the invention described herein comprises a body ( 10 ) having a base section ( 12 ) and a cap section ( 14 ). any of a wide array of commercially available materials can be used to make body ( 10 ) in whole or in party , including woods , metals , or plastics , such as thermoplastic polymers or thermosetting polymers . thermoplastic polymers , such as polyesters , polyamides , and polyurethanes are preferred . the polymers can be glass filled to provide additional rigidity . glass filled polyamide nylon 6 - 6 , is particularly preferred for use in body ( 10 ). as shown in fig1 , the base section has a sliding plane ( 16 ), an emerging plane ( 18 ) and at least two elongated annular channels ( 20 ) extending throughout the entire length of the base section ( 12 ). annular channels ( 20 ) can be formed by boring through the base section ( 12 ) from sliding plane ( 16 ) to bottom plane ( 18 ). alternatively , the base section ( 12 ) can be made in two mirror image halves wherein half of the annular channels are in a surface of each half of base section , and are joined together , e . g ., with and adhesive such as an epoxy resin , so that when the two halves of base section ( 12 ) are joined , full annular channels ( 20 ) are formed which are entirely surrounded by the base section ( 12 ). the annular channels ( 20 ) can each have recessed top ends which are sized , together with annular channels ( 20 ) themselves , to receive and removably hold golf tees ( 24 ) therein . golf tees ( 24 ) are positioned completely beneath the sliding plane ( 16 ) of base section ( 12 ) so that when the golf tees ( 24 ) are held in the base section ( 12 ) they can extend through the entire length of the base section ( 12 ) and through the emerging plane ( 18 ) of the base section ( 12 ) and be entirely below the sliding plane . in this manner , the golf tees ( 24 ) are positioned to cooperatively work together to provide a turf repair function . the annular channels ( 20 ) can be parallel , or they can be tapered , such as toward each other . base section ( 12 ) is provided with a rail section ( 26 ) which is above the sliding plane ( 16 ) of base section ( 12 ) for receiving cap section ( 14 ) as discussed below . rail section ( 26 ) can have a wide array of shapes . however , it is preferred that rail section ( 26 ) have a widening shape in at least a part thereof above the sliding plane . in this way , the rail section will have a wider cross sectional area at a point above sliding plane ( 16 ) than the cross sectional area of the rail sections nearer to or at the sliding plane ( 16 ) itself so that the rail section ( 26 ) can act to securely hold and directly contact cap section ( 14 ) immediately atop base section ( 12 ) utilizing a correspondingly shaped hollow section ( 34 ) in cap section ( 12 ). rail section ( 26 ) of body section ( 12 ) and hollow section ( 34 ) of cap section ( 14 ) each have the same shape which can be any of a wide variety of shapes , such as spherical or triangular . preferably rail section ( 26 ) and hollow section ( 34 ) are both trapezoidal in shape . the base section ( 26 ) can be provided with a base section insert ( 28 ) for magnetic attraction , comprised of magnetic material , such as a ferromagnet or a ferrimagnet . preferably , base section insert ( 28 ) is positioned in rail section ( 26 ). the cap section ( 14 ) has an upper level ( 30 ) and at least two retainer sections ( 32 ). the cap section ( 14 ) is preferably made of the same material as the base section ( 12 ) of the body ( 10 ), preferably , glass filled nylon 6 - 6 . the cap section ( 14 ) has a hollow section ( 34 ) beginning at the bottom edge which , as indicted above , is adapted to slideably receive rail section ( 26 ) of bottom section ( 12 ). since hollow section ( 34 ), has substantially the same shape as rail section ( 26 ), and golf tees ( 24 ) are positioned below sliding plane ( 16 ), the cap section ( 14 ) is adapted to slideably engage the rail section ( 26 ) of base section ( 12 ) and be held in registering relation with base section ( 12 ). advantageously , the retainer sections ( 32 ) of cap section ( 14 ), are thereby situated above the annular channels ( 20 ) of base section ( 12 ). a device is thus provided that can firmly hold golf tees ( 24 ) in place so that during use golf tees ( 24 ) do not slide upward and instead are firmly held in place in body ( 10 ) to provide a firm repair function , with the cap section ( 14 ) being immediately atop base section ( 12 ). it will be seen that a device is provided that does not require permanent prongs to accomplish turf repair , or the need for undue mechanical mechanisms . cap section ( 14 ) can have a cap section insert ( 40 ) for holding cap section ( 14 ) to base section ( 12 ) by magnetic attraction . base section insert ( 28 ) and cap section insert ( 40 ) are magnetically attracted to one another either by being magnets of opposite polarity , or by one being a magnet and the other being in whole or in part a metal such as iron or steel capable of attraction to the magnet . thus , when cap section insert ( 40 ) is metal , base section insert ( 28 ) can be a magnet . when cap section insert ( 40 ) is a magnet , base section insert ( 28 ) can either be a magnet of opposite polarity or a metal capable of attraction to the magnet . a ball marker ( 36 ) is provided for marking the golfer &# 39 ; s ball on the green . ball marker ( 36 ) can be magnetically attracted to either the cap section insert ( 40 ), the base section ( 28 ) insert , or both . ball marker ( 36 ) can either be a magnet or contain a magnet in whole or in part of opposite polarity to the cap section insert magnet or the base section insert magnet , or ball maker ( 36 ) can be made in whole or in part of a metal capable of attraction to a magnet in the cap section insert magnet or the base section insert magnet , or both . the shape of the body can be tapered and have rounded sides to provide a streamline device to give the golfer a confident and secure feel , as well as provide ready accessibility to golf tees and a ball marker needed to play golf . the preferred embodiment of the device comprises two annular channels ( 20 ), for holding and carrying two golf tees ( 24 ), with the body section ( 12 ) made of plastic such as glass filled nylon 6 - 6 , and have at least one metal ball marker ( 36 ) adapted to be magnetically held and removably attached to the of cap section insert magnet ( 40 ), preferably at upper level ( 30 ), or it can be held at the sides of base section ( 12 ) via a base section insert magnet ( 28 ), or both . recesses can be also provided in the cap section ( 14 ) such as in the upper level ( 30 ), or along the sides of the base section ( 12 ) so that the ball marker ( 36 ) can more securely fit to the body and be partially imbedded therein . preferably , ball marker ( 36 ) is metal , cap section insert ( 40 ) is a magnet , and base section insert ( 28 ) is located in the rail section ( 26 ) and is either a metal or a magnet having the opposite polarity as the magnet in cap section insert magnet ( 40 ). in this manner , a golf device is provided which can magnetically secure and slideably hold the cap section ( 14 ) immediately atop base section ( 12 ) and hold a golf marker as well , all while firmly holding golf tees in place . this can enable the golfer to conveniently carry a turf repair device and ball markers without having to search through separate pockets , or inconveniently snap items in place . as another alternative , the ball marker and body can each be configured to permit the marker to be removably attached , e . g ., via a friction fit wherein the ball marker ( 36 ), can have a protrusion ( 44 ) as shown in fig5 and either cap section ( 14 ) or body section ( 12 ), or both , can have a recess ( 42 ) for receiving the protrusion ( 44 ) of ball marker ( 36 ). proper golf etiquette dictates that a golfer repair damage to the putting surface , especially damage that occurs when the golf ball strikes the green . when the device is loaded with two golf tees , the golf tees extend beyond the emerging plane ( 18 ) of base section ( 12 ) and the end of the golf tees can be used to repair the turf putting surface . the device of the invention secures golf tees ( 24 ) in place during turf repair and prevents the tees from sliding during repair . the device can be made in any of a large number of ways . for example , the device can be made by casting , or by plastic injection molding techniques . although the present invention has been described with reference to preferred embodiments thereof , many modifications and alterations can be made within the context of the present invention .
a golf device is provided for turf repair and holding golf tees and a ball marker . the device utilizes the golf tees themselves to do turf repair and firmly holds the tees in place during the repair function . the device includes a body having a cap section and base section which are slidable held together so that the cap section is positioned immediately atop the base section to hold golf tees in place and prevent them from sliding upward during repair . inserts are provided to magnetically attract the cap section to the base section and to removably hold a ball marker .