ES1285585U - ELECTRIC VEHICLE CHARGING POINT 5G TELEPHONY SIGNAL REPEATER (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

5G telephone signal repeater electric vehicle recharging point, characterized in that it has the means to provide energy to an electric vehicle through a charger, that is, a mechanism that, through communication between the electrical network and the automobile, allow the batteries to be recharged and, thanks to this, the vehicle to move autonomously for a series of kilometres, and it has repeaters with a telephone signal antenna. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

ELECTRIC VEHICLE CHARGING POINT SIGNAL REPEATER

5G TELEPHONY

OBJECT OF THE INVENTION

The present invention, as expressed in the title of this specification, refers to an electric vehicle Recharging Point with the double function of charging an electric vehicle through a charger, that is, a mechanism that, through communication between the electrical network and the car allows the batteries to be recharged and, thanks to this, the vehicle to move autonomously for a series of kilometres; and, at the same time, a 5G telephone signal repeater by having a specific 5G telephone repeater antenna.

Its purpose is to provide extra functionality to an element such as the Electric Vehicle Recharging Point, for the repetition of the 5G telephone signal in order to provide the necessary coverage of this connection in urban centers, such as along the highways and extra-urban areas that require it, where these types of supports are strategically installed.

Thanks to this new invention, much faster connections are available, with lower latency, greater capacity and coverage than with the current 4G connection, taking advantage of an already conditioned infrastructure without having to resort to costly investment in the development of new infrastructures for the installation of said repeater antennas.

The inclusion of the 5G telephony repeater antenna in an element such as the Electric Vehicle Recharging Point makes it a visually non-aggressive element that facilitates its rapid integration into the landscape of the area, while avoiding a possible unfounded psychosis about its harmful emission towards the citizens.

Due to the no need to request permits from the relevant institutions for its installation thanks to the new European regulations for the deployment of networks and in particular that of 5G technology; not requiring costly civil works connections to have to deliver the optical fiber or electrical energy for its operation, to the have the same and own channels; Because they are integrated into an element with a permit already granted, they make this invention the ideal vehicle to provide the necessary infrastructure for the deployment of 5G technology.

Similarly, the inclusion of the 5G telephone repeater antenna, and all the appropriate telecommunications equipment for its correct operation, in an element such as the Electric Vehicle Recharging Point, grants a character of security and protection, giving it a greater useful life of said repeater antennas and telecommunications equipment.

BACKGROUND OF THE INVENTION

The great demand for data traffic through cellular networks by users of all types of devices, mobile phones and smartphones, has experienced exponential growth that will continue in the coming years.

To deal efficiently with all this exponential demand for traffic, the implementation of new technologies is being necessary, as well as new types and topologies of the network. The current network infrastructures, based on large base stations (macrocells) together with the technological limitations of spectrum availability, are not capable, nor are they prepared to support the expected growing demand for connections, both in urban and extra-urban areas.

With the arrival of 5G technology, and the saturation of the 4G network, in response to this growing demand, for urban areas, a new type of low power, lower cost and reduced radio access node has been increasingly implemented. dimensions whose use allows to replace or increase coverage and bandwidth of the so-called macrocells antenna stations. In this way, it is intended to satisfy, on the part of the operators, the requirements of growing demand from users. These nodes are called small cell repeater antennas.

Being low-power nodes, their coverage range is significantly smaller and ranges from a few meters to several kilometers in some cases. Due to the densification required, currently, among telephone operating companies, town halls, communities and official institutions, network and infrastructure deployers, among others, there is a serious problem in updating the infrastructure network both in cities and outside of them, and sites with high traffic of mobile telephony devices that allow to increase the coverage of the 4G signal and the real implementation of 5G technology.

One of the characteristics of this network, due to efficiency and regulations, is that its small cell repeater antennas must be installed at a distance from the ground level or public road of at least two meters and fifty centimeters high (250 cm). to guarantee its maximum functionality and safeguard the health of passers-by.

They are currently being deployed to remedy the lack of 4G network coverage. These small cell 5G repeater antennas, although they have evolved so that they can be reduced in size, it is still insufficient for a massive deployment due to the visual impact they generate. Likewise, they need specific installation characteristics in terms of height, distance between each other, electrical current connection and fiber optics, which condition them in a significant way.

Despite the multiple efforts that are being made, both administrations and companies in the telecommunications sector do not have any plan for mass deployment and optimal installation, since urban planning regulations do not make it possible without specific permits that, today, , question its viability and approval times.

Any of the ways contemplated, up to now, for the massive deployment of this network does not offer a viable economic solution, since the ideal situation for cities to become the so-called Smart Cities requires multiplying, at a minimum, by ten base stations that exist today. For example, for the city of Madrid to become one of the so-called Smart Cities, it would require the installation of at least 600,000 small cell 5G telephone repeater antennas, assuming an astronomical economic outlay in civil works and installations that, added to execution and installation times, makes it an unfeasible project.

The tests that have been carried out for these massive deployments, as a pilot, have been in controlled environments and limited by the great cost they entail. In the same way, the elements that have been used are urban furniture such as lampposts, traffic lights, sewers, facades... in a deficient way in terms of approach, since many of them do not have a fiber optic connection, most of them do not meets the minimum requirements of radio frequency regulations, the electricity supply available to them cannot be used and, in many cases, their use is restrictive and limited to what has been granted. Apart from the regulations for the use of this type of support, technical problems such as shielding, intermodulation or the famous 'Faraday cage' have been added that have not been resolved effectively, since current structural developments are incompatible with the use of turning them into a radio signal point.

DESCRIPTION OF THE INVENTION

In order to achieve the objectives and avoid the inconveniences mentioned in the previous sections, the invention constitutes a new structure for an electric vehicle Recharging Point, where a delimited internal recordable space and an anchoring system have been designed, for the inclusion of telephone repeater antennas and all the necessary elements for its correct operation. Thus, the present invention consists of the following elements:

A main structure as a receptacle, of a reasonable and sufficient height, called a dispenser, of a certain volume and measures, non-limiting, rectangular in shape, non-limiting, preferably made, non-limiting, in galvanized steel, with the possibility of different finishes such as square, semicircular, circular or with creative shapes, whose function is to provide energy to an electric vehicle through a charger, that is, a mechanism that, through communication between the electrical network and the automobile, allows recharging the batteries. batteries and, thanks to this, the autonomous movement of the vehicle for a series of kilometres.

The different elements that comprise said main structure as a receptacle, of a reasonable and sufficient height, called a pump, to achieve its optimal function of providing energy to an electric vehicle through a charger, that is, a mechanism that, through communication between the electrical network and the automobile, allow the batteries to be recharged and, thanks to this, the autonomous movement of the vehicle for a series of kilometers, are related through a non-limiting fixing and anchoring system, preferably by means of a specific screw kit with its corresponding washers.

For its installation, it is carried out preferably, without limitation, through a fixing system with anchor studs, that is, a set of structural elements to which the load of the electric vehicle Recharging Point is transmitted, distributing it in such a way that do not exceed its allowable pressure or produce zonal loads; and in a perpendicular position to the plane of the road or pavement.

In the main structure as a receptacle, of a reasonable and sufficient height, called a dispenser, of a volume and determined measures, non-limiting, rectangular, non-limiting, of the Recharging Point of the electric vehicle repeater of the 5G telephone signal, For its correct operation, all the necessary equipment has been provided to provide energy to an electric vehicle through a set of components, among which is, without limitation, at least a charging system, an alternating and continuous energy converter, a hose, a connection cable, a socket outlet, a plug, a connector, a magneto-thermal protection system, a differential protection system, a meter, a cooling system through a forced ventilation module, a control module with a communication protocol; that allow the batteries to be recharged and, thanks to this, the autonomous movement of the vehicle for a series of kilometers.

The main structure as a receptacle, of a reasonable and sufficient height, called a dispenser, of a certain volume and measures, non-limiting, rectangular in shape, non-limiting, has fronts made preferably, not limiting, in galvanized steel sheet , which are fixed preferably, without limitation, to the structure directly, said fixing being able to be carried out, likewise, through aluminum profiles or another fixing system determined in each case.

The fronts are personalized through different production formats or printing systems such as vinyl, die-cut, direct printing on rigid, digital printing, lamination, sublimation... with the possibility of also being made through digital audiovisual systems developed with led technology for the creation of advertisements and indicative and informative signage messages.

The fronts of the main receptacle-like structure, called a dispenser, have sufficient and reasonable sealing joints with at least one lift-gate system assisted by at least one damper, which together with at least one hinge, preferably stainless steel, non-limiting, and a special key, allow an opening of said main structure and access to it for maintenance of all the necessary equipment for the optimal operation of the electric vehicle charging support.

On the parallel side closest to the plane of the road or pavement, the main structure in the form of a receptacle, called a dispenser, has a non-limiting circular or square intake passage, with a coating of insulating plastic material to protect against certain external environmental inclemencies, by which energy is supplied with a power outlet, alternating or direct, non-limiting, through a power supply from the general network, not limiting, both to the main structure as a receptacle, called a supplier, and to the telephony repeater antenna or antennas and all the elements necessary for its correct operation.

On the parallel side closest to the plane of the road or pavement, the main structure in the form of a receptacle, called a dispenser, has a non-limiting circular or square intake passage, with a coating of insulating plastic material to protect against certain external environmental inclemencies, through which the fiber optic outlet and a plurality of connection cables are supplied, to the telephony repeater antenna or antennas and all the elements necessary for its correct operation.

Likewise, the fiber optic cable has a special channel in the form of a flexible tube to protect the conduction of the fiber optic socket from its base to the telephony repeater antenna or antennas and all the elements necessary for its correct operation, which are They are found inside the main structure as a receptacle, called a dispenser.

The main receptacle-like structure, called a dispenser, has at least one recordable structure called a dome, like a container, preferably located on the parallel side farthest from the plane of the road or pavement, whose object is the housing of the telephony repeater antenna or antennas and all the appropriate telecommunications equipment for the correct operation of the small cell telephony repeater antennas, or of any other system of wireless communication telecommunications equipment such as sensors, servers, wifi signal repeaters,...

The recordable structure called dome, as a container, whose purpose is to house the telephone repeater antenna or antennas and all the appropriate telecommunications equipment for the correct operation of the small cell telephone repeater antennas, or any other system of wireless communication telecommunications equipment such as sensors, servers, Wi-Fi signal repeaters, ... of a certain volume and measures, not limiting, is preferably made, not limiting, in methacrylate or in any kind of rigid material, plastic element or fiberglass, which are innocuous or favor the emission of telecommunications equipment, avoiding the problems associated with this type of infrastructure such as signal intermodulation, shielding or the famous "Faraday cage".

The recordable structure called dome, as a container, is related to the main structure as a receptacle, called dispenser, with a non-limiting anchoring system, preferably by means of a specific screw kit with its corresponding washers.

On one of the sides of the accessible structure called dome, as a container, preferably, but not limited to, an articulated door equipped with watertight and assisted joints, coupled to the structure on the internal side or sides perpendicular to the opening by at least one hinge, preferably aluminum, for access. It has an opening with a coded key that, after activating the lock, arranged on one side of the profile, the opening system opens the door to a sufficient determined angle, which allows the operator easy access to the telephony repeater antenna or antennas already the appropriate telecommunications equipment for the correct operation of the small cell telephone repeater antennas.

Preferably, on the side closest to the plane of the road or pavement, internally It has at least one anchor for holding the 5G telephony small cell repeater antenna or the box that covers the 5G telephony small cell repeater antenna. This anchorage has at least one section to house at least one small cell repeater antenna unit for 5G telephony. In said fastening anchorage for the small cell 5G telephony antenna or repeater antennas, it has a plurality of perforations, of a reasonable and sufficient dimension, shape and volume, not limiting, intended for the fastening of the antenna wiring or different antennas.

On at least one of its sides, it has a group of small circular or square perforations, not limiting, as a natural ventilation system.

As a cooling reinforcement for the proper functioning, in adverse weather conditions, of the telecommunications equipment that is inside the recordable structure called the dome, as a container, of the Electric Vehicle Recharging Point that repeats the 5G telephone signal , a forced ventilation system has been provided through at least one fan and/or extractor unit which, in turn, has a temperature controller that is activated automatically from a certain temperature.

Inside the recordable structure called dome, as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, there has been at least one unit of a watertight electrical panel with electrical protections with magneto-thermal switches and / or differentials.

Likewise, inside the recordable structure called the dome, as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, there has been at least one control cabinet with a plurality of sensors that monitor activity of all teams.

In the same way, as electrical protection for the recordable structure called the dome, as a container, for the 5G telephone signal repeater electric vehicle Recharging Point, it has an earth connection and an external lightning protection system.

In the recordable structure called the dome, as a container, of the Point of Recharging of the 5G telephony signal repeater electric vehicle, internally, a delimited space has been provided for the inclusion of the 5G telephony small cell repeater antennas and the appropriate telecommunications equipment for correct operation, of non-restrictive dimensions, and of a sufficient and reasonable volume.

On the parallel side, of the recordable structure called dome, as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, closest to the main structure as a vertical support, called column, the structure has , at least, one outlet passage, circular or square, non-limiting, with a coating of insulating plastic material as protection, through which the energy is supplied through a 220V / 12V outlet, such as the outlet of fiber optics to the telephony repeater antenna or antennas and to all the elements necessary for its correct operation.

The internal space of the recordable structure called dome, as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, is hermetic to a higher degree IP65, which protects from certain external environmental inclemencies.

In the internal space of the recordable structure called dome, as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, for the correct functioning of the telephone signal, equipment has been provided with a set of systems passive among which is, at least, a telephony signal repeater antenna, a coaxial cable, an RF radiofrequency signal combiner, an RF radiofrequency signal separator, control sensors; and a set of active systems, including at least one radio transmission and reception equipment, based on electromechanics for the treatment and processing of electrical signals.

In the same way, and so that there is a correct functioning of the telephone signal and in a totally independent way, in the internal space of the registrable structure called dome, as a container, of the Recharging Point of the electric vehicle signal repeater 5G telephony, there has been at least one baseband processing unit.

The main structure in the form of a receptacle, called a dispenser, is installed preferably, without limitation, through the foundation and in a position perpendicular to the plane of the road or surface, with a minimum recommended height, without limitation, of three hundred centimeters (300 cm. ) above the level of the street or land.

Next, to facilitate a better understanding of this description and forming an integral part of it, a series of figures are attached in which the object of the invention has been represented by way of illustration and not limitation.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1.- Recharging point for an electric vehicle that repeats the 5G telephone signal. Figure 2.- Opening system and interior of the recordable structure that has telecommunications equipment.

Figure 3.- View of an installation of a Recharging Point for an electric vehicle that repeats the 5G telephone signal on the street.

DESCRIPTION OF AN EXAMPLE OF EMBODIMENT OF THE INVENTION

Considering the numbering adopted in the figures, a preferred, non-limiting embodiment of the proposed invention is constituted from the following elements: A main structure as a receptacle, of a reasonable and sufficient height, called a dispenser (1), of a volume and certain measures, not limiting, in a rectangular shape, made of galvanized steel, whose function is to provide energy to an electric vehicle through a charger, that is, a mechanism that, through communication between the network electricity and the automobile, allow the batteries to be recharged and, thanks to this, the autonomous movement of the vehicle for a series of kilometres.

The different elements that comprise said main structure as a receptacle, called a dispenser (1), to achieve its optimal function of providing energy to an electric vehicle through a charger, that is, a mechanism that, through communication between the electrical network and the automobile, allow the batteries to be recharged and, Thanks to this, the autonomous movement of the vehicle for a series of kilometers is related through a fixing and anchoring system, by means of a specific screw kit with its corresponding washers.

For its installation, it is carried out through a fixing system with anchor studs, that is, a set of structural elements to which the load of the electric vehicle Recharging Point is transmitted, distributing it in such a way that it does not exceed its admissible pressure. or produce zonal charges; and in a perpendicular position to the plane of the road or pavement (2).

In the main structure as a receptacle, called a rectangular dispenser (1), of the 5G telephone signal repeater electric vehicle Recharging Point, for its correct operation it has all the necessary equipment to provide energy to an electric vehicle through a set of components including, but not limited to, at least one charging system, an alternating and continuous energy converter, a hose (3), a connection cable (4), a socket outlet current, a plug (5), a connector (6), a circuit breaker protection system, a differential protection system, a counter (7), a cooling system through a forced ventilation module, a control module with a communication protocol; that allow the batteries to be recharged and thanks to this the autonomous movement of the vehicle for a series of kilometers.

The main receptacle-like structure, called the dispenser (1), has some fronts (8) made of galvanized steel sheet, which are fixed directly to the structure.

The fronts (8) have been personalized through the direct printing system on rigid, for the creation of indicative and informative signage messages.

The fronts (8) of the main receptacle-like structure, called the dispenser (1), have sufficient and reasonable sealing joints with at least one lift-gate system assisted by at least one damper, which together with at least one hinge, preferably stainless steel, non-limiting, and a special key, allow an opening of said main structure and access to it for maintenance of all the necessary equipment for the optimal operation of the electric vehicle recharging support.

On the parallel side closest to the plane of the road or pavement (2), the main structure in the form of a receptacle, called a dispenser (1), has a circular intake passage with a coating of insulating plastic material to protect against certain external environmental inclemencies, by which energy is supplied with a power outlet, alternating or direct, non-limiting, through a power supply from the general network, not limiting, both to the main structure as a receptacle, called a supplier (1 ); as well as the recordable structure called dome (9), as a container; as well as the antenna (10) or telephony repeater antennas and all the necessary elements for its correct operation.

The main receptacle-like structure, called a dispenser (1), has at least one recordable structure called a dome (9), like a container, preferably located on the farthest side parallel to the plane of the road or pavement ( 2), whose purpose is to house the telephone repeater antenna (10) or antennas and all the appropriate telecommunications equipment for the correct operation of the small cell telephone repeater antennas, or any other communication telecommunications equipment system wireless as sensors, servers, Wi-Fi signal repeaters,...

The recordable structure called dome (9), as a container, whose purpose is to house the telephone repeater antenna (10) or antennas and all the appropriate telecommunications equipment for the correct operation of the small cell telephone repeater antennas , or any other system of wireless communication telecommunications equipment such as sensors, servers, Wi-Fi signal repeaters, ... of a certain volume and measures, not limiting, has been made in PMMA/ABS, polymethyl methacrylate / acrylonitrile butadiene styrene , which favors the emission of telecommunications equipment, solving the problems associated with this type of infrastructure such as signal intermodulation, shielding or the famous "Faraday cage".

The recordable structure called dome (9), as a container, is related to the main structure as a receptacle, called spout (1), by means of a specific screw kit with its corresponding washers.

On one of the sides of the accessible structure called dome (9), as a container, there is an articulated door (11) equipped with watertight and assisted joints, coupled to the structure on the perpendicular internal side or sides to the opening by, at least, an aluminum hinge (12), for its access. It has an opening with a coded key (13) that, after activating the lock (14), arranged on one side of the profile, the opening system opens the door to a sufficiently determined angle, which allows the operator easy access to the antenna (10) or telephone repeater antennas and the appropriate telecommunications equipment for the correct operation of the small cell telephone repeater antennas.

In the internal recordable space (15) of the recordable structure called dome (9), as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, for the correct functioning of the telephone signal, there is a equipment with a set of passive systems including at least one RF radiofrequency signal splitter (16), a RF radiofrequency signal combiner (17), a plurality of coaxial cables (18); and a set of active systems, including at least one radio transmission and reception equipment (19), based on electromechanics for the treatment and processing of electrical signals.

In the same way, and so that there is a correct functioning of the telephone signal and in a totally independent way, in the internal recordable space (15) of the recordable structure called dome (9), as a container, of the Recharge Point of 5G telephone signal repeater electric vehicle, at least one baseband processing unit (20) has been provided.

In at least one of the sides of the recordable structure called dome (9), as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, there is a group of small perforations (21) , circular or square, not limited, in design, volume and quantity, sufficient and reasonable, as a natural ventilation system.

As a cooling reinforcement for the proper functioning, in adverse weather conditions, of the telecommunications equipment found in the internal space (15) of the recordable structure called dome (9), as a container, of the Point 5G telephone signal repeater electric vehicle recharging system, a forced ventilation system has been provided through at least one fan unit (22) and/or extractor which, in turn, has a ventilation system temperature control that is activated automatically from a certain temperature.

In the internal recordable space (15) of the recordable structure called dome (9), as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, there has been at least one unit of a panel watertight electric (23) equipped with electrical protections with magneto-thermal and/or differential switches.

On the parallel side, of the recordable structure called dome (9), as a container, of the 5G telephone signal repeater electric vehicle Recharging Point, closest to the main structure as a receptacle, called dispenser (1) , the structure has at least one outlet passage (24), circular, non-limiting, with a coating of insulating plastic material as protection, through which the 220V / 12V outlet (25) is supplied , such as the fiber optic connection (26) to the antenna (10) or telephone repeater antennas and all the elements necessary for its correct operation.

The fiber optic cable (26) has a special channel in the form of a flexible tube (27) to protect the conduction of the fiber optic socket from its base to the antenna (10) or telephony repeater antennas and all the necessary elements for its correct operation.

In the internal recordable space (15) of the recordable structure called dome (9), as a container, on the parallel side, there is an anchor (28) for holding the small cell repeater antenna (10). 5G telephony.

In the internal recordable space (10) of the recordable structure called dome (9), as a container, on the parallel side there is at least one anchorage (29) for holding the appropriate telecommunications equipment for the correct operation of small cell telephony repeater antennas.

In said fastening anchor (29) of the appropriate telecommunications equipment for the correct operation of the small cell telephone repeater antennas, a plurality of small holes have been arranged for the fastening (30) of the different devices and the necessary wiring of the same.

The main structure in the form of a receptacle, called a dispenser (1), is installed, through a fixing system with anchor studs on bases (31), and in a position perpendicular to the plane of the road or pavement, with a recommended height , not limiting, three hundred centimeters (300 cm.) above the level of the street or land (2).

Claims (33)

1. - 5G telephone signal repeater electric vehicle charging point, characterized in that it has the means to provide energy to an electric vehicle through a charger, that is, a mechanism that, through communication between the network electricity and the automobile, allow the batteries to be recharged and, thanks to this, the vehicle to move autonomously for a series of kilometres, and it has repeaters with a telephone signal antenna. 2. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the first claim, characterized in that it has a delimited interior space to house at least one small cell 5G telephony repeater antenna. 3. - Recharging point for a 5G telephone signal repeater electric vehicle, according to the previous claims, characterized in that it has an interior space for visual concealment of the small cell antennas and all the appropriate telecommunications equipment for its correct operation. 4. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has at least one opening in its structure to connect the fiber optic socket. 5. - Recharging point for an electric vehicle that repeats the 5G telephone signal, according to the previous claims, characterized in that it has at least one fiber optic outlet. 6. - Recharging point for an electric vehicle repeating the 5G telephone signal, according to the previous claims, characterized in that it has at least one opening in its structure to connect the electrical power supply. 7. - Recharging point for an electric vehicle that repeats the 5G telephone signal, according to the preceding claims, characterized in that it has at least one power supply from the general network. 8. - 5G telephone signal repeater electric vehicle charging point, according to the previous claims, characterized in that it has at least one radio transmission and reception equipment. 9. - Electric vehicle charging point repeater of 5G telephone signal, according to the previous claims, characterized in that it has at least one baseband processing unit. 10. - 5G telephony signal repeater electric vehicle charging point, according to the previous claims, characterized in that it has at least one radiofrequency RF signal combiner. 11. - Recharging point for an electric vehicle that repeats the 5G telephone signal, according to the preceding claims, characterized in that it has at least one RF radiofrequency signal separator. 12. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has at least one coaxial cable. 13. - Electric vehicle charging point repeater of 5G telephone signal, according to the previous claims, characterized in that it has a plurality of connection cables. 14. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has at least one unit of a watertight electrical panel with electrical protections with magneto-thermal and/or differential switches. 15. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has at least one control cabinet with sensors. 16. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has an anchor for the internal fixing of at least one small cell 5G telephony repeater antenna. 17. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has an anchor for the internal fixing of at least one radio transmission and reception equipment. 18. - Recharging point for an electric vehicle repeating the 5G telephone signal, according to the previous claims, characterized in that it has an anchor for the internal fixing of at least one baseband processing unit. 19. - Recharging point for an electric vehicle repeating the 5G telephone signal, according to the previous claims, characterized in that it has an anchor for the internal fixing of at least one RF radiofrequency signal combiner. 20. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has an anchor for the internal fixing of at least one RF radiofrequency signal separator. 21. - 5G telephone signal repeater electric vehicle charging point, according to the previous claims, characterized in that it has an anchor for the internal fixing of, at least, one unit of a watertight electrical panel of electrical protections with magneto-thermal switches and / or differentials. 22. - Recharging point for an electric vehicle repeater of a 5G telephone signal, according to the previous claims, characterized in that it has an anchor for the internal fixing of at least one control cabinet with sensors. 23. - Recharging point for electric vehicle 5G telephone signal repeater, according to the previous claims, characterized in that it has a group of small perforations on at least one of its sides for natural ventilation. 24. - Recharging point for an electric vehicle that repeats the 5G telephone signal, according to the previous claims, characterized in that it has at least one fan or extractor unit that has, in turn, a temperature controller that is activated automatically from a certain temperature. 25. - Recharging point for an electric vehicle that repeats the 5G telephone signal, according to the previous claims, characterized in that it has at least one conduit in the form of a flexible tube that protects the conduction of the fiber optic outlet from its base to the internal 5G small cell telephony repeater antennas. 26. - 5G telephone signal repeater electric vehicle Recharging Point, according to the preceding claims, characterized in that it has at least one anchoring support that positions the 5G telephone signal repeater electric vehicle Recharging Point in a position perpendicular to the plane of the road or pavement. 27. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has, in the fixing anchor for the small cell repeater antennas, small holes for fastening the wiring of the antennas and communication equipment. telecommunications. 28. - Recharging point for electric vehicle repeater of 5G telephone signal, according to the previous claims, characterized in that it has a hermetic interior space to a higher degree IP65. 29. - Recharging point for an electric vehicle repeating the 5G telephone signal, according to the previous claims, characterized in that it has at least one hinged door, on one of its fronts, coupled to the interior structure for opening, facilitating access and internal manipulation. 30. - Recharging point for a 5G telephony signal repeater electric vehicle, according to the previous claims, characterized in that it has an opening with a coded key, arranged on one of the sides of the frame. 31. - Recharging point for a 5G telephone signal repeater electric vehicle, according to the preceding claims, characterized in that it has at least one internal side perpendicular to the opening of at least one hinge, preferably stainless steel. 32. - Recharging point for an electric vehicle that repeats the 5G telephone signal, according to the previous claims, characterized in that it has at least one ground connection. 33.- 5G telephone signal repeater electric vehicle charging point, according to the previous claims, characterized in that it has at least one external lightning protection system.