UA148380U - ELECTRONIC BITING SIGNAL - Google Patents

Abstract

Electronic bite alarm, comprising an alarm housing made with the possibility of installation on the rod, a bite sensor, a digital electronic means installed in the alarm housing, power supply, controls and means of indication of light and sound alarm. The housing of the signaling device is made with the possibility of installation on the rod in the area in the first ring of the rod, as a digital electronic means includes a microcontroller connected to the bite sensor, light signal module, sound signal module and electric cutter drive module.

Description

The useful model belongs to the signaling devices used in fishing, namely the electronic bite alarm, and can be used in amateur fishing with bottom tackle.

There are known electronic bite alarms that respond to the displacement of the main line or its vibration during pecking (Internet resource, http://uve.tsa/ipto/Kak-mubgai-zidpaii2ayug-roKiuomki-554/111Ї). At the same time, the wheel with magnets, through which the line passes, is most often used. When the line moves, the wheel spins, which is recorded by the magnetic field sensor as a bite signal. Also, a vibration sensor is used as a bite sensor, in which the bite is recorded when the fishing line moves along the vibration sensor, or the vibration of the fishing line is transmitted to the rod, where an alarm with a vibration sensor is attached.

Some well-known electronic bite alarms allow you to determine the movement of the fishing line - from the shore or to the shore, which gives a more accurate picture of what is happening under water. Also, electronic alarms are known that can work remotely due to co-operation with a pager, for example, as part of a set consisting of several (3-4) alarms and one pager.

However, known electronic bite alarms do not allow to remotely determine the current state of the gear and the dynamics of the bite, which leads to the need to check the gear after the bite, reducing the effectiveness and comfort of fishing.

In addition, known electronic bite alarms are effective only in reservoirs without current or, on the contrary, only in reservoirs with current, depending on the model.

The closest is the "Megatex" electronic bite alarm, which includes an alarm housing made with the possibility of installation on a fishing rod, a bite sensor connected to a digital radio-electronic device, a power supply unit, control devices and means of indicating light and sound alarms (Internet resource, ore //rgitapki.sot/vpaviiLideg/vidpaii2agg-roKiemuKki-ptedaiekv.pIti |2I). In a well-known electronic alarm as a digital radio electronic device, a microprocessor is used (with a built-in program, the bite sensor is made in the form of a vibration sensor, the power supply unit is made in the form of a constant power supply. The microprocessor, vibration sensor, power supply and sound device are located in the middle of the alarm housing, which is made

With cylindrical. At one end of the alarm housing there is a control button, which is used to adjust the vibration sensor, on the housing - a bright LED to notify the fisherman about the activation of the alarm.

The "Megatex" electronic bite alarm is attached to the fishing rod in any place with the help of adhesive tape (scotch tape), plastic clamps or rubber bands. The microprocessor of the electronic signaling device processes the information, and if the program perceives the readings of the vibration sensor as a bite, it transmits a signal to trigger a visual and sound alert.

The disadvantage of the known electronic bite alarm is: - lack of information about the direction of movement of the fish when biting (from the shore or to the shore), - lack of remote notification about the bite, - lack of information about the current state of the gear and the dynamics of the bite.

As a result, the accuracy of bite signaling decreases, especially in fishing areas where there is no current: after all, for the well-known signaling device to work, it is necessary that the fishing line is constantly stretched.

At the same time, if the fish towards the shore bites and the line is no longer taut, the alarm will stop registering the bite, since the vibration of the bite cannot be transmitted to the alarm through the untensioned line. In addition, in the process of fishing, if the fisherman has moved away from the tackle, then at this time he is not able to identify and react to the bite of the fish in time and hook it. As a result, the efficiency and comfort of fishing decrease.

The task of the useful model is to improve the electronic bite alarm, in which due to the proposed elements and the connections between them, the accuracy of the bite signaling increases equally effectively both in water bodies with current and without current, it is ensured to obtain information about the direction of movement of the fish when biting, it is possible to receiving information about biting, as well as providing information about the current state of gear and the dynamics of biting, which allows the fisherman to react in time to biting and biting fish, including when the fisherman moves away from the gear. As a result, the efficiency and comfort of fishing as a whole is improved.

The task is solved by the proposed electronic bite alarm, which includes the alarm housing, made with the possibility of installation on a fishing rod, a bite sensor, a digital radio-electronic device installed in the housing of the alarm, a power supply, control means and means of indicating light and sound alarms. According to a useful model, the body of the alarm is designed to be installed on the fishing rod in the area of the first ring of the fishing rod, as a digital radio electronic means includes a microcontroller connected to a bite sensor, a light signaling module, a sound signaling module and a chopper electric drive module, as a bite sensor comprising a digital gyro-accelerometer mounted on a ring for holding said gyro-accelerometer by means of a fishing line in the area between the first and second rings of the rod, and further comprising:

MMIR module, installed in the alarm housing, connected to the microcontroller and made with the possibility of communication with the user's smartphone, electric drive of the hook, connected to the housing of the alarm and connected to the microcontroller, hook bracket, equipped with the main and return rubber rods, made with the possibility of holding between the rod and the electric drive of the chopper and moving along the rod.

At the same time, in the proposed electronic signaling device, the means of indicating light and/or sound signaling and data on the current state of biting from the gyroscope-accelerometer, including: the direction of movement of the fish, the state of the tackle, are made with the possibility of remote display via the smartphone of the connected user with a microcontroller via the UMIgi module, as well as the controls are made with the possibility of additional remote control via the user's smartphone connected to the microcontroller via the UMIgi module.

A useful model is illustrated by the following non-limiting images:

Fig. 1- electronic bite alarm, functional diagram;

Fig. 2- elements of the electronic bite alarm before assembly into the device;

Fig. 3 - electronic bite alarm installed on the fishing rod, working position;

Fig. 4 - electronic bite alarm, installed on the fishing rod, when the hook is triggered;

From Fig. 5 - an electronic bite alarm installed on the fishing rod after the trigger is activated.

The electronic bite alarm includes the alarm housing 1, made of the upper 2 and lower 3 parts, where the control board 4 with a microcontroller 5 and a smart module 6 is installed in the lower part. The microcontroller 5 is connected by means of a fastener 7 to a digital gyroscope-accelerometer 8, located on the ring of the gyroscope-accelerometer 9. The microcontroller 5 is also connected to the electric drive module of the chopper 10, the light signaling module 11, the sound signaling module 12, the power supply unit 13 and the M/Ri module 6. The electric drive module of the chopper 10 includes the electric drive of the chopper 14, which has a trigger mechanism 15 and is connected to the body of the alarm 1. The electronic bite alarm also includes a clipper bracket 16, equipped with a main rubber rod 17 for connecting the clipper clip 16 with a fishing rod 19 and a return rubber rod 18 for connecting the clipper clip 16 with alarm housing 1. Light alarm module 11 includes indicator LED 20, sound alarm module 12 in emits a speaker 21, connected to the control board 4. The control button 22 and the LED of the operating status 23 of the electronic bite alarm are also installed on the control board 4. The power supply unit 13 includes a battery 24 and a battery charging board 25 installed on the control board 4.

The body of the alarm 1 is made with the possibility of fixing in the area in the area of the first ring 26 of the rod 19 for holding the digital gyroscope-accelerometer 8 with the help of a fishing line 27 wound from the coil 28 and passed through the ring of the gyroscope-accelerometer 9 in the area between the first 26 and the second 29 rings of the rod 19.

The user's smartphone 30 is connected via the UMigi-module 6 to the microcontroller 5, which provides a display on the screen of the user's smartphone 30 of the operation of the light 20 and/or sound 21 signaling devices, information about the direction of fish movement and the state of the gear after a bite, and also provides the possibility of remote control operation of the electronic bite alarm.

The operation of the electronic bite alarm.

Before use, the electronic bite alarm is adjusted in relation to the sensitivity of the gyroscope-accelerometer 8, taking into account the local characteristics of fishing, for which the desired mode is selected using the control button 22. The adjusted electronic bite alarm is installed on the fishing rod 19 and is turned on using the control button 22 before starting fishing .

As shown in Fig. 3, when the body of the alarm 1 of the electronic bite alarm on the fishing rod 19 is installed in the working position on the site in the area of the first ring of the fishing rod 26, the line 27 passes from the coil 28 through the first ring of the fishing rod 26, the clamp of the chopper 16, the ring of the gyroscope-accelerometer 9 and the second ring of the fishing rod 29.

In a water body without current, when biting fish from the side away from the shore, the fishing line 27 is stretched and the digital gyroscope-accelerometer 8 rises relative to the initial position, or, when biting the fish from the side toward the shore, the fishing line 27 sags and the digital gyroscope-accelerometer 8 is lowered relative to the initial position .

On a pond with a current, when a fish pecks, the line 27 is stretched and sagged alternately, creating a vibration and a corresponding change in the angle of inclination of the gyroscope-accelerometer 8 to relatively small values. However, thanks to the high sensitivity of the gyroscope-accelerometer 8, such changes are also clearly recorded.

Data on the position of the digital gyroscope-accelerometer 8 are read and processed by the microcontroller 5, as a result of which the current angle of inclination of the gyroscope-accelerometer 8 relative to the vertical and the rate of change of the angle of inclination over time are determined.

When biting a fish and corresponding changes in the magnitude of the angle of inclination of the gyroscope-accelerometer 8 in any direction above the value set by the sensitivity settings of the gyroscope-accelerometer 8 and the rate of change of the angle of inclination, the electronic bite indicator gives bite signals: - light, reproduced by indicator LED 20 of the light signaling module 11, which received the corresponding signal from the microcontroller 5; - sounds reproduced using the speaker 21 of the sound signaling module 12, which received a corresponding signal from the microcontroller 5, and/or - light and/or sound and/or vibration signals reproduced through the user's smartphone 30 equipped with a special application, the command received from the microcontroller 5 using the UMiRi-module 6.

In addition, through the application for the user's smartphone 30, the current angle of inclination of the gyroscope-accelerometer 8 is constantly displayed on the screen, and the dynamics of its change in real time, which reflects the state of the tackle both before and after the bite, and also provides the possibility

From playback on the screen of the user's smartphone 30 recording of the dynamics of the previous bite and its analysis.

In the working state of the electronic alarm, the clipper bracket 16 is put on the electric drive of the clipper 14, which is connected with the help of the main rubber rod 17 to the rod 19 and with the help of the reverse rubber rod 18 with the body of the signalizer 1 in such a way that the clipper clip 16 is held between the rod 19 and body of the alarm 1 with the help of the stretched main rubber rod 17, and the return rubber rod 18 remained unstretched.

At the same time, the line 27 passes through the clipper bracket 16 (Fig. 3).

When commands are received to activate the hook according to the command of the microcontroller 5, the following occurs: the trigger mechanism 15 of the electric drive of the hook 14 is triggered and releases the clamp of the hook 16, which begins to move in the direction of the reel 28 under the influence of the stretched main rubber rod 17 and pulls the line 27 through the first ring of the rod 26, the reverse rubber pull 18 is stretched, cutting occurs (Fig. 4).

When the clipper bracket 16 reaches the position in which the tension of the main rubber rod 17 and the tension of the reverse rubber rod 18 are balanced, the clipper bracket 16 turns 1802 along the axis of the rod 19 and releases the fishing line 27 for unhindered further bringing the fish to the shore. The electric drive of the chopper 14 returns to its previous position. The state of the clamp of the chopper 16 after activation is shown in fig. 5.

To return the electronic bite alarm to working condition, it is necessary to hook the clipper bracket 16 to the electric drive of the clipper 14 and wind the line 27 behind the clipper clip 16 (fig.

WITH).

The proposed electronic bite alarm increases the efficiency and comfort of fishing, because: - it provides high accuracy of the bite alarm both in places with current and without current, due to digital processing of the signal from a highly sensitive digital gyroscope-accelerometer and appropriate filtering of obstacles in the form of wind fluctuations, waves and others; - allows you to react in time to a fish bite, including: hooking up the tackle remotely at exactly the right moment, based on the dynamics of the bite, -- in case the fisherman moves away from the tackle; - provides information on the direction of fish movement, dynamics of biting, as well as on the state of gear after biting remotely in real time. (510)

Claims (2)

USEFUL MODEL FORMULA 1. An electronic bite alarm, containing an alarm housing, made with the possibility of installation on a rod, a bite sensor, a digital radio-electronic device installed in the alarm housing, a power supply unit, control means and means of indicating light and sound signaling, which is characterized by the fact that the alarm housing made with the possibility of installation on the fishing rod in the area in the area of the first ring of the fishing rod, as a digital radio-electronic means contains a microcontroller connected to a bite sensor, a light signaling module, a sound signaling module and a hook electric drive module, as a biting sensor contains a digital gyroscope-accelerometer, fixed on a ring for holding the indicated gyroscope-accelerometer using a fishing line in the area between the first and second rings of the rod, and additionally contains: UMgi module installed in the alarm housing, connected to the microcontroller and made with the possibility of communication with the user's smartphone, electric drive d of the hook, connected to the body of the alarm and connected to the microcontroller, the bracket of the hook, equipped with the main and reverse rubber rods, made with the possibility of holding between the rod and the electric drive of the hook and moving along the rod. 2. The electronic bite alarm according to claim 1, which differs in that the means of indicating light and/or sound signaling and data from the gyroscope-accelerometer regarding the current state of the bite are made with the possibility of additional remote display via the user's smartphone connected to the microcontroller via the UMigi module , as well as control tools are made with the possibility of additional remote control via the user's smartphone connected to the microcontroller via the UR module. 1 z0 (Z o. | Y 18 17 c, ; azu t SG» CE 16 14 Fig. 1