BRPI1004529A2 - robot artificial bait with technological resources, movements and own intelligence - Google Patents

Abstract

ROBA ARTIFICIAL BAIT WITH TECHNOLOGICAL RESOURCES, MOVEMENTS AND OWN INTELLIGENCE. The Robot Artificial Bait, which catches the attention of the fish with original movements and its own intelligence, has a kind of radar that tracks masses of fish (fish), causing the bait to go after the fish to provoke it, thus providing , a more advantageous and quiet fishing. The Artificial Robot Bait is made up of: sensors (03,04,05), Led (01), video camera (02), with the automatic search function of the robot bait or the fisherman's manual search; magnet magnets (07.08), electric motor (09), fins (10), pivoting flexible hook (11), sharp steel point (12), slot (13), wire (17), steel tip (19 ) ,, powerful spring, hook line (21,22), reservoir (24), rigid inner wall (25), electric motor (26), flexible region (30), screws (32,33), compass (34) , internal chip (35). It also has a CPU with internal control (data processing chip), display controllers, rechargeable battery, emitter and receiver information in the form of electromagnetic wave frequency, and gear set.

Description

ARTIFICIAL ROBOT BAIT WITH TECHNOLOGICAL RESOURCES, MOVEMENTS AND OWN INTELLIGENCE ".

This patent refers to an Artificial Robot Bait, which uses various types of technological resources to track and catch the attention of a fish. The artificial robot bait is fish-shaped, which moves by itself, having a kind of radar that tracks masses of meat (fish), causing the bait to go after the fish to provoke it.

The Artificial Bait Robot also has sensors, which also assists in the job of hunting for fish: sensor to activate the flexible articulated hook, and the depth sensor that helps the position of the bait in the water, providing easier and more convenient fishing. .

The baits known in the market do not have such resources, so the process becomes slow and requires the constant attention of the fisherman.

In order to solve these deficiencies and provide excellent fishing, the present Artificial Robot Bait was developed, through which it uses electrical technological resources, as the equipment looks for the fish and goes after it to tempt it, and thus catch it. it, and then collects it from the water. The Robot Artificial Bait is shaped like a small fish, which moves by itself to draw attention in tracking a fish. The bait has a small and very light radar that tracks "pasta" (fish meat), so the bait goes after the fish to tease it; When locating a fish, the radar determines the direction, position and distance.

Another feature of the invention is the sensors, which are located on the bait assisting in the job of "hunting" the fish, with the functions of: moving the bait, detecting the presence of fish around it, activating the articulated flexible hook, which feels the external presence of fleshy matter, and then activates the trap that is the hinged hook when the fish bites the bait.

The invention further features the depth-measuring sensor with which to aid in the position of the bait in the water; enabling fishing without the need to pull the line to catch the fish The Artificial Bait Robot is made up of a light-emitting Led; video camera, sound emitter, sensors; electro-magnet with vertical and horizontal flap movements, electric motor, front fin, hinged flexible hook, slot to fit hinged flexible ring disarming electro-magnet tube and disarming electro-magnet, steel wire, transverse welded steel tip , powerful spring, hook-and-loop line, steel handle, shell, rigid inner wall, plastic disc, square plastic inner slotted, plastic shaft, plastic cover with rubber seal, screw, compass, Internal chip The invention also has an internal control, which contains a CPU (data processing chip), controllers, a display, rechargeable battery, transmitter and receiver information in the form of an electromagnetic wave frequency, high winding or unwinding gear set. the line with conductor (component used to line or collect the hooked fish). This external control with the CPU is the brain of the Robot bait, through this external control is possible automatic or manual operation of the fishery.

The Artificial Robot Bait can be better understood through the following detailed description, in line with the attached figures, where: Figure 1 - represents a side view of the bait.

01- Led (light emitting); 02- Video camera;

03- Sound emitter;

04- motion sensor;

05- Sensor (depth gauge);

06- Eye;

07- Electro-magnet (vertical mover);

08- Electro-magnet (horizontal mover);

09-Electric motor;

10- Front fin;

11- Flexible articulated hook; 12-Point sharp steel;

13- Slot (space for attaching the swivel hook); 14- Presence sensor of fleshy mass;

15- Electromagnet tube or cup;

16- Disarming electromagnet;

17- Steel wire to arm the device;

18- Steel wire support;

19- Transverse steel point;

20- powerful spring;

21- Hook line or (steel cable);

22- Hook line with electric conductor;

23- Steel handle (which ties the line with electric conductor);

24- Reservoir of smell compound;

25- Rigid inner wall;

26-electric motor;

27- Plastic disc;

28- Piece with internal slot;

29- Plastic shaft;

30- Flexible Region;

31 - Plastic cap with rubber seal;

32- Screw;

33- Screw;

34- Compass;

35- Internal chip.

Figure 2 - represents a perspective view of the bait.

01-Led;

02- Video camera;

03- Sound emitter;

05- Sensor (depth gauge);

07- Electro-magnet (with vertical movements);

08- Electro-magnet (with horizontal movements);

09- Electric motor (which tilts the front fin);

10- Front fin; 11- Flexible articulated hook;

12- Sharp steel tip;

13- Slot (flexible hook fitting space);

22- Hook line (with internal electrical conductor);

23- Steel handle (to tie the line with electric conductor);

24- Reservoir;

25- Rigid inner wall;

32- Screw;

34- Compass.

Figure 3 - represents a front view of the bait.

Figure 4 - represents a rear view of the bait.

Figure 5 is a top view of the bait.

With reference to these figures, one can observe the Artificial Bait Robot, which uses various types of electrical technological resources, has a small fish shape, which moves alone. The Robot Bait has a kind of radar that is located in the float (object that floats in the water), it tracks masses of meat, determines the direction, position and distance where the fish is. Other features are the sensors that are located on the bait which assist in the job of hunting the fish, (Fig. 1 n ° - 03,04,14,), sound emitter, motion emitter which allows the bait to detect its around the presence of a fish, thus assists in radar work; and the other sensor has the function of activating the articulated flexible hook, which senses the external presence of fleshy matter and activating the trap that is the articulated hook (Fig. 1 no. 11). Another sensor is the one that measures the depth of the bait (Fig. 1 - No. 05), which makes it possible to assist the position of the robot bait in the water.

The camcorder (Fig. 1 no. 02) has the function of automatic search for the robot bait or manual search of the fisherman. The odor-emitting reservoir (Fig. 1 - No. 24) or (odor reservoir) can be used in pieces of bovine blood, cereal, meat or fruit.

The Robot Bait contains an electric motor (Fig 1 - No. 26), which can assist in its movements, ie, moving from one place to another in the water; The engine causes the bait's tail to swing side to side, simulating the actual movement of a small fish swimming. The front fins (Fig. 1 - No. 10) are controlled by an internal system of electro-magnets or magnetic coils (Fig. 1 - No. 07.08) which are responsible for the back and forth movements. from top to bottom or from left to right and vice versa, for which they are responsible for steering and stabilizing the position of the robot bait, and the front fins also have a small electric motor used to tilt the fin plane.

The invention has a flexible and pivoting hook type (Fig. 1-11) containing a sharp steel end (Fig. 1-12), and within the hook there is a thin decentralized channel through which a thin cable passes. steel (Fig. 1 - no. 17) which is the principle of bending or articulation of the flexible hook. This thin wire rope or hook line (Fig. 1 - No. 21) is strongly pulled by a powerful spring inside the bait; With the bait armed, the pivoting hook (Fig. 1 - No. 11) will be straight, ie close to the body of the robot bait; therefore when the fish bites the bait, the sensor detects this variable and activates the spring (Fig. 1 - no. 20), which strongly pulls the wire rope or hook line (Fig. 1 - no. 21), causing the hook to flex, joint or bend, causing the steel tip to enter the fish flesh and thereby hooking it.

The invention further allows a compass (Fig. 1 - No. 34) to aid in direction computation, and a chip (Fig. 1 - No. 35) for information processing, responsible for frequency transmitters and receivers for communication between the bait. robot and the internal control with the CPU that stays out of the water.

The installation of the Robot Bait, simply arm the flexible and hinged hook, opening the lid (fig. 1 - no. 31), stretching the spring (Fig. 1 - no. 20) with a suitable tool, position the wire (Fig. .1 - no. 17), coupled to the steel tip (Fig. 1 - no. 19) and fit the wire tip into the small cup or cylinder (Fig. 1 no. 15) so that the trap or spring-loaded.

When the sensor (Fig. 1 no. 14) senses the presence of fleshy matter, the disarming electromagnet (Fig. 1 no. 16) pulls the small cup or cylinder, thus making the wire free to move. to the side and escape from the lock (steel end), so the spring is free to pull the line or wire rope, bending, pivoting or bending the flexible hook.

The system is triggered or switched on on the external control, where all programming that will determine the commands sent to the robot bait is configured.

The installation method is first to tie the line (with the internal computer) to a branch and others, then to tie it to the external control, where the electrical conductors of the hook line are electrically connected by plug, and at the same time. line will be wrapped around the control reel. The line, which has been electrically connected and fixed to the control, must be connected via the radar plug that is attached to the float, the same line is also tied to the float radar. The other piece of conductor line is electrically plugged in and tied between the radar and the robot bait. Once armed, turned on and programmed, just drop the float and robot bait into the water and wait while doing all the fishing work alone, providing the fisherman with efficiency and peace of mind.

Claims (1)

1. "ARTIFICIAL ROBOT BAIT WITH TECHNOLOGICAL RESOURCES, MOVEMENTS AND OWN INTELLIGENCE", characterized by being made up of various types of technological resources to track and catch the eye of fish; It has its own movements and a kind of radar that tracks, causing the bait to go after the fish; equipped with sensors (Fig. 1 n ° 03,04,05), Led light (Fig. 1 n ° 01), camcorder (Fig.ln ° 02), flexible hinged hook (Fig. 1 n ° 11 ), snap-in slot (Fig. 1 # 13), Electromagnet tube, steel wire (Fig. 1 # 17), steel tip (Fig. 1 # 19), powerful spring (Fig. 1 no. 20), hooked line with internal electrical conductor (Fig. 1 no. 22), reservoir (Fig. 1 no. 24), rigid inner wall (Fig. 1 no. 25), plastic cover with rubber (Fig. 1 no. 31), screws (Fig. 1 no. 32,33), compass and internal chip, also has an internal control with a CPU (data processing chip), controllers, a display, rechargeable battery , emitter and receiver information in the form of electromagnetic wave frequency, and gear set.