IT201900004817A1 - WIRE GUIDE RING WITH BINDING CIRCLE - Google Patents

Description

TITLE: Wire guide ring with constraint ring

Description

Scope of the invention

The wire guide ring with constraint hoop is aimed at the field of equipment technique for sport and amateur fishing, in particular at an innovative constraint system of the wire guide ring installed on the floats to improve the resistance to the stresses due to launches and to the fisherman's via ferratas in still fishing action.

Brief notes on the known art.

Up to now, the floats for still fishing have been equipped with a wire guide ring installed on them by means of an extension of the two ends of the metal wire coming out of the ring, turned several times on themselves so as to form a rod externally in the shape of a double helix duly folded with respect to the ring itself, which is inserted and glued on the body of the float which usually results to be made of turned flounce or polyurethane foam or other similar material made by injection on molds. Recently, in some types of floats, a plastic tube has been added to this, inserted vertically on the body of the float in axis with the wire guide ring and below it. Despite this last technical measure, the stresses due to the numerous launches and ferratas with the float under the surface of the water, a situation created by the fish biting the bait, and last but not least, sporadic, but unfortunately possible twisting of the line on the float itself, which determine an imperfect lowering of the line in the water and therefore a subsequent anomalous strike with no more axial stresses on the float, can lead to the escape of the metal rod integral with the wire guide ring, from the body of the float and / or even, also to the partial or total leakage of the plastic tube below; This makes it essential to replace the float during the fishing action, also involving the construction of a new line, since the float is located at the top of the drop. A waste of precious time for the fisherman and also expensive since parts of the line, sinkers, hook and the float itself have to be replaced. There are also other types of floats, for example those specific to match fishing, but said devices carrying only a wire guide ring at the lower end of the lower rod of the float cannot be of interest for the device I thought of, which it is innovative exclusively for traditional floats for still fishing performed with rod and reel or fixed rod also of the Roubasienne type.

Summary of the invention

It is therefore an object of the following invention to create a more resistant bond to the wire guide ring of the float.

It is also an object of the following invention to achieve this objective in an extremely simple way from the constructive point of view.

It is also an object of the following invention to provide a device which is durable over time and therefore resistant to environmental agents.

Finally, it is an object of the following invention to obtain the result written above with a very modest additional production cost.

The aforementioned purposes are therefore achieved with the present device consisting of: A metal wire guide ring (1) integral with a hoop composed of the left half circle (2) and the right half circle (3), to be installed inside a horizontal grooved seat ( 9) dedicated to them performed horizontally on the perimeter of the float body (A). Also on the body of the float (A) diametrically opposite to the wire guide ring, an upper vertical grooved seat (10) and a lower vertical grooved seat (11) are made. Said grooved seats (10) and (11) give way to house the two terminals (4) and (5) of the metal wire with which both the wire guide ring and the two semicircle circles (2) and ( 3). The terminal (4) is bent upwards, while the terminal (5) is bent downwards. The aforementioned seats (9), (10) and (11) are treated with a special glue or appropriate impregnating paint in order to strengthen the surface before the installation of the guide ring (1) with relative integral hoop, composed of the semicircle (2) and from the semicircle (3) having both ends (4) and (5) folded as described above. The aforementioned bent terminals (4) and (5) further react to the residual positive and negative moments given by the wire tensions transmitted to the wire guide ring. To enhance this function, the flattening of the two terminals could be provided in order to increase the reactant surface. The hoop, thus installed on the body of the float (A), will then be treated with glue and subsequently with filler paint or other suitable substance, in order to re-establish the surface course of the float body according to a curve without edges, such edges, which could jeopardize the perfect functioning of the float immersed in the water. Furthermore, and last but not least, the two ends of the hoop, folded and allocated in the respective seats (10) and (11), will be sized in such a way as to be equal in weight to the metal required to make the opposite wire guide ring, in in order to perfectly balance the float even if we are talking about extremely small and therefore not very influential weights. As an alternative to this solution, the manufacturer can use a second manufacturing technology for the constraint of the ring. It involves a slightly more expensive solution, as two slots or end rings must be made, one upper (6) and one lower (7) on the two ends relative to the left (2) and right (3) semicircles of the opposite ring. to the wire guide ring (1), so that they can be overlapped and constrained by means of a pin (8). Both for the two slots (6) and (7) and for the upper and lower parts of the pin (8) coming out of the aforementioned slots (6) and (7), seats (10) and (11) dedicated to them will be made made on the body of the float (A).

Clearly, the float will also be composed of a high visibility upper rod (B), which can be removed for the possible installation of a luminous rod for night fishing or even fixed for day fishing only and a fixed lower rod (C) both integral. to the float body (A). When assembling the float thus composed, on the mother line (F), an axially perforated cylinder (D) made of silicone elastic material or another type of elastomer will necessarily be inserted, able to constrain the float by friction at the desired height in the main line (F) versus the terminal hook (FI). In the section of the main line located under the float, weights (G) will be fixed to allow the correct partial sinking of the float up to the level considered optimal by the user. Finally, at the end of the main line, a thinner line end (E) will be tied to the lower end of which the hook will be tied (FI).

An example of the invention described above is shown in the following graphic tables, it is not to be considered binding, since modifications and improvements can be made by experts in the field without however distorting its main operating characteristics.

Brief description of the drawings

Fig. 1 represents the constructive solution of the wire guide ring with hoop seen in plan, having the ends of the semicircles of the hoop simply curved like a hook so as to be hooked to each other.

Fig. 2 represents the same constructive solution of Fig. 1 of the wire guide ring with hoop seen from the side.

Fig. 3 represents the constructive solution of the wire guide ring with end slots and locking pin seen in plan and from the side.

Fig. 4 represents the body of the float in which the grooves suitable for accommodating the device have been made seen from the side.

Fig. 5 shows the body of the float with the device installed, without the filling fillings suitable for uniforming the external surface of the float itself.

Fig. 6 shows the float with the surfaces filled and treated with suitable paints seen in plan and from the side.

Fig. 7 represents the float mounted in the main line with its lowering composed of final sinkers and terminal hook ready for the fishing action.

Description of an embodiment of the invention and its use.

Considering the field of use of the invention to be extremely specific for the sole purpose described above, the description of the device and its use is given below as shown in Fig. 6 and Fig.7.

Mr. Caio, entrepreneur, decides to build a float for sport fishing, which has the characteristic of having a wire guide ring resistant to the stresses due to fishing actions. To do this, it adopts the following technique which is effective for the objective it has set itself. Make a metal wire so that it reproduces on one side a closed ring (1) and integral with it a left half circle (2) and a right half circle (3) having the ends folded into a hook respectively (4) and (5). Said hook-folded ends (4) and (5), uses them to be able to hook the aforementioned semicircles (2) and (3) to each other. These semi-circumferences make them in various sizes so that they can be mounted in several types of floats both of different shapes and weights.

Taking a body of a float (A) previously prepared for example by turning a flounce block, always on the lathe Mr. Caio realizes the seat of the two semicircles (9), simply by making a circular groove on the surface of the float itself. At the top, it partially perforates the body of the float both at the top to create the seat for the high visibility rod (B) and at the bottom for the smaller diameter rod (C). Subsequently, with a milling cutter he makes the vertical grooves in axis between them (10) and (11) of the seat of the ends of the two semicircles (4) and (5). Said seats are treated with suitable glue and the wire guide ring is installed in them, widening and then closing and hooking the two half circumferences (2) and (3). Once this is done, the entrepreneur spreads a special component to plug the cracks. After drying, sand the surfaces of the float body to finish and then paint them properly. Glue the lower rod into its hole and insert the removable one into the upper hole. Mr. Caio himself goes to the river to test the device; Once on the fishing site, mount the float on the main line (F) of the fishing rod, passing the line through the line guide ring (1) and a silicone rubber (D), in the same silicone rubber (D) briefly inserts the lower rod of the float (C). He then places on the main line the weights (G) necessary for the float to be adequately submerged and finally makes the leader (E) of appropriate length with the terminal hook (H) and binds it stably to the main line.

Put the bait in the hook, he begins to fish, testing the device by making numerous casts and forcing the ferratas, in order to appreciate the greater resistance of the invention compared to the technical solutions on the market up to now.

Construction details list

1) Thread guide ring

2) Left semi-circumference of the hoop

3) Right half circle of the ring

4) Left half hoop terminal bent

5) Terminal of the right half hoop bent

6) Terminal ring or slot made at the extreme of the left half circle (second construction type)

7) Terminal ring or slot made at the extreme of the right half circle (second construction type)

8) Pin connecting the two half-circumferences of the hoop (second construction type)

9) Circular groove made on the body of the float (A) seat of the two half hoops (2) and (3)

10) Upper vertical seat groove of the bent terminal of the left half hoop (4) or of the upper part of the pin (8) 11) Lower vertical seat groove of the bent terminal of the right half hoop (5)

List of components of a generic float line in action for fishing

A) Body of the float

B) High visibility float rod

C) Lower float rod

D) Rubber stop wire

E) Final

F) Main line

G) Weights installed on the main line

H) I love

Claims (1)

TITLE: Wire guide ring with constraint hoop Claims 1) - Wire guide ring with constraint hoop, characterized by the fact that it is composed of the following construction elements: A horizontal wire guide metal ring (1), integral with a metal hoop, also horizontal and composed of the left semicircle (2 ) and from the right semicircle (3); The two end parts of the resulting hoop opposite the wire guide ring (1) are shaped like a hook so that they can overlap and self-constrain by closing the circumference of the hoop; Furthermore, the two portions of filament at the ends are bent at about 90 °; The end (4) relating to the left half circle (2) is bent upwards and finds its seat in the upper vertical groove (10), while the end (5) relating to the right half circle (3) is bent downwards and finds its seat in the lower vertical groove (11); The complete circle made up of the semicircles (2) and (3), finds its seat in the groove (9) made horizontally around the entire perimeter of the float body (A); The surface roughness resulting from the grooves (9), (10) and (11) in which the construction details of the wire guide ring with constraint ring are installed, are eliminated with a suitable filler and glue product. 2) - Wire guide ring with constraint ring as per claim 1, characterized by the fact that, alternatively, a ring or slot (6) is made in the end relative to the left semicircle (2) and in the end relative to the right semicircle ( 3) a ring or slot (7) is made; Said rings or slots (6) and (7) are superimposable so as to allow the installation inside them of the locking pin (8); The aforementioned ring end parts (6) and (7), and the relative locking pin (8), are located in the seats dedicated to them (10) and (11) made in the body of the float (A), they are diametrically opposite to the wire guide ring (1).