ES2332564A1 - Device connectable to spectacle frames, which alerts the user to the reception of calls and other communications - Google Patents

Abstract

The invention relates to a device that can be connected to the frame of a pair of spectacles in order to alert the wearer to the reception of mobile telephone signals or other types of wireless communications. The aim of the invention is to dispense with the need for a physical, acoustic or visual contact to be established with the mobile telephone or other receiver apparatus in order to alert the user to the reception of an incoming call, a message or another wireless signal. For this purpose, the shape, size, weight and attachment mechanisms of the device enable same to be connected to normal spectacle frames. The device includes at least: a power supply mechanism, an antenna, a receiver or transmitter/receiver circuit and an alert mechanism, identifying the reception of a pre-determined wireless signal and subsequently transmitting a visible, audible or vibratory alert signal. In addition, a second auxiliary device can be used to configure or synchronise the reception and alert elements.

Description

Device attachable to the pin of glasses for the notification of the reception of mobile telephone signals, pager and other events.

Scope of the technique

The invention falls within the sector of devices and accessories for wireless communications, well these are included in the area of mobile telephony, sector greatly extended and developed, well belong to another type of communications also common but less frequent, such as paging devices, wireless signal emission of warning by alarm devices, measurement, etc.

State of the art

Currently mobile telephony has reached a enormous degree of diffusion and development, having transformed the mobile phone in a common tool and, in some cases, essential of everyday life.

The broad progress made in telephony mobile has been accompanied by the development of new accessories and wireless communication standards, some usable in the scope of local reach ranges, as well as by a growing miniaturization of electronic circuits and Other components involved.

Also, in relation to other types of uses of wireless communications other than mobile telephony, each the use of them for the transmission of notices related to a variety of events, having also reached, in these devices, one grade each Increasing integration and miniaturization.

There are also different mechanisms and accessories for the notification of the reception of a modulated signal belonging to a wireless transmission (from mobile telephony or from other type), mainly focusing on the emission of signals audible, bright or in the vibration of a device. Without However, there are situations where none of the alternatives current in the use of these mechanisms and accessories constitutes A completely satisfactory solution. Some require, well that the destination mobile terminal is at all times in the visual or auditory field of the person (case of warning mechanisms bright or loud in the terminal), or that they are in permanent physical contact (case of mechanisms with vibration). Others require the use of an accessory or additional device specific (case of wireless headphones, or others) whose presence in periods when there is no reception, issuance or signal exchange can become uncomfortable, lead to a unnecessary distraction, and even be unfeasible.

Detailed description of the invention

The present invention relates to a device that warns of the reception of wireless signals from mobile telephony, pagers or other, through the broadcast of sound or light signals and that can be coupled, subject or incorporated into the pin of glasses of usual format.

By using this device you facilitates those who wear glasses that have sideburns (corrective, protective, sun glasses, etc.) being able to know, at all times, if the reception of a certain signal (mobile phone or other type) in which they may be interested, thus avoiding need to maintain physical contact with the mobile terminal receiver, avoiding the need to keep it in the visual field or auditory and preventing another additional accessory that meets this specific function produce distraction or interference with the activity that is carried out.

Thus, the reduced weight and size of the device object of the invention, as well as its shape and location concrete on the pin, make it possible that no one is required alteration in the usual way of using the glasses, which does not there is interference with the daily activities of the person who he uses it, and his presence goes virtually unnoticed to this (despite being located within your field of vision, the visual attention given to the device does not differ from the which usually lends itself to the pin of glasses by the person who carries them).

In this sense, we must also add that the Presence of this device does not hinder normal articulation of closing and opening of the pins. This is possible due to the absence of physical contact between the hinge mechanism and the device, as well as by its location on the face inside the rod, counting the device object of the invention with a thickness less than the usual minimum distance between the inside surface of the folded pin and the mount (This last distance is usually greater than 7 or 8 millimeters, while the device may have a thickness typically less than 5 millimeters).

In relation to the components that make it up, the device comprises at least one antenna, one circuit electronic receiver or sender-receiver, a battery or battery, a light or sound warning mechanism, a housing and one or several clamping or anchoring mechanisms.

These components are usually distributed in two clearly differentiated parts. The first or body of device includes a housing (which can be flexible) in which are housed, at least, the battery or the circuit receiver or sender-receiver and the sending device of light or sound. The second part is constituted by an antenna, joined by one end to the body, and that, in order to adapt to the pin shape, can also be flexible or shaped thread. The body of the device is usually located in the front of the pin, on its inner face, behind the articulation of this with the mount. The antenna is situated usually next, running parallel to the inner flank of the rod, in the area between the body of the device and skin contact area with the pin. They can there are also other designs in which the antenna has other orientations, in which it is integrated into the body of the device, or where it has a different location.

In relation to the receiving electronic circuit or transmitter-receiver, it has a system for decoding and interpretation of electromagnetic signals modulated including an interface compatible with standards and wireless communication protocols that the signal uses modulated of interest (GSM or others), allowing to differentiate it from all signals of the same type that reach the antenna of the device.

The decoding of the received signal allows obtain, from it, the information related to the receiver of destination to which it is addressed (for example: the telephone number mobile and telephone operator to which a call is made, in case if this is the event that you want to identify).

Thus, when a wireless signal from the desired type is received through the device antenna, it is decoded in the receiver circuit, or sender-receiver, taking place the acquisition of the identification fields of the destination recipient. TO These fields are then compared with the data related to recipient of interest that are stored in the memory of the circuit. If it coincides, the activation of the device emitting the warning signal.

The information update in memory of the recipient of interest can be done before, during, or with subsequent to the assembly process. In this way, you can choose to program this information in memory before assembly, or for facilitating that this can be updated later by the manufacturer, distributor, mobile operator, user final, etc., this second option being the one that provides the greatest flexibility and versatility

Depending on the way chosen to update, at any time, the information regarding the recipient of interest, two good design alternatives have been developed differentiated.

The first design alternative of the invention introduce the mechanisms into the warning device itself suitable for acquiring these codes by exchange wireless local range signals (for example via Bluetooth technology or soon Wibree). This is used for in it an electronic transmitter-receiver circuit of signals of this type, specific software and an antenna and interface  compatible with the protocols and standards involved.

The aforementioned data exchange includes, by on the one hand, to the warning device and on the other, either to the mobile terminal of destination of the signal of interest or to the sending device of this (depending on the type of signal for which reception has been designed the warning device). This process consists, typically, on the first issue of a signal requesting the codes of the recipient of interest, and in the issuance by of the second of an answer including this information. The communication concludes with the exchange of messages from Content confirmation and reception.

So that this exchange can take place it is necessary that the mobile phone, the destination terminal, or, in If applicable, the corresponding issuer has an interface Suitable for this wireless data exchange. In the case of mobile phones, the vast majority of devices for sale in the market have a local wireless communication capability which is added to communication technology via networks cell phones. In the case of wireless devices emitting alarms or  event indicators, it is also common to have this capacity, otherwise, can be incorporated Eventually your design. Likewise, the inclusion of additional software applications in them, applications that, in the case of mobile phones, are similar to those that are commonly used for synchronization with wireless accessories (such as headphones Bluetooth)

In this sense, it is necessary to highlight that, in if there are different protocols for the emission and reception of the modulated signal of interest (for example, in the case of a signal of GSM mobile telephony) and for the communication of information for the recipient's comparison of it (use, for example, of the mentioned Bluetooth technology for this process), the interfaces of the transmitter-receiver circuit and the antenna They must be compatible with both technologies.

The second design alternative of the invention it implies, on the contrary, the use of a device auxiliary in order to acquire information regarding recipient of interest Through this second option you can reduce the size and weight of the warning device by decreasing the number and volume of the elements that make it up, connecting both devices only when you want to initialize or update this information in the latter. The connection is made by cable or by another physical exchange procedure of data.

In this second alternative, it is necessary that the warning device incorporates, in turn, an interface for the physical exchange of data, while in relation to the circuit electronic of this one, it is enough that it is of the receiver type and that is compatible with the standards and protocols of Wireless communication used by the signal of interest. In In this sense, it is not necessary to be a signal emitter wireless, or compatible with standards and protocols wireless other than those of the signal of interest.

The auxiliary device, in turn, can obtain Recipient information for update in memory to in various ways, including: its manual introduction to through a suitable interface (such as a keyboard), the exchange it wirelessly according to a process similar to that described above, or by other modalities of data entry and capture

Typically, this second device includes, in addition to the electronic circuit, a battery or battery, or where appropriate a transformer to connect to a power supply of voltage, an interface for physical data exchange, a cable that connects to the previous one, an interface and an antenna to wireless communications of local range (if you choose these), a keyboard (if you prefer to capture information through the same), or some other type of device or mechanism for data entry or collection

In relation to the warning signal issued by the device upon receipt of the modulated signal of interest, in case of choosing the design in which it is of nature luminous, in turn, a reflective surface or opaque on the outline of the transparent housing surrounding the bulb or LED in order to shield part of the light and ensure that it is emitted only in the direction of the angle solid, measured from the point of emission, necessary to make it perceived by the eye of the person using it, thus avoiding may cause distraction to other people.

If you choose, on the contrary, for a design with warning signal of a sound nature, may be included in the warning device or auxiliary device, a mechanism for  the regulation of the volume of this (by, for example, the displacement of a small wheel or tab).

Regarding the clamping mechanisms and anchor, these are located longitudinally along the body of the device and the antenna for its attachment to the pin. Due to the need to make them compatible with the great variety of thicknesses and curvatures that these rods have in the different glasses designs, these mechanisms must be either clamping mechanisms by contact (self-adhesive surfaces or Velcro type) or, if mechanical mechanisms are used for anchoring to the surface of the pin, be elastic or flexible (tweezers, tongs, rubber bands, ribbons, belts, etc.). Must note that the reduced weight and size of the body and antenna of the device facilitates that these clamping mechanisms are, at their time, of reduced volume, weight and size, being able, in addition, choose colors and shapes that make your presence pass practically unnoticed in the set of glasses.

There is also another design possibility that dispenses with the separation between pin and warning device by integrating both. In this last alternative the glasses manufacturer can perform the incorporation of the device directly to one of the pins. In this design, especially suitable in glasses with bulky pasta pins, the device it can be perfectly embedded inside the rod, running the antenna along it, being visible only a few items, such as the access cover to the battery or battery, the light emitter or the holes corresponding to the sound emitter, and the plug for connection with the device auxiliary (it would be advisable to use this second device in this configuration in order to lighten elements at warning device, also incorporating in the device auxiliary controls related to sound volume and signal type selection, if any).

Finally, an application should be highlighted specific to the invention in its warning configuration by light signal, this being its use by people with hearing impairment, to make use of some type of glasses in your daily life, as a means of being informed, at all times, of Receiving SMS messages on your mobile phone.

Description of the drawings

Figure 1 shows an example of the device and its location in a glasses by a top view of the set.

Figure 2 shows an enlarged side view of the device and its location on the inside of the pin.

Figure 3 shows an enlarged bottom view of the device and its location on the pin.

Figure 4 shows a side exterior view expanded device, in the first design alternative, in which the mechanism for the acquisition of relative information to the recipient of the signal of interest is part of the device of warning.

Figure 5 shows the component diagram according to the configuration shown in figure 4.

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Figure 6 shows a side exterior view enlarged device, in an example of the second alternative design, in which the acquisition of information related to recipient of the signal of interest is done through a auxiliary device that communicates via cable with the warning device

Figure 7 shows the component diagram according to the configuration shown in figure 6.

Figure 8 shows the acquisition scheme of the information concerning the addressee of the signal of interest, of its update in memory and the subsequent issuance of a notice upon receipt of a matching signal.

Figure 9 shows a scheme with different devices emitting the signal of interest and its reception by the warning device

Figure 10 shows a schematic of the mechanism of clamping by using a double sheet self-adhesive between the warning device and the pin (enlarged bottom view of both).

Figure 11 shows a schematic of the mechanism of fastening by using a self-adhesive surface incorporated into the warning device in your contact area (view enlarged bottom).

Figure 12 shows a schematic of the mechanism of clamping by using two Velcro type surfaces, one of them self-adhesive (enlarged bottom view).

Figure 13 shows an enlarged top view of the pin and a warning device with clamping by elastic clamps.

Figure 14 shows an enlarged side view from the example in figure 13.

Figure 15 shows an enlarged front cut from the example in figure 13.

The following describes the different components that appear in the drawings:

one -

Glasses frame section.

2 -

Union hinge between the pin and the saddle of glasses.

3 -

Warning device (red light emitter in this example).

4 -

Reflective film to shield and reflect the light emitted at solid angles other than the perception of the eye.

5 -

Detachable cover to insert / remove the battery or battery

6 -

Circuit cover receiver / sender-receiver.

7 -

Flexible antenna covered by a material insulating.

8 -

Glass pin.

9 -

Signal requesting the mobile terminal, or the issuer of event signals, the recipient identification code of The signal of interest.

10 -

Signal emitted by the mobile terminal or the issuer of event signals including the identification code of the recipient of the signal of interest.

eleven -

Call, SMS, pager message or notice of a event (signal of interest).

12 -

Slit to trigger the reset of the data of the recipient of the signal of interest stored in memory.

13 -

Switch tab on off.

14 -

Integrated transmitter-receiver circuit on the warning device.

fifteen -

Battery or battery of the warning device.

16 -

Light emitting device (in the example an LED of Red light).

17 -

Wireless communication interface range local reach

18 -

Specific communication interface for the reception of the type or types of signal that will produce the signal of notice on the device.

19 -

Device data reset recipient of the signal of interest stored in memory.

twenty -

On / Off switch.

twenty-one -

Plug in the warning device for the cable that Communicate with the auxiliary device.

22 -

Receiver circuit of the warning device in the configuration in which it updates the information of the recipient via physical connection to a device assistant.

2. 3 -

Interface for physical communication of data.

100 -

Cable that can be disconnected and that communicates the warning device with auxiliary device.

101 -

Plug in the auxiliary device for your Cable communication with the warning device.

102 -

Cover covering the circuit transmitter-receiver in the device assistant.

103 -

Device power switch assistant.

104 -

Detachable cover to insert / remove the battery or auxiliary device battery.

105 -

Auxiliary device antenna.

106 -

Transmitter-receiver circuit of auxiliary device

107 -

Battery or auxiliary device battery.

108 -

Auxiliary device interface for physical data communication

109 -

Device on / off switch assistant.

201 -

The transmitter-receiver circuit generates a signal that is sent to the mobile terminal requesting the sending of a signal including the recipient's identification code of the signal of interest.

202 -

The mobile terminal sends to the device a signal that includes the recipient identification code of the signal of interest.

203 -

The transmitter-receiver circuit verifies the format and information received.

204 -

Invalid format or incomplete information. He transmitter-receiver circuit sends a signal indicating the error and requesting the forwarding of the information.

205 -

Valid format and complete information. The circuit sender-receiver sends a signal requesting Confirmation of the information received.

206 -

The mobile terminal sends confirmation that the Information received is correct.

207 -

The transmitter-receiver circuit updates the information related to the recipient of the signal interest.

208 -

Steps for obtaining relative information to the recipient of the signal of interest.

209 -

The receiver / transmitter-receiver circuit compare the number or identification code acquired with that of the received signal

210 -

Issuance of the reception warning signal of Call, SMS or event.

211 -

Steps for receiving call, SMS or event and Issuance of a notice.

300 -

Mobile terminal.

301 -

Cellular telephone network antenna mobile.

302 -

Electronic alarm that sends a signal via Wireless communication after an event.

303 -

Pager device.

304 -

Sending information from the cellular network antenna to a mobile terminal for the identification of the network, the terminal and the location of this one.

305 -

Sending information from the mobile terminal to the Cellular network antenna for network identification, the terminal and its location.

306 -

Incoming call or SMS.

307 -

Wireless local range signal sent by a mobile terminal

308 -

Wireless signal emitted by an alarm.

309 -

Wireless signal emitted by a pager.

310 -

Broadcast of the warning signal (in the example, signal bright).

400 -

Surface coating paper self-adhesive

401 -

Sheet surface with two self-adhesive faces that comes into contact with the device.

402 -

Sheet surface with two self-adhesive faces that comes in contact with the pin.

403 -

Contact surface of the device notice.

404 -

Inner surface of the pin of the glasses

500 -

Self-adhesive surface incorporated into the area of device contact.

600 -

Velcro type surface on a flexible sheet that incorporates a self-adhesive surface on the face opposite.

601 -

Self-adhesive surface built into the face Velcro posterior.

602 -

Velcro type surface incorporated into the area of device contact.

700 -

Clamping body clamp device.

701 -

Clamping antenna clamp device.

702 -

External arm of the body clamp Of the device.

703 -

Articulation of the body clamp device.

704 -

Inner arm of the body clamp Of the device.

Description of a preferred embodiment

An embodiment is described below. Preferred of the invention. It includes an example of each one of the two main alternatives depending on the use, or not, of an auxiliary device. Also shown four examples of alternatives depending on the mechanisms of chosen fastening.

An example of the location, form and main components of an embodiment of the warning device by light signal emission. This example incorporates a high degree of miniaturization and both the body of the device (3, 4, 5 and 6), such as the wire-shaped antenna (7) they remain attached to the inside of the right leg (8) of corrective glasses by means of a self-adhesive surface.

In figures 2 and 3 it can be seen in some enlarged views, side and bottom, respectively, such as the device body is located just below of the hinge mechanism of the glasses (2) and how it has a light emitter (3) that illuminates only at a certain angle, thanks to the presence of a suitable reflective film (4) in The edges of the emitter. Also, the part of the housing that covers the battery (5) and the part surrounding the circuit transmitter-receiver (6).

In figure 4 (lateral external view of the device) the presence of a on and off switch (13), as well as a slit (12) through which, by means of a punch or object sharpening can be restarted and erased in memory of the data concerning the recipient of the signal of interest (11). Of the similarly, it is observed how the acquisition of this information is performed directly from the warning device by exchange of wireless signals (9 and 10), this being a example of the first design alternative, in which this information is obtained without resorting to a device assistant.

Figure 5 shows the scheme of components according to the example in figure 4. It can be seen how this scheme is developed around the circuit sender-receiver (14) that counts among others, with a memory, a comparator circuit and a signal generator-receiver. The use of two different communication interfaces wireless, one that uses local range protocols and standards (17) for the exchange and update in memory of the recipient information, and other (18) that is used for the decoding of the signal of interest. In this sense, it is observed that the antenna used (7) is compatible with both technologies. Also, the device also includes a battery (15) which in this Case can be button type, a red light emitting LED (16), an on / off switch (20) and a device (19) for trigger the deletion and reset of the recipient's data from interest in memory.

An example of the second main alternative of design is shown in figure 6. In this one, the collection of data in the auxiliary device is also performed by exchange Wireless local range. In this way, it can be seen in the auxiliary device, the housing that covers the circuit transmitter-receiver (102), the removable cover that Covers the battery and can be removed to facilitate its replacement (104), on / off switch (103), and the antenna for local exchange (105). It can also be observed the presence of a plug in the warning device (21), of another in the auxiliary device (101) and a cable for its interconnection (100). In the same way, you can see how the signal of interest (11) is still received through the antenna of the warning device (7), while the signals (9 and 10) corresponding to the exchange of information about the recipient  of the first one they are emitted and received through the antenna (105) of the auxiliary device

Figure 7 shows the scheme of components according to the example in figure 6. This diagram shows they appreciate so much the components of the warning device: battery (15), antenna (7), LED (16), receiver circuit (22), interface for reception of the signal of interest (18), device for data initialization (19), switch (20) and interface for the physical data exchange (23); Like the auxiliary device: battery (107), transmitter-receiver circuit (106), Wireless local range communication interface (17), antenna (105), switch (109) and physical data exchange interface (108).

The acquisition of information for the recipient comparison via wireless communication from local range (208), as well as the subsequent reception of the signal from interest and the emission of the warning signal (211) are described in the Figure 8. This diagram reflects the steps common to both design alternatives described above. This process will vary for both only in the physical location (device warning or auxiliary device) of the components involved. From this mode, a typical exchange between a device and a telephone mobile, will include the following steps: the circuit sender-receiver generates a signal requesting the recipient identification code of the signal of interest (201), the mobile phone sends this information (202), and the circuit verifies the format and information received (203). In case that the information is incomplete or the format is invalid, the transmitter-receiver circuit generates a signal indicating the error and requesting the forwarding of the information (204). Yes by On the contrary, the format is valid and the information is complete, The circuit requests a confirmation (205) of the received data. Upon confirmation by the mobile phone (206), the circuit proceeds to update the relative information in memory to the recipient of the signal of interest (207). Finally, when the warning device receives a signal (11), its circuit compare the stored identification code with that of the signal Incoming (209). In case the identification is positive, the emitting device of the warning signal (210) is activated.

Various emitters are shown in Figure 9 possible of the signal of interest, such as a telephone antenna mobile (301), a signal emitting alarm device wireless (302), a paging signal emitting device (303), or a mobile phone (300) (case of signal emission from local range in response to receipt by the latter of a mobile phone signal).

In relation to the clamping mechanisms, to Four examples of alternatives are described below. different.

Figure 10 shows, through a view enlarged bottom, a consistent clamping mechanism scheme in the use of a doubly self-adhesive sheet that it places between the warning device (403) and the inner face of the pin (404). Initially this sheet has both sides (401 and 402) covered by protective sheets (400) to be removed to enable the union of the device, the blade and the pin. This mechanism has the advantage that, although the sheet with Self-adhesive surfaces is single use, it can be easily replaced by another.

Regarding the sheet doubly self-adhesive, it is necessary to highlight a particularity in relation to the surface of the same that is placed in contact with the device of warning. Since the surface presented by the antenna is one very small width, the difficulty arises that, in the case that the sheet has, in its area of contact with the antenna, with similar dimensions to it, its use is made Extremely complicated and cumbersome. It is also necessary prevent an important area of the adhesive surface from being in direct contact with the air to avoid involuntary adhesions or dust accumulation. In this way, a sheet is used which is wider than the antenna in its contact area with it, but that on the face where it comes into contact with the device, it only has adherent on a surface coinciding with the silhouette of the latter (including the shape of the antenna in the silhouette). On the contrary, on the face that comes into contact with the pin, The adhesive surface occupies the entire area of the sheet since, being this of a flexible nature, the excess can be adapted around the rod.

Another example of clamping mechanism incorporates directly a self-adhesive surface to the device itself, in its contact area (500), as shown in Figure 11. This surface has, in turn, a protective sheet (400) to be removed to discover the adhesive element and enable its connection with the inner side of the pin (404).

The clamping mechanism shown in the scheme of figure 12 consists of the use of two Velcro type surfaces. One of them is incorporated into the device in your contact area (602) and the other (600) form part of a sheet with its self-adhesive back face (601). To the As in the previous cases, the self-adhesive surface It has a protective cover (400) to be removed.

Finally, in figures 13, 14 and 15, show three enlarged views (top, side and front cut respectively) of the warning device incorporating a mechanism of subjection by means of elastic tweezers. This example has two semi-rigid rubber clamps, one to hold the device body (700) and the other, smaller, for hold the antenna (701). Each of these two tweezers is formed by an inner arm (704) and an outer arm (702), as well as by an elastic joint (703), which has a metallic thread rigid circularly wound, with both ends free directed in the direction of the caliper arms, so that It puts a strain on them.

Claims (20)

1. Device for the notification of the reception of mobile phone signals, pagers and other events, containing at least one antenna, an electronic receiver or receiver-transmitter circuit, a battery or battery, a light warning mechanism or sound, a housing and a clamping mechanism or anchorage and is characterized in that, depending on their size, design, shape, weight, gripping mechanism, and, where appropriate, flexible nature of one or more of its components, it can be coupled or incorporated into a pin of glasses of usual format, emitting a light or sound signal upon receipt of a certain wireless signal. 2. Warning device according to claim 1, characterized in that it has a receiver circuit that can be programmed or updated, totally or partially, after its incorporation into the device by means of the use of a physical communications interface compatible with the digital exchange standards from
data. 3. Warning device according to claim 1 characterized in that it includes a wireless signal transmitter-receiver circuit, with its corresponding interface and antenna, through which it can be put in communication with another wireless device for obtaining and updating memory of the information necessary for the identification of the recipient of the signal of interest. 4. Warning device according to claims 1 and 3 characterized in that it incorporates two wireless communication interfaces, one for receiving the signal of interest, and another, which uses protocols and wireless technology of local range, for the exchange of data with another device in order to obtain and update in memory the identification information of the recipient of the signal of interest. 5. Warning device according to claims 1 and 2 characterized by the use of an auxiliary device for obtaining the necessary information for the identification of the recipient of the signal of interest, and for updating this information in the first by physical data exchange Between both. 6. Warning device according to claims 1, 2 and 5 characterized in that the auxiliary device obtains the necessary information for the identification of the recipient of the signal of interest through a physical data input interface, such as for example a keyboard, or by physical connection with another device. 7. Warning device according to claims 1, 2 and 5 characterized in that the auxiliary device incorporates its own elements for wireless communication with another device, through which it obtains the necessary information for the identification of the recipient of the signal of interest. 8. Warning device according to claims 1 and 4, characterized in that, in the case of a mobile telephone signal, the event to be identified, the transmitter-receiver circuit internal to the device activates the emission of the warning light or sound signal after the reception of a wireless signal of local range sent by the mobile terminal, instead of after the reception of the mobile telephone signal emitted by the cellular network. 9. Warning device according to any of the preceding claims characterized by the presence of one or more switches, tabs or wheels, which allow selecting between two or more different types of signals (incoming call, SMS message, etc.), being able to choose between combinations alternatives and simultaneous of them. 10. Warning device according to any of the preceding claims characterized in that the warning signal is emitted by a light emitting mechanism. 11. Warning device according to any one of claims 1 to 9 characterized in that the warning signal is emitted by a sound signal emitting mechanism. 12. Warning device according to claim 10 characterized in that the light-emitting mechanism is partially shielded by a reflective or opaque surface, so that the light signal is only emitted in the direction of a certain solid angle, measured from the point of light emission, which can be perceived by the eye. 13. Warning device according to any one of claims 1 to 12 characterized in that the housing of the device body, or the antenna, or both, are flexible in nature and can be adapted to the shape of the pin, the antenna can also be , consisting of a wire, a cable or an adaptable sheet. 14. Warning device according to any one of claims 1 to 13, characterized in that the fastening to the pin of the glasses is carried out by means of the use of a flexible interposed sheet and in which the two surfaces are self-adhesive. Both self-adhesive surfaces are covered, in turn, by two protective sheets that once removed allow the device to adhere to the sheet and from this to the pin. 15. Warning device according to claim 14, characterized in that a flexible sheet with the two self-adhesive surfaces is used, with the particularity that this sheet is wider than the antenna in the area of contact with it, and because on the face in that the sheet comes into contact with the device, only has adherent on a surface coinciding with the silhouette of the device, including the shape of the antenna. 16. Warning device according to any one of claims 1 to 13, characterized in that the attachment to the eyeglass of the glasses is carried out by incorporating a self-adhesive surface to the device in its contact area. This self-adhesive surface is covered by a protective sheet that once torn off allows the device to adhere to the pin. 17. Warning device according to any of claims 1 to 13, characterized in that the fastening to the eyeglass of the glasses is carried out by using a Velcro type surface incorporated into the contact area of the device, as well as by the presence of a flexible sheet which has, on one side, a self-adhesive surface, which joins the pin after the removal of the protective cover, and on the other, a Velcro type surface that joins the Velcro type surface of the device. 18. Warning device according to any one of claims 1 to 13, characterized in that the fastening to the eyeglass of the glasses is carried out by means of the use of elastic or flexible, pincer or clamp mechanisms. 19. warning device according to any of claims 1 to 13 wherein the attachment to the arm of the glasses is performed by using bands or belts, or by using belts or straps that hook open around the pin, through buckles or other closing mechanisms, or through the use of closed elastic straps or straps that are incorporated into the pin by the back of it. 20. Warning device according to any one of claims 1 to 12 characterized in that it has been directly incorporated into the design of the pin of a pair of glasses, and in some cases, the presence of a clamping mechanism may be unnecessary due to the integration of the device on the pin, and may also, in certain designs, dispense with the presence of a carcass outside the pin for the same reason.