RU76886U1 - MOBILE KLAXON (OPTIONS) - Google Patents

Abstract

The mobile horn contains: a microcontroller unit; a memory unit electrically connected to said microcontroller unit for storing one or more audio files; a wireless connection unit or a USB port for storing or changing one or more audio files in the memory unit associated with the microcontroller unit; controls made in the form of a module for remote control of the device or located on the device; a sound reproducing unit associated with the microcontroller unit, and comprising an audio file decoder, with at least one sound emitter module; Power Supply. The technical result is the ability to conveniently download sound files to the device via a USB input and / or infrared receiver and / or transceiver based on a Bluetooth connection. 3 n.p. f-ly, 19 wp f-ly, 3 ill.

Description

The proposed solution relates to signaling devices designed to supply an audio signal to foreign objects along their route. The solution can be used as a signaling device for a skate, snowboard, scooter, bicycle, moped, scooter, motorcycle, car and other moving vehicles and can be easily used by people, for example, movers, carrying a cart on the market. This technical solution will replace obsolete mechanical calls.

Utility Model Analogs

In modern bicycles, as a rule, mechanical calls are used, in which the sound signaling is carried out with a percussion hammer, see, for example, the AWA-41 call Parallax LLC, 03/17/2005 http://3696.md.all-biz.info/price.php ? oid = 72767 or http://shop.omnibike.ru/cgibin/bsx/shop.html?page=ZapchastView&Zapchast.nKluchZapchasti=44589. The disadvantage of this device is the simple sounds made and the impossibility of changing them.

The closest device is a call DE20317669U from 02.19.2004. The device includes a steering wheel mounted housing, a sound reproduction unit, a power unit, a melody loading unit. The disadvantage of this device is the inability to quickly change the tunes stored in memory.

The claimed device allows to solve the above disadvantages.

The objective of the invention is the ability to control wirelessly the sound signal from a button - a remote control module with a wireless transmitter, while the button is portable and can be easily and quickly mounted on the required surface.

The invention makes it possible to fasten a button and / or the main (main) module of the mobile horn to clothing elements and other surfaces. Mounting can be carried out, both due to the device body itself, and due to additional elements.

Disclosure of the invention.

The first version of the proposed mobile horn includes: a remote control module with a wireless transmitter and a main module, inside which are located:

- microcontroller unit;

- a memory unit electrically connected to the specified unit of the microcontroller for storing one or more audio files;

- a wireless connection unit for storing or replacing in the memory unit one or more audio files associated with the microcontroller unit, while the wireless connection unit has the possibility of two-way communication with an external device;

- transceiver unit, for receiving signals from the remote control module, connected to the microcontroller unit;

- a sound reproducing unit associated with the microcontroller unit, and comprising an audio file decoder, with at least one sound emitter module;

- Power Supply.

Preferably, the remote control module with a wireless transmitter includes:

- a button that sends a signal via a wireless channel to the receiver of the main module;

- at least one control button that sends a command to the microcontroller via a wireless channel to change the melody or increase / decrease the volume of the melody;

- Power Supply.

Preferably, according to the signal of the remote control module received by the receiver of the main module, the microcontroller finds the necessary audio file in the memory unit and gives a command to play it.

Preferably, the audio files of the mobile horn were recorded in MP3, and / or MIDI, and / or AMR, and / or WAVE, and / or MMF and / or in another known format.

Preferably, the wireless unit includes an infrared transceiver and / or transceiver based on a Bluetooth connection.

Preferably, the transmitter of the remote control module and the transceiver unit, for receiving signals from the remote control module, the main module are connected by radio at any frequency and using any known modulation method, for example at a frequency of 433 MHz.

Preferably, the transmitter of the remote control module and the transceiver unit, for receiving signals from the remote control module, the main module are connected via infrared or Bluetooth connection.

Preferably, the power supply is made in the form of at least one accumulator or a battery of type AA / AAA, or another type.

The second version of the mobile horn includes: a remote control module with a wireless transmitter and a main module, inside which are located:

- microcontroller unit;

- a memory unit electrically connected to the specified unit of the microcontroller for storing one or more audio files;

- USB port for saving or changing one or several audio files in the memory block, connected with the microcontroller block;

- transceiver unit, for receiving signals from the remote control module, connected to the microcontroller unit;

- a sound reproducing unit associated with the microcontroller unit, and comprising an audio file decoder, with at least one sound emitter module;

- Power Supply.

It is preferable to have a USB port for connecting to a PC, and the memory block will be determined as the standard USB Mass Storage Class Specification Overview.

Preferably, the remote control module with a wireless transmitter includes:

- a button that sends a signal via a wireless channel to the receiver of the main module;

- at least one control button that instructs the microcontroller via a wireless channel to change the melody and / or increase / decrease the volume;

- Power Supply.

Preferably, according to the signal of the remote control module received by the receiver of the main module, the microcontroller finds the necessary audio file in the memory unit and gives a command to play it.

Preferably, the audio files of the mobile horn were recorded in MP3, and / or MIDI, and / or AMR, and / or WAVE, and / or MMF, and / or in another known format.

It is preferable that the transmitter of the remote control module and the transceiver unit, for receiving call signals from the remote control module, the main module are connected by radio channel at any frequency and using any known modulation method, for example, at a frequency of 433 MHz.

Preferably, the wireless unit includes an infrared transceiver and / or transceiver based on a Bluetooth connection.

Preferably, the power supply is made in the form of at least one battery of type AA / AAA, or another type.

Preferably, the USB port automatically charges the batteries.

The third version of the mobile horn includes:

- microcontroller unit;

- a memory unit electrically connected to the specified unit of the microcontroller for storing one or more audio files;

- USB port for saving or changing one or several audio files in the memory block, connected with the microcontroller block;

- governing bodies;

- a sound reproducing unit associated with the microcontroller unit, and comprising an audio file decoder, with at least one sound emitter module;

- Power Supply.

Preferably, the controls were made in the form of:

- a button that instructs the microcontroller to play an audio audio file, and a sound reproduction unit;

- at least one control button that instructs the microcontroller to

change the melody or increase / decrease the volume.

Preferably, according to the signal of the alarm button, the microcontroller will find the necessary audio file in the memory unit and give a command to play it.

Preferably, the audio files of the mobile horn are recorded in MP3, and / or MIDI, and / or AMR, and / or WAVE, and / or MMF, and / or in another format currently known.

Preferably, the power supply is made in the form of at least one accumulator or battery type AA / AAA, or another type.

In addition, all of the above options for mobile horn units are made in the form of housing modules that can be mounted on: a bicycle wheel and / or elements of a person’s clothing, preferably a cyclist, skier, snowboarder, skateboarder, etc. Mounting can be carried out, as at the expense of the device’s body, and due to additional elements, for example, pins.

In addition, it is preferable to use piezoelectric generators generating sound at resonant frequencies with a volume above 90 dB in all the above-mentioned variants of mobile horn.

The inventive device is illustrated by the following drawings.

Figure 1 is a diagram of a mobile horn according to the first embodiment with a wireless connection unit for storing or replacing one or more audio files in a memory unit and a transceiver unit for receiving signals from a remote control module;

Figure 2 is a diagram of a mobile horn according to the second embodiment with a USB input for storing or replacing one or more audio files in a memory unit and a transceiver unit for receiving signals from a remote control module;

Figure 3 is a diagram of a mobile horn according to the third embodiment with a USB input for storing or replacing one or more audio files in a memory unit;

The mobile horn shown in Figure 1 includes:

- a casing having fastenings (not shown in the Figures) on a corresponding surface, for example, a bicycle handlebar or elements of a user's clothing, inside which a main module is installed. The main module includes a microcontroller unit; a memory unit electrically connected to said microcontroller unit for storing one or more audio files; USB port for saving or changing one or several audio files in the memory block, connected with the microcontroller block; a transceiver unit for receiving signals from a remote control module associated with a microcontroller unit; a sound reproducing unit associated with the microcontroller unit, and comprising an audio file decoder, with at least one sound emitter module; governing bodies; Power Supply;

- a remote control module made in the form of a housing with controls installed on it and a wireless transmitter enclosed in it. This module includes a power supply for powering the specified transmitter.

The device operates as follows.

The user, by pressing the button of the controls responsible for supplying the audio signal of the remote control module, thereby activates the wireless transmitter, which sends a signal at the appropriate frequency to the transceiver unit of the main module to play the preset melody.

The signal received by the transceiver of the main module is processed by the microcontroller, which in turn finds a pre-set melody in the memory unit and transfers it to the audio file decoder, which decodes this melody in the desired format for playback, which is reproduced by the sound emitter module, for example, a piezoelectric emitter.

Also, the user, by pressing the button on the controls of the remote control module responsible for changing the melody, activates a wireless transmitter that sends a signal at the appropriate frequency to the transceiver unit of the main module to change the melody. As a result, the microcontroller finds the next one in the list

a melody in the memory unit and assigns it a value as “pre-set”, after which the melody can be played using the controls that are responsible for supplying the sound signal of the remote control module.

In addition, the user can change the melodies. Change is carried out only by the current, predefined melody to a melody with a volume equal to or less than the changeable one. To do this, it is necessary to establish communication from the transceiver of an external device, for example, a mobile phone, by transmitting an audio file to the wireless module of the main module on the corresponding communication channel, for example, via an infrared communication channel or based on Bluetooth connection (Bluetooth can be activated by pressing the play button melodies) and then the transfer of the audio file will begin. After successfully changing the audio file, the new audio file becomes pre-installed, i.e. when you press the button responsible for the sound signal, the melody of the new audio file will be played.

The mobile horn shown in FIG. 2 differs from the horn shown in FIG. 1 in that melodies are changed via the USB connection port. The user can change melodies as follows. When connecting the main module via its USB port to the USB port of the PC, the memory block is defined as the USB Mass Storage Class Specification Overview standard and is thus visible as a regular USB flash drive, as a result of which the user can delete and save various audio files used for playback. In addition, at least one rechargeable battery used in the power supply is charged via the USB port.

The mobile horn shown in FIG. 3 differs from the above by a simpler construction. It does not have a wireless remote control module, so the controls are located on the surface of the horn. The controls are also made in the form of 2 buttons: the first is responsible for giving a sound signal and the second is for changing the melody. Charging and changing melodies as well as the version of the horn shown in Figure 2 is carried out via USB.

Above were some of the preferred embodiments of the inventive device, however, it is clear to any specialist that this example should not be limited, and another device control scheme may be used.

Claims (22)

1. The mobile horn includes a remote control module with a wireless transmitter and a main module, inside which are located: a microcontroller unit; a memory unit electrically connected to said microcontroller unit for storing one or more audio files; a wireless connection unit for storing or replacing one or more audio files in the memory unit associated with the microcontroller unit, while the wireless connection unit has the ability to two-way communication with an external device; a transceiver unit for receiving signals from a remote control module associated with a microcontroller unit; a sound reproducing unit associated with the microcontroller unit and comprising an audio file decoder with at least one sound emitter module; Power Supply. 2. The mobile horn according to claim 1, characterized in that the remote control module with a wireless transmitter includes a button that sends a signal via a wireless channel to the receiver of the main module; at least one control button that wirelessly instructs the microcontroller to change the melody or increase / decrease the volume of the melody; Power Supply. 3. The mobile horn according to claim 1, characterized in that according to the signal of the remote control module received by the receiver of the main module, the microcontroller finds the necessary audio file in the memory unit and sends a command to play it. 4. Mobile horn according to any one of claims 1 to 3, characterized in that the audio files of the mobile horn are recorded in MP3, and / or MIDI, and / or AMR, and / or WAVE, and / or MMF, and / or in another famous format. 5. The mobile horn according to claim 1, characterized in that the wireless connection unit comprises an infrared transceiver and / or a transceiver based on a Bluetooth connection. 6. The mobile horn according to claim 1, characterized in that the transmitter of the remote control module and the transceiver unit for receiving signals from the remote control module of the main module are connected via a radio channel at any frequency and using any known modulation method, for example, at a frequency of 433 MHz. 7. The mobile horn according to claim 1, characterized in that the transmitter of the remote control module and the transceiver unit for receiving signals from the remote control module of the main module are connected via infrared or Bluetooth connection. 8. Mobile horn according to any one of claims 1 and 2, characterized in that the power supply unit is made in the form of at least one accumulator or AA / AAA battery, or another type. 9. The mobile horn includes a remote control module with a wireless transmitter and a main module, inside of which there is a microcontroller unit; a memory unit electrically connected to said microcontroller unit for storing one or more audio files; USB port for saving or changing one or several audio files in the memory block, connected with the microcontroller block; a transceiver unit for receiving signals from a remote control module associated with a microcontroller unit; a sound reproducing unit associated with the microcontroller unit and comprising an audio file decoder with at least one sound emitter module; governing bodies; Power Supply. 10. The mobile horn according to claim 9, characterized in that the USB port is designed to connect to a PC, while the memory block is defined as the USB Mass Storage Class Specification Overview standard. 11. The mobile horn according to claim 9, characterized in that the remote control module with a wireless transmitter includes a button that sends a signal via a wireless channel to the receiver of the main module; at least one control button giving a command to the microcontroller via a wireless channel to change the melody and / or increase / decrease the volume; Power Supply. 12. The mobile horn according to claim 9, characterized in that according to the signal of the remote control module received by the receiver of the main module, the microcontroller finds the necessary audio file in the memory unit and sends a command to play it. 13. Mobile horn according to any one of claims 9-12, characterized in that the audio files of the mobile horn are recorded in MP3, and / or MIDI, and / or AMR, and / or WAVE, and / or MMF, and / or in another famous format. 14. The mobile horn according to claim 9, characterized in that the transmitter of the remote control module and the transceiver unit for receiving call signals from the remote control module of the main module are connected via a radio channel at any frequency and using any known modulation method, for example, at a frequency of 433 MHz. 15. The mobile horn according to claim 9, characterized in that the wireless connection unit comprises an infrared transceiver and / or a transceiver based on a Bluetooth connection. 16. Mobile horn according to any one of paragraphs.9 and 11, characterized in that the power supply unit is made in the form of at least one AA / AAA battery, or another type. 17. The mobile horn according to clause 16, characterized in that the batteries can be automatically charged via the USB port. 18. The mobile horn includes a microcontroller unit; a memory unit electrically connected to said microcontroller unit for storing one or more audio files; USB port for saving or changing one or several audio files in the memory block, connected with the microcontroller block; governing bodies; a sound reproducing unit associated with the microcontroller unit and comprising an audio file decoder with at least one sound emitter module; Power Supply. 19. The mobile horn according to claim 18, characterized in that the controls are made in the form of a button instructing the microcontroller to play the audio file with the sound reproduction unit, and at least one control button instructing the microcontroller to change the melody or increase / decrease volume. 20. The mobile horn according to claim 19, characterized in that the microcontroller finds the necessary audio file in the memory unit by the signal of the alarm button and sends a command to play it. 21. The mobile horn according to any one of claims 18 to 20, characterized in that the audio files of the mobile horn are recorded in MP3, and / or MIDI, and / or AMR, and / or WAVE, and / or MMF format. 22. Mobile horn according to any one of claims 1 and 2, characterized in that the power supply unit is made in the form of at least one accumulator or AA / AAA battery, or another type.