RU1790363C - Fishing tackle - Google Patents

Abstract

The invention relates to recreational and sport fishing, and relates to fishing devices. The purpose of the invention is to improve usability. The tackle contains a coil 1, mounted by a sleeve 9 on the axis 8, cantileverly mounted on the bracket 12 of the base 3, Inside the coil 1 there is a cavity inside which a coil spring 4 is placed, the outer end 14 of which is connected to the housing of the coil 1. The sleeve 9 is made with P- shaped outwardly bent 20, and the inner end 21 of the coil spring 4 is bent along the outer diameter of the sleeve 9 and has an opening for engagement with the U-shaped notch 20

Description

sleeves 9. The sleeve 9 has a flange 10 with a socket, a slider with a handle 16 and a protrusion for interacting with the socket 11 of the sleeve 9 is mounted on the bracket 12 to move on the base 3, the lever 5 is mounted for rotation around the axis

with a rotation rotation lock of the coil in the form of an abutment 7, having at the end a hole 6 for the scaffold 2. At least one of the cheeks of the coil 1 has at least one protrusion 19 for engaging with the abutment 7 on the lever 5. 1 zp f-ly. 9 ill.

FIELD OF THE INVENTION This invention relates to the field of recreational and sport fishing, and relates to fishing devices having an automatic hook device.

The purpose of the invention is to improve usability. At the same time, the amount of equipment is reduced and the manufacturability of gear is improved.

In FIG. 1 shows a tackle for fishing in a perspective view (reduced); in FIG. 2 - one of the options for installing gear on the shore of the reservoir (the position of the movable lever: a - at the initial moment of fishing; b - at the time of hooking); in FIG. 3 - side view fishing tackle; in FIG. 4 - the same, rear view; in FIG. 5 - slider (front and side views, enlarged); in FIG. 6 - sleeve; in FIG. 7 - axis; in FIG. 8 - half coil, inside view; in FIG. 9 - spring, fragment.

The fishing tackle contains a reel 1 for scaffold 2 mounted on the base 3, a coil spring 4 adapted to engage with the housing of the coil 1. On the same base 3, a lever 5 with a hole 6 for the scaffold 2 and a stop 7 is movably relative to the coil 1 acting as a rotation lock for coil 1. Coil 1 is fixed to axis 8 by a sleeve 9 having a flange 10 with sockets 11. Base 3 is a bracket 12 with an opening 13 for cantilever fixing axis 8. Coil 1 is made with a cavity in which placed spiral and a spring 4 connected at one end 14 to the housing of the coil 1. On the bracket 12 from the fastening side, the axis 8 is movably mounted, the slider 15 with a handle 16 and a protrusion 17 (Fig. 5) for engaging with the socket 11 on the flange 10 of the sleeve 9. At least one of the cheeks 18 of the coil 1 is made of at least one protrusion 19 with the possibility of interaction with the stop 7 on the lever 5.

The sleeve 9 can be made with a U-shaped notched bent outward 20, and the end 21 of the coil spring 4 can be bent along the outer diameter of the sleeve 9 and

have an opening 22 for engagement with the U-shaped notch 20 of the sleeve 9. From the side opposite to the slider 15, a handle 23 is fixed on the side surface of the coil 1

for winding the scaffold 2 and the cocking of the coil spring 4. At the base 3 there are mounting holes 24.

Coil 1 can be made of two identical halves, connected by means of an assembly (Fig. 8), each of which has a cheek 18, half-seam 25 for scaffold 2, a tide 26 with holes 27 for fastening both parts of the coil 1 and a bending socket 28 outer end 14 spiral

spring 4 (Fig. 9), the inner end of which has an opening 22 for the notch 20 of the sleeve 9.

When the rotation of the coil 1 using the handle 23 in one side (in Fig. 1 - clockwise

arrow) the coil spring 4 rotates with the coil 1. The bent inner end 21 of the coil spring 4 slides around the sleeve 9 until the U-shaped notch 20 is bent into the hole 22

at the inner end of the spring 4. If the sleeve 9 is secured by a slider 15, then with a further rotation of the coil 1, the spiral spring 4 will twist. If the sleeve 9 is not fixed by the slider 15, then it will be

rotate with coil 1 and spring 4 will not twist.

When the rotation of the coil 1 in the other direction (in Fig. 1 - counterclockwise), the bent inner end 21 of it comes out

meshing with the bent U-shaped notch 20 and the spring 4 will rotate with the coil 1.

Work with fishing gear is as follows.

By means of the fixing holes 24 in the base 3, the gear is fixed on the shore of the reservoir. Using the handle 16, the protrusion 17 of the slider 15 is disengaged from the socket 11 on the flange 10 of the sleeve 9, releasing

its rotation about axis 8. Forest 2 is thrown into a pond. In this case, the coil 1 rotates freely. Rotating the coil 1 in the opposite direction produces tension

scaffolding 2. The slider 15 is lowered down so that the protrusion 17 engages in one of the sockets 11 on the flange 10. The sleeve 9 is fixed relative to the base 3. When the coil 1 is rotated, the spring 4 will rotate around the sleeve 9 until it is bent outward U-shaped the notch 20 will not slip into the hole 22 on the inner end 21 of the spring 4, thereby securing it relative to the base 3. Further rotation of the coil 1 will lead to the cocking of the spring 4. It will be cocked at a force corresponding to the value of the estimated catch of fish. Weakened forest 2 wind up

Claims (2)

1. A fishing tackle comprising a base, a scaffold reel mounted on it on an axis, a coil spring adapted to engage the reel body, a lever movably positioned relative to it with a recess for scaffolds, a rotation rotation lock, wherein in order to improve ease of use, the coil is fixed on the axis by means of a sleeve having a flange with sockets, the base is a bracket with a hole for cantilever fixing the axis, the coil is made with a cavity, the coil spring is times eschena in said cavity and Cpd 0 5 hand on the coil 1. The lever 5 is turned towards the coil 1 and the stops 7 are brought under its protrusions 19. When the scaffolding twitches the fish 2, the movable leverB falls down. The coil 1 under the action of the spring 4 rotates sharply, winding the forest 2, thereby cutting fish. Forest 2 is under tension to prevent the fish from jerking and freeing itself from the hook. The tackle is simple in design, technologically advanced to manufacture, easy to operate. Successfully tested prototypes. at one end with the housing of the coil, while a bracket with a handle and a protrusion for cooperating with the socket of the sleeve is mounted on the bracket with the possibility of movement from the side of the axis of the sleeve, at least one of the cheeks of the coil has at least one protrusion, and the rotation rotation lock is there is, an emphasis on the lever for the scaffold, made with the possibility of interaction with the specified protrusion. 2. Tackle pop. 1, characterized in that the sleeve is made with a U-shaped outwardly curved outward groove, and the end of the coil spring is bent along the outer diameter of the sleeve and has an opening for engagement with the U-shaped groove of the sleeve. # V /: J ss. i D #. 2 U, ..-. g - -iC 1 9, v. 12 Phi / -. At / 23 Th 3fg / r .S. FIG. 7. 6