BE1017454A6 - Short text messaging method, sends text code with message in order to activate e.g. sounds or graphic images in destination phone when message is opened - Google Patents

Abstract

At least one short text code is sent with the SMS (Short Message Service) message in order to activate files in the destination mobile phone. Different types of reference codes for e.g. audio, image, vibration and light refer to a specific file in a register in the destination mobile phone so that when the message is opened, this information is relayed to the person reading the message, either once or repeatedly. This information can be in the form of sounds, music, tones, speech, symbols and vibrations.,.

Description

Description: Short text messages

We have known the so-called text messages that we use on our mobile phones for quite some time. Via a so-called SMSC (Short Message Service Center) (26) at the telecoms, a simple text message from the sender passes over a network to another recipient. This message can only contain 140 bytes per SMS, but multiple SMSs can be combined.

As the successor of the SMS, the MMS is now used to send heavier multimedia files, but this is quite costly for the user, and he has numerous alternatives via the Internet to send much larger files.

But mi. an important step has been skipped, namely it is possible to send short codes together with an SMS which can then activate a number of files in the recipient's device, with pleasant or surprising consequences. For example, an SMS can contain a very short reference code that will activate a specific file in a certain register or library at the addressee. I am thinking here of auditory files, which can contain many sounds such as exclamations, phrases, jingles, samples, tones, beeping sounds, grumbling, engine sounds, laughter, gibberish, one-liners, machine sounds, cheers, kiss sounds, rustling, barking, etc. So when opening an SMS, not when receiving the SMS, one gets to hear that sound while reading the real text (pure content). You can hear that sound once or, depending on the settings, hear it repeatedly, eg via a loop instruction. When receiving an SMS you receive with the traditional warning sound. In addition to an auditory file, you can also send image codes, and even vibration codes that make the recipient's device vibrate. These are all small extras that users can rate as positive. They mainly mean firn, and added value to the text messages. To realize all this, the structure of the SMS must be adjusted slightly, and that is possible, for example, by adjusting the software, for example Java or the OS. The interfaces must also be expanded to give users access to these new SMS options. A new protocol must also be designed to recognize these new types of SMS. We call these new SMSs: the SMS3s.

The following overview shows the difference between the current SMS and SMS3s.

Current state of the art.

I refer here to the publication on Wikipedia on the date of deposit, available at http://en.wikipedia.org/wiki/Short_Message_Service

Short Message Service, or short message service, is a service for sending or receiving short messages using a mobile phone. SMS was originally designed as part of a mobile phone, but is now available for a large number of types of mobile networks, including the new UMTS networks.

Characteristics of a text message.

The text message can be a maximum of 140 bytes, which can accommodate 140 8-bit characters, 160 7-bit characters or 70 16-bit characters for languages such as Chinese, Japanese or

Korean when coded according to the UTF-16 coding, (see also Unicode). The routing data such as sender, priority and destination are not included in the 140 bytes. There are methods for combining multiple messages for sending longer messages. However, users must pay per message of 140 bytes.

When sending multiple messages, extra data is used to indicate that it is a multi-part message, for which 7 bytes are used. When sending a message that consists of 2 text messages, not 320 (2x 160) but 306 (2x (160-7)) characters can be sent.

Text messages can also be used for sending data, for example pictures (as the background of the telephone screen) or a melody that can be used as a ringtone.

Transport of a text message

SMS is normally transported over the signaling channel, and can therefore be delivered to the user while making a mobile phone call. It is also possible to send the SMS messages via GPRS, and thus to transport SMS messages faster and without using the signaling channel over the mobile telephone network.

Text messages are sent from the mobile phone to the message center (English: SMSC), which stores the message and attempts to deliver the message several times. After a time that can be set (default 2 days), the message is deleted. It is possible to obtain confirmation of the delivery of a text message from the message center.

Popularity sms

SMS is very popular in Europe, Asia and Australia, but is used relatively little in the United States.

Text messaging is mainly used by young people, because it is relatively cheap compared to the cost of a mobile phone call, and because it is possible to send messages in environments where it is impossible to speak (such as a discotheque). It is also widely used as a means of communication by the deaf and hard of hearing. Due to the limitations of the keyboard of a mobile phone and the limit on the number of characters, SMS users often use abbreviations (see also Internet jargon). Predictive software that attempts to guess the entered words such as AOL's T9 reduces the work required to enter texts using the numeric keys of the mobile phones and therefore makes abbreviations less necessary.

Cost

The mobile telephone companies also offer SMS services at a higher rate. Revenue is shared with service providers (for example, current Tour de France results, current weather forecast, traffic jam information) per message delivered or sent. Problems arise when users are not aware of the costs or cannot easily unsubscribe from the SMS services.

All operators in the Netherlands have set up a code of conduct for this. The content can be found at the external links. All mobile service providers must adhere to this. In the Netherlands, messages are generally charged per message (pob) received, for the sent message the normal SMS rate is charged. These are so-called premium text messages.

Health impact.

When using a mobile telephone, this device rests in the palm of the hand and is clamped there by means of. the fingers. A text message is now entered with the thumb of the same hand. Since the introduction of this equipment, there has been an increase in disorders around the thumb joints. This is referred to as an SMS thumb. This condition can be categorized as RSI.

Text follower: MMS

The successor to SMS has since been introduced to all GSM networks: MMS. MMS stands for Multimedia Messaging Service. Messages can be sent via MMS containing text, sound, images or even video files. MMS is sent via a GPRS network. However, MMS did not immediately become popular.

Additional information from the English-language Wikipedia related to SMS. (via http://en.wikipedia.org/wiki/Short message service)

Text messages are often used to interact with automated systems, such as ordering products and services for mobile phones, or participating in contests. There are also many services available on the Internet that allow users to send text messages free of charge.

SMS was originally designed as part of GSM, but is now available on a wide range of networks, including 3G networks. However, not all text messaging systems use SMS, and some notable alternative implementations of the concept include J-Phone's SkyMail and NTT Docomo's Short Mail, both in Japan. Email messaging from phones, as popularized by NTT Docomo's i-mode and the RIM BlackBerry, also typically use Standard mail protocols such as SMTP over TCP / IP.

Technical details GSM recommendation 03.41 is used to send "welcome" messages to mobile phones roaming between countries. Here, T-Mobile welcomes a Proximus subscriber to the UK and BASE welcomes an Orange UK customer to Belgium. The Short Message Service - Point to Point (SMS-PP) is defined in GSM recommendation 03.40. Mobile 03.41 defines the Short Message Service - Cell Broadcast (SMS-CB) which allows messages (advertising, public information, etc.) to be broadcast to all mobile users in a specified geographical area.

Messages are sent to a Short Message Service Center (SMSC) which provides a store-and-forward mechanism. It attempts to send messages to their recipients. If a recipient is not reachable, the SMSC queues the message for later retry. Some SMSCs also provide a "forward and forget" option where transmission is tried only once. Both Mobile Terminated (MT), for messages sent to a mobile handset, and Mobile Originating (MO), for those that are sent from the mobile handset, operations are supported. Message delivery is best effort, so there are no guarantees that a message will actually be delivered to its recipient and delay or a complete loss or a message is not uncommon, particularly when sending between networks. Users may choose to request delivery reports, which can provide positive confirmation that the message has reached the intended recipient, but notifications for failed deliveries are unreliable at best.

Transmission of the short messages between SMSC and phone can be done through different protocols such as SS7 within the Standard GSM MAP framework or TCP / IP within the same Standard. Messages are sent with the additional MAP operation forward short jnèssage, whose payload length is limited by the constraints of the signaling protocol to precisely 140 bytes (140 bytes = 140 * 8 bits = 1120 bits). In practice, this translates to either 160 7-bit characters, 140 8-bit characters, or 70 16-bit characters. Characters in languages such as Arabic, Chinese, Korean, Japanese or Slavic languages (e.g. Russian) must be encoded using the 16-bit UCS-2 character encoding (see Unicode). Routing data and other metadata is additional to the payload size.

Larger content (known as long SMS or concatenated SMS) can be sent segmented over multiple messages, in which case each message will start with a user data header (UDH) containing segmentation information. Since UDH is inside the payload, the number of characters per segment is lower: 153 for 7-bit encoding, 134 for 8-bit encoding and 67 for 16-bit encoding. The receiving phone is then responsible for reassembling the message and presenting it to the user as one long message. While the Standard theoretically permits up to 255 segments, 6 to 8 segment messages are the practical maximum, and long messages are billed as equivalent to multiple SMS messages.

Short messages can also be used to send binary content such as ringtones or logos, as well as OTA programming or configuration data. Such uses are a vendor-specific extension of the GSM specification and there are multiple competing standards, although Nokia's Smart Messaging is by far the most common.

The SMS specification has defined a way for an additional Terminal Equipment, such as a PC or Pocket PC, to control the SMS functions of a mobile phone. The connection between the Terminal Equipment and the mobile phone can be realized with a serial cable, a Bluetooth link, an infrared link, etc. The interface protocol is based on AT commands. Common AT commands include AT + CMGS (send message), AT + CMSS (send message from storage), AT + CMGL (list messages) and AT + CMGR (read message).

Some service providers offer the ability to send messages to land line telephones regardless of their capability or receiving text messages by automatically phoning the recipient and reading the message aloud using a speech synthesizer along with the number of the sender.

Today, SMS is also used for machine to machine communication. For instance, there is an LED display machine controlled by SMS, and some vehicle tracking companies like ESITrack use SMS for their data transport or telemetry needs. SMS usage for these purposes are slowly being superseded by GPRS services due to their lower overall costs.

As you can see, referral code updating has not been applied to traditional SMS services. Text messages can also be used for sending data, for example pictures (as the background of the telephone screen, also called Wallpaper) or a melody that can be used as a ringtone, but these are passive applications that are not connected to the SMS together

In addition to this SMS and MMS prior art, two more sophisticated forms of SMS must be pointed out in which actual sound, image and tone files are forwarded together with an SMS. On the one hand, it is the so-called Smart Messaging from Nokia, which was specially designed to send low resolution images and drawings and monophonic ringtones between two mobile phones, either as one or as a series of linked SMSs, and sometimes one common image can Take three text messages. For more information see: http://en.wikipedia.om/wiki/Smart Messaaing.

In addition, there is a similar system - called Enhanced Messaging Service - that was developed jointly by Ericsson, Mototola, Siemens and Alcatel. More information at: http://en.wikipedia.org/wiki/Enhanced Messaginu Service. This is an application-level extension of SMS that is available on GSM, TDMA and CDMA networks. Two mobile phones equipped with this system can send messages to each other (eg Animations, images, icons, sound effects and special ringtones) that have special text formats.

It is clear that with these two systems real files were forwarded over the networks, in which case it is only small references or references that are forwarded via SMS3. This is very different conceptually.

We therefore claim the method, protocol (s), technical network and business model for composing, sending, receiving and displaying special short text messages - hereinafter SMS3 (12) - between one via electronic communication devices (such as mobile telephones 10, PDAs) or multiple devices (20 and 23), wherein the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols> and <, 19A) to an auditory file (15B) in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the receiver's device (s) (23) so that after transmission (22) over an appropriate network, and upon receipt by the recipient's device (s) and the actual opening of a received SMS3, the recipient's device displays the text on a graphical interface ( screen 11), but also retrieves the auditory file (16) from the aforementioned register or library in the receiver's device, and then displays this auditory file - once or more - via the auditory interface (loudspeaker). In addition, the aforementioned registers or libraries can be introduced into electronic communication devices in various known ways (27) -free or paying - so that users of SMS3s have a new means of audibly brightening up their traditional SMSs or giving them extra value or impact . The auditory files may contain additional information about their author, seller or provider.

A specific reference (19B, 19C), as described above, can be: a. A symbol (15A) that automatically refers to a specific auditory file, so a symbol from the ascii code or Unicode will automatically appear when opening the SMS open a sound file.

b. Referring to a specific algorithm, c. Randomly referring to files within a specific group of auditory groups (13B), eg with music files: a jingle from Radio Donna, d. Referring to a specific synthetic speech notation, for example, which represents a Bush lapsus.

e. Referring to a specific setting of the representation, eg pitch, timbre, the voice of Wendy van Wanten (synthetic voice code), f. references to specific auditory software, g. or combinations of the above.

These auditory files can have all kinds of audio formats that the device in question supports, for example Mp3, AMR, Wav, AU.

Technically, a specific reference (19B, 19C) can be sent as text in the first SMS3 partition for the routing data (18A), but the specific reference can also be displayed as visible and / or hidden text in the second SMS3 partition for the message (18B) - traditionally 140 bytes - are included. Thereby less space will automatically be available for the "content-text" or a second segment must be added to the SMS. So in this second case, a single SMS3 will have slightly less writing space than a traditional SMS. It is also possible to send a specific reference (19B, 19A) as text in an additional third SMS3 partition (19C) whereby the number of traditional payload bytes of the message (pure text, content text) is reduced, eg From 140 bytes to 132 bytes, and 6 bytes are reserved for the reference code (eg> 9999 <or> 1MF2 <).

From a technical point of view, protocol identification can be sent as text in the first SMS3 partition for the routing data (18A) of the SMS3 file (17), eg as x, so that the network recognizes the file as an SMS3 file.

We initially see four different types of these reference codes, each of which can refer to a different register, namely SAC (Short Auditive Code), SVC (Short Visual Code), SSC (Short Speech Code) (24) and an SviC (Short Vibration) Code). There may also be an SLC (Short Led Code), but this requires a very specific device. It goes without saying that these codes of both devices (20 and 23) must be identical, as must their registers (24 and 25) with indexes. This can possibly be cast in an ISO standard. However, the manufacturers will probably try to push their own protocol and registers forward.

Another aspect with regard to the specific reference (19B, 19C) is that which it will have - in accordance with an SMS3 protocol - either ASCii or Unicode specific characters (e.g.> and <) as prefix and suffix, or only a prefix, or has only a suffix, and in between, thereafter or thereafter numeric, alphabetic or other characters for the identification of auditory files in lists or index (s) of the aforementioned register (s) or library, eg In binary, decimal, hexadecimal, octal format.

When composing an SMS3, the visible text in the appropriate window (13A) will be typed by the sender, and one or more reference codes and the settings will be selected before or after via at least one relevant window (13B, 13C), and then the visible text together with the hidden selected reference (s) is saved as an SMS3, so that it can be sent to the selected recipients at the desired time). Compiling an SMS3 will desirably contain a series of windows with alternatives, just as a mobile phone has a series of consecutive windows with various options. Figure 1 shows such a series of consecutive windows, the second screen containing a series of different types of auditory directives, which then contain the corresponding types of auditory files. It is possible, for example, to have a folder with favorites (see window 3) (13C). Once the auditory file is found that matches the textual content, both are merged into a new SMS3. Hereby it is very desirable to have the possibility to determine the representation of the auditory file, for example, to display only once or in a loop where the intermediate silences can also be determined or set to default, for example at 2 seconds. Then the SMS3 can be saved or sent. That SMS3 then goes - in normal wireless use - to the telecom that has special SMS and an SMS Center that performs various checks. This procedure can be maintained, since the SMS3 remains a purely text file.

An SMS3 is also claimed where the visible text is typed in the appropriate window (13A), one or more visible symbols are added and one or more references and the settings are selected before or after via at least one relevant window (13B, 13C) , and then the visible text together with the selected reference (s) is saved as an SMS3, which can be sent afterwards. In this case the symbol (15A) is in the readable text. This is a symbol that is automatically interpreted by reference code when the SMS3 is opened.

Just as with traditional SMSs, multiple SMS3s can be linked to each other. In fact, many users will call up a large number of files, because the mobile phone becomes an extra remote gadget, a kind of remote music / sound instrument. It is therefore possible that SMS3s will only contain references to auditory files and will thus be forwarded to the addressee (s), without any substantive text. In that case, the full 140 bytes may consist of reference codes.

We see a business model in which SMS3s are sent at the expense of an advertiser or a sponsor, whereby at least one auditory file of the advertiser or sponsor is then displayed, eg with an advertising tune and / or spoken message. In that case the telecom itself can add referral codes to a free SMS or a free SMS3.

Furthermore, a method is provided here to allow the dissemination of auditory registers (14) for SMS3s to take place by downloading sponsored or payable registers via websites, sponsored links and search robots, or by supplying programs for self-auditory files and registers (eg Community registers), and by sending emails with registers or SMS3-electronic files in attachment.

An SMS3 register or library is - software and / or hardware - stored in a memory of an electronic communication device, from which auditory files - but also image files and vibration files - can be retrieved via at least one software and / or program that is in hardware is embedded where every auditory file is identified via a numbering system, such as an index. The reference codes refer to the position in such an index.

A method is claimed to be in and via an electronic communication device. compile a special SMS (called SMS3) in which at least one part of reference text (eg in ASCii code, protocol number) is processed in addition to the normal text, which refers to at least one file of at least one register with auditory elements, components, samples and / or algorithms with which an auditory sequence (music, speech, sound, tone) is called and / or can be called in the device, then forwarding this SMS3 over a network to one or more addressees, when opening said SMS3 in the device of the addressee (s), the aforementioned reference text in the received SMS - the receiving device controls such software and / or hardware to retrieve at least one file from at least one register with auditory elements, components, samples and / or algorithms, and then the auditory file is activated immediately or after a certain period of time so that the auditory seque desired by the sender (music, speech, sound, tone) is displayed (e.g. once, every 4 seconds) during the display of the SMS text (content text), so that the receiver (s) hears one or more auditory sequences via the sound interface (s) of the device when reading the SMS message.

A new method is further claimed to forward a reference or code between two or more electronic communication devices during a telephone connection, i.e. a conversation, to the other device, whereby this reference or code evokes one or more specific auditory signals in the receiver's device and / or sender and then display them in the receiver and / or sender's loudspeaker, eg an applause, a well-known spoken text: "I have a dream". This is easier in particular with touch screens. A similar method is claimed to send a reference or code - called Short Visual Code - during a telephone connection between two or more electronic communication devices - whereby this reference or code evokes one or more specific visual signals in the device of the receiver and / or sender and then displaying this on the screen of the receiver and / or sender, eg a moving smiley, a logo, a symbol, etc. This can also be an SViC.

In addition, the method is claimed to offer pre-programmed SMS3 registers with at least one auditory file for sale via various types of media, websites, emails, SMSs, SMS3s, dial-in numbers, networks, clubs and other sales systems. This is comparable, but essentially different from the current systems for selling ringtones.

A method is also claimed via special short text messages (called SMS3) data files, algorithms and / or coordinates of locations in a tree structure (eg via Catalan Numbers) of synthesizer technologies, using Concatenative synthesis (Unit selection synthesis, Diphone synthesis, Domain-specific synthesis), Formant synthesis, Articulatoiy synthesis, HMM-based synthesis, and Sinewave synthesis, forwarding or forwarding short MIDI files. If these files are too large they can be placed on the devices in other ways, for example two friends send each other files or registers via email, and place them on their mobile phone. Subscribes can, for example, receive a new set of registers from their provider every week or make them available on their network. These can be, for example, realistic excerpts from speeches, soap operas, sketches, films, slapsticks, etc. Reference codes may also refer to external registers, for example at telecom, with the latest graphical registers or files. For example, a telecom can end up on a device that is connected to a competitive telecom network.

These SMS3 (21.17) are - highly desirable - identified in a network via a special protocol, useful for identifying SMS3 format, related directories and registers and files, activating plug-ins, changing settings (e.g. number of tracks, channels, loops, duration, strength, etc.), controlling files, for example for adding extra sounds in telephone communication via a mobile telephone where one of the connected people has at least one reference code to the device of the correspondents), after which an auditory, image and / or vibration file is called up and displayed in the receiving device, for example during the conversation an applause suddenly sounds and the device vibrates.

A method, protocol (s), technical network and business model are also explicitly claimed for composing, sending, receiving and displaying special short text messages via electronic communication devices (such as mobile telephones 10, PDAs - hereinafter referred to as SMS3 (12) - between one or more devices (20 and 23), wherein the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols = and +) to an image file (e.g. in GIF, JPG) in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the device of the receiver (s) (23) so that after sending (22) over an appropriate network, and upon receipt by the device of the receivers) and the actual opening of a received SMS3, the device of the receiver displays the text on a grave ische interface (screen 11), but also retrieves the image file from said register or library in the receiver's device, and then displays this image file via the graphical interface (screen), said registers or libraries in various known ways (27 ) - free or paying - can be introduced into electronic communication devices, so that users of SMS3s have a new way to brighten up their traditional SMSs or give them extra value or impact, and where the image files can contain extra information about their author , seller or provider. Almost all claims that were made regarding auditory files also apply to these image files.

The method, protocol (s), technical network and business model are also explicitly claimed for composing, sending, receiving and displaying special short text messages via electronic communication devices (such as mobile telephones 10, pdas) - hereinafter referred to as SMS3 (12) - between one or more devices (20 and 23), wherein the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols = and +) to a vibration file (e.g. in GIF, JPG) in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the device of the receiver (s) (23) so that after sending (22) over an appropriate network, and upon receipt by the device of the receiver (s) and the actual opening of a received SMS3, the device of the receiver displays the text on e and graphical interface (screen 11), but also retrieves the vibration file from said register or library in the receiver's device, and then displays this vibration file via the motor interface, said registers or libraries in various known ways (27) - free or paying - electronic communication devices can be inserted, so that users of SMS3s have a new means to brighten up their traditional SMSs or give them extra value or impact, and where the vibration files each give specific sequences of vibrations to the device . Almost all claims that were made regarding auditory files also apply to these vibration files.

Furthermore, the method, protocol (s), technical network and business model for composing, sending, receiving and displaying special short text messages - hereinafter SMS3 (12) - between electronic communication devices (such as mobile telephones 10, PDAs) are claimed. one or more devices (20 and 23), in which the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols & and §) to an LED file in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the receiver's device (s) ( 23) so that after transmission (22) over an appropriate network, and upon receipt by the device of the receiver (s) and the actual opening of a received SMS3, the device of the receiver displays the text on a graphical interface (sc herm 11), but also retrieves the LED file from the aforementioned register or library in the receiver's device, and then displays this LED file via a light interface - as far as the device is equipped with series of small lights (e.g. LEDs), in which the aforementioned registers or libraries can be introduced into electronic communication devices in various known ways (27) - free or paying - so that users of SMS3s have a new means of visually brightening up their traditional SMSs or adding extra value or impact. and where the LED files each give specific sequences of light patterns to the device. Almost all claims that were made regarding auditory files also apply to these LED files.

Finally, we claim the electronic communication devices themselves, such as mobile telephones and PDAs, which are equipped with: At least one memory that contains at least one register (14) with auditory files, image files and / or vibration files, Software and / or hardware capable of is to recognize an incoming special short text message (SMS3) via at least one sent feature (protocol prefix, suffix, extension), At least one software program based on at least one visible and / or hidden specific reference code in a received special short text message (SMS3) can call up at least one auditory file, image file and / or vibration file from the aforementioned register and then display it on the corresponding interface, All kinds of other known software and hardware for already known services, functions and applications (eg conversations, SMS , MMS, VoiceMail, download ringtones, address book, GPRS, Camera, Web access, email, etc.).

Claims (23)

Method, protocol (s), technical network and business model for composing, sending, receiving and displaying special short text messages - hereinafter SMS3 (12) - between one or more via electronic communication devices (such as mobile phones 10, PDAs) devices (20 and 23), in which the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols> and <, 19A) to a auditory file (15B) in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the receiver's device (s) ) (23) so that after transmission (22) over an appropriate network, and upon receipt by the device of the receiver (s) and the actual opening of a received SMS3, the device of the receiver displays the text on a graphical interface (screen 11) ), but bitches s retrieves the auditory file (16) from the aforementioned register or library in the receiver's device, and then displays this auditory file - once or more - via the auditory interface (loudspeaker), the aforementioned registers or libraries in various known ways (27) ) - free or paying - can be introduced into electronic communication devices, so that users of SMS3s have a new means to brighten up their traditional SMSs or give them extra value or impact, and where the auditory files can contain extra information about their author , seller or provider; 2. Specific reference (19B, 19C), as described in claim 1, a. Symbol (15A) that automatically refers to a specific auditory file, b. Referring to a specific algorithm, c. Random referring to files within a certain group of auditory group (13B), d. Referring to a specific synthetic speech notation, e. Referring to a specific setting of the representation, eg pitch, timbre, the voice of Wendy van Wanten (synthetic voice code), f. references to specific auditory software, g. or combinations of the above; Specific reference (19B, 19C), as described in claim 1, which is sent as text in the first SMS3 partition for the routing data (18A); A specific reference (19B, 19C), as described in claim 1, which is sent as visible and / or hidden text in the second SMS3 partition for the message (18B) - traditionally 140 bytes -; (automatically less space for the content text or a second segment of SMS is added) A specific reference (19B, 19A), as described in claim 1, which is sent as text in an additional third SMS3 partition (19C), the number of traditional payload bytes of the message (pure text, content text ) is reduced, eg from 140 bytes to 132 bytes, and 6 bytes are reserved for the reference code (eg> 9999 <or> 1MF2 <); A specific reference (19B, 19C), as described in claim 1, which has an SMS3 protocol - either ASCII or Unicode specific characters (e.g.> and <) as prefix and suffix, or only a prefix, or has only a suffix, and has a numerical, alphabetical or other character therebetween or therebetween for identifying auditory files in lists or index (s) of the aforementioned register (s) or library, eg In binary, decimal, hexadecimal , octal format; 7. SMS3s (21), as described in claim 1, wherein the visible text is typed in the appropriate window (13A) by the sender, and one or more references and the settings are selected previously or afterwards via at least one relevant window (13B) , 13C), and then the visible text together with the hidden selected reference (s) is saved as an SMS3, so that it can subsequently be sent at the desired time to the selected recipient (s); SMS3s, as described in claim 1, wherein the visible text is typed in the appropriate window (13A), one or more symbols being added and one or more references and the settings previously or afterwards being selected via at least one relevant window (13B, 13C), and then the visible text together with the selected reference (s) is saved as an SMS3, which can be sent afterwards; 9. SMS3s, as described in claim 1, several of which are linked to each other; 10. SMS3s, as described in claim 1, wherein only references to auditory files are forwarded to the addressee (s), without substantive text; 11. Business model, as described in claim 1, wherein SMS3s are sent at the expense of an advertiser or a sponsor, wherein at least one auditory file of the advertiser or sponsor is displayed, eg with an advertising tune and / or spoken message; Method for the distribution of auditory registers (14) for SMS3s, as described in claim 1, on a large scale by downloading sponsored or payable registers via websites, sponsored links and search robots, supplying programs for self-auditory create files and registers (eg Community registers), and send emails with registers or SMS3-electronic files in attachment; Register (14) or library, as described in claim 1, at least one of which - software and / or hardware - is stored in a memory of an electronic communication device, auditory files of which can be called up via at least one software and / or program that is embedded in hardware with each auditory file identified via a numbering system, such as an index; 14. Method to compile in and via an electronic communication device: a. A special SMS (called SMS3) in which, in addition to the normal text, at least one part of the reference text (eg in ASCii code, protocol number) is processed which refers to at least one file of at least one register with auditory elements, components, samples and / or algorithms, with which an auditory sequence (music, speech, sound, tone) is called up in the device and / or can be called up, b. then forward this SMS3 over a network to one or more recipients, c. upon opening said SMS3 in the device of the addressee (s), the aforementioned reference text in the received SMS - the receiving device controls such software and / or hardware to at least one file from at least one register with auditory elements, components, samples and / or algorithms to be retrieved, d. and then the auditory file is activated immediately or after a certain period of time so that the auditory sequence (s) (music, speech, sound, tone) desired by the sender is displayed (eg once, every 4 seconds) while showing the SMS message (content text), as a result of which the receiver (s), when reading the SMS message, hears one or more auditory sequences via the sound interface (s) of the device. 15. Method for forwarding a reference or code to the other device during a telephone connection between two or more electronic communication devices, this reference or code evoking and then displaying one or more specific auditory signals in the device of the receiver and / or sender in the loudspeaker of the receiver and / or of the sender, for example an applause, a known spoken text: "I have a dream"; 16. Method for forwarding a reference or code - also referred to as Short Visual Code - during a telephone connection between two or more electronic communication devices - wherein this reference or code evokes one or more specific visual signals in the device of the receiver and / or sender and then display it on the screen of the receiver and / or sender, eg a moving smiley, a logo, a symbol, etc .; 17. Method for offering pre-programmed registers with at least one auditory file for sale through various types of media, websites, emails, SMSs, SMS3s, dial-in numbers, networks, telecoms, clubs and other sales systems; 18. Method of using special short text messages (called SMS3) data files, algorithms and / or coordinates of locations in a tree structure (eg via Catalan Numbers) of synthesizer technologies, using Concatenative synthesis (Unit selection synthesis, Diphone synthesis, Domain -specific synthesis), Formant synthesis, Articulatory synthesis, HMM-based synthesis, and Sinewave synthesis, by forwarding or forwarding short MIDI files; A protocol, as described in claim 1, useful for identifying SMS3 format, related directories and registers and files, activating plug-ins, changing settings (e.g. number of tracks, channels, loops, duration, strength, etc.), controlling files, eg for adding extra sounds in telephone communication via a mobile telephone where at least one reference code is sent by one of the connected persons to the device of the correspondents), after which in the receiving device auditory, image and / or vibration file is called up and displayed, eg during the conversation an applause suddenly sounds and the device vibrates; 20. Method, protocol (s), technical network and business model for composing, sending, receiving and displaying special short text messages - further called SMS3 (12) - between one or more via electronic communication devices (such as mobile phones 10, PDAs) devices (20 and 23), in which the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols = and +) to an image file (e.g. in GIF, JPG) in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the device of the sender receiver (s) (23) so that after transmission (22) over an appropriate network, and upon receipt by the device of the receiver (s) and the actual opening of a received SMS3, the device of the receiver displays the text on a graphical interface (screen 11), but t also retrieve the image file from said register or library in the receiver's device, and then display this image file via the graphical interface (screen), said registers or libraries in various known ways (27) -free or paying - in electronic communication devices can be brought, so that users of SMS3s have a new means to brighten up their traditional SMSs or give them extra value or impact, and where the image files can contain extra information about their author, seller or provider; 21. Method, protocol (s), technical network and business model for composing, sending, receiving and displaying special short text messages - further called SMS3 (12) - between one or more via one or more electronic communication devices (such as mobile telephones 10, PDAs) devices (20 and 23), in which the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols = and +) to a vibration file (e.g. in GIF, JPG) in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the device of the sender receivers) (23) so that after transmission (22) over an appropriate network, and upon receipt by the device of the receiver (s) and the actual opening of a received SMS3, the device of the receiver displays the text on a graphical interface (screen) 11), but also retrieves the vibration file from said register or library in the receiver's device, and then displays this vibration file via the motor interface, whereby said registers or libraries can be introduced into electronic communication devices in various known ways (27) - free or paying - so that users of SMS3s have a new means to brighten up their traditional SMSs or give them extra value or impact, and where the vibration files each give specific sequences of vibrations to the device; 22. Method, protocol (s), technical network and business model for composing, sending, receiving and displaying special short text messages - further called SMS3 (12) - between one or more via electronic communication devices (such as mobile telephones 10, PDAs) devices (20 and 23), in which the SMS3 directly (19B) and / or indirectly (19A, 19C) contains at least one visible and / or hidden specific reference (described in protocol, eg by the symbols & and §) to an LED file in a hardware and / or software register (14) or library in the sender's device (20) and which is also present in a hardware and / or software register or library in the receiver's device (s) (23) so that after sending (22) over an appropriate network, and upon receipt by the recipient's device (s) and the actual opening of a received SMS3, the recipient's device displays the text on a graphical interface (screen 11), but also the LED file o fails from the aforementioned register or library in the receiver's device, and then displays this LED file through a light interface - as far as the device is equipped with, series of small lights (e.g. LEDs), in which the aforementioned registers or libraries can be introduced into electronic communication devices in various known ways (27) - free or paying - so that users of SMS3s have a new means of visually brightening up their traditional SMSs or adding extra value or impact. and wherein the LED files each give specific sequences of light patterns to the device; An electronic communication device as claimed in claim 1, 20, 21 and 22, which is equipped with: e. At least one memory containing at least one register (14) with auditory files, image files and / or vibration files, f. Software and / or hardware that is able to recognize an incoming special short text message (SMS3) via at least one accompanying feature (protocol prefix, suffix, extension), g. At least one software program that, based on at least one visible and / or hidden specific reference code in a received special short text message (SMS3), can call up at least one auditory file, image file and / or vibration file from the aforementioned register and then displays it on the corresponding interface, h. All kinds of other well-known software and hardware for already known services, functions and applications (eg calls, SMS, MMS, VoiceMail, download ringtones, address book, GPRS, Camera, Web access, email, etc.).