DE7930333U1 - PILKER FOR THE LINEN FISHING - Google Patents

Description

aa

Bruno hnr.us

St George Street 21

3100 horny

I: c in ζ üordo

around 9

2 * 107 Hur-clorf II

Gelle, the.

155 3 41279

Pilker for the Leiner.fischerci.

The i% rfLndunr concerns a pillrcr after the Cberberrriff , s 1,

? Filker are known Sch * "; erkörper (etv / a 200 g) .n the fishing lines are befestict and fishhooks tra _f ~ s that ct -;?. flashing parts t cot · bait" have such Pirk are often ζ .in fishing for predators v / ie cod and sackfish ver v; ends, the I-isul is so large that they leg: both catch the hips after the blinker. The blinking "bait" ue stand zuseist made of feathers or light-reflecting Tei len _t * nerksainkeit the Aui fish should excite It has siclj but shown da3 the fish sometimes the Pirk, do not notice the invention liej ^ T;.. the object of scnaffen eir Pilkör better suited to attract the fish.

This task is characterized by the egg characterized in claim 1 finding solved. Developments of the invention are identified in the unclaims.

To explain the invention in more detail, two exemplary embodiments are described below with reference to the drawings. These show in

1 shows a pirk according to the invention with continuous light operation 2 shows a pirk with the light switched on at intervals

In Fig. 1, a pirk 1 with a heavy lower part 2 is steeped, which consists, for example, of brass and has an eyelet 5 or the like at its lower end for attaching or attaching a hook 4. On the eyelet 5 or the like or other eyelets, springs 5 and / or other lure parts 6 are attached, which are provided with light-reflecting material. The lower part 2 is on his. ζ Provide lower ends with light exit openings 7> 8 through which the springs 5 and the other lock parts 6 are illuminated. Any suitable light sources 9 can be used to generate the light, such as incandescent lamps, glow lamps, etc. The light sources can be arranged in the pirk 1, but they can also be arranged in the area of the fishing rod and their light via light guides to the pirk or its light exit openings 7,3 conduct. In a tried and tested exemplary embodiment, light-emitting diodes have proven successful. These light-emitting diodes 9 are arranged in a cavity inside the piper and surrounded on all sides with a transparent compound 10 which also covers the light exit openings 7, 8. The light-emitting diode 'receives its voltage from a battery 11 which is arranged or fastened in the upper part 2 of the pirk 1 so that it touches a battery terminal protruding from the transparent potting compound 10' wire or a special contact 13 connected thereto and with the other battery terminal via a line 14 and possibly a switch connected to the other connection line of the light-emitting diode 9 i. ~ t. The connection lead; the light-emitting diode can, for example, beferrtifsi conductive on the inner wall of the lower part; while the line 14 is guided from the upper iiatteriskleme on or in the inner wall of the upper part 12 to the upper end of the lower part 2 . The top of the lower part 2 can be designed so that it is partially conductive and partially non-conductive, so that depending on the relative

- 5 -

Position of upper part 12 and lower part 2, the circuit is closed or not. The switching on of the light can be effected by mutual rotation or / or displacement (in the longitudinal direction) of the two parts 2, 12. The result would be a '. Continuous light operation. In the arrangement described so far, the pirk 1 is thrown into the water with the light source 9 switched on. When the pirk moves in the water as a result of the pulling movement caused by the angler, the springs change their position as a result of the movement relative to the water and thereby change the light reflection properties with regard to direction and

ι or strength of the reflected light. The sudden changes the direction and strength of the light is similar to the light reflection Proportions of fish scales and attracts predators such as cod and mackerel.

In FIG. 2, a pirk 1 is shown, the construction of which corresponds essentially to that of FIG. 1, but in which, instead of a constantly switched on light source 9, an intermittent light operation is provided. For this purpose, a contact 15 is arranged in the upper part 12, which is kept open in the idle state by the action of a spring 16 and therefore keeps the light source 9 switched off in the idle state. The fishing line or cord 17 holding the pirk 1 is attached to an eyelet which is connected to the spring 16 in such a way that when the cord 17 or the eyelet is pulled, the effect of the spring 16 is reduced or canceled. The force of the spring is set or adjustable so that the contact I5 is only opened when a predetermined force is exceeded. This setting is made in such a way that the contact is not yet opened with medium tensile forces, i.e. when the fishing rod is held steadily, but is already closed when the fishing line is pulled in an additional 3 '. What is achieved thereby is that the light only lights up in the event of sudden changes in movement of the pirk and then also varies the direction and strength of the light because of the changes in the length of the springs 5.

In the case of a pirk according to FIG. 2, the force of the spring can also be so

be set so that the light source 9 can be rotated as a bite control. Here, every pull exerted by the fish on the pirk 1 can also switch on the light source 9. In this respect, the term pirk is to be interpreted so broadly that it also covers light equipment weighing down to a few grams, including the so-called wobblers. To catch eels, for example, a line is pulled through the eyelet 3, which is specially equipped for eel catching.As soon as an eel has bitten, it pulls part 2 via the line and eyelet 3 and closes , since the line 17 is now essentially firmly held, the contact 15 through the relative movement of the upper part 12. The light switched on in this way shines on the suspended particles in the water or - if this should not be sufficient - on special reflective parts such as the springs 5 or the like the water illuminated by the light source is already clearly visible from above and is sufficient for bite control

The pilker described so far cannot only be used for the high seas. He can in particular with appropriate execution with a lighter weight they can also be used for fishing in rivers, canals and lakes. Instead of a hook z3 a flasher can also be used for catching pike.

Claims (9)

- 1 - 5 c /> υ vehicle claims 1. Pirk for line fishing, especially for fishing in the Eochsee area, in which flashing parts serve as bait, characterized in that on the side of the piper facing the fish hook (1) light exit openings (7-3); are provided 'in such a way that the emerging light touches the flashing parts • i (5j6) meets in whole or in part .. 2. Pilker nach'Anspruch 1, characterized in that a battery (11) and a light source (9) are arranged in the pilker ^ 1) i 3 «pirk according to claim 1 or 2, characterized in that the light source (9) is a light-emitting diode. 4 ·. Pilker according to claim 1, 2 or 3, characterized in that the light-emitting diode (9) is encased on all sides with a transparent cash register (10) which at the same time closes the light exit openings (7, 8). 5. Pirk according to one of claims 1-4, characterized in that the part ('2) containing the light emitting diode (9) is designed as a structural unit onto which the battery holder (12) can be screwed or plugged. 6. Pilker according to one of claims 1-5 » characterized in that one electrode of the light emitting diode (9) is conductively connected to the lower part (2), and that the other electrode serves as a contact (15) for the battery (11), the respective other electrode of the battery (11) being connected to a line (14) which is led in or on the inner wall of the container (12) to the lower part 2. 7, pirk or one of claims 1-6, characterized in that a gin switch (I5) is provided between the battery and line (14) which is kept open by the force of a spring (16), so that the fishing line carrying the pirk ( 17) or its connection to the pirk (1) is connected to the switch or the peder so that the switch picks up when a predetermined tensile force is exceeded. wixd ·; · - ■: -P- 8. Pilker according to one of claims 1-7, characterized in that the Lichtaustrittsöffnun ^ en (7,8) are directed obliquely downward. 9. Pirk according to one of claims 1-3, dadurcn greZormzeichr.ct that the flashing parts (5,6) consist of springs (5) which are reinforced over part of their length by cylindrical parts covered with reflective Kats? Ial , and that the length of the springs and the cylindrical parts (6) on the one hand and the cone of the light beam are matched to one another so that the light beam at least partially covers the springs when the light is switched on.