . the system includes a band , and a magnet attached to the band . a metal portion surrounds at least a portion of on the implement , making the implement removably engagable with the system .