BRPI0600647B1 - mobile communication device with instrumental features - Google Patents

Abstract

mobile communication device with instrumental resources. a mobile communication device (1,20,55,111,150200,220,335) with musical instrument resources (percussion, keyboards, strings or wind) is described, which can be attached to the user's carpus using an elastic strap adjustable (151). it can also function, receiving commands from a remote sensor (4,70,75,160,210,257,392,412), which has an added musical instrument (percussion, keyboards, strings or wind), and can be attached to the carpus by means of an adjustable elastic strap (151 ). a sound system (6) or audio / video equipment can receive audio and / or video from the mobile communication device (1, 20, 55,111,150, 200, 220, 335) via an adapter (5, 56, 63, 68 ). this device is expected to act as a pleasant, fun and relaxing occupational therapy for its user, who will feel the benefits in their physical and mental health. the technical sector to which the present invention refers is that of "electronics".

Description

Descriptive Report of the Invention Patent for MOBILE COMMUNICATION DEVICE WITH

MUSICAL FEATURES

[001] The present invention refers to an electronic mobile communication device, with functionalities of musical instruments, used by the user, attached or not to the body, or in different situations. The technical sector to which this invention refers is that of electronics.

[002] Patent application PI0500339-3, filed at

02 / feb / 2005 at the INPI headquarters in Curitiba / PR, was incorporated in the present application for the invention of this same depositor and whose internal priority is claimed here, and this now includes some technical innovations, which do not change the inventive concept. STATEMENT OF TECHNICAL STATUS

[003] Technological evolution and industrial growth have changed the daily routine of people, who now have less time for family and leisure, in addition to cumulative stress. The longing of the active population is to have moments of pleasure in appropriate places, such as in the countryside, beach, farm, etc. It is inevitable to have to stay, during the week, in tumultuous, unpleasant environments and much of the time inside a vehicle. Unfortunately, most people who work do not have time to get out of the everyday environment, nor do they even have time for leisure and fun.

[004] Telecommunications technology has advanced considerably in recent years, allowing people from the most diverse social classes to have access to mobile phones of the cellular type. The large consumption of devices and services causes the price to fall more and more. Many of these devices have devices to make them even more useful and innovative, taking advantage of their purpose, such as short message features

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2/34 text, calendar, calendar, etc. They can also bring fun to the user, through games, music, varied sounds and other applications. Although the utilities and resources for fun have evolved considerably, other activities can be attributed. So, the present invention seeks to provide the user with a mobile communication device with instrumental and sound resources, with the aim of acting as a pleasant and fun occupational therapy, in idle moments that the user has in their daily lives .

[005] Therefore, the idea of the present invention is to reconcile a musical instrument with the mobile communication device that people carry with them daily. Thus, the user can hold the device on his body and play the instrument of his choice, in order to produce sounds of musical instruments (percussion, keyboards, strings or wind) or perform an instrumental accompaniment of a song, from the your communication device, listening to the sounds generated on headphones, on the device itself or on other audio devices. The motivation to continue using these instrumental resources appears in the evaluation of the user's performance in his activity of playing, in the best possible way, the musical instrument of his device, which evaluates the instrumental accompaniment of a song, or even, the composition of a melody or music. OBJECTIVES OF THE INVENTION

[006] The objective of the present invention is to provide a mobile communication device, whose primary purpose is to make telephone calls, with a musical instrument (percussion, keyboards, strings or wind), being able to produce sounds of musical instruments, either percussion, keyboards, strings or wind, in addition to producing sound and / or musical effects in a song being played by this device, which also assesses the user's performance in their activity of accompanying a song or composing a

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3/34 melody, sound or even a song. Through the apparatus of this invention, it is expected that its functionalities described act as an occupational therapy, providing fun, pleasurable moments that help in the physical and mental relaxation of its user, making his mind with more pleasant tasks and, consequently, leaving little room for harmful thoughts.

BRIEF DESCRIPTION OF THE INVENTION

[007] The object of the present invention basically consists of an adapter (5), a remote sensor (4) and a mobile communication device (1) that can have an aggregated physical musical instrument (percussion, keyboards, strings or breath), which is capable of functioning as a mobile phone, providing a musical instrument and sound, musical, instrumental and performance evaluation resources for the user's performance, making it an equipment with multiple uses and, among these, serving as a device capable of providing a pleasant, pleasant and fun occupational therapy, resulting in several benefits to the physical and mental health of its user. [008] The first and preferred embodiment of the electronic device of the present invention comprises an adapter (5,56,63,68) and a mobile communication device with instrumental interface (20, 150,200,220,335), presented in four modalities (150,200,220,335) which include all possible functionalities for the apparatus object of the present invention. This device, in its primary function, acts as a mobile phone compatible with cellular network and / or Wi-Fi (Wireless Fidelity), as it has electronic and computational resources to perform this function. At least one sensor (48.40) is placed on the physical musical instrument, resulting in electrical, analog or digital signals, which are processed, interpreted and produce musical instrument sounds

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4/34 (percussion, keyboards, strings or wind), which can be different from the type of physical musical instrument, that is, if the physical instrument is a piano, the sounds produced can be compatible with drums or guitar, guitar , harp, etc.

[009] The second embodiment of the device object of the present invention consists of the first modality of the mobile communication device (55,111), the remote sensor (4) and adapter (5,56,63,68).

[0010] There are five modes for the remote sensor (160,210,257,392,412), each of which seeks to materialize a musical instrument physically (percussion, keyboards, strings or wind). The remote sensor (4) has the purpose of sending digitized commands to the mobile communication device (1), referring to the user's action in touching the instrument. This action of playing the instrument sensitizes sensors (48.40), properly arranged on the physical instrument, which produce electrical, analog or digital signals, which are processed and converted into commands.

[0011] The mobile communication device of this second embodiment (55, 111) does not have an aggregated musical instrument, but it is capable of receiving digitized commands from the remote sensor (4), interpreting them and producing the sounds corresponding to these commands. This device also acts as a mobile phone compatible with cellular network and / or WiFi, as it has electronic and computational resources to perform this function. The type of physical instrument and remote sensor commands (4), in any of their modalities, are automatically detected by the mobile communication device (1).

[0012] Considering the first and second embodiments, their common characteristics will be addressed. The performance of your user's activity in playing the instrument, accompanying a song,

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5/34 producing melodies, sounds or even a song, can be evaluated through established parameters, such as: intensity, timing / rhythm, tone, timbre, musical note, selected instrument and musical style. The mobile communication device (1) is capable of playing a song, producing instrumental sounds, mixing two or more sounds, changing and / or editing a song, and a single, mixed sound or the resulting sound can be heard on headphones wired or wireless (2), stored in the internal flash memory (36), sent to a computer (3) and / or home, automotive or portable sound system (6). Thus, the user can be inside his motor vehicle and hear the resulting sounds on the vehicle's speakers. The sounds, melodies or songs produced by the user can be recorded, and stored internally, and be sent via audio-message or musical message, being another innovative feature in this invention.

[0013] Another innovative feature is that the user can make use of his abilities to produce sounds, such as whistles, snapping fingers, clapping his hands, vowel sounds coming out of his mouth, tap dancing or any other type of generated sound , in order to excite the mobile communication device (1), which captures these sounds, through its internal microphone (34), processes them, interprets them and produces sounds of musical instruments, be it percussion, keyboards, strings or puff. For this, several parameters of the sounds generated by the user are considered, such as intensity, tone, timbre, shape of the acoustic signal, frequency, duration, vocal generated and its type, harmonic frequencies and / or other important parameters to define the production of an instrumental sound.

[0014] Through an adjustable elastic strap (151), velcro® strips or adhesive portions (153,152), which is part of all

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6/34 modes of communication devices and remote sensors, it is possible to attach the devices to the user's body.

BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The present invention will be described in more detail below based on an example of execution shown in the drawings. The figures show:

[0016] Figure 1 - is a functional block diagram that comprises the elements that interact with the mobile communication device (1);

[0017] Figure 2 - is a block diagram that illustrates some possible use configurations for the mobile communication device (1) and remote sensor (4), both of which are objects of the present invention;

[0018] Figure 3 - is a detailed block diagram of the mobile communication device (20), referring to the first and preferred embodiment, being the object of the present invention;

[0019] Figure 4 - is a detailed block diagram of the mobile communication device (55), referring to the second embodiment, being the object of the present invention;

[0020] Figure 5- is a detailed block diagram of the remote sensor (70), referring to the second embodiment of the apparatus object of the present invention;

[0021] Figure 6 - is a detailed block diagram of the remote sensor (75), referring to the second embodiment of the apparatus object of the present invention;

[0022] Figure 7 - is a block diagram of the first modality of the adapter (56), referring to the first and the second embodiment, being the object of the present invention;

[0023] Figure 8 - is a block diagram of the second modality of the adapter (63), referring to the first and the second embodiment,

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7/34 being the subject of the present invention;

[0024] Figure 9 - is a block diagram of the third modality of the adapter (68), referring to the first and the second embodiment, being the object of the present invention;

[0025] Figure 10 - are seen from the front (111), left side (113), right side (114), bottom (116) and top (110) faces of the first modality of the mobile communication device, referring to the second embodiment of the apparatus object of the present invention;

[0026] Figure 11 - are seen from the front (120), rear (121) and bottom (122) of the second modality of the mobile communication device, referring to the first embodiment of the device object of the present invention;

[0027] Figure 12- is a view of the rear face of the second modality of the mobile communication device (150), which is attached to its adjustable elastic band (151), being the object of the present invention;

[0028] Figure 13 - is a front view of the first mode of the remote sensor (160), which is attached to its adjustable elastic band (151), referring to the second embodiment of the device object of the present invention;

[0029] Figure 14- are seen from the front (170), right side (192) and left side (185) of the third modality of the mobile communication device, referring to the first embodiment of the device object of the present invention;

[0030] Figure 15 - is a view of the rear face of the third modality of the mobile communication device (200), which is attached to its adjustable elastic band (151), referring to the first embodiment of the device object of the present invention;

[0031] Figure 16 - is a front view of the second remote sensor mode (210), which is attached to its elastic strap

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8/34 adjustable (151), referring to the second modality of the apparatus object of the present invention;

[0032] Figure 17 - is a differentiated spatial view of the fourth modality of the mobile communication device (217), referring to the first embodiment of the device object of the present invention;

[0033] Figure 18 - is a spatial view of the fourth modality of the mobile communication device (220), referring to the first embodiment of the device object of the present invention;

[0034] Figure 19 - is a front view of the third mode of the remote sensor (257), which is attached to its adjustable elastic band (151), referring to the second embodiment of the device object of the present invention;

[0035] Figure 20 - is a view of the front (303) and rear (310) of the fifth modality of the mobile communication device, referring to the first embodiment of the device object of the present invention;

[0036] Figure 21 - is a view of the rear face of the fifth modality of the mobile communication device (335), which is attached to its adjustable elastic band (151), referring to the first embodiment of the device object of the present invention;

[0037] Figure 22 - is a side and top view of the first possible arrangement between the body of the device (350) and the adjustable elastic band (151);

[0038] Figure 23 - is a side view of the second arrangement between the device body (350) and the adjustable elastic band (151);

[0039] Figure 24- are side views of the third arrangement that illustrates one of the ways of attaching the body of the mobile communication device or remote sensor (350) to the adjustable elastic band (151);

[0040] Figure 25 - are side views of the fourth arrangement that involves mechanical fittings in order to attach the body of the device (350) to the adjustable elastic band (151);

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9/34

[0041] Figure 26 - is a spatial view of the sensor glove (360) and the sensor glove (370), which are part of the fourth and fifth remote sensor modes (392,412), referring to the second embodiment of the device object of this invention;

[0042] Figure 27 - is a spatial view of the fourth modality of the remote sensor (392), referring to the second embodiment of the apparatus object of the present invention;

[0043] Figure 28 - is a spatial view of the fifth modality of the remote sensor (412), referring to the second embodiment of the apparatus object of the present invention.

DETAILED DESCRIPTION OF THE FIGURES

[0044] The detailed description of the figures will clarify the idea of the present invention, as well as show all the details, operation and particularities of the elements that make up the electronic device and object of the present invention.

[0045] The block diagram of Figure 1 highlights the electronic device of the present invention which comprises the mobile communication device (1), the remote sensor (4) and the adapter (5), which interact with said accessory elements (3 , 2,7,6). The mobile communication device (1) is equipped with analog and digital electronic circuits, which associated with the embedded software, constitutes a system capable of producing sounds of musical instruments (percussion, keyboards, strings or wind), playing music, adding effects changes in the reproduction parameters of the music being played, mixing sounds and evaluating the instrumental accompaniment ability performed by the user, who acts directly or indirectly in all these functionalities.

[0046] The mobile communication device (1) can communicate with a computer (3), with the purpose of receiving or exchanging files, accessing and synchronizing information of calendar, calendar, contacts,

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10/34 among other possibilities. Digitized sounds can be sent from the mobile communication device (1) to a compatible home, automotive or portable sound system (6), which receives sounds, decodes and reproduces them. The remote sensor (4) provides an independent musical instrument interface to control the mobile communication device (1), which is also capable of sending the resulting sound to wired or wireless headphones (2). A wireless communication network (7), of the cellular type or any that allows voice and / or data communication, is necessary to provide the primary assignments of the mobile communication device (1).

[0047] The electronic device object of the present invention is realized in two ways. The first embodiment basically consists of a mobile communication device with an instrumental interface (20). Such embodiment also allows the use of more than one remote sensor (4,4a, 4b ... 4n) or mobile communication device with instrumental interface (1a, 1b, 1c .. 1n), as shown in Figure

2. This allows the expansion of instrumental interfaces so that other users can act together in order to carry out the musical accompaniment or to compose a song, since the communication device (20) allows communication with more than one remote sensor (4, 4a, 4b ... 4n) or mobile communication device (20). The second embodiment is formed by a mobile communication device without an instrumental interface (55), which is achieved with the use of at least one remote sensor (4.4a, 4b ... 4n). The apparatus of this embodiment (55) can also work with the apparatus of the first embodiment (20), using its instrumental interface. The adapter (5), object of the present invention, works in both embodiments and has the purpose of taking the sound produced in the mobile communication device (1) to a sound system (6) not compatible with the communication resources of the device .

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11/34

[0048] Figure 3 presents the detailed block diagram of the mobile communication device (20), referring to the first and preferred embodiment. This device incorporates a musical instrument, that is, the user can play a musical instrument (percussion, keyboards, strings or wind) in the structure of the device and hear the resulting sounds in headphones (2) and / or in a system home, automotive or portable sound system (6). In this first embodiment, the mobile communication device works independently of the remote sensor (4), despite allowing its use as being more of an instrumental interface.

[0049] The internal rechargeable battery and the load management circuit (21) allow the mobile communication device (20) to work independently of external energy sources. The internal battery is associated with the supply circuit (22) which provides regulated voltages to supply the other circuits of the device.

[0050] The touch sensors (40), which are sensitive to frequency and intensity, have the function of detecting beats / touches of the user's hand and / or fingers in different regions of the pad surface (135, 135) or the disc Jog (206). These sensors can be piezoelectric, capacitive, resistive, inductive, field effect transducers or be a pressure, force, displacement, vibration or acceleration sensor. The touch sensors (40) distributed on the instrument's surface provide different touch-sensitive regions, in which different functionalities can be assigned. With this multiplicity of sensors, the user can, for example, act on several commands, or produce sounds from different instruments and / or musical notes, modify parameters or insert different effects, simultaneously or not, in the music being played.

[0051] The analog signals resulting from the touch sensors (40) are handled by the signal conditioning circuit (41) and

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12/34 converted into digital words using analog to digital or A / D converters (39). These originated words are read by the digital signal processor or DSP (26), which obtains the intensity and duration / frequency of the stimulus applied to the touch sensors (40). If the touch sensors (40) have a digital interface, the digital words provided are read directly by the DSP (26). Jog disk sensors (48) provide analog or digital signals to the DSP (26), which processes these signals to obtain information regarding the angular position, speed and acceleration applied to the Jog disk (206).

[0052] In addition to processing the sensors of the mobile communication device (20), the DSP (26) processes voice signals, sounds, communication signals, music, controls the communication devices, mixes two or more sounds , among other features. This allows the mobile communication device (1,20,55) to mix two or more sounds, including the following possibilities: mixing the sound of a song, modified or not, with sounds of musical instruments and / or sound effects; mix the sound of a song, modified or not, with the sound coming from the adapter (5,56,63,68) or compatible sound system (6); and mix sounds from musical instruments or sound effects with the sound coming from the adapter (5,56,63,68) or compatible sound system (6). Two types of external memory are associated with the DSP (26): RAM memory (23), which stores data and temporary information and; Flash memory (24), which stores the firmware of this subsystem (DSP) and specific information.

[0053] The user's voice, when making a call, is picked up by the built-in microphone (34), which provides signals that are processed by the signal amplifier (32) and converted into digital words by the D / A converter block ( digital to analog) and A / D (30). These

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13/34 digital words corresponding to the user's voice are received and processed by the DSP (26). In the same way, the voice of the other user of the call is sent digitally from the DSP (26) to the D / A and A / D converter block (30), being amplified by the audio amplifier (31) and the voice comes out on the handset built-in (33). The resulting voice or sound can be output in external wired or wireless headphones (2), through the interface with headset and microphone (47), which can be controlled by both the DSP (26) and the microprocessor (45) ), in order to activate or deactivate the headphones / microphone, control the volume of the headphones and microphone, among other commands. This interface is also capable of receiving signals from an external wired or wireless microphone. The headset and microphone interface (47) is capable of establishing bidirectional communication with the external device, making use of radio frequency, ultrasound, infrared light or electrical wires / cables, as well as associating two or more of these means of communication.

[0054] The communication system (29) provides communication with a remote sensor (4) in order to receive and / or send commands and information. This system can establish wireless communication with a computer (3), home audio system, automotive or portable (6), wireless access point, internet or any other equipment that has compatibility. The communication system (29) is also capable of sending / receiving audio and / or video signals, analog or digital, to / from any compatible device or equipment. In addition, the communication system (29) is compatible with the adapter (5), which allows non-compatible equipment to receive audio and / or video signals from the mobile communication device (1,20,55). This system, which interacts and is controlled by the DSP (26), also makes it possible to send / receive digitized commands. The communication system (29) can communicate in a unidirectional or bidirectional way, and the communication can be made through radio

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14/34 frequency, ultrasound or infrared light, as well as associate two or more of these means of communication.

[0055] The radio frequency module (25) has the client configuration in a wireless communication network (7) for data and voice, which can be of the cellular type. This module can be compatible with any cellular communication system, in its wide functionality, whether in AMPS (AdvancedMobile Phone System), TDMA (TimeDivision Multiple Access), CDMA (Code Division Multiple Access), W-CDMA (Wideband Code Division Multiple) standards Access), GSM (Global System for Mobile Communications) or 3G (Third Generation Mobile), or even compatible with Wi-Fi wireless networks. The internal or external antenna (27) allows radio frequency signals to be received or transmitted by means of communication (RF), being compatible with the module (25).

[0056] The device's internal flash memory (36) is used to store files or data from internal applications (games, calendar, tools, etc.), sounds from musical instruments, music, data and any files. The internal flash memory (36) can be expanded using a memory card inserted in the device. For this, the memory card interface (50), which is accessed and controlled by both the DSP (26) and the microprocessor (45). The mobile communication device (1,20,55) can play music, stored in flash memory (36) or on a memory card, which can be in mp3, wma, ogg, wav or any other format. Audio files that present any type of compression or encoding are processed by the decoder (37). The sounds of musical instruments (whether percussion, keyboards, strings or wind) are generated by the synthesizer (38), which reads the patterns of instruments in the files contained in the flash memory (36) or on a memory card. Another advantage of the device is that it can mix sounds from

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15/34 musical instruments with the sound of music, through the DSP (26). [0057] The computer communication interface (28) allows the mobile communication device (20.55) to establish communication with any computer, provided that it has a port of the same type installed and appropriate software, appearing on the device as a physical interface that uses electrical cables / wires. Then, the computer communication interface (28) offers a standard and universal means for connecting via cable with any type of computer. Through this communication interface, it is possible, for example, to control a computer program to produce sounds of musical instruments (percussion, keyboards, strings or wind), from the commands sent by the mobile communication device (20,55). Another possibility includes sending files from the computer (3) to the flash memory (36) or copying files from this memory to the computer (3), also acting as a data storage memory for computers.

[0058] The microprocessor (45) has several functionalities, such as: reading and processing the keyboard data (42), sending digital information to the rear display (44) and main display (35), activating the bell or ring (46 ) when necessary, support and run applications, in addition to controlling the entire device. The DSP (26) also works in conjunction with the microprocessor (45), receiving orders and commands, in addition to exchanging information. The firmware or embedded software to perform the activities determined for the microprocessor (45) are contained in its flash memory (36), which can also store personalized and / or specific information.

[0059] The LEDs of the Jog pad / disc (49) are light-emitting diodes that are properly distributed under the surface of the pad (135) or Jog disc (206), according to the mode of the

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16/34 apparatus, and are controlled by the microprocessor (45). The function of these LEDs is to provide a luminous indication to the user regarding the action that must be taken, that is, it informs the user of the point on the disc to be played, as well as the moment and intensity of the respective touch.

[0060] The block diagram of Figure 4 represents the mobile communication device (55) referring to the second embodiment of the device object of the present invention. It is important to note that this device does not have an aggregated musical instrument interface, making it necessary to use the remote sensor (4) to perform the same functionalities as the mobile communication device of the first embodiment (20). In this second embodiment, the device receives, via the communication system (29), digitized signals corresponding to the stimuli applied to the touch sensors (40) and the Jog disk (48) belonging to the remote sensor (4.70,75). The blocks shown in the diagram in Figure 4 will not be detailed, as they have the same features and characteristics as those described through the diagram in Figure 3.

[0061] The second mode of the remote sensor (70) is more detailed in function of the block diagram of Figure 5. This device has an internal rechargeable battery and charge management circuit (76) which, through the supply circuit ( 77), provides the necessary energy for the proper functioning of the other circuits. The touch sensors (40) are the same as those described for the mobile communication device of the first embodiment (20), providing analog signals that are adapted by the signal conditioners (41) and converted into digital words through the A / D converters (39 ). The microprocessor (81) processes the data from the touch sensors (40) and Jog disk sensors (48), resulting in commands and new data that are

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17/34 sent, through the communication system (82), to the mobile communication device (55). If the sensors (40) have digital outputs, in which the signals are processed and digitized, they send the data directly to the microprocessor (45).

[0062] The communication system (82) is the same and compatible with the communication system of the device (29), allowing data traffic in a bidirectional way and in the same way defined for the device system (29). This system sends the commands and controls performed by the user to the mobile communication device (20.55) and receives from it, various information, such as: type of instrument selected, name of the song, command to activate the LEDs (72), answer among other useful information for the user. The microprocessor (81) also performs in-process reading of the keyboard (79) and the display command (80), which also functions as an extension of the main display of the mobile communication device (35). The flash memory (78), associated with the microprocessor (81), stores the firmware that controls this entire device, in addition to storing data, applications, routines, etc.

[0063] Figure 6 shows the block diagram of the first remote sensor mode (75). The blocks and operation of this modality are similar to the second modality already described, except for the fact that the Jog disc sensors (48) are no longer present and that the LEDs (74) and touch sensors (40) become directly refer to the first remote sensor mode (75). This diagram also applies to describe the third (257), fourth (392) and fifth mode (412) of the remote sensor (4).

[0064] Figure 7 shows the block diagram of the first modality of the adapter (56), which can act on the mobile communication device of the first and second embodiment (20.55). An external power supply connected to the adapter (56) provides

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18/34 energy for the supply circuit (57), which provides regulated voltages for the other circuits. The communication system (58) is identical and compatible with the communication system of the device (29), establishing digital data communication in a bidirectional way between these devices.

[0065] The resulting sound from the mobile communication device (20.55) is sent to the adapter (56), which decodes the received data, through the microprocessor (59). The processed data passes through the D / A converter and active filters (60), recomposing the analog signal corresponding to the resulting sound. This signal is adjusted in amplitude through the volume control circuit (61), controlled by the microprocessor (59). The amplitude-adjusted signal is then made available as standard audio channels to enter any audio and / or video equipment. The digital audio interface (62) is compatible with any audio and / or video equipment, which in addition to being another option for digitized audio output, also serves as a digital audio input so that it can be sent to the communication device mobile (20.55).

[0066] Figure 8 shows the block diagram of the second modality of the adapter (63), acting on the mobile communication device of the first and second embodiment (20.55). This adapter is identical to the first modality of the adapter (56), except that it includes audio amplifiers (64) in order to excite, with power, speakers (69).

[0067] The adapter (63) can be used to provide sounds or video produced or reproduced on the mobile communication device (20,55) to a device not compatible with its communication system (29). This adapter can be installed in a car's sound system, connected to one of the audio inputs, causing the sound to come out of the vehicle's speakers. Another option is to use the second

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19/34 adapter mode (63) to directly excite loudspeakers, such as car speakers. An audio and / or video signal from equipment to which the adapter (56.63.68) is connected can also be sent to the mobile communication device (20.55).

[0068] The block diagram of the third modality of the adapter (68), also capable of acting on the mobile communication device of the first and second embodiment (20.55), is shown in Figure 9. This adapter incorporates the circuits and functionality of the first modality of the adapter (56), including means for providing a video, analog or digital signal. For this, the mobile communication device (20.55) sends data and / or commands related to characters, points, figures, images or photos to the adapter (68), through the communication system (58). These data and / or commands are decoded and pre-processed by the microprocessor (59), which sends the resulting data to the digital video processor (66). This processor is responsible for the formation of the image, sending it to the digital video interface (67) and / or to the analog video interface (65), which provide digital and analog video signals, respectively. These video signals coming out of the adapter (68) are compatible with existing video standards, providing images for a television or projector.

[0069] The mobile communication device of both embodiments (20.55) is capable of evaluating the user's performance in accompanying a song with the instrument or simply his ability to compose a song or melody. The parameters considered when evaluating the accompaniment of a song by the user are: timing / rhythm, intensity, selected instrument and musical note. From the music file, or independent file, which contains the standards, regarding the evaluated parameters, and

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20/34 considered as a reference, it is possible to calculate the score or degree resulting from the user's performance in his act of playing the instrument. If the user prefers to just play a melody, without accompanying a song, it is possible to carry out the evaluation as well. This is done by selecting the musical style, such as rock, jazz, samba, etc. being patterns recorded in files in flash memory (36), which are compared with the parameters obtained: intensity, rhythm / timing and musical note, in addition to checking the selected instrument, contributing as a factor of musical creativity, as it considers that the user can use different instruments, and even more difficult to play in a particular song or musical style, having greater weight according to the level of difficulty of the instrument used and the selected style. In the case of the mobile communication device of the second embodiment (55), the evaluation result is shown on the display of this device (35) and also on the remote sensor display (80).

[0070] A level of difficulty, which has the function of establishing a certain rigor in the evaluation of the user's performance, can be chosen. The possible levels are divided into four levels: beginner with help, easy, medium and difficult. For this, the evaluation parameters receive different weights and different standards are selected according to the defined level.

[0071] The mobile communication device (20.55) allows the resulting sound, whether from music with instrumental accompaniment or only instrumental sounds, to be recorded in flash memory (36) or on a memory card. One of the ideas of the present invention is to send the sounds or melodies created by the user, in the form of audio messages. The user can assign the sounds or melodies created as if they were polyphonic tones in order to signal the most diverse activities performed by the device. So, the musical interface made available on the

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21/34 mobile communication device (20) or remote sensor (4.70.75) becomes an easy and efficient tool for creating polyphonic tones (ring tones). These sounds can also be sent to a home, automotive or portable sound system (6) or to a computer (3), which can reproduce and / or edit them.

[0072] The production of instrumental sounds (percussion, keyboards, strings or wind) can be done in other ways, in addition to the use of the instrumental interface added to the mobile communication device (20) or present in the remote sensor (4.70, 75). These means of producing instrumental sounds include the act of clapping, snapping the fingers, vocal sounds emitted by the user's mouth, tap dancing, among other possible ways. These sounds emitted by the user are captured by the device's microphone (34) and interpreted. In the production of instrumental sounds, the intensity, tone, frequency and duration of the sound emitted by the user are taken into account, which is converted into sounds corresponding to the selected musical instrument. This makes it possible to dispense with the use of the remote sensor (4.70.75) or the instrument's interface. The evaluation of the user's performance is also possible in this operating mode, once the musical style is selected, the synchronism / rhythm, intensity and musical note parameters are evaluated. It is observed that the musical note is defined by the tone of the sound generated by the user.

[0073] Figure 10 shows the view of the front (111), left side (113), right side (114), bottom (116) and top (110) of the mobile communication device in its first mode and referring to its second embodiment (55).

[0074] On the front face (111) there are holes for the handset (33), a graphic display (35), two buttons for menu selection (89.88), the menu access key and MENU sub-menus (94 ), navigation keys (92,91,93,90), the END key (118) to end a call or

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22/34 cancel function, the SND key (119) to establish a call, a numeric keypad (87) and an opening for the internal microphone (34). [0075] The left side (113) has an extension of the device's keyboard, having special functions. The ONIOFF key (95) turns the device on or off, while the Ring / Call / Volume keys (96.97) adjust the ring or ring volume and the call volume. The Fast Rewind / Previous Music (98), Play / Pause (99), Fast Forwarcl / Next Music (100) and Stop (101) keys control the playback of a song, melody or sound. The Rec key (117) allows recording of the sound produced or the sound produced and mixed with a song. [0076] On the right side (114) are the remaining part of the keyboard and the port for the PC (108), which is related to the communication interface for the computer (28). The MSC VOL key (103) adjusts the volume of the music and the SND VOL key (104) controls the volume adjustment of the sounds, with the aid of the arrows (107,102), which act to increase or decrease the adjustment , or, forwards or backwards a selection. The EFF SEL key (106) selects sound effects to be produced in the musical instrument in question, such as: echo, alteration of reproduction speed, forward or backward reproduction, adding various noises or varied distortions, among other effects. Finally, the FNC SEL key (105) provides functions to the user, such as: instrument selection, audio settings, equalizer, among other functions, which can be chosen using the arrows (107,102).

[0077] The interface (109) shown on the bottom face (116) serves to input the battery charger and other accessories that are not part of the present invention. On the upper side (110) there is a connector for headphones and wired microphone (115).

[0078] Figure 11 shows the views of the front (120), rear (121) and bottom (122) face of the mobile communication device, in its

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23/34 second embodiment and forming part of the first embodiment of the apparatus object of the present invention. The aggregate physical instrument is similar to an electronic drum.

[0079] The mobile communication device (120) is formed by two parts that close, through joints (134). At the top you will find the phone (33) and the main graphic display (35). In the lower half there is a menu key (94), navigation keys (92.91, 93.90), call control (118, 119), numeric keypad (87) and microphone (34).

[0080] The rear face (121) has surfaces sensitive to the touch or beat of the user's hand and / or fingers (135), also called pad, allowing the user to produce sounds of musical instruments (percussion, keyboards, strings or wind) ) by hitting, pressing or touching these surfaces. Each surface can represent a different instrument with different notes, providing a wide variety of options to the user.

[0081] The rear display (44) provides visual information to the user, such as the name of the selected or playing song, the selected musical instrument, menus, sub-menus, settings, audio adjustments, note or performance level, among other information . The FNC key (105) gives access to options, settings, adjustments, menus, and other useful functions, with the arrows (139, 137) assisting in the selection.

[0082] Figure 12 shows the second modality of the mobile communication device (150), attached to its adjustable elastic strap (151), which has velcro® strips or adhesive portions (153, 152), preferably allowing the placement and adjustment of the device (150) on the user's body.

[0083] Figure 13 shows a front view of the first mode of the remote sensor (160), which accompanies the

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24/34 mobile communication (55) and, together with the adapter (5), forms the second embodiment of the apparatus object of the present invention. The remote sensor (160) is attached to the adjustable elastic strap (151), which has velcro® strips or adhesive portions (153, 152). On the front face of the device there is its display (80), a touch sensitive surface or pad (135) for the user can produce sounds of musical instruments (percussion, keyboards, strings or wind) when he hits or touches the pad ( 135), the FNC key (105) already described and navigation arrows (139, 137).

[0084] Figure 14 shows the front (170), right side (192) and left side (185) face of the mobile communication device in its third modality, which represents a Disk Jockey or electronic DJ device. With this type of communication device, the user can act as a DJ (Disk Jockey), that is, he can apply sound effects, control reproduction parameters, among other characteristics, just as audio professionals who act as DJ's do.

[0085] On the front face (170) there are the handset (33), the graphic display (35), the selection keys (178, 173), the call keys (118, 119), the MENU key (94 ), numeric keypad (87) and microphone (34). From the front keys, the user can make phone calls, send text messages, audio messages, make settings, use applications, select a musical instrument, play music, among other musical possibilities, all with the aid of visualizations on the display (35 ).

[0086] On the left side face (185) there is a connect for wired headset and microphone (115) and a computer port (108), which is part of the computer communication interface (28). The SND VOL (104) and MSC VOL (103) volume selection keys, the EFF SEL effect selection key (106) and

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25/34 navigation (107,102). The right side face (192) has an interface connector (109), which allows battery charging and connection with accessories, ON / OFF key (95) and keys for reproduction control (100,98,99,101). The play / pause key (99) starts playing a sound or song and, when pressed again, the key pauses playback. The fast rewind / previous music key (98) rewinds the playback or starts playing the previous song or sound, while the fast forward / next music key (100) forwards the playback or skips to the next song in the playlist. The playback stop is made by the stop key (101), while the Rec key (117) allows recording of the sounds produced or the resulting sound.

[0087] Figure 15 shows the rear face of the mobile communication device (200), in its third modality, which can be attached to the adjustable elastic strap (151) that has velcro® strips or adhesive portions (152,153). The rear face of the device (200) houses the main controls of the musical instrument in question, which resembles a music record player, but has only controls and commands useful for the user to act as a DJ.

[0088] The graphic display (44) is able to show the name of the song, playlist number for the selected song, elapsed playing time, total song time, beats per minute or BPM, selected function, menus and more important details for viewing. The FNC key (105) and navigation arrows (137,139) assist the user in navigating and selecting menu options, as well as changing the type of musical instrument, selecting special audio effects, in addition to other relevant features. The Scratch key (205) for the song and passes the playback control to the user, who uses the Jog disc (206), which will be described below. The Pitch key (208) selects the playback speed control mode, made via the Jog dial (206). The Fly cue key (207), when

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26/34 pressed, marks a point in the song so that it can be played again from this point when the user wishes.

[0089] The Jog disk (206) is a rotatable disk, in which the user uses his hand and / or fingers to rotate it in order to increase or decrease one of the selected parameters of the song. This disc acts in the production of sounds of musical instruments (percussion, keyboards, strings or wind), sound effects, allows you to change the playback parameters of a song or sound, can be used to assist in menu navigation, acts in the control of applications and it is also sensitive to touch, just like the pad (135).

[0090] The Jog disk (206) is composed of a rubberized material, rubber, silicone, rubber with silicone, that is, a soft and resistant material. Turning the dial clockwise increases the value of the parameter, while turning it counterclockwise will decrease this parameter. For example, if the selected parameter is to play forward or backward (scratch function), turning the Jog dial (206) clockwise will cause the song to be played progressively according to the advance in this direction. The same occurs when rotated counterclockwise, but playing backward. The Jog disc (206) is also sensitive to the touch / beat of the user's hand and / or fingers, acting on a selected function or even producing sounds of musical instruments (percussion, keyboards, strings or wind), which can be mixed with the sound of the music playing. The Jog disc (206) has spin sensors (48), which can detect the disc position, angular speed and / or angular position, and can comprise an angular speed sensor, angular position, acceleration or movement. In addition, there are touch sensors (40) below its surface in order to detect taps / strikes.

[0091] Both the pad (135,135) and the Jog disk (206) have

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27/34 several touch sensors associated with regions or points on its surface, as well as LEDs distributed under this surface in order to indicate features, functions, commands and also assist and improve the use of the device. In the case of the pad (135), to simulate the rotation of the Jog disk (206), the user must properly slide or drag his hand and / or fingers over the pad (135). The speed, direction of movement and intensity are detected, due to the plurality of sensors, and converted into the equivalent direction of rotation and speed for the Jog disk (206).

[0092] Several leds (49,72,74) are arranged under the surface of the Jog disc (206) and pad (135). The region or illuminated point on the surface of the disk or pad corresponds to the touch point and the luminous intensity, which is controllable, is related to the force or pressure to be applied on the surface. The combination of these leds also provides luminous indications in the form of arrows, circles, squares, and other geometric shapes, as well as figures and symbols in order to indicate features, functions, commands and also allows to assist and improve the use of the device. An example of the performance of the leds (49,72,74) consists of a future action such as turning the Jog dial (206) clockwise with maximum intensity. Then, a group of LEDs arranged in the shape of an arrow in a clockwise direction should ascend in the sequence referring to the direction of rotation and the luminous intensity will represent the rotation speed to be applied. With this, the user visually perceives the direction of rotation and how fast it should rotate, observing the speed of the arrow formation and its luminous intensity. [0093] It is important to note that the surface of the Jog disc (206) and the pad (135) is composed of a soft, rubberized or padded material, which is semitransparent or transparent to light, precisely so that the luminous intensity of the LEDs placed below this surface can be properly visible to the user. Other

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28/34 reason why the surfaces of the Jog (206) and pad (135) are soft is to avoid injury to the user's hand and / or fingers due to repetitive touches / impacts.

[0094] Figure 16 shows the front face of the remote sensor in its second mode (210), which is attached to its adjustable elastic strap (151) which has velcro® strips or adhesive portions (152, 153). This sensor has controls and commands in order to change parameters of a song, used by audio professionals or DJ's (Disk Jockeys). The remote sensor of this modality (210) seeks to complete the mobile communication device referring to the second embodiment, making this set perform the same functionalities as the third modality of the mobile communication device (200).

[0095] The front face of the remote sensor (210) has a graphic display (80), which presents visual information, such as song name, playlist number for the selected song, elapsed playing time, total playback time music, beats per minute or BPM, selected function, menus and other important details for viewing. In addition to the Jog dial (206), this sensor has the FNC key (105), navigation arrows (137, 139), the Scratch keys (205), Pitch (208) and Fly Cue (207).

[0096] The fourth modality of the mobile communication device (218), referring to the first embodiment, is shown in Figure 17. This modality presents an instrumental interface of the piano type that is found in the middle of the device (218), when it is opened . The two parts of the device (217,218) open, by means of articulations (221, 222), giving access to the internal display (44), function keys, menus and navigation (215,216), in addition to a piano keyboard (219) . Under each of the piano keys there are touch sensors (40) and LEDs (49) distributed in order to detect the intensity, duration and frequency

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29/34 of the touch applied by the user. The sounds produced are not limited to just piano sounds, but can produce sounds of the most diverse types of percussion instruments, keyboards, strings or wind.

[0097] Figure 18 shows the fourth modality of the mobile communication device (220), in which its parts (218,217) are closed. The appearance of this device is similar to that of the first mode device (111), with the selection keys 89.88, menu and navigation (89.88.94.92.91, 93.90), call (118, 119), numeric keypad (87), front graphic display (35), phone (33) and microphone (34). The right, left, bottom and top side faces are the same as those of the first mode device (114, 113, 116, 110).

[0098] The third mode of the remote sensor (257) is shown in

Figure 19, which can be attached to an adjustable elastic band (151) that has Velcro® strips or adhesive portions (152,153). The musical interface of this sensor is similar to that of a piano, being that this remote sensor modality (257), together with the first modality of the mobile communication device (111) act in a similar way to the fourth modality of the device (220). On the front of the device there is the graphic display (80), the piano keyboard (219), and the keys EFF SEL (106), INST SEL (267), TEM PO (259) and FNC SEL (105). The INST SEL key (267) makes it possible to select musical instruments using the navigation keys (266,265). The TEMPO key (259) has the function of changing the playback speed of a song or melody being played, being necessary the use of the navigation keys (261,260) to interact in this parameter.

[0099] Figure 20 shows the views of the front (303) and rear (310) faces of the fifth modality of the mobile communication device, comprising another possibility to form the electronic object device of the first embodiment of the present invention. THE

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30/34 main instrument added to the device can assume the function of a guitar or violin, however sounds from other musical instruments (percussion, keyboards, strings or wind) can be generated from the strings (279).

[00100] The front face (303) is identical to the first mode of the device (111), as well as the side faces. The differential is on the rear face (310) which houses a stringed musical instrument and the rear display (44). The string sensors (278) take the place of the touch sensors (40) shown in the block diagram of Figure 3. [00101] The strings (279) have individual sensors (278) at their ends, which transduce the vibrations produced by the strings on electrical signals. These vibrations are captured, processed and generate sounds from the selected musical instrument or sound / musical effect. These sensors (278) can be of the piezoelectric, capacitive, inductive or resistive type, and can also be a vibration, movement, displacement and / or acceleration sensor. In addition, musical strings (279) are suitable for each type of instrument and have mechanical properties similar to those used in professional musical instruments, which can be metal, plastic, nylon or a combination of these materials.

[00102] It is important to note that the Jog disk (206), pad (135), strings (279), piano keys (219) and sensitive regions (363,364,366,365,362) have at least one sensor that can be piezoelectric, capacitive , resistive, inductive, field effect or a pressure, force, vibration or acceleration sensor. The Jog disk (206), pad (135), sensing half-glove (370) and sensing glove (360) have more than one region or point sensitive to touch, since they are capable of detecting points or regions of touch, as well as detecting movements, the intensity and the frequency / duration of a touch on their surfaces. Both the Jog disc (206) and the pad (135)

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31/34 are capable of operating applications, menus, selections and other control functions.

[00103] Figure 21 shows the front view of the fifth modality of the mobile communication device (335), referring to the first embodiment, which is attached to an adjustable elastic strap (151) that has velcro® strips or adhesive portions (152,153 ).

[00104] One of the ways to attach the body of the mobile communication device or the remote sensor (350), in all modalities and in both embodiments, is shown in Figure 22. According to the side view, there are two discs (352,351) , which are attached and slide together, which connect the body of the device or sensor (350) to the adjustable elastic band (151). It is important to note that the belt (151) and the body (350) have efficient means of fitting the discs (352,351). This makes it possible to rotate the device body (remote sensor or mobile communication device) around the strap (151).

[00105] Another way to secure the device (350) is to use adhesive or velcro® portions (340) placed on the strap (151) and on the device body (350), as shown in Figure 23. Figure 24 suggests that the adjustable elastic strap (151) pass through two rigid supports (341,342) attached to the body of the device (350), in the same way as on a wristwatch. Figure 25 shows the strap (151) with pins (344,343) that fit the body of the device (350). In the latter case, the pins (344,343) and fitting systems on the body of the apparatus (350) must provide efficient and practical means for placing the apparatus (350) on the strap (151), as well as making the removal of the apparatus (350) easy. and uncomplicated. In general, there is a mechanism for attaching the body of the device (350) to the elastic strap (151), which is efficient, practical and uncomplicated, and can comprise sliding discs (352,351), adhesive portions or Velcro ® (340), supports (341,342), snap pins (344,343), push buttons, among others

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32/34 possible locking mechanisms.

[00106] A more practical and easier way to produce sounds from musical instruments (percussion, keyboards, strings or wind) is to take the touch sensors (40) from the remote sensor (75.70) to the user's fingertips. Figure 26 shows the sensor glove (360), seen from the inside or palm of the hand, which overlaps the user's hand and is attached by an elastic strap (372), with regions sensitive to touch / tapping are arranged on the surface of the fingers (363,364,366,365,362). Another type is the sensing semi-glove (370), seen from the inside or palm of the hand, which overlaps part of the hand and is attached by the elastic band (372), since only the thumb has a sensitive region to the touch ( 362). The touch sensors (363,364,366,365,362) for both types of glove (360,370), can be of the piezoelectric, capacitive, inductive or resistive type, and can comprise pressure, force or displacement sensors. In addition to the sensors, the glove modalities (360,370) may contain LEDs (74) or luminous points, either in the touch sensitive region or in the opposite part (on the nails).

[00107] The fourth mode of the remote sensor (392), which includes the semi-glove sensor (370), is shown in Figure 27. In this mode, the body of the remote sensor (392) can be attached to the user's arm through its adjustable elastic strap (151). The sensor half-sleeve (370) has an opening (382) in its belt (372), where the wires (383) of the sensors come out, reaching the remote sensor (392). On the front face of the remote sensor (392) are the graphic display (80), the FNC keys (105), MSC VOL (103), SND VOL (104), TEMPO (259) and arrow-shaped keys (260,261 ) that allow changing the parameters selected by the other keys.

[00108] Figure 28 shows the fifth and last modality of the remote sensor (412), which comprises the sensor sleeve (360). The sensor body

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33/34 remote (412) can be attached to the user's arm via the adjustable elastic strap (151). The sensor sleeve (360) has an opening (382) from which the wires (383) that carry the sensor signals to the remote sensor housing (412) come out. On the front face of the sensor (412) are the graphic display (80), the FNC keys (105), MSC VOL (103), SND VOL (104), TEMPO (259) and the arrow keys (260,261) ).

[00109] All communication devices (111,150,200,220,335), remote sensors (160,210,257,392,412) and adapters (56,63,68) of the present invention, in all modalities, are surrounded by metal and / or plastic boxes. On the outside of the box or structure of the device, its keys, connectors, visors and openings are visible. The interior has a basic printed circuit board, with electronic components properly welded, wireless communication modules, printed circuit boards for keyboard and display, in addition to electrical wires / cables and specific components.

[00110] The adjustable elastic strap (151), being part of all modalities of the mobile communication device (111, 150,200,220,335) and remote sensor (160,210,257,392,412), has velcro® strips or adhesive portions (153, 152), which allow ergonomically safe and correct positioning on the user's body.

[00111] The electronic device of the present invention, via the mobile communication device (1) and / or remote sensor (4), also makes applications available to the user, such as: personal calendar, calendar, games, playlist editor , sound adjustments, graphic equalizer, advanced settings, file editor, contact list, alarm / alarm clock and clock. These applications are preferably found on the mobile communication device (1), however, applications may be present on the remote sensor (4) that

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34/34 can also interact with device applications (1).

Claims (16)

1. Mobile communication device (1) comprising means for transferring data over a cellular communication network, the mobile communication device (1) further comprising musical features, in which the device (1) further comprises: at least one radio frequency module (25) compatible with cellular network communication systems, and a digital signal processor (26) configured to receive pulse responses applied to a plurality of touch sensors (40), in which the apparatus mobile communication (1) is characterized by the fact that: the digital signal processor (26) is configured to receive impulse responses while a song is played on the mobile communication device (1) and to transform the pulse responses into musical instrument sounds, in which the digital signal processor (26 ) is further configured to mix the sounds of musical instruments with the sound of the music that is played on the mobile communication device (1), the mobile communication device (1) is also configured to evaluate user performance related to instrumental accompaniment between the sounds of musical instruments and the sound of the music being played, in which the user's performance considers parameters stored in a storage medium, such parameters being timing, rhythm, intensity, selected instrument and musical note, and the mobile communication device (1) also comprises at least one remote sensor (4,160,210,257,392,412) in communication with the mobile communication device (1), the remote sensor (4 , 160,210,257,392,412) comprising touch sensors (40) Petition 870190000478, of 01/03/2019, p. 49/61 2/5 distributed on a remote sensor surface (4,160,210,257,392,412), the touch sensors (40) equipped with touch sensitive regions to generate the responses to the impulses. 2. Mobile communication device (1) according to claim 1, characterized in that it comprises a plurality of LEDs (49,72,74) distributed under the surface of the remote sensor, the surface of the remote sensor configured as a pad or a jog disk, in which the LEDs (49,72,74) provide a luminous indication for a user's touch. Mobile communication apparatus (1) according to any one of the preceding claims, characterized in that the remote sensor (4,160,210,257,392,412) comprises an adjustable elastic band (151), the adjustable elastic band (151) further comprising adhesive portions ( 152,153). 4. Mobile communication device (1) according to any one of the preceding claims, characterized by the fact that the communication between the device (1) and the remote sensor (4,160.210.257.392.412) takes place through a communication system ( 29), in which said communication is carried out by radio frequency, ultrasound or infrared light. 5. Mobile communication device (1) according to claim 4, characterized by the fact that the communication system (29) is able to establish communication with at least one between a computer, a sound system, an adapter, the communication system (29) able to exchange data and information with a plurality of electronic audio and video devices, in which the communication system (29) is further controlled by the digital signal processor (26) of the mobile communication device (1 ). 6. Mobile communication device (1) according to any of the preceding claims, characterized by the fact that Petition 870190000478, of 01/03/2019, p. 50/61 3/5 that the apparatus (1) comprises a computer communication interface (28). 7. Mobile communication device (1) comprising means for transferring data over a cellular communication network, the mobile communication device (1) further comprising a radio frequency module (25) compatible with cellular network communication systems, in that the device (1) also includes musical features and: a plurality of touch sensors (40) distributed on a surface of the mobile communication device (1), the touch sensors (40) provided with touch-sensitive regions, and a digital signal processor (26) configured to receive responses to impulses applied to the touch sensors (40), in which the mobile communication device (1) is characterized by the fact that: the digital signal processor (26) is configured to receive the impulse responses while a song is played on the mobile communication device (1), in which the digital signal processor (26) is further configured to transform the pulse responses into musical instrument sounds, in which the digital signal processor (26) is further configured to mix the sounds of musical instruments with the sound of the music that is played on the mobile communication device (1), and the mobile communication device (1 ) is configured to evaluate user performance related to instrumental accompaniment between the sounds of musical instruments and the sound of the music being played, in which the user's performance considers parameters stored in a storage medium, such parameters being synchronism, rhythm, intensity, selected instrument and musical note. 8. Mobile communication device (1) according to Petition 870190000478, of 01/03/2019, p. 51/61 4/5 claim 7, characterized by the fact that it comprises a plurality of LEDs (49,72,74) distributed under the surface of the mobile communication device (1), the surface of the mobile communication device being configured as a pad or a disk jog, in which the LEDs (49,72,74) provide a light indication for a user touch. Mobile communication device (1) according to any one of claims 7 to 8, characterized in that it also comprises a remote sensor (4,160,210,257,392,412) in communication with the mobile communication device (1), the remote sensor (4,160,210,257,392,412) endowed with touch sensitive regions. 10. Mobile communication device (1) according to any one of claims 7 to 9, characterized in that it also comprises at least one adapter (5,56,63,68) configured to provide the sounds generated by the digital signal processor (26) to a sound system. 11. Mobile communication device (1) according to any one of claims 7 to 10, characterized in that the digital signal processor (26) is configured to process voice, sound, communication and music signals, in that the digital signal processor (26) is also capable of controlling communication functions and mixing two or more sounds. 12. Mobile communication device (1) according to claim 11, characterized in that the sounds processed by the digital signal processor (26) are stored in a flash memory or on memory cards. 13. Mobile communication device (1) according to any of claims 7 to 12, characterized by the fact that the touch sensors (40) are configured as at least one among sensors: piezoelectric, capacitive, resistive, inductive, of it is made of Petition 870190000478, of 01/03/2019, p. 52/61 5/5 field, pressure, force, vibration, displacement, acceleration. 14. Mobile communication device (1) according to any of claims 7 to 13, characterized by the fact that it still comprises at least one among: a graphic display (35), a microphone (34), a headset (33) and a keyboard (42). 15. Mobile communication device (1) according to claim 14, characterized by the fact that the microphone (34) is configured to receive a sound from the user while the music is played on the mobile communication device (1), in which the digital signal processor (26) is further configured to interpret the sound of the user received by the microphone (34) and transform the sound of the user received by the microphone (34) into sounds from musical instruments. 16. Mobile communication device (1) according to claim 15, characterized by the fact that the user's sound is created through at least one of the following modes: whistles, snapping fingers, clapping hands, sounds emitted by the user's mouth and tap dancing.