JP2003250388 | LURE |
WO/2015/157558 | MODULAR CHAMBERED LEADER FISHING LURE |
KİPER ERSAN (TR)
KİPER ERSAN (TR)
WO2014032182A1 | 2014-03-06 | |||
WO2007047020A2 | 2007-04-26 |
US20040200125A1 | 2004-10-14 | |||
DE19512031A1 | 1996-10-02 | |||
US6192617B1 | 2001-02-27 | |||
CA2417420A1 | 2004-07-29 | |||
AU2011205176A1 | 2011-08-25 |
CLAIMS 1. ) A robot feed (1) used in fishing, characterized in that it comprises a body (2), a fish line connection ring (3) on the body (2), at least one hook (4) positioned around the body (2), at least one lighting component (5) which is located on the body (2) and emits light around while fishing, a movement mechanism (6) which is located on the body (2) and moves the robot feed (1) in the water while fishing, a sound mechanism (1 1) which is located inside the body (2) and which emits a sound specific to the prey from inside the robot feed (1) while fishing, a magnetic wave mechanism (12) which is located inside the body (2) and emits magnetic waves to the fish from inside the robot feed (1) while fishing and at least one feed chamber (7) which is located on the body (2) and filled with aroma according to the fish species to be hunted. 2. ) A robot feed (1) used in fishing according to Claim 1, characterized in that the robot feed comprises at least one cover (9) which is located on the feed chamber (7) and which transmits the smell of the aroma inside the feed chamber (7) to the fish to be hunted in the water through the holes (8) on the cover. 3. ) A robot feed (!) used in fishing according to Claim 1, characterized in that the robot feed comprises at least one lighting component (5) which is located on the body (2), emits light around while fishing and which has configurable lighting intensity being triggered by the buttons (10). 4. ) A robot feed (1) used in fishing according to Claim 1, characterized in that the robot feed comprises a sound mechanism (11), which is located inside the body (2), emits prey specific sound from inside the robot feed (1) while fishing and whose sound type is configurable by using the buttons (10). 5. ) A robot feed (1) used in fishing according to Claim 1, characterized in that the robot feed comprises a movement mechanism (6), which is located on the body (2), moves the robot feed (1) inside the water while fishing and determines movement intensity using the buttons (10). 6. ) A robot feed (1) used in fishing according to Claim 1, characterized in that the robot feed comprises a magnetic wave mechanism (12), which is located inside the body (2) and emits magnetic waves to the fish from inside the robot feed (1) while fishing. |
Technical Field
This invention is about a robot feed which is used as fish feed by fishers while fishing in sea, lake, fresh water and similar environments and which allows the fisher to catch desired fish species by giving the impression of a living animal to the fish in the area.
The robot feed has a feed chamber on its body, wherein the type of aroma is put to attract attention of desired fish species.
Prior Art
Today, fishers are engaged in fishing in sea, lake, fresh water and similar environments. Fishers recently use fake fish feed, which has a fish-like geometric structure rather than using living feed. Various developments have been made in the scope of prior art with regard to concerned fake fish feed.
The document numbered AU 201 1 205176 that is one of the developments in the technique describes a fake feed which has a lighting component inside, draws attention of desired fish by emitting light in the water around the area and which has a fish-like geometric shape. However, intensity of the light cannot be adjusted. Fishers are not able to set the light tone at levels not to scare the fish while fishing at night and turbid waters.
Further development in the technique is the international patent document numbered WO 2014 032 182, wherein a fake feed is explained that draws attention of desired fish by moving in the water around the area with the movement mechanism inside the body and which has a fish-like geometric shape. However, in nature, hunters follow preys which look weak and easy to catch, not the ones which can move. Speed of the mechanism described in the concerned document cannot be configured.
Another development in the technique explained in the document numbered WO 2007 04 7020 describes a fish feed which emits a natural sound at configurable intensities. However, it does not describe a fish feed, which emits a sound specific to the feed, in other words, which changes the type of sound. For example, a feed which sounds like a frog in the scope of frog feed, etc.
As described above, none of the fake fish feed types explained and implemented within the context of prior art includes a type of fake fish feed which increases the opportunity to catch fish species desired by fishers.
Detailed Description of the Invention
Robot feed, which is the purpose of this invention and used in fishing, is described in enclosed drawings.
Among these drawings:
Figure-1 Perspective view of the robot feed used in fishing described in the present invention.
Figure-2 A view of the feed chamber with its cover closed of the robot feed used in fishing described in the present invention.
Figure-3 A view of the feed chamber with its cover half open of the robot feed used in fishing described in the present invention. Parts constituting the robot feed used in fishing described in the present invention are numbered as follows in attached drawings:
1. Robot feed
2. Body
3. Fish line connection ring
4. Hook
5. Lighting component
6. Movement mechanism
7. Feed chamber
8. Hole
9. Cover
10. Button
11. Sound mechanism
12. Magnetic wave mechanism
Robot feed (1) used in fishing described in the present invention comprises: a body (2)
a fish line connection ring (3) on the body (2)
at least one hook (4) positioned around the body (2)
at least one lighting component (5) which is located on the body (2) and emits light around while fishing
a movement mechanism (6) which is located on the body (2) and moves the robot feed (1) in the water while fishing
a sound mechanism (1 1) which is located inside the body (2) and emits a sound specific to the prey from inside the robot feed (1) while fishing a magnetic wave mechanism (12) which is located inside the body (2) and emits magnetic waves to the prey from inside the robot feed (1) while fishing
- at least one feed chamber (7) which is located on the body (2) and filled with aroma according to the fish type desired to be hunted. Robot feed (1) used in fishing described in the present invention comprises: at least one cover (9) which is located on the feed chamber (7) and which transmits the smell of the aroma inside the feed chamber (7) to the fish to be hunted in the water through the holes (8) on the cover.
The geometric form of the body (2) of the robot feed (1) used in fishing described in the present invention is preferably in the form of fish, frog, worm or another animal. There is a fish line connection ring (3), which the fish line passes through, on the body (2).
There is a sound mechanism (11), which operates with energy from the power source inside the body (2) of the robot feed (1) used in fishing described in the present invention. The robot feed is a product, which prevents using living animals as feed and protects ecologic balance.
There is a lighting component (5) at the center ot the body (2) ot the robot feed (1) used in fishing described in the present invention. The lighting component (5) attracts attention of fish to be hunted in the water. A movement mechanism (6) next to the lighting component (5) is available on the body. With the movement mechanism (6), the robot feed (1 ) moves in the water and gives the impression of a living animal to the fish to be hunted. The lighting component (5) and the movement mechanism (6) of the robot feed operate when at least one button (10) on the body (2) is triggered by the user. The buttons (10) set the sound intensity, lighting intensity and movement mechanism intensity.
The cover (9) of the feed chamber (7) on the, body (2) of the robot feed (1) used in fishing as described in the present invention is opened and proper type of aroma for the fish species to be hunted is put inside. There are holes (8) on the cover (9) located on the feed chamber (7)! The smell of the aroma inside the feed chamber (7) diffuses in the water through the holes (8). The robot feed (1) used in fishing described in the present invention mimics a living animal for the fish inside the water around the area and allows fishers to catch the desired fish species.