ES2238018B1 - FISHING BULK BASED ON COMPACTED GRANULES OF AQUICULTURE FEED (PISCIFACTORIES). - Google Patents

Abstract

Manufacture of fishing bait for professional or sports use in both marine and river waters in all modalities in which a hook is used as a capture weapon. Composed of a compacted fish food complex in the form of an oval, cylindrical, spherical and cylindrical polygonal granule of different sizes, with holes that cross it of different diameters to allow the passage of the line and anchoring of the hook, which will vary in composition, granule size and hole diameter according to the species and size (age) of the fish to be caught as well as the line and hook to use.

Description

Fishing bait based on compacted granules of I think of aquaculture (fish farms).

Technical sector

The invention falls within the sector of the professional and sport fishing to achieve an effective bait of Easy use, conservation and long duration for use in the professional and sport fishing both in marine waters (sea coast (fishing with buoy, pitcher, kicker, trolling, baga etc ...), sea boat (longline, trolling, rum, etc.) as river (both in brave rivers marshes lakes and marshes all the modalities in which a hook is used as a weapon of capture).

State of the art

They are currently being implemented throughout the marine coast as well as in the river waters of the channels of the fish farms which use food complexes in form of compacted feed pellets and suitable for different species that are raised in these facilities, however you want that part of that I think goes to the waters that surround the same, after conducting several investigations we have found that the species in freedom of the areas where the farms in a very large radius surrounding them have incorporated into your diet granules that accidentally leak or they pour out of the cages, and also that these granules have a great attractive power for wild species.

The current format of feed pellets is in shape of regular or polygonal cylinders and in spherical shapes or oval of different diameters and measures according to the species a feed and the size or age of the species but in all formats are common which are compact and extremely solid hard to be traversed by the hooks that are used to fishing modalities both marine and river fishing professional or sports that is practiced today, doing impossible to anchor or hold in a stable and effective way to the hooks making it unfeasible to use as bait without a previous adaptation or conversion of the existing format for Use as fishing bait.

It would therefore be desirable to obtain a system. to be able to anchor and hold in a quick practical way and effective to the hook to be able to use it as a fishing bait with The sufficient guarantee of effectiveness.

Detailed description of the invention of the format a patent

The present invention consists in manufacturing or mechanical modification of granules of the same size, shape, composition and consistency according to the species and size a capture.

Practicing a dimension hole millimeters that go through the current format will allow the fishing line passes through the granule allowing it to be possible to easy and practical way as well as sure that it is anchored to the hook and get it according to the inclination or direction with respect to the axis of the cylinders or ovals of the hole practiced the perfect camouflage of the hook without reducing the effectiveness of its death.

Embodiments of the invention

The present invention is further illustrated. with the following clarifications and examples which are not intended Be limiting in scope.

Example 1

When the hook to use is in shape rounded respect between the shovel and death and the granule be cylindrical a hole will be made transverse to the axis of the cylinder in order to get the granule to adopt a position inclined that will allow a greater camouflage of the hook.

Example 2

When the hook to use is in the form of inverted right angle between the shovel and death and the granule be a hole will be made through the same axis of the cylinder in order to get the granule to adopt a straight position which will allow greater camouflage of the hook.

Example 3

When the hook to use is in the form of inverted right angle between the shovel and death and the granule be an oval will be made through the same axis of the cylinder with in order to get the granule to adopt a straight position that It will allow greater camouflage of the hook.

Example 4

When the granule is spherical in shape, it will be make a hole through the shaft for right angle hooks inverted and two holes one by the vertical axis of the sphere and another by the horizontal axis to accommodate curved hooks taking advantage the right angle created inside the sphere, this example It can also be applied to cylindrical and oval granules when its size advises it to increase its effectiveness.

All examples will have in common that the hole diameter will be variable to let the line pass and the knot that is made with this in the hook shovel by consequently the holes will vary according to the diameter of the thickness of the  line and the size of the hook which implies more or less size of the shovel of the same.

The hole will be made the granule with different inclinations on the central axis or the walls of the granules depending on their shape and types, shapes and sizes of the hook to use. To get the maximum efficacy of the bait.

Description of the figures

In the drawings of the figures you cannot keep a scale with the actual size since its size varies depending on the granule and the diameter of the hole to practice in the same are only indicative depending on the shape of the granule and the angle of the hole or holes made with respect to the axis vertical of the aforementioned compacted feed pellet of Aquiculture

Figure one

Oval shaped granule with perforation (1) per the same vertical axis (2) with respect to the volume of mass (3) of the granule.

Figure 2

Oval shaped granule with perforation (1) to 15 degrees of inclination of the vertical axis (2) with respect to the volume of mass (3) of the granule.

Figure 3

Oval shaped granule with perforation (1) to 90 degrees of the axis (2) vertical with respect to the volume of mass (3) of the granule.

Figure 4

Oval shaped granule with perforation (1) to 45 degrees of inclination of the vertical axis (2) with respect to the volume of mass (3) of the granule.

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Figure 5

Cylindrical granule with perforation (1) along the same vertical axis (2) with respect to the volume of mass (3) of the granule.

Figure 6

Cylindrical granule with perforation (1) a 15 degrees of inclination of the axis (2) vertical with respect to the volume of mass (3) of the granule.

Figure. 7

Oval shaped granule with perforation (1) to 90 degrees of the axis (2) vertical with respect to the volume of mass (3) of the granule.

Figure 8

Oval shaped granule with perforation (1) to 45 degrees of inclination of the vertical axis (2) with respect to the volume of mass (3) of the granule.

Figure 9

Polygonal cylindrical granule with perforation (1) along the same axis (2) vertical with respect to volume of mass (3) of the granule.

Figure 10

Polygonal cylindrical granule with perforation (1) at 15 degrees of inclination of the axis (2) vertical with respect to the volume of mass (3) of the granule.

Figure eleven

Polygonal oval shaped granule with perforation (1) at 90 degrees of the axis (2) vertical with respect to the mass volume (3) of the granule.

Figure 12

Oval shaped granule with perforation (1) to 45 degrees of inclination of the vertical axis (2) with respect to the volume of mass (3) of the granule.

Figure 13

Spherical shaped granule with perforation (1) per the same vertical axis (2) with respect to the volume of mass (3) of the granule.

Figure 14

Spherical granule with double perforation (1) along the same vertical axis (2) and at 90 degrees (4) thereof with respect to the volume of mass (3) of the granule.

Claims (5)

1. Fishing bait consisting of complex fish food compacted in the form of an oval granule, cylindrical, spherical and cylindrical polygonal of different sizes, with holes that cross it of different diameters for allow the passage of the line and anchoring of the hook that will vary; in composition, granule size and hole diameter according to species and size (age) of the fish to be caught as well as the line and hook to use. 2. Fishing bait consisting of complex fish food compacted in the form of an oval granule with hole along the vertical axis with respect to the volume of the mass that composes (Fig. 1) or with several inclinations with respect to the mentioned axis (figs. 2, 3, 4). 3. Fishing bait consisting of complex fish food compacted in the form of a Cylindrical granule with hole along the vertical axis with respect to the volume of the mass that composes (Fig. 5) or with several inclinations with respect to the mentioned axis (figs. 6, 7, 8). 4. Fishing bait consisting of complex Fish food compacted in the form of a Cylindrical granule polygonal with hole along the vertical axis with respect to the volume of the mass that composes it (Fig. 9) or with several inclinations with respect to to the mentioned axis (figs. 10, 11, 12). 5. Fishing bait consisting of complex fish food compacted in the form of a spherical granule with hole along the vertical axis with respect to the volume of the mass that composes (Fig. 13) or with several inclinations with respect to the mentioned shaft (fig. 14).