ES2532304A1 - System and method of electronic verification of the state of licenses for the use of public places (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

System and method of electronic verification of the state of licenses for the use of public places. The system comprises a remote license database in which there are registry data (300) of each license (301), a plurality of the identity elements (12) with respective passive transponder devices (13), and a unit of mobile electronic reading (2) comprising: a transceiver unit (5) for receiving individual identification signals from the transponder devices (13), a data processing unit (7) for creating an individual inquiry code (203) identifying the identification signal received from a transceiver unit (5), a query unit (8) to transmit to the license database (3) each individual inquiry code (203), receive from the license database (3) ) consulted registration data (302) representative, generate a display message (304) of the registered registration data (302) in a display unit (11), generate an alert message (305) when the code of co nsulta (203) does not identify a license code (307) stored in the license database (3). (Machine-translation by Google Translate, not legally binding)

Description

SYSTEM AND METHOD OF ELECTRONIC VERIFICATION OF THE STATE OF LICENSES OF

USE OF PUBLIC PLACES

INVENTION TECHNICAL FIELD

The present invention fits into the technical field of the systems of

5

electronic verification of the state of objects identified by identity elements

individual.

BACKGROUND OF THE INVENTION

Licenses for use of public places, such as licenses for ford roads

public. the licenses for terraces and the opening of hospitality establishments, and the

10

licenses for special events, such as the reservation of public places or public roads

for removals or filming, they are usually granted by municipal authorities upon request

of users and in exchange for payment of single or periodic fees, and are usually

represented in individual identifications, such as license numbers, of

identity elements such as plaques, posters and signs, which are exposed in the

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geographical locations to which the respective municipal licenses refer.

Licenses for use of public places represent a limitation of use by the

general public of public places where such licenses exist, and may

result, for example, in traffic jams in the case of events held on public roads, the

lack of parking spaces for vehicles in the case of ford licenses, or a

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worse passability for pedestrians in the case of terrace licenses for

catering establishments.

It has been possible to obselVar, that in the municipalities there is a considerable number of

licenses for use of expired public places for not being aware of the payment of

corresponding fees or for other reasons, or that there are even identity elements

25

forged that refer to non-existent licenses. This, apart from supposing a decrease

important for the coffers of the municipalities, it results in a higher number of

public places with limited use by the general public to which it is provided in the

municipal ordinance and, therefore, aggravates the inconveniences already inherent in

legitimate and planned use licenses.

30

One of the problems to solve for expired or non-existent licenses

resides in the characteristics of the identity elements currently used to

indicate a public place with a legitimate use license since, on the one hand, they are

falsifiable with relative ease and, on the other, its verification both for the purpose of its

authenticity, as for the purposes of its validity status, requires a visual inspection of the

35

identity elements and a manual check of the registry data of the

licenses from the individual identifications listed in the elements of

Identity inspected, by municipal officials. which results

certainly laborious and susceptible to human errors at the time of inspections and

checks.

5

In other sectors of the technique, such as reading meters

public supplies, reading systems have been devised in which devices are used

passive transponders that issue individual identification codes in response to

question marks from mobile reader devices that when they pick up a code from

identification, read and store consumption data in an internal memory or

10

transmit to a remote database by telephone or internet These systems

known are expensive because they are based on transponder devices that

they must have the ability to transmit the data corresponding to the readings of the

consumption and, therefore, its cost is relatively high.

DESCRIPTION OF THE INVENTION

fifteen

The present invention aims to overcome the drawbacks of the state of the

technique detailed above, through a system and verification method

electronic state licenses for use of public places, identified by

individual identifications of respective identity elements exposed in paths

geographical locations to which the respective licenses refer, which includes the

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minus a pickup device designed to capture the individual identifications of

identity elements, and means of consultation designed to query data

registration of each identified license of each individual identification captured, in a

license database containing the registration data of each license

identified by a license code. The system and method are applicable, for example to

2 5

identity elements such as identification plates of establishments

hospitality (for example terrace licenses), identification signs of licenses

special events (for example, parking reservations during removals,

use of public spaces for filming and shows, and especially

ford.

30

Thus, the system according to the invention is characterized in that

The pick-up device comprises a mobile electronic reading unit that

it comprises a transceiver unit, an interrogation unit, a unit

data processor, a query unit, a data storage unit

3 5

local, a telecommunication unit and a display unit and, optionally, a

geographical position detection unit;

the registration data of each license includes a location code

representative of the place to which the license refers;

it comprises a plurality of the identity elements that comprise two

5

passive transponder devices, each transponder device being provided

passive of an individual identification code representative of the identification

individual of the corresponding identity element and designed to emit a signal of

individual identification in response to an interrogation signal sent by the unit

of interrogation through the transceiver unit of the reading unit;

1 0

The transceiver unit is designed to receive each identification signal

individual emitted by each transponder device and deliver the signal from

individual identification to the data processing unit;

the data processing unit is designed to create a query code

individual identification of each identification signal received from the transceiver unit;

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The query unit is designed to be transmitted to the licensing database

Each individual inquiry code received from the data processing unit, receive from

the registration database consulted registration data comprising at least part

of the registration data stored in the licensing database, representative of the

less status data of the license consulted when the query code issued by

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the query unit identifies a license code of a license stored in the

licensing database, generate a message displaying the registration data

consulted in the display unit, generate an alert message when the code

of query issued by the query unit does not identify the license code of a

License stored in said license database, and to store the data

2 5

registrations consulted in the local data storage unit.

Through this system, the method of the present invention can be performed which

understands

send, via the transceiver unit of the mobile electronic reading unit

30

included in the sensing device and comprising the detection unit of

geographical position, the transceiver unit, the interrogation unit, the unit

data processor, query unit, local data storage unit,

the telecommunication unit and the display unit, a question mark to the

passive transponder device provided with the individual identification code

3 5

representative of the individual identification of the identity element and designed to

emit the individual identification signal in response to the interrogation signal sent by the interrogation unit, receive, through the transceiver unit, the individual identification signal emitted by the transponder device and deliver the individual identification signal to the unit data processor; create, through the data processing unit, the individual query code

identification of the identification signal received from the transceiver unit; through the query unit, transmit the individual inquiry code received from the unit

10 data processor to the registration database, in which the registration data of each license comprises a location code representative of the place to which the license assigned to respective query codes refers,

receive from the licensing database, consulted registration data comprising at least part of the registration data stored in the database of

15 licenses representative of at least status data of the consulted license, when the query code issued by the query unit identifies a license code of a license stored in the license database and generate a data display message of records consulted in the display unit,

generate the alert message when the query code issued by the '20 query unit does not identify the license code of a license stored in said license database, and store the data recorded in the data storage unit local

According to an embodiment of the system according to the invention, the data processing unit comprises associating means designed to create an individual query code in which each individual identification signal received from the transceiver unit is associated with a detected geographical code representative of the geographical position detected by the geographical detection unit when the processing unit

30 receives the identification signal from the transceiver unit. According to this embodiment, the query unit is designed to generate the alert message when the geographical code detected in the combined query code does not correspond to the location code between the registration data of the license. This embodiment allows, by means of the associated means of the data processing unit 35, to be created, the code of 'individual query in which each signal of

individual identification received from the transceiver unit is associated with the code

geographic detected representative of the geographical position detected by the unit of

geographical detection when the data processing unit receives the signal from

identification of the transceiver unit, and generate the alert message by means of

5

query unit, when the geographical code detected in the query code

combined does not correspond to the code: o of location between the data

Registration of the license.

According to another embodiment of the system, the license database comprises a

10

Global remote licensing database in which all data is stored

registration of all stored licenses and the telecommunication unit is

designed to receive and send inquiry codes to and receive registration data

consulted from the global license database. In this way, the

query code to a remote global licensing database and through the unit of

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telecommunication, and receive the registration data consulted from the license database

Global remote

According to this embodiment, the license database may comprise a database of

partial license data included in the local data storage unit of

The reading unit. This partial license database comprises at least part of

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the data records representative of at least state data of each license, of at

less a group of licenses to consult preselected among the stored licenses

in the remote global license database, and the query unit is connected to the

partial licensing database and designed to query query codes

Individuals in and receive data records those consulted from the license database

25

Partially stored in the reading unit.

This embodiment allows the query code to be consulted in the database of

partial licenses included in the unit's local data storage unit

of reading in which at least part of the recorded data has been downloaded

representative of at least state data of each license, of at least one group of

3 o

licenses to consult preselected among the licenses stored in the database

of global remote license, and receiving the data records the queries of the database of

partial license stored in the reading unit.

The global remote licensing database can be contained in a network

35

virtual private accessible through ntemet and / or on a remote server accessible through

from an internet portal. In this case, the telecommunication unit preferably

It has internet connection capability.

In a preferred embodiment of the invention, at least a plurality of the

5

transponder devices are near field communication labels

("NCF tags"), while the transceiver unit comprises a reader of the

Near field communication labels ("NFC reader"). Each NFC tag has a

unique individual identification code that is associated with a single element of

identity. This embodiment allows to send the interrogation signal and receive the signal from

1 0

Individual identification using an NFC tag reader.

The near communication technology ("NFC") is a technology of

transmissions for wireless data exchange between devices via

High frequency and short range radio communication, a few centimeters, which is used in

identity cards, bank cards, public transport pass, exchange of

fifteen

data between smart mobile phones, virtual tickets, payments via phones

phones, and systems for marking merchandise such as textile garments and

food products, etc. Includes a passive transponder in the form of a label

NFC that does not require an internal power supply, and an NFC reader device. The

Advantages of NFC technology are low cost, structural simplicity, reliability of

2 o

operation and the small size of the NFC tags as well as the short range of their

transmissions that make communications difficult to intercept by third parties.

In the context of the present invention, NFC tags make it possible to provide each

identity element of an individual and unique identity.d that is not falsifiable since

each NFC tag is associated only with a single individual identification code of a

25

Unique element of identity. Moreover, the reading functions of NFC tags

are already implanted OR are easily implantable on many tablet computers and

smartphones., which, in the context of the present invention, makes such

tablet computers can be used as pickup devices and not

It is necessary to develop a specific hardware.

30

According to another preferred embodiment, at least a plurality of the devices

transponders are passive radio frequency identification tags ("tags

RFID), and the transceiver unit comprises a passive tag reader

Radio Frequency Identification ("RFID Reader"). This embodiment allows to send the signal

35

of interrogation and receive the individual identification signal by means of a reader of

passive radiofrequency identification tags, and presents advantages over

security against counterfeits that are analogous to those described with reference to

NFC tags

Radio Frequency Identification ("RFID") technology offers more scope

5

long communications between passive RFID tags and the RFID reader. Without

However, RFID tags today are more expensive and bulky than

NFC tags

Preferably, these tags.s, NFC or RFID, are integrated into the respective

1 0

identity elements, for example, attached to identity plates, retracted

under the paint or lacquer of such plates, welded between plastic sheets of a signal,

inserted between layers that make up the identity material, etc.

The position detection unit may comprise a navigator device

fifteen

selected between GPS, GALILEO, GLONASS, BEIDOU and capable browsers

to operate with two or more of these positioning systems. The Navigator

Preferably used today is a GPS navigator.

Preferably, the position detection unit is connected to the unit of

2 o

Query and display unit. In this case, the query unit is designed

to generate, through the display unit, first identifying symbols the

locations of identity elements to be verified, second identifying symbols of

verified identity elements, and third identifying symbols of elements of

identity with respect to which an alert message has been generated, and a fourth symbol

2 5

identifying the current position of the mobile pickup device detected by the unit

of position detection, on a geographical map of a geographical area generated by the

position detection unit on a display of the display unit.

This allows generating, through the unit of inquiry and through the unit of

display, first identifying symbols the locations of the elements of

30

identity to verify, second identifying symbols of identity elements

verified, and third identifying symbols of identity elements with respect to

which has generated a message d, and alert, and the fourth identifying symbol of the

current position of the mobile pickup device detected by the detection unit of

position, on the geographical map of a geographical area generated by the unit of

35

position detection on the display of the display unit.

Preferably, at least one of the pickup devices is selected

between smartphones, tablet computers and laptops. that

They understand the reading unit. The reading unit can be implemented for example in

5

smart phones. tablet computers with operating systems 105. Windows.

Android, Symbian, Bada, J2ME, Blackberry and the S40 Platform (Nokia). This type of

devices already have the basic hardware and software, necessary for the

implementation of the reading unit in accordance with the present invention.

10

BRIEF DESCRIPTION OF THE FIGURES

Aspects and embodiments of the invention are described below on the basis

of some schematic drawings, in which

Figure 1 is a block diagram of a first embodiment of the system

according to the invention;

fifteen

Figure 2 is a flow chart of the verification stages according to the first

embodiment of the invention;

Figure 3 is a block diagram of a second embodiment of the system

according to the invention;

Figure 4 is a flow chart of the verification stages according to the second

2 o

embodiment of the invention;

Figure S shows a third embodiment of the system according to the invention;

Figure 6 shows a fourth embodiment of the system according to the invention;

Figure 7 shows a fifth embodiment of the system according to the invention;

Figure 8 shows a sixth embodiment of the system according to the invention;

25

Figure 9 is a flow chart of! ;; s verification steps according to another embodiment of

the invention;

Figure 10 shows an embodiment corresponding to the symbols generated by

the query unit on the display of the display device.

These figures show reference signs that identify the following

3 o

elements:

1 Sensor device

the smartphone

lb tablet computer

le Laptop

35

2 Reading Unit

3rd

3b

5 5 6 7 8 9

10 10 11 11a 12 13

15 13a 13b 14 15 ISa

20 16 17 18 19 19a

2 5 19b 19c 200 201 202

30 203 2U4 300 301 302

3 5 303

Registry database € ~ s Global remote registry database

Partial Registration Database

Geographic position detection unit Transceiver unit Interrogation unit Data processing unit Consultation unit

Data storage unit

Telecommunication unit

Display unit

Visual display

Identity element

Transponder device Near field communication label Passive radio frequency identification label Associating media

Virtual private network

Local server

Internet

Remote server Label reader Management module Computer Monitor Keyboard Individual identification code Individual identification Individual identification signal Consultation code Geographical code detected Registration data License Registration data consult: ados Status data

304 305 306 307

5 400 A

B

and

Or 10 m

IV

15 V VI VII VIII IX

20 X XI XII XIII XIV

25 XV XVI XVII XVIII XIX

30 XX XX I XXII XXIII XX IV 35 XXV

Display message Alert message

Location code

License code

Question mark

First symbol Second symbol Third symbol Fourth symbol Geographical map

Stage I Stage II

Stage 111

Stage IV Stage V Stage VI Stage VIII Stage VIII Stage IX Stage X

Stage XI

Stage XII Stage XIII

Stage XIV Stage XV

Stage XVI

Stage XVII

Stage XVIII

Stage XIX Stage XX

Stage XXI Stage XXII Stage XXIII

Stage XXIV Stage XXV

MODES OF CARRYING OUT THE INVENTION

According to the first rea! I: zation shown in figures 1 and 2, the electronic verification system of the state of licenses for use of public places comprises a sensor (1) with a mobile electronic reading unit (2) which It also includes a position detection unit: geographical position (4), such as a GPS navigator, a transceiver unit (S), an interrogation unit (6), a data processing unit (7), a query unit (8), a local data storage unit (9), a telecommunication unit (10) and a display unit (11).

The registration data (300) of each license (301) are stored in the registry databases (3). The registration data (300) of each license (301) includes a location code (306) representative of the place to which the license (301) refers. The system further comprises a plurality of identity elements (12) provided with respective passive transponder devices (13). Each passive transponder device (13) is provided with an individual identification code (200) representative of the individual identification (201) of the corresponding identity element (12) and designed to emit an individual identification signal (202) in response to a Interrogation signal (400) sent by the interrogation unit (6) through the transceiver unit (S) of the reading unit. The transceiver unit (S) is designed to receive each individual identification signal emitted by each transponder device (13) and deliver the individual identification signal to the data processing unit (7).

The data processing unit (7) creates an individual query code (203) identifying each identification signal received from the transceiver unit (S), which is received by the query unit (8) and transmitted from there, through from the telecommunication unit (10) to the licensing database (3). When the query code

(203)

issued by the query unit (8) identifies a license code (307) of a license (301) stored in the license database (3), the query unit (8) generates a display message (304) of the consulted register data (302) in the display unit (11) and stores the consulted register data (302) in the local data storage unit (9). Moreover, when the query code

(203)

issued by the query unit (8) does not identify the license code (307) of a license (301) stored in the license database (3), generates an alert message

(305) and also stores the alert message (305) in the local data storage unit (9).

In the second embodiment of the electronic verification system of the state of

Use of public places shown in Figures 3 and 4, the processing unit

of data (7) further comprises associating means (14) that create a query code

S

(203) individual co-combination in which each individual identification signal (202)

received from the transceiver unit (5) is associated with a geographical code (204)

detected representative of the geographical position detected by the detection unit

geographic (4) when the data processing unit (7) receives the identification signal

(202) of the transceiver unit (S). Thus, when the geographical code detected (204) in the

10

Individual combined consumer code (203) does not correspond to the location code

(306) comprised between the registration data (301) of the license (3) consulted, the

query unit (8) is designed generates a second alert message (305) and

it also stores it in the local data storage unit (9).

fifteen

In the case of this second realization: lation. the lice ncia database (3) comprises

a global remote licensing database (3a) in which all the

records data (300) of all stored licenses (301). as well as a base of

partial license data (3b) included in the data storage unit

local (9) of the reading unit (2). The partial license database (3b) comprises

twenty

at least part of the registration data (301) representative of at least state data

(303) of each license (301), of at least one group of licenses (301) to consult

preselected between the licenses (301) stored in the license database

Global remote (3rd). The consultation unit (8) is connected to the licensing database

partial (3b) and designed to query the individual query codes (203) in and

2 5

receive consulted registration data (302) from the partial license database (3b)

stored in the reading unit (2). In turn, the telecommunication unit (10) is

designed to receive and send inquiry codes (203) to and receive registration data

consulted (302) from the 'lice ncia global (3a) database.

30

In the third embodiment of the electronic state verification system

licenses to use public places shown in figure 5, the system is designed to

verify licenses referring to fords sealed by identity elements (12) in form

of ford plates provided with respective individual identifications (201) in form

alphanumeric code, and transponder devices in the form of labels

3 5

near field communication (13a) ("NFC tags"). The pickup unit (1) is a

smartphone (la) with a display screen (lla) and a reader

(18) of the NFC labels (13a).

The smartphone (the) comprises the reading unit (2) above

described with reference to the second embodiment illustrated in figures 3 and 4 with a

5

telecommunication unit (10) with internet connection capability (16), while

the global remote licensing database (3a) is contained in a remote server (17)

accessible through an inter net portal In this way, the smartphone (the)

you can send data regarding the verified licenses to the remote server (17) in order to

that the corresponding registration data be updated in the licensing database

10

global remote (3a), and you can download the corresponding data to the database of

partial license (3b).

The verification system also includes a management module (19) in form

desktop computer (19a) in conventional sr with a monitor (19b) and a keyboard

(19c). The computer (19a) is also connected to the internet (16) and, the

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remote server (17) to receive updated data related to verified licenses

using the mobile phone (la), define the partial license databases (3b) that

they must be stored on the mobile phone (1a), and manage the updated records

for the purpose of, for example, preparing notifications to license holders regarding

those that have generated warning messages (305), order the removal of ford plates

2 o

Expired or counterfeit, etc.

In the fourth embodiment of the electronic verification system of the state of

licenses of use of public places shown in figure 6, the system is designed to

verify licenses of terraces indicated by identity elements (12) in the form of

25

License plates for terraces equipped with individual identification (201)

in the form of alphanumeric code, and transponder devices in the form of

passive radio frequency identification tags (13b) ("RFID tags"). The

collector unit (1) is a portable computer (le) comprising a reader (18) of the

RFID tags (13b).

30

The laptop (le) also includes the reading unit (2)

described above with reference to the second embodiment illustrated in Figures 3 and

4 with a telecommunication unit (10) with an Internet connection capability (16),

while the remote global licensing database (3a) is contained in a

local server (ISa) accessible through an internet portal

35

The verification system also includes a virtual private network (15) ("VPN")

in which a plurality of management models (19) as described below as n

with respect to figure S, they are connected to the network and to the local server l (lsa).

According to this embodiment, the laptop (le) can send data

concerning the verified licenses to the local server l (ISa) in order to update the

5

corresponding registration data in the global remote licensing database (3a), and

You can download the data corresponding to the partial license database (3b).

Each management module (19) can communicate with the local server l (ISa) to receive

updated data regarding licenses verified by the laptop (le),

define the licensing databases:; partial (3b) to be stored in the

10

laptop (le), and manage 105 data records updated for the purpose of, by

example. prepare notifications to licensees with respect to which they have been

generated alert messages (305), order the removal of expired ford plates or

forgery, etc.

fifteen

Figure 7 shows a fifth performance of the verification system according to

the present invention, in which the registration data consulted (302) and the messages of

Alert (305) are downloaded from a smartphone (the), a tablet computer (lb)

and a portable computer (le), to a management module (19) as described above

with reference to figure 5 or figure 6. The connection between the pickup devices

twenty

(la, lb, l c) can be carried out, for example, by cables such as USB cables,

wirelessly, such as via WIFl or B1uetooth.

The download of updated data of the consulted registry data (302) of the

respective licenses (301) to the management module (19) is followed by a transmission of

that data to update the registration data (300) in the licensing database

2 S

global re mota (3a) in case they have caused problems in communication by

Internet. Or in the event that an internet communication is not planned, enter the

minus some of the capture devices (1) and the database of registry data

(3) . Likewise, the connection between the sensor devices (1) and the module can be

used to download the partial license databases (3b) on the device

30

sensor (la, lb, l e).

A sixth embodiment of the system according to the invention is shown in Figure 8

in which it comprises identity elements (12) in the form of ford plates provided,

in addition to respective individual identifications (201) in the form of code

3 5

alphanumeric and transponder devices (13), barcode (20)

Identifications of individual identifications (201). In this case, the pick-up device (1) is a mobile telephone (la) which, in addition to the characteristics of the pick-up device described with reference to figures 1 to 4, has bar code reading capability. This embodiment has the advantage that verifications of the status of the use licenses (301) can be performed when a transponder device (13) only allows doubtful readings for being damaged, when there is interference with the identification signal (202), when the transceiver unit (S) is damaged, or when a double license check (301) is desired.

Alternatively or in addition, at least part of the ford plates (12) may also be provided with CR codes ("Quick Response Codes") and, in this case, the mobile telephone (la) may also be provided with a reading application of QR codes (not shown in Figure 7).

An embodiment of an application of the system according to the present invention is illustrated in Figure 9, in which identity elements (12) of various types are tempered, namely identity elements (12) in the form of a license plate, provided only of passive transponder devices (13) in the form of NFC tags, identity elements (12) provided with only barcodes (20) or QR codes, and identity elements (12) provided with transponder devices (13) and codes of bars

(20) or QR codes. In this embodiment, the system described above is used with reference to Figures 3, 4 and 8.

According to the application shown in Figure 9, when the user visually detects a license plate (12) (stage 1) and detects (stage 11) that it is provided with an NFC tag (13a), that is, it is a "intelligent license", positions the sensor device (1) near the license plate (12) and enters a command (step 111) so that the transceiver unit (S) emits the interrogation signal (400). If the transceiver unit (S) does not receive the identification signal (201) in response to the interrogation signal (400), this may mean that the vendor is not provided with an NFC tag (13a) corresponding to a "license intelligent "or that there are technical problems in the communication between the NFC tag and the NFC reader (18).

When an identification signal (201) (step IV) is received, it is verified in accordance with the above described with reference to figures 1 to 4 by the reading unit (2) by transmitting the individual query code (203) to the license database (3) (stage V). If consulted registration data (302) is not received in response to the individual consultation code (203), the consultation means (8) generate

an alert message (30S) (step VI) identifying a transmission error. When consulted registration data is received (302), it is verified whether they correspond to a valid license plate (step VII), for example based on whether the geographical code (204) detected corresponds to the location code (306) contained in the Registry data consulted (302). If there is no match, an alert message (305) is generated in the form of an inspection alert message (step VIII) which in turn can automatically generate a notification (step IX) that is sent to the license holder and / or the competent authorities.

In the event that the ford plate is determined to be valid, it is checked, based on the status data (305) contained in the consulted registration data (302), whether the license (301) corresponding to the license plate Ford (12) is in force (stage X). If it is not, an alert message (305) is generated in the form of an inspection alert message (step Xl) which in turn can automatically generate a notification (step XII) that is sent to the license holder and / or to the competent authorities. If it is, the verification process is terminated (step XIII).

If the user detects that the ford plate is not provided with an NFC tag (13a) but with a barcode ('20) (stage XIV) or a QR code, he can choose to verify the license (301) by a reading of this code (step XV) by means of the sensor (1) and, if the query receives a response (step XVI), transmit the corresponding query to the registry database (3). In this case, if the reading of the barcode or QR is not possible, the reception of the data records the queries

(302) in the query unit (8), the query unit generates an alert message

(305) in the form of an inspection alert message (step XVII). When data is received, records those consulted (302) in the consultation unit (8), it is determined whether the license corresponding to the ford plate (12) is in force (et;: ¡p;: ¡X). If it is not, an alert message (305) is generated in the form of an inspection alert message (step XI) which in turn can automatically generate a notification (step XII) that is sent to the license holder and / or the competent authorities. If it is, the verification process is terminated (step XIII).

If the transceiver unit (S) does not receive the identification signal (201) in response to the interrogation signal (400) and the user detects that the ford plate is not provided with a bar code (20) or a code QR, you can choose to verify the license (301) by manually entering the individual identification (201) that appears on the ford plate (12) on the pickup device (1) (stage XVIII), and transmit the corresponding query (stage XIX) to the registry database (3). In this case,

If the query does not result in the receipt of the consulted registration data (302) in the query unit (8), the query unit generates an alert message (305) in the form of a transmission error message (step XX).

When consulted registration data (302) is received in the unit of 5 consultation (8), it is determined whether the license corresponding to the ford plate (12) is in force (stage X).

If it is not, an alert message (305) is generated in the form of an inspection alert message (step XI) which in turn can automatically generate a notification (step XII) that is sent to the license holder and jo the competent authorities.

10 If it is, the verification process is terminated (step XIII).

Another verification alternative illustrated in Figure 9 begins with the detection of the geographical position (step XXI) of the user by the reading unit (2) and the query in the registry database (3) of whether in the vicinity of geographical position

15 detected there are licenses (301) to be verified (step XXII). If such licenses exist (301), the reading unit (2) shows a list of nearby licenses (step XXIII) in the display unit (lla). Based on the list of licenses, the user can choose licenses (301) that he wishes

and transmit the individual consultation code (203) to the license database (3) 20 (step XXIV) to check, based on the status data (305) contained in the consulted registration data (302), if the license (301) consulted is in force (stage

X).

On the other hand, if no licenses (301) are detected in the vicinity of the detected geographical position, the reading unit (2) generates and displays the corresponding warning (step XXV) on the display screen (11a) of the device

collector (1).

In the embodiment shown in Figure 10, symbols generated by the query unit can be seen on the display of the display device, namely, first symbols (A) identifying the location of identity elements

(12) to verify, second symbols (8) identifying identity elements (12) verified, third symbols (C) identifying identity elements (12) with respect to which alert messages (305) have been generated, and a fourth symbol (D) identifying the current position of the mobile pickup device (1) detected by the

35 position detection unit (4), on a geographical map (E) of a geographical area

generated by the position detection unit (4) on the screen (l1a) connected to the display unit (11) of the sensor (1).

Claims (23)

1. Electronic verification system for the state of licenses for the use of public places,

identified by individual identifications of respective identity elements

exposed in each geographical location to which the respective licenses refer,

5

comprising at least one sensing device designed to capture the

individual identifications of identity elements, and means of consultation

designed to check registration data of each identified license of each

individual identification captured, in a licensing database in which

find the registration data of each existing license identified by a code of

10

license, characterized because

The pickup device (1) comprises a mobile electronic reading unit (2)

comprising a transceiver unit (5), an interrogation unit (6), a unit

data processor (7), a query unit (8), a storage unit of

local data (9), a telecommunication unit (10) and a display unit (11);

fifteen

the data stored in the storage (300) of each license (301) includes a

location code (306) representative of the place to which the license refers;

it comprises a plurality of the identity elements (12) that comprise

two passive transponder devices (13), each device being provided

passive transponder (13) of a representative individual identification code (200)

twenty

of the individual identification (201) of the corresponding identity element (12) and

designed to emit an individual identification signal (202) in response to a signal

Interrogation (400) sent by the interrogation unit (6) through the unit

transceiver (5) of the reading unit;

The transceiver unit (5) is designed to receive each identification signal

2 5

individual emitted by each transponder device (13) and deliver the signal from

individual identification to the data processing unit (7);

the data processing unit (7) is designed to create a query code

individual (203) identifying each identification signal received from the unit

transceiver (S);

3 o

the query unit (8) is designed to be transmitted to the database of

licenses (3) each individual query code (203) received from the processing unit

of data (7), to receive from the database of licenses (3) registry data consulted

(302) comprising at least part of the registry data stored (300) in the

license database (3), representative of at least status data (303) of the

35

license (301) consulted when the query code (203) issued by the unit of

query (8) identifies a license code (307) of a license (301) stored in the license database (3), generate a display message (304) of the data of consulted registrations (302) in the unit display (11), generate an alert message (305) when the query code (203) issued by the query unit (8) does not identify the license code (307) of a license (301) stored in said database of license data (3), and to store the consulted registration data (302) and alert messages (305) in the local data storage unit (9). 2. Verification system according to claim 1, characterized in that the mobile reading unit (2) further comprises a geographical position detection unit (4); The data processing unit (7) comprises associating means (14) designed to create an individual combined query code (203) in which each individual identification signal (202) received from the transceiver unit (S) is associated with a code geographic (204) detected representative of the geographical position detected by the geographical detection unit (4) when the data processing unit (7) receives the identification signal (202) from the transceiver unit (S); The query unit (8) is designed to generate the alert message when the geographical code detected in the individual combined query code (203) does not correspond to the location code (306) comprised between the registration data (301) of the license (3) consulted. 3. Verification system according to claim 1 or 2, characterized in that the license database (3) comprises a global remote license database (3a) in which all the registration data (300) of all the licenses (301) stored are stored; The telecommunication unit (10) is designed to receive and send query codes (203) to and receive registration data (301) consulted from the global license database (3a). 4. Verification system according to claim 3, characterized in that the license database (3) comprises a partial license database (3b) co-acquired in the local data storage unit (9) of the reading unit (2); the partial license database (3b) comprises at least part of the data

5

registers (301) representative of at least state data (303) of each license (301), of at least one group of licenses (301) to be preselected among the licenses (301) stored in the global license database remote (3rd); The query unit (8) is connected to the partial license database (3b) and designed to check the individual query codes (203) in and receive consulted registration data (302) from the partial license database ( 3b) stored in the reading unit (2).

10

5. Verification system, according to claim 3 or 4, characterized in that it comprises a virtual private network (15) in which the remote global license database (3a) is contained and which is accessible via the internet ( 16).

fifteen

6. Verification system, according to claim 3 or 4, characterized in that it comprises a remote server (17) that contains the global remote licensing database (3a) and is accessible through an internet portal

7. Verification system according to claim 5 or 6, characterized in that the telecommunication unit (10) has internet connection capacity (16).

2 or 25

8. Verification system according to any one of claims 1 to 8, characterized in that at least a plurality of transponder devices (13) are near field communication labels (13a); The transceiver unit (5) comprises a reader (18) of the near field communication labels (13a).

3 0

9. Verification system according to any one of claims 1 to 8, characterized in that at least a plurality of the transponder devices (13) are passive radio frequency identification tags (13b); The transceiver unit (5) comprises a reader (18) of the passive radio frequency identification tags (13b).

35

10. Verification system according to claim 8 or 9, characterized in that the labels (13a, 13b) are integrated into the respective identity elements (12).

11. Verification system according to any one of claims 1 to 10, characterized in that the identity elements (12) are ford plates. 12. Verification system according to any one of claims 1 to 10, characterized in that the identity elements (12) are identification plates of hospitality establishments. 13. Verification system according to any one of claims 1 to 10, 10 characterized in that the identity elements (12) are identifying signs of special event licenses. 14. Verification system according to any one of claims 2 to 13, characterized in that the position sensing unit (4) comprises a device 15 browser selected among GPS, GALILEO, GLONASS, BElDO U and combinations thereof. 15. Verification system according to any one of claims 2 to 14, characterized in that the position sensing unit (4) is connected to the query unit (8) and the display unit (11); the query unit (8) is designed to generate, through the unit of visualization (11), a first symbol (A) identifying the location of at least one identity element (12) to be verified, a second identifying symbol (B) of at least 2 5 a verified identity element (12), a third symbol (e) identifying at least one identity element (12) with respect to which an alert message (30S) has been generated, and a fourth symbol (O) identifying the current position of the mobile sensing device (1) detected by the position detection unit (4), on a geographical map (E) of a geographical area generated by the position detection unit (4) in a 30 screen (lla) connected to the display unit (11). 16. Verification system according to any one of the preceding claims, characterized in that at least one of the pick-up devices (13) is selected from smartphones (la), tablet computers (lb) and laptops 35 (le), which comprise the reading unit (2). 17. Method of electronic verification of the status of licenses for the use of public places, identified by individual identifications of respective identity elements exposed in each geographical location to which the respective licenses refer, 5 which comprises capturing the individual identifications of the identity elements through a capture device, and consulting registration data of each identified license of each individual identification captured, in a licensing database in which the registration data of each existing license identified by a license code, through consultation means, 10 characterized in that it comprises sending, through a transceiver unit (S) of a mobile electronic reading unit (2) comprised in the pickup device (1), an interrogation signal (400) to a passive transponder device (13) provided with an individual identification code (200) representative of the individual identification (201) of the element of Identity (12) and designed to issue an individual identification signal (202) in response to the interrogation signal (400) sent by the interrogation unit (6), an interrogation unit (6), a data processing unit (7), a query unit (8), a local data storage unit (9), a telecommunication unit (10) and a display unit (11); 20 receiving, through the transceiver unit (S), the individual identification signal emitted (202) by the transponder device (13) and delivering the individual identification signal (202) to the data processing unit (7); create, through the data processing unit (7), an individual query code (203) identifying the identification signal (202) received from the unit 2 5 transceiver (S); through the query unit (8), transmit the individual query code (203) received from the unit data processor (7) to the registry database (3), in which the registry data (300) of each license (301) comprise a location code (306) representative of the 30 place to which the license (301) assigned to respective query codes (203) refers, to receive from the license database (3), data registered are consulted (302) that comprise at least part of the registration data (301) stored in the license database (3) representative of at least state data (303) of the consulted license, when the query code (203) issued by the query unit 3 5 (8) identifies a license code (30í ') of a license (301) stored in the database

license data (3) and generate a display message (304) of the data of

registrations consulted (302) received in the display unit (11),

generate an alert message (305) when the query code issued

by the query unit (9) does not identify the license code (307) of a license

5

stored in said license database (3), and

store the consulted registration data (302) received in the unit

of local data storage (9).

18. Verification method according to claim 17, characterized in that it comprises

10

create, by means of acoustic sensors (14) of the data processing unit (7),

a combined individual inquiry code (203) in which each identification signal

individual (202) received from the transceiver unit (5) is associated with a code

geographic (204) detected representative of the geographical position detected by a

geographical detection unit (4) included in the reading unit (2), when the

fifteen

processor unit (7) receives the identification signal (202) from the transceiver unit

(5);

generate the alert message (305), by means of the query unit (8), when the

geographic code (204) detected in the combined individual query code (203) no

corresponds to the location code (306) included in the registration data (300)

2 o

of the license (301) consulted.

19. Verification method according to claim 1 or 2, characterized in that it comprises

transmit, via the telecommunication unit (10), the inquiry code

individual (203) to a database of remote global licenses (3a);

25

receive, by means of the telecommunication unit (10), registration data

consulted (302) from the remote global license database (3a).

20. Verification method according to claim 19, characterized in that it comprises

consult the query code (302) in a partial license database (3b)

3 o

included in the local data storage unit (9) of the reading unit

(2) in which at least part of the registration data has been downloaded (302)

representative of at least state data (303) of each license (301), of at least one

group of licenses to consult preselected among the licenses (301) stored in

the global remote license database (3a);

35

Receive registration data (302) consulted from the license database

partial (3b) stored in the reading unit (2). 21. Verification method according to claim 19 or 20, characterized in that the Telecommunication unit (10) has an Internet connection capability (16), and 5 access to the global global license database (7a) is accessed through a virtual private network (15). 22. Verification method according to claim 19 or 20, characterized in that the telecommunication unit (10) has an internet connection capability (16); the global remote license database (3a) is contained in a server 10 remote (17); and the global remote licensing database (3a) is accessed through an internet portal (16). 23. Verification method according to any of claims 17 to 22, characterized in that the transponder device (13) is a near field communication label (13a); the interrogation signal (400) is sent from and the identification signal Individual (202) is received by a reader (18) of near field communication labels 20 (13a). 24. Verification method according to any one of claims 17 to 22, characterized in that the transponder device (13) is a passive radio frequency identification tag (13b); The interrogation signal (400) is sent from and the individual identification signal (202) is received by a radio frequency identification passive tag reader (18) (13i.J). 25. Verification method according to claim 23 or 24, characterized in that the labels (13a, 13b) are integrated into the respective identity elements (12). 26. Verification method according to any one of claims 17 to 25, characterized in that the individual identification signals (202) of 35 transponder devices (13) arranged in identity elements (12) in the form of ford plates are verified. 27. Verification method according to any one of claims 17 to 25, characterized in that the individual identification signals (202) of 5 transponder devices (13) arranged in identity elements (12) in the form of plates identifying hospitality establishments. 28. Verification method according to any one of claims 17 to 25, characterized in that the individual identification signals (202) of 10 transponder devices (13) arranged in identity elements (12) in the form of identification signs for special event licenses. 29. Verification method according to any one of claims 18 to 28, characterized in that The position detection unit (4) comprises a navigational device selected among GPS, GALILEO, GLONASS, BEIDOU navigators and combinations thereof, and is connected to the query unit (8) and the display unit (11); a first symbol (A) identifying the location of at least one location is generated by means of the query unit (8) and through the display unit (11) 20 identity element (12) to be verified, a second identifying symbol (8) of at least one verified identity element (12), a third identifying symbol (e) of at least one identity element (12) with respect to which an alert message (305) has been generated, and a fourth symbol (D) identifying the current position of the pickup device (1) mobile detected by the position detection unit (4), on a geographical map (E) 25 of a geographical area generated by the position detection unit (4) on a screen (11a) of the display unit (11). 30. Verification method, according to any one of claims 17 to 30, characterized in that the licenses for use are verified by a sensor (1) 30 selected among smartphones (la), tablet computers (lb) and laptops (l e) comprising the reading unit (2).