ES2332569B1 - MOUNTING GLASSES THAT INTEGRATES A DEVICE FOR THE NOTICE OF THE RECEPTION OF MOBILE PHONE SIGNALS OR OTHER WIRELESS COMMUNICATIONS. - Google Patents

Abstract

Glasses frame that integrates a device for the notice of the reception of mobile or other telephone signals Type of wireless communications. The object of the invention is eliminate the need to establish physical, acoustic or visual, with a mobile phone or other receiving device, to be notified of the reception of an incoming call, an SMS or another wireless signal To do this, they are incorporated into the interior of the mount a series of components that allow you to identify the reception of a certain wireless communication, broadcasting, then a visual or audible signal. To the own elements to a mount (1) at least one antenna (2), a receiver or transmitter-receiver circuit (3), a source supply (7) and a warning mechanism (5), being able to use a second auxiliary device in order to update the information related to the signal to be identified.

Description

Glasses frame that integrates a device for the notice of the reception of mobile or other telephone signals Type of wireless communications.

Scope of the technique

The invention relates to two fields well differentiated. On the one hand, it is comprised within the sector of eyeglass frames, both corrective and protective, that form part of the optical consumer products sector. On the other hand, also integrates elements of the field of accessories for mobile or accessory telephony for any other type of wireless communications (such as paging devices, wireless warning signal emission by devices alarm, measurement, etc).

State of the art

Currently circuit technology integrated electronics in general, and those used in mobile telephony in particular, has reached a huge degree of development and miniaturization. In fact, they are the support plates of electronic components (made of plastics and others insulating materials), which condition the most size of said circuits, constituting the part occupied by the semiconductor materials, a very small fraction of the volume total of said circuits.

Also, in relation to the technology of manufacture of frames for glasses, this has reached an advanced degree of development, allowing the realization of frames extremely resistant that can have sections where the Constituent material can reach very small thicknesses. Also, the development of new materials of greater resistance for the manufacture of lenses, such as crystals of polycarbonate, makes these, meanwhile, increase the structural strength of the front area of the mount allowing decrease the minimum thickness of the mount in this area. Likewise, we must bear in mind that a large part of the materials with which manufacture these mounts (excluding metal mounts) are of insulating nature from the point of view of driving electric

On the other hand, in relation to some sources of power supply, such as button batteries, these have reached a high degree of miniaturization reaching very small dimensions and weights (diameter less than 4.9 millimeters,  thickness less than 1.7 millimeters, and weight less than 0.14 grams for some commercial button batteries, consisting of oxide silver). Similarly, the current development of the plates photovoltaic causes for the normal operation of a circuit Small microelectronic with functionality basic and for the illumination of a low-power LED emitter, be it enough with the use of just a few centimeters squares of plate, the same needing a thickness of the order of millimeters

Finally, and in relation to the different mechanisms and accessories for the notification of the reception of a signal modulated belonging to a wireless transmission (of telephony mobile or other), these focus mainly on the emission of sound, light or vibration signals from a device. There are occasions, however, when none of the Current alternatives in the use of these mechanisms and accessories It constitutes a completely satisfactory solution. Sometimes is required, either that the destination mobile terminal is in any moment in the person's visual or auditory field (case of light or sound warning mechanisms in the terminal), or that are in permanent physical contact with the user (case of vibration mechanisms). Also, other alternatives that involve the use of a specific accessory or additional device (case for example, from wireless headphones, or others) may result uncomfortable, lead to unnecessary distraction, and even, in certain environments and activities, such as noise environments With the use of protective glasses, it is absolutely unfeasible.

Detailed description of the invention

The present invention relates to frames of glasses that incorporate a device for the warning of the mobile phone signal reception, or other wireless communications, by issuing visual signals or sound

Through this type of saddles it is facilitated to those who wear glasses that incorporate the invention the be 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.

The frame object of the invention includes, in addition to the elements proper to a usual frame of glasses, such as a bridge or articulated pins, other elements distinctive and exclusive to the invention, that is: a source of power supply (which can be made up of a battery, a battery, some photovoltaic energy plates or others), a antenna, an electronic receiver circuit or transmitter-receiver, and a signal emitting device visual or audible Also, sometimes, it will have a point of anchoring and digital data exchange for connection with a external device, through which the acquisition will occur of the destination number for the identification of the call or event of interest.

In this sense, the reduced weight of reception and warning device, as well as its location in the inside the mount makes, except at the time of issuance of the warning signal, the presence of said warning device passes totally unnoticed by the wearer of the glasses, which does not you need to modify, at any time, the daily use you make of the same.

In relation to the location of the components of the receiving and warning device, these are normally contained inside the frame, which will cause the thickness of it in the areas surrounding these components must necessarily be adequate for contain them and to provide the mount with a resistance Sufficient and adequate structural. These components can be located well on the front, either on a pin, or be distributed between the front and the pins. In this last case, the interconnection between the components distributed to both sides of the joint can be done using cables flexible or other mobile connectors, which may run on the inside or outside of the hinge mechanism, or through the incorporation to the contact surface of the pin, and to the contact surface of the front part of the mount, two or more connectors that make contact when the pin and the part front reach its maximum opening angle.

In relation to the degree of visibility of mentioned components, this can vary by type motivations aesthetic. In case it is preferred that the components are hidden as far as possible inside the mount, the only external elements of differentiation with the naked eye, with with respect to glasses of usual format, they will be the presence of a light emitter, the presence of the holes corresponding to a sound emitter, or the presence of an information screen alphanumeric, depending on the chosen configuration, as well as, in where appropriate, the grooves motivated by the presence of a cover that cover the access to the battery, to the plug for connection with the auxiliary device, to the power switch, to the power buttons configuration, or a combination of the above.

In relation to the electronic components of the receiving and warning device, the receiving electronic circuit or sender-receiver has a system for decoding and interpretation of electromagnetic signals modulated including an interface compatible with standards and wireless communications protocols that the signal uses modulated of interest (GSM or others), allowing to extract from it the information related to the destination receiver to which it is addressed (for example: the mobile phone number and telephone operator to which a call is made). Thus, when you receive a wireless signal of the desired type through the antenna of the device, this 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 initialized in memory of the circuit In case of coincidence, the activation of the warning signal

Initialization in memory of the data relative to the recipient of the signal to be identified can be done by using an auxiliary device or by incorporation into the warning device of a transmitter circuit and the software required for data exchange through Wireless communications of local range. The use of a auxiliary device has the advantage of reducing the number of components, as well as the volume and electricity consumption of the receiving and warning device.

In relation to the auxiliary device, it can consist of an accessory manufactured for this purpose (for example, a device with keys and display for manual input of the recipient number of interest, either an accessory that communicate via wireless exchange of local range with the destined terminal, or any other type of device that allow this information to be transmitted to the receiving device and notice). You can also adapt the communication interface of data of the warning device for interconnection with devices electronic or computer already existing, in this way, you can decide to use a plug and communication standards of data that allows, through a USB cable or through any other type of digital exchange standard, its connection and configuration through a computer or other commonly used device, such as, for example, a mobile phone.

It is necessary to highlight that, since the receiving and warning device incorporated into the frame lacks an electronic component of self-identification against the network mobile phone (such as a SIM card), and in In general, it will act only as a signal receiver and not as a transmitter, it is it is necessary that both elements, the mobile phone and the mount object of the invention are physically located within of the perimeter of the same mobile phone cell. Necessary, also, that the mobile phone is on (with or without volume) and that is not configured for the inhibition of usual exchange of identification and location signals with the mobile telephone network (such as the so-called "airplane mode" on some models). In this way, we make sure that, when the mobile phone network identifies the cell in the which is the mobile phone for the transmission of a incoming call or an SMS, this signal is also received by the antenna of the receiving and warning device incorporated into the mount.

In relation to the warning signal issued by the device, if it is preferred that it be of a nature bright, you can choose that the broadcast address of the head towards the center of the eye in order to get a better perception by the latter. You can also choose an angle solid emission that avoids causing distraction to others people.

If you choose, on the contrary, for a design with warning signal of a sound nature, may be included, either in the mount, or in the auxiliary device, a mechanism for regulation of the volume of this (by, for example, the displacement of a small wheel or tab). This type of design It has the disadvantage of requiring greater energy consumption electric, as well as needing a larger volume for the warning device

If the incorporation of a screen is chosen For the display or projection of alphanumeric data, it will be necessary to incorporate a lens, or a lens system, or of reflector elements, to enable the approach, given the closeness to the eye

In relation to the manufacturing process of the mount, it may be convenient to proceed with an encapsulation of the receiving and warning device with an insulating material and temperature resistant in order to protect and power incorporate it during the solidification process of the mount.

Finally, an application should be highlighted specific to these mounts in the configuration in which the warning Reception is done by light signal. In this sense, people with hearing impairment who use this type of glasses, can be informed, at all times, of the reception of SMS messages on your mobile phone.

Description of the drawings

Figure 1 shows a top view of the mount with circuit, antenna and data exchange plug integrated inside the right arm and the device emitter located on the right lens.

Figure 2 shows a side view of the pin with battery access cover, plug and switch disassembled

Figure 3 shows a partial side view Expanded pin with the cover removed.

Figure 4 shows a partial side view enlarged pin in which the interior layout is appreciated of the circuit and the antenna, as well as the cable path that communicates with the light emitter through the joint.

Figure 5 shows a general scheme of device operation.

Figure 6 shows a general scheme of device operation in relation to the antennas components of a mobile phone cell.

Figure 7 shows an overview of the glasses with the auxiliary device.

Figure 8 shows a profile view of the auxiliary device

Figure 9 shows a front view of the auxiliary device

Figure 10 shows a view of the reverse side of the auxiliary device

Figure 11 shows a bottom view of the auxiliary device

Figure 12 shows the component scheme of the receiving and warning device, as well as the scheme of components of an auxiliary device for updating data by entering it through a set of keys.

Figure 13 shows a partial side view of the pin and its interaction via wireless exchange of data with another auxiliary device.

Figure 14 shows a rear view of the mount in the configuration in which a light emitter is located at the top of the right lens.

Figure 15 shows a rear view of the mount in the configuration in which two light emitters are located at the outer and upper ends of the lenses.

Figure 16 shows a rear view of the mount in the configuration in which four light emitters are located at the upper ends of the lenses.

Figure 17 shows a rear view of the mount in the configuration in which two light emitters are located on the contours of the lenses.

Figure 18 shows a partial top view of the mount in the configuration in which a light emitter is located on the pin and the light signal is reflected by a mirror.

Figure 19 shows a rear view of the mount in the configuration in which a data screen Alphanumeric is located on top of the lens right.

Figure 20 shows a partial top view of the mount in the configuration in which a data screen Alphanumeric is located on top of the lens right.

Figure 21 shows a partial top view of the mount in the configuration in which a speaker emitting from sound is located between the right lens and the joint of the pin.

Figure 22 shows a partial top view of a larger mount in the configuration in which the all components of the receiving and warning device have been located inside the front.

Figure 23 shows an overview of the mount, with all the components of the device reception and notice located inside the front, connected to the auxiliary device.

Figure 24 shows a partial side view enlarged pin with the cover removed and the use of a plug for data exchange via USB cable.

Figure 25 shows a general scheme of the communication of the receiving and warning device with a computer for initialization and data configuration.

Figure 26 shows a top view of some frames in which the use of a battery or battery has been replaced by the incorporation of photovoltaic panels in the outer sides of the pin.

Figure 27 shows a profile view of the frames with photovoltaic panels on the outer sides of the pin.

Figure 28 shows an overview of the frames with photovoltaic panels.

Figure 29 shows a partial top view enlarged joint mechanism between the right leg and the front part of the mount, with a separation of 90º, and in the configuration in which the transmission of electrical impulses between the pin and the front part is done through two wedges Flexible conductive metal.

Figure 30 shows a view rotated 90º with with respect to the previous one in which the surface of right pin contact.

Figure 31 shows a view rotated 90º with with respect to figure 30 and in which the surface of contact of the front part of the mount.

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

one -

Glasses.

2 -

Antenna.

3 -

Receiver circuit

4 -

Inside cable to the mount.

5 -

Light emitting device

6 -

Battery access cover and plug.

7 -

Button battery

8 -

Data exchange plug with the device assistant.

9 -

On / off switch.

10 -

Pin joint mechanism that includes a cavity for the cable that connects to the device to pass transmitter.

twenty -

Mobile phone network antenna.

twenty-one -

Mobile phone.

22 -

Data exchange between the mobile telephone network and the terminal for location identification of the latter through the net.

2. 3 -

Incoming call or SMS.

24 -

Emission of light signals.

30 -

Auxiliary device

31 -

Pin for data exchange with the auxiliary device

32 -

Display showing 9 figures that vary from 0 to 9.

33 -

Button for number selection.

3. 4 -

Delete button

35 -

Confirmation Button

36 -

Rubber projection that makes contact with the pin.

37 -

Photovoltaic plate

38 -

Overhang that fits into the cleft of the pin.

40 -

Receiver circuit

41 -

Interface for data decoding according to mobile phone standard (GSM or others).

42 -

Interface for the physical exchange of data.

fifty -

Auxiliary device circuit for update of data.

51 -

Interface for the physical exchange of data in the auxiliary device

52 -

Interface with the graphic display on the device assistant.

53 -

Interface with the data acquisition keyboard in The auxiliary device.

54 -

Auxiliary device switch.

60 -

Auxiliary device for data communication via wireless signals.

61 -

Auxiliary device antenna cover for wireless communication.

62 -

Wireless signal emitted by the device assistant.

63 -

Wireless signal emitted by the device Reception and notice.

70 -

Mirror.

71 -

Reflected light.

80 -

Alphanumeric data screen.

81 -

Lens for data screen focus alphanumeric

90 -

Built-in speaker inside the mount.

91 -

Sound holes emitted by speaker.

100 -

Extension of the front part of the mount for house the circuit and antenna.

200 -

Plug for connection with USB cable.

201 -

Laptop.

202 -

USB Cable.

300 -

Frame that incorporates photovoltaic panels such as power source.

301 -

Photovoltaic plate incorporated to the pin left.

302 -

Photovoltaic plate incorporated to the pin right.

400 -

Right leg area adjacent to the joint.

401 -

Flexible wedge of conductive metal.

402 -

Conductor cable

403 -

Flexible wedge rail for conductive metal

404 -

Stop to keep the lane attached to the pin.

405 -

Metal arm connecting the hinge to the pin right.

500 -

Hinge mechanism.

600 -

Zone of the front part of the adjacent mount with the right leg joint.

601 -

Metal contact surface groove driver.

602 -

Conductor cable

603 -

Metal arm connecting the hinge with the part frontal.

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Description of a preferred embodiment

An embodiment is described below. Preferred of the invention. It includes several examples of alternative designs based on several factors, that is, of different possible locations of the receiving and warning device, different energy sources used for food electrical power (a battery, a battery or photovoltaic panels), different locations of the sending device, nature of the warning signal emitted (audible, bright or presentation of data in an alphanumeric display), use or not of a device auxiliary for the configuration and initialization of data, physical nature of communication with it (physical communication data or use of wireless signals), other alternatives data initialization (communication with a computer or other existing device), and depending on the mechanism chosen for the transmission of electrical impulses between the pin and the part front of the mount in the case where the components of the receiving and warning device are distributed between both of them.

An example of the location, form and main components of an embodiment of the invention in which the antenna and the receiver circuit (2 and 3) are They are located inside the right arm, while the warning device by emission of red monochromatic light (5) is located at the top of the front of the mount on the right lens. The circuit and the emitting device are communicated by means of a cable (4). In figure 4 you can see in more detail the route of this cable to communicate both sides of the joint by passing through a cavity cylindrical existing inside the hinge mechanism (10)

In figures 2 and 3 you can see the external arrangement of the mount observing a removable cover (6), a battery or battery (7) (in this case it is a battery of standard silver oxide button, 1.5 volts, 0.13 grams, and dimensions 4.8 millimeters by 1.6 millimeters), a plug for the physical exchange of data with an auxiliary device (8), and a on and off button (9).

A scheme is shown in Figures 5 and 6 general operation of the receiving and warning device and the data exchange between it and mobile phone antennas, and between these and the mobile phone of interest. As noted in the detailed description section, it is necessary that the phone mobile (21) and the mount (1) are located in the same cell, and the phone is not disconnected (may be in mode silent if desired) for the usual exchange to occur of signals (22) between the mobile terminal and the antennas that make up the cell. In this way, the telephone network identifies the cell where they are both and emits through their antennas the signal of incoming call or SMS (23), reaching this signal also the antenna built into the mount, and can be decoded and activating the emission of the warning signal (24).

In relation to auxiliary devices of data update, these can adopt a variety of forms, as well as very different functionalities depending on the design and last programming of the electronic circuit of receiving and warning device. The form and connection of an example of auxiliary device can be seen in figures 7, 8, 9, 10 and 11. In these views you can see the plug for the data exchange (30), the screen where the 9 are shown numbers of the telephone number to be identified (32), the button by which selects the desired number (33), the delete button of figures (34) and the confirmation button (35). Initialization to zero data and confirmation of a phone number for your update in the memory of the receiving device and warning is performs by pressing for two time two combinations different keys simultaneously. This has been chosen like this in this example in order to avoid updating or restarting accidental data. It should also be noted that in this case it has been chosen to provide the auxiliary device with a photovoltaic panel (37) for food, as well as a projection on its part posterior (38), to anchor it to the cavity that remains discovered when removing the cover, and of another projection (36), so that can rest on the pin so that the pressure exerted on the buttons when pressed.

An outline of the components of the receiving and warning device, and of the components of an auxiliary device similar to that described in the previous paragraph.

On the other hand, it is also possible to replace the receiver circuit of the receiving and warning device by another of receiver-sender type for communication wireless with an auxiliary device or other device. This configuration by using wireless signals will look penalized for greater volume and greater energy consumption. A example of wireless communication with an auxiliary device appears in figure 13, where a special auxiliary device (60) which includes an antenna (61) by which it exchanges signals wireless with the antenna of the receiving and warning device (62) and (63). In this sense this communication can be made wireless at a very short distance by using data transmission technology through induction processes Direct electromagnetic between antennas and nearby circuits.

In relation to the location and number of warning devices, these can be distributed in various shapes. This is shown in Figures 14, 15, 16 and 17 by different rear views of the mount with alternative locations of the warning device (5) by light signal (24), being these respectively: the upper central part of the lens right, the upper outer ends of the lens contour, the inner and outer upper ends of the contour of the lens, and two luminous stripes located around each of The two lenses.

Another possible device location luminous can be seen in figure 18. In this configuration all reception and broadcast components are located in the inside of the pin, so that its process of simplifying manufacturing as there is no transmission of electrical impulses between both sides of the joint. In this case, the emitted light (24) it is reflected (71) by a reflective device (70) located on the upper central part of the front of the mount.

With respect to other alternatives in relation to the warning signal issued, this may also consist of a preprogrammed alphanumeric message based on the number received and shown through a screen (80) as shown in figures 19 and 20. It should be noted that, given the proximity to the eye of these alphanumeric characters, the presence of one, or several auxiliary lenses, at a certain distance (81), to enable your approach by the latter. Also, the signal can be of a sound nature and be produced by the presence of a small speaker (90) with corresponding holes (91) for the sound output, as it appears in figure 21.

On the other hand, in case it is preferred that all components of the receiving and warning device are integrated exclusively in the front part of the mount, it You can choose a larger volume for it (100), so that it houses to the complete device, as shown in figures 22 and 23. It should be noted that with this provision, the plate photovoltaic of the auxiliary device is partially hidden by the mount during the data update, the using a battery or a rechargeable battery in this device, or its connection through another element of the power plug from the power source included in the mount.

Among the different alternatives for configuration and initialization of device data reception and notice, you can also choose the realization of the same by communicating with an electronic device existing consumption, such as its communication via a cable (202) with a computer (201) using a communication standard of data, such as via a USB connection (200). This alternative is shown in figures 24 and 25.

In relation to the power supply can also choose to use photovoltaic panels (301 and 302) in instead of rechargeable batteries. This alternative is especially suitable for glasses with wide profile pins and allows, in turn, to place the switch (9) and the plug data exchange (8) directly on the inner surface of the pin without the need to incorporate a lid removable An example of this design is contained in the figures 26, 27 and 28.

Finally, as we have seen, the Figure 4 showed an alternative for impulse transmission electrical between the components located on the front and the components located on the pin by locating a cable that runs through the inside of the joint. Other possible alternative for this transmission of electrical impulses when there is components located on both sides of a joint shown in figures 29, 30 and 31. They show the use of two flexible wedges of conductive metal (401) on the surface of pin contact. These wedges bend when the joint maintaining a pressure, and therefore a contact, with the conductive surfaces located on the other side (601). In relation to the clamping mechanism of these wedges, these are anchored by two stops (404), which allow their movement to along two lanes (403). It is possible so that the wedge can maintain different angles with respect to the surface, as is open or closed joint.

Claims (18)

1. Eyeglass frame that is characterized by incorporating a device that contains at least one antenna, an electronic receiver or receiver-emitter circuit, a source of electrical energy and a mechanism for warning, by issuing a visual or audible signal, from the reception of mobile phone signals, pagers or other events communicated through wireless signals. 2. Eyeglass frame incorporating a reception and warning device incorporated therein, according to claim 1, characterized by having an electronic circuit that can be programmed or updated, totally or partially, after its incorporation into the device, by the exchange of data through a physical interface. 3. Eyeglass frame incorporating a reception and warning device incorporated therein, according to claim 1, characterized by having an electronic circuit that can be programmed or updated, totally or partially, after its incorporation into the device, by the exchange of data through a communication interface that uses wireless signals. 4. Glasses frame incorporating a reception and warning device incorporated therein, according to any of the preceding claims, characterized by obtaining the energy from photovoltaic panels or another type of mechanism for the conversion of solar energy into electricity. 5. Glasses frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 3, characterized by obtaining the energy from disposable batteries. 6. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 3, characterized by obtaining the energy from rechargeable electric batteries. 7. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any of claims 1 to 6, characterized in that the acquisition of the data for the identification of the recipient of the call or event of interest, as well as others Updates of data in relation to its configuration and operation are made by using an auxiliary device designed for this purpose. 8. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any of claims 1 to 6, characterized in that the acquisition of the data for the identification of the recipient of the call or event of interest, as well as other Updates of data in relation to its configuration and operation are carried out by using an existing device, such as a computer, a mobile phone or another. 9. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 8, characterized in that this device emits one or several light signals. 10. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 8, characterized in that this device emits one or several sound signals. 11. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 8, characterized in that this device shows or projects one or more alphanumeric messages, which may be associated with the recipient of the identified signal , and that uses a system of lenses, or other optical or reflective elements, for its focus and reception by the eye. 12. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any of claims 1 to 8, characterized in that this device emits one or more light signals, which are reflected by one or more reflective surfaces before reaching the eye. 13. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 12, characterized in that this device has components on both sides of at least one of the two articulations of the pins with the front of the mount, and because the communication between the elements located on both sides of the joint is done through a cable or connector that runs through a hole inside the hinge mechanism. 14. Glasses frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 12, characterized in that this device has components on both sides of at least one of the two articulations of the pins with the front of the mount, and because the communication between the elements located on both sides of the joint is done through a cable or connector that runs outside the hinge mechanism. 15. Glasses frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 12, characterized in that this device has components on both sides of at least one of the two articulations of the pins with the front of the mount, and because the communication between the elements located on both sides of the joint is carried out through the use of flexible sheets or wedges of a conductive element in at least one of the contact faces of the joint or joints, and that, in the position of maximum separation and opening of the pins with respect to the front, make continuous contact with another, or other, conductive elements located on the face, or faces, of contact located on the other side of the joint or joints 16. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any of claims 1 to 15, characterized by the presence of one or more switches, tabs or wheels, which allow selecting between two or more different types of signals (incoming calls, SMS messages, etc.), being able to choose between alternative and simultaneous combinations thereof. 17. Eyeglass frame incorporating a reception and warning device incorporated therein, according to any one of claims 1 to 16, characterized in that the components of the reception and warning device can be removed or separated therefrom. 18. Eyeglass frame incorporating a reception and warning device, according to any of claims 1 to 17, characterized in that the pins can be separated from the front.