Abstract:
A fishing pole retention system on a boat that includes at least two retention blocks that are spaced from each other on an installation on a boat having bores therein that will receive ends of fishing poles. Each of the retention blocks can arrest or clamp therein an end of the fishing poles. The clamping mechanism involves a screw activated clamping block that moves up or down or involves a sliding mechanism that moves at least two clamping blocks in a sideways movement. Both clamping mechanisms are easily moved to and arrested position or to an open position.

Description:
CROSS REFERENCE TO RELATED APPLICATIONS (NONE)  
     STATEMENT REGARDING FED SPONSORED R &amp; D (NONE)  
     BACKGROUND OF THE INVENTION  
       [0001]     The invention involves the storage of fishing rods and reels, especially on a boat recreational boats as well as professional fishing boats including deep sea fishing boats carry a certain number of fishing rods so that any number of persons can participate in the sport of fishing. As is well known, fishing rods are quite oblong, they are flexible, have bulky reels attached thereto and most often have fishing lines dangling from one end to another. If these fishing rods are not properly secured, especially when not in use, they can be a quite a nuisance. Moreover, a fishing boat is not a steady vessel and is in a constant motion which adds to the difficulty of maintaining everything secure and tidy aboard ship.  
       SUMMARY OF THE INVENTION  
       [0002]     Because of the above, the invention involves a simple construction by which all of the fishing rods on board the ship or boat can easily be stored and secured and out of the way of the people onboard but still be will easily available for instant use if so desired. The construction involves the use of at least two spaced apart blocks that are mounted in an out of the way position. The blocks have several bores therein of a certain diameter and when a fishing rod is placed at their ends, one end into each bore, the fishing rods are out of the way. Each bore in each of the blocks has a locking mechanism therein so that the fishing rod is securely fastened therein.  
     
    
     BRIEF DESCRIPTION OF THE DRAWINGS  
       [0003]      FIG. 1  is a perspective view three fishing rods being secured under the canopy of a boat;  
         [0004]      FIG. 2  is a perspective view of how the fishing rods are placed in the blocks and fastened therein  
         [0005]      FIG. 3  illustrates one type of a locking mechanism;  
         [0006]      FIG. 4  is an exploded view of a different type of locking mechanism;  
         [0007]      FIG. 5  shows the locking mechanism of  FIG. 4  in an assembled condition. 
     
    
     DETAILED DESCRIPTION OF THE INVENTION  
       [0008]      FIG. 1  shows three  5 ,  6  and  7  fishing rods installed in an out of the way location under the canopy  2  of a boat  1 . It is obvious that any additional numbers of fishing rods can be installed in this manner. For example, any number of fishing rods could be installed along the gunwale of a boat, as long as a certain straight length is available. The storage system consists of at least two blocks  3  and  4 . Each of the storage blocks has at least three bores  4   a,    4   b  and  4   c  in block  4  to accommodate at least three fishing rods. It is important that the fishing rods placed are placed into the blocks in an alternating fashion because of the presence of the reels  5   a,    6   a  and  7   a  which prevent the rods from being closely spaced to each other because of their bulk. This way, the reels are alternating in their position.  
         [0009]      FIG. 2  shows the alternating positions of the fishing rods more clearly.  FIG. 4  also shows the clamping devices for clamping the fishing rods in a secure location. To this end, there are shown the knurled knobs  8  which will arrest the rods  5 ,  6 , and  7  securely in place when turned. The arrow A illustrates the movement of one of the finishing rods  5 , for example, in it proper sequence of installation.  FIG. 2  shows the same reference characters as were used in explaining the details of  FIG. 1 .  
         [0010]      FIG. 3  shows the details of the clamping mechanism. This  FIG. 3  shows the details of the storage block  4  with its attending reference characters. This block can accommodate only one clamped fishing rod and therefore, shows only clamping block  13  to be used in the middle of the storage block  4 . It should be made clear at this point that the two outside bores  4   a  and  4   c  can also accommodate each a fishing rod instead of the middle one  4   b  as shown in  FIG. 3 , as long as any two fishing rods are separated from each other so that any two reels do not interfere with each other. To reinforce the clamping block at its top and bottom edges, an edge molding  10  (top) and  11  (bottom) is used by way of screws  10   a    11   a,  respectively. The storage block  4  has a recess therein to receive the clamping block  13  in a sliding manner. The clamping block  13  has the opening  13   a  there through. The opening  13   a  is the same size as the bores  4   a,    4   b  and  4   c  to receive the handle of the fishing rod therein. The opening  13   a  has an O-ring  13   b  on its interior for the protection of the handle of the fishing rod. The clamping block  13  is moved up or down by way of knurled knob  8  which has a double headed screw end one of which is fastened into the knurled knob  8  while the other end is screwed into the clamping block  13 . Thereby, any turning of the knurled knob  8  will move the clamping block  13  in any direction and if so desired will move the clamping block  13  either up or down to clamp the handle of the fishing rod into a clamping positions.  
         [0011]      FIG. 4  is an explosive view of a different clamping device. The same reference characters are being used as were shown in previous FIGS. In the previous embodiment, the clamping blocks were moved up and down while in this embodiment they are moving sideways to arrive at the same results and that is to clamp the fishing rods in a sideways movement In this embodiment the retention block  20  has elongated slots or reception recesses  22  and  23  therein in which each will receive a clamping block  21  (only one is shown). The clamping block  21  is of the same dimension as that of  FIG. 3 . The clamping block  21  also has an O-ring  21   a  therein as was explained with reference to the clamping block  13  and  13   b  in  FIG. 3 . This embodiment also has an activating slide  25  mounted within the retention block  20 . The activating slide  25  has upstanding activating spars  26  and  27  thereon which reach into the recess  22  and  23 , respectively, of the retention block  20 . The activating slide  25  has a lateral extension  29  thereon for the purpose of receiving a pad  30  thereon which is fastened thereon by way of a screw  30   a.  There is also a compression spring  24  located between the clamping slides  22  and  23 . In a bottom recess, there is also located an arresting plate  31  having an arresting dog  32  thereon. Once all the above described elements are installed, the compression spring  24  will push the clamping block  21  to the left in  FIG. 4  against the activating spar  26  while the activating spar  27  pushes against the activating spar  27 . The activating slide  25  has ratchet teeth on a bottom side thereof which will engage the arresting dog  32  on the bottom arresting plate  31 .  
       Operation  
       [0012]     When the fishing rods are to be installed, the activating slide  25  will be pushed to the right in  FIG. 4  against the bias of the spring  24  and by way of the clamping block  21 . At this point, the activating slide  25  will be arrested in the biased position by way of the arresting teeth being blocked against the arresting dog  32 . Once all the fishing rods are installed, it merely takes a pull down on the arresting plate  31  at the release latch  34  to liberate the ratchet teeth from the arresting dog  32  to free the activating slide from its arrested status and move the clamping plate  21  and the other clamping block on the right of  FIG. 4  (not shown) to a clamping position because of the bias of the spring  24 . If it desired to free the arrested fishing rods from their present position, it is merely a matter of pushing the activating slide  25  by way the pad  30  to free the activating spars  26  and  27  from pushing the clamping blocks  21  from clamping the fishing rods.  
         [0013]      FIG. 5  shows the exploded view of  FIG. 4  in an assembled state. The same reference characters are shown as was in previous FIGS. This retention system of fishing rods illustrates a system for arresting two fishing rods in one system. In this system, there are two the clamping blocks  21  and  50  alluded to with regard to  FIG. 4  and the second recess  51  as a reception for the clamping block  50 .