FR2668891A1 - Floats by lateral integration for fishing with a line - Google Patents

Abstract

Device with lateral insertion of a line body for fishing. The invention relates to the modification of parts used for the various forms of float and their use. It consists of sliding rings trapping the line filament on the body of the float (1) in open eyelets (2. 3. 4. 7. 8. 9. 12), of inversed juxtaposed open eyelets (5), of orifices consisting of enclosing a sphere in a ring (6), of incised rods (10, 11), of matched rods (13) inserted into a float body. It consists also of a tube divided into two parts, which, when reconstituted, is held by the clamping of two rings one of which (14) slides. Esteemed for its practical advantages, the product can be manufactured at a price which competes with traditional floats.

Description

DESCRIPTION
LATERAL INTEGRATION FLOATS
The present invention relates to different methods allowing the introduction of a line body by the side on the different floats used for angling.

 Currently a float consists of a cilybdric or ovoid body, or other shapes, hollow or solid, of various materials. This float body is: either pierced longitudinally right through, or even crossed by a small diameter pipe, or provided with eyelets or rings allowing the passage of the line body. In all cases, the fisherman is forced to mount his float in the traditional way by threading the wire composing the line body through the float body, or eyelets or rings, in the manner of the loss collar.

 The lateral integration avoids the disadvantages of the leader to be dismantled and the severed wire ties.

The devices of the invention are constituted by the modification of the traditional eyelets, rings, rods, used as a result of the different forms of floats and their use.

Fixed, sliding, mixed. Numbered from 1 to 14, the combination of these different pieces allows for multiple combinations.

Figure 1, Plate 2/4.

 Number 1 is a rigid rod fixed by one end to the body of the float. the line wire A is passed laterally between the rod 1 and the float body B.

The sliding ring C encloses the line wire between the two elements.

 Number 2 is an open eyelet formed by a curved rod, fixed at the bottom of the same float B. The sliding ring D closes the eyelet on the wire A passed laterally. Figure 1 Plate 2/4.

 The numbers 3 and 4 are open eyelets formed by a curved rod, designed for the sliding of the float. Line wire A is passed laterally through the open eyelets 3 and 4 fixed to the float body B.

The sliding of rings C and D closes the eyelets on the line thread. Figure 2: Plate 2/4.

 Number 5 consists of two open eyelets just on a float body. The openings of these eyelets B and C are reversed, right and left. The line wire A introduced laterally between the two eyelets undergoes a rotation which engages it in the openings B and C and adapts it to the sliding. Figure 3: Plate 2/4.

 Number 6 is a ring provided inside its circumference with two notched orifices opposite one another. A sphere of circumference equal to the interior dimensions of the ring is curved around its periphery with a slight imprint.

 The line wire A is passed laterally into the notches of the orifices B and C. the sphere D is enclosed in the ring E trapping the wire in the orifices. Figure 4.

Plate 2/4 The process is valid for odoid forms.

 Number 7 consists of two rings paired with an open eyelet. The line wire A engaged in the eyelet C is the float body B introduced in the twin rings 7 which closes the sliding eyelet. Figure 5. Plate 3/4.

Number 8 similar to number 7 consists of two rings paired by a rigid tongue, for non-sliding floats. The number 9 is an oblique incised ring designed for very small diameter stems. Line wire A is passed laterally between the two swivel rings 8 and in the incision of ring 9. It is the float body
B introduced into rings 8 and 9 which blocks the line wire.

Figure 6. Plate 3/4.

 The number 10 is a longitudinally split rod, the two parts of which remain welded at one end. The line wire A is passed through the rod 10, which is then introduced into the float body B, crossed again by the line wire A and blocked by the cap of the float C. FIG. 7.

3/4 board.

 The number 11 is a rod split longitudinally, the passage reserved for the line wire is located on the side.

The line wire A is passed through the rod 11 which is introduced into the body of the float B, crossed again by the line wire A which is blocked by the body of the float. FIigure 8.

3/4 board.

Number 12 is an incision made on a
rod attached to a float body. Line thread A is
passed through the incision 12. The sliding rings B and C
block the output of the line wire. Figure 9, Plate 4/4.

Number 13 consists of a shared stem
in two equal parts in its length. Each of the parties
connected by two open rings, one fixed at mid-length,
the other at the end of the two rods. Line wire A is engaged
in the opening of the two rings C and D which close
by juxtaposing the two parts of the rod 13 which
are held by the body of the float in which they
are introduced. Figure 10. Plate 4/4.

Number 14 is a small diameter pipe
divided into two equal parts, one of which is provided
a notched hole, located three-quarters of its height
Each of these parts is fixed on a float body
also split in two. Line wire A is engaged
laterally in the notch of port C and the part of
pipe fixed to the float body B. the twin part BB is juxtaposed against the part B, the bage D and the ring
open E enclose the reconstituted pipe in its shape.

 Figure 11. Plate 4/4

Claims (10)

 CLAIMS 1) Devices allowing the introduction of a body of line by the side characterized in that they comprise: fourteen different spare parts distributed in five groups. A group of four curved rigid rods, embellished with a sliding ring enclosing the body of line introduced laterally. Plate 1/4 Numbers 1-2-3-4. Plate 1/4 Numbers 5 and 6. A group of open eyelets for ovoid or spherical floats, allowing the introduction of the line body by the lateral, A group of twin or incised rings, the main body of which remains enclosed by the introduction of the float body into the rings, Plate 1/4 Numbers 7-8-9-. Board 1/4 NO 10-11-12-13. A hollow cylinder divided into two parts and reconstituted by the clamping of two rings, Plate 1/4 N0 14. A group of solid, incised rods, the line body of which remains enclosed by the sliding of the float body or of a ring, -; 2) Device according to claim 1 characterized by a curved rod forming an open eyelet, closing by sliding a ring (2.3.4.). 3) Device according to claim 1 characterized by two open eyelets juxtaposed with inverted openings (5.). 4) Device according to claim 1 characterized by two orifices closed by the inclusion of a sphere in a ring (6.).  5) Device according to claim 1 characterized by the twinning of two rings trapping the line wire by the insertion of the float body (7.8.). 6) Device according to claim 1 characterized by an incised ring blocking the line wire to the body of the float (9). 7) Device according to claim 1 characterized by a split rod inserted in a float body (10. 11.). 8) Device according to claim 1 characterized by an incised rod fixing the line wire by a sliding ring (12.). 9) Device according to claim 1 characterized by two twin rods connected by two open eyelets (13.). 10) Device according to claim 1 characterized by a pipe divided into two parts, one provided with a notched orifice. Which reconstituted pipe is inserted by two rings, one of which is open (14.).