referring to the drawings , the lockable fishing rod rack is designated generally at 10 and is made up of a stationary rack member 12 and moveable rack member 14 . the stationary rack member 12 is adapted to be mounted within a building or vehicle but more particularly in a boat on a generally vertical bulkhead or in an overhead horizontal position within the cabin portion of a fishing vessel . the stationary rack member 12 has a rear edge 16 which is adapted to be fitted against a wall bulkhead or ceiling and held in position by various means such as screw fasteners or adhesive to mount the device securely in position . as an example , a cleat 17 can be provided on one side of member 12 and fastened thereto by adhesive or screws , screws 19 can be used to fasten the cleat and attached member 12 to the selected subframe . the rack member 12 preferably is made of a plastic board material which does not require painting and is weather resistant . opposite the rear edge 16 , stationary rack member 12 is provided with a plurality of hook portions 18 and a corresponding number of bight or seat portions 20 in which horizontally disposed fishing poles can rest . although three hook portions 18 are shown , if should be understood that a larger number or lesser number could be provided depending on the requirements and available space . also , only one complete lockable rack 10 is required to support one end of the elongated items such as fishing poles . the opposite end of the fishing poles may be supported on hooks of a stationary rack member 12 with or without a moveable rack 14 or the need for a lock mechanism . the moveable rack member 14 forming a portion of the rack 10 , is preferably made of sheet metal such as stainless steel that is bent from a flat condition seen in fig5 to form a u - shaped cross - section as shown in fig3 having leg portions 22 and 24 that are disposed in parallel relationship and spaced apart a sufficient distance to slidably receive the stationary rack member 12 as best seen in fig1 and fig2 . as viewed from one side as seen in fig1 and fig2 , the moveable rack member 14 is provided with hook portions 28 corresponding in number to the hook portions 18 on the stationary rack member 12 . the moveable rack member 14 is held in position relative to the stationary rack member 12 by means of slots 30 which receive double headed rivets 32 secured in fixed positions 34 in the stationary rack member 12 as best seen in fig2 . the slots 30 permit limited relative sliding movement of the moveable member 14 relative to the stationary rivets 32 in member 12 as best seen in fig1 and fig2 . in fig1 the associated hook portions 18 and 28 are in a position to accept fishing rods which can be moved into position through the opening or gaps indicated at 36 . in fig2 the moveable member 14 has been moved to the position closing the gaps 36 so that any rod members lying in the bight 20 of the hook portions 18 cannot be removed laterally from the rack 10 . referring now to fig5 . , the moveable rack member 14 is originally flat and has its sides 22 and 24 joined together by connecting portions 38 joining hook portions 28 . to bring the two sides 22 and 24 into parallel relationship with each other as shown in fig2 , the flat member 39 is bent along the connecting portions 38 to bring the sides 22 and 24 into parallel relationship to each other . this also brings the pairs of the slots 30 and the pair of lock openings 40 into alignment . a push button type of keyed lock 46 is used to maintain the members 12 and 14 in locked , stationary position relative to each other . for this purpose the moveable member 14 is provided with aligned openings 40 in the sides 22 and 24 . the openings 40 are brought into alignment with an opening 42 in the stationary member 12 in the closed condition of the rack 10 . in that condition a plug type lock or push button type lock 46 as seen in fig1 , 2 and 3 , can be positioned to be in the three aligned openings 40 and 42 . if the lock is of the push button type it can be permanently fixed to one of the sides 22 or 24 in the associated opening 40 . in the locked condition of the rack 10 , the portion 47 of lock 46 is pushed to the right as viewed in fig3 to interfere with the opening 42 in the stationary member 12 . this reduces the exposed size of the lock to make most tools such as bolt cutters ineffective in any attempt to force opening without a key . in the case of a plug type lock ( not shown ) the entire lock is insertable in aligned openings 40 and 42 , leaving even less structure exposed to tools attempting to force opening . if desired , the rack 10 can be placed in condition to receive the shackle of a conventional padlock by providing aligned openings in the walls 22 and 24 of the moveable member 14 and in the stationary member 12 when the rack is in its closed condition as seen in fig2 . such a lock arrangement does not take full advantage of the security afforded by the mounting of a push button lock 46 or the use of a plug type lock . a lockable rack for fishing poles and other elongated items has been provided in which a stationary rack member and a moveable rack member are moved relative to each other between an open , pole receiving position and a closed pole secured position . in the closed position a push button lock or plug type lock can be locked in aligned openings to prevent relative movement of the rack members with the lock substantially concealed within the rack member to prohibit access with tools in an attempt to overcome the locked condition .
a lockable fishing rod rack for holding a multiple number of fishing rods made of materials resisting corrosion and compatible with the environment in which a first rack member and a second rack member are slideable relative to each other so that in one position of the racks the lock can be placed in position and upon sliding movement of the racks relative to each other the rack is closed to the removal of fishing rods and can be held in that position by a lock preventing relative movement of the two rack members .