• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The method of managing access to a room having a resident space (10), via a door (11), provides for the use of a support (12) of coded information (12 '), and a resident terminal (10 '). The method also provides for the use of a mobile visitor terminal (13) configured to read information (12 '), and a computer server (14) storing resident data (10' '). The computer server (14) communicates with the visitor terminal (13) and controls the opening of the door (11). The method comprises the following steps: recovering the coded information (12 ') by the visitor terminal (13) and then transmitting the coded information (12') to the computer server (14); - processing the coded information (12 ') by the computer server (14), then transmitting the resident data (10' ') to the visitor terminal (13) so as to authorize the establishment of a communication (15) with the resident terminal (10 '); - Allow the door (11) to open by the resident terminal (10 ').
    公开号:FR3043484A1
    申请号:FR1560699
    申请日:2015-11-09
    公开日:2017-05-12
    发明作者:Salvatore Mauro
    申请人:Audio Cable Service；
    IPC主号:
    专利说明:

    TECHNICAL FIELD OF THE INVENTION The invention relates to a method for managing access to a premises comprising a resident space, via a main door. The invention finds its application in the field of security, including the management and monitoring of residential administrative premises or industrial premises. State of the art
    Most premises have a main entrance door at a distance from the place of actual presence of residents within the premises. Therefore, various means are implemented to allow residents to open remotely, the main entrance to a visitor. For security reasons, these means must allow residents to communicate with the visitor so that they can recognize him so as to accept or refuse his request to access the premises.
    A conventional means called "intercom", consists in establishing a telephone and / or televisual wired connection allowing communication between the visitor and a resident in the local. The intercom system includes a home terminal, commonly called a door station, and a resident terminal commonly called an indoor terminal.
    The door station is attached near the main door and outside the room. The indoor handset is installed within the room in a space associated with the resident, and further allows the opening of the entrance door. The door station generally includes a list of the different residents, and a keypad for selecting a resident from the list and establishing a communication between the door station and an indoor handset associated with the selected resident. The list of residents is thus accessible to passersby.
    In addition, the intercom system requires a specific installation of an interior handset in each space associated with a resident in the room. The connection between the door station and an indoor handset can be wireless, if the distance between the two is less than ten meters. For most premises, especially large premises, a wired connection is recommended, in order to overcome the interference from the environment, or the local wireless telecommunications networks, or other wireless intercom systems installed in the premises. neighborhood.
    Therefore, the installation of an intercom system, is long, expensive and requires a connection, which can be complex, specific cables to connect each indoor handset to the door station. In addition, this type of installation requires regular maintenance work.
    Object of the invention
    There is a need to provide a method of managing access to a local, secure, easy to perform and adapt, further providing discretion regarding the identities of residents in the local, and to avoid the use of a facility with complex wired connections.
    This goal is pursued by providing a method of managing access to a premises comprising a resident space, via a door, by providing a support for coded information representative of the local, and a resident terminal associated with the resident space. The method also provides for the use of a mobile visitor terminal configured to read the coded information, and a computer server storing resident data associated with the resident space, the computer server being configured to communicate with the visitor terminal and to control the opening of the door. The method advantageously comprises the following successive steps: recovering the coded information by means of the visitor terminal from said medium and then transmitting the coded information to the computer server; processing the information coded by the computer server, then transmitting the resident data to the visitor terminal so as to allow the visitor terminal to establish a communication with the resident terminal; and allow the resident terminal to open the door via the computer server.
    Preferably, the resident data received by the visitor terminal are encrypted.
    The resident terminal may be a fixed telephone configured to send an authorization signal to open the door to the computer server.
    Preferably: - the resident terminal is an ordiphone configured to communicate with the computer server so as to control the opening of the door via the computer server, - the visitor terminal comprises a ordiphone, - the support displays a numeric code, a bar code, or a matrix code, the communication is carried out by a telecommunication network, and the resident and visitor terminals exchange video and / or audio and / or text data.
    The support may also include a radio-identification electronic circuit.
    In addition, the computer server is preferably configured to store a list of information associated with several authorized terminals comprising the resident terminal. In addition, the step of processing the coded information includes a step of transmitting the list of information to the visitor terminal so as to select the resident data associated with the resident terminal in the information list, and to communicate with the resident terminal.
    Advantageously, the resident terminal comprises a memory configured to save information relating to the communication between the resident terminal and the visitor terminal.
    BRIEF DESCRIPTION OF THE DRAWINGS Other advantages and features will emerge more clearly from the following description of particular embodiments of the invention given by way of nonlimiting example and represented in the accompanying drawings, in which: FIG. schematically a particular embodiment of the method of managing access to a room; - Figure 2 schematically shows a visitor terminal according to an exemplary embodiment of the local access management method.
    Description of preferred embodiments
    A method of managing access to a room via a door, easy to implement and adapt, and tending to overcome the drawbacks mentioned above, is described below.
    Advantageously, the method provides for the replacement of a reception terminal or door station installed near the door, by a simple support, for example a wall-mounted, coded information. The method provides for the use of a mobile visitor terminal capable of recovering said coded information. The combination of a simple support and a mobile visitor terminal replaces a home terminal and also makes it possible to perform at least the same functions. The method thus makes it possible to offer comfort of use, security and discretion to residents of the premises and to avoid the use of an installation comprising wired fixed terminals.
    For the various examples and embodiments presented below, the same references will be used for identical elements or providing the same function. In addition, the technical characteristics described below for the various examples and embodiments are to be considered in isolation or in any technically possible combination.
    According to an embodiment illustrated in Figure 1, the method relates to the access management of a person, hereinafter called visitor, wishing to visit another person associated with a space included in a room, hereinafter designated resident. In other words, the method aims to manage the access of a visitor to a local 1 having a resident space 10 via a gate 11. The resident space 10 is associated with a resident terminal 10 ', which can be a fixed terminal such as a fixed telephone installed inside the resident space 10, or a mobile terminal such as a smart phone or wireless smart mobile phone. The fixed telephone is attached to a fixed communication network such as a fixed telephone network so as to be able to make or receive communications with third parties via the telephone network.
    By ordiphone is meant a mobile electronic device which provides radio communication functions, such as telephony and / or Internet access, as well as computing, data processing and computer or multimedia functions such as a computer.
    Moreover, the resident space 10 can be associated with several resident terminals (10'i, 10'2, ...). The functions and characteristics described below for the resident terminal 10 'remain valid for each of the resident terminals (10'ι, IO2, ...) associated with the resident space 10.
    The method provides a support 12 of a coded information 12 'representative of the local 1. The support 12 is preferably placed near the door 11 allowing a visitor to enter the room 1.
    The method advantageously provides a mobile visitor terminal 13. The visitor terminal 13 is configured to read the coded information 12 'of the support 12. Thus, a visitor wishing to enter the room 1, first uses the visitor terminal 13 to read the coded information 12' from of the support 12, and to send this information to a computer server 14. Preferably, the visitor terminal 13 comprises a ordiphone.
    The computer server 14 is configured to communicate with the visitor terminal 13. Preferably, the visitor terminal 13 and the computer server 14 are configured to communicate with each other via a public or private telecommunications network, such as the Internet or wired communication means (copper wires), optical fiber, electromagnetic radiation. Advantageously, the visitor terminal 13 may comprise a smartphone using a mobile telephone network to connect to the Internet, and to communicate with the computer server 14. The server 14 may comprise a main server and a redundancy server that takes over the relay. main server in case of failure of the latter. The redundancy server is advantageously located in a different location from the main server.
    Preferably, the visitor terminal 13 uses a smart card, for example a SIM-type smart card (SIM) for the acronym "Subscriber Identity Module". This type of card is generally used to access GPRS or UMTS (GPRS) type mobile networks (General Packet Radio Service (GPRS) and Universal Mobile Telecommunications System (UMTS)).
    The GPRS service is a packet data communication service, provided over a GSM mobile network, which allows access to the Internet. The UMTS system is a digital cellular communication system with mobile or between mobiles, intended to offer a wide range of voice, data and image services, as well as access to the Internet. Preferably, the visitor terminal 13 transmits the coded information 12 'after its reading to the computer server 14 via the Internet.
    The computer server 14 comprises communication interfaces configured to receive the raw coded information 12 'transmitted by the mobile terminal 13. The computer server 14 is also provided with an analysis and decoding circuit configured to decode and process this information. coded 12 'before transmitting a response to the visitor terminal 13 via the communication interfaces. Preferably, the computer server 14 comprises a microprocessor configured to load instructions in memory to execute them and to perform operations, computer programs or applications.
    Moreover, the computer server 14 stores resident data 10 "associated with the resident space 10. The server thus comprises one or more memories. Preferably, the computer server 14 comprises a volatile memory configured to execute instructions of a computer program, and a non-volatile memory configured to store, for example, an application or a program to download or encrypted data or free access .
    Preferably, the computer server 14 comprises one or more software for performing the decoding and processing steps of the coded information 12 ', and for communicating with the visitor terminal 13 and other external modules. In addition, the computer server 14 is configured to be accessible by the visitor terminal 13 permanently, for example via the Internet.
    The method also provides an unlocking system 11 'remote from the door 11. The unlocking system 11' may comprise an electric lock and / or an electromagnetic lock, configured to occupy a first state in which the lock does not block the lock. opening the door 11 relative to the door frame 11, and a second state in which the lock blocks the opening relative to the frame. The resident terminal can know at any time whether the door is open or not, for example by means of a color code.
    The unlocking system 11 'furthermore comprises a control circuit configured to control the lock of the door 11, in other words, to lock / unlock the door 11 first. The control circuit advantageously comprises a communication interface 11 ", for example a GSM or GPRS modem adapted to communicate with the computer server 14 via one of its communication interfaces. Thus, the control circuit controls the lock of the door 11 as a function of the data received from the computer server 14.
    When a visitor equipped with the visitor terminal 13 wishes to enter the room 1, he uses the visitor terminal 13 to retrieve the coded information 12 'of the support 12. The visitor terminal 13 then sends this coded information 12' raw or treated to the computer server 14. The coded information 12 'representative of the local 1 is processed by the computer server 14. After the processing step, the computer server 14 transmits to the visitor terminal 13 the resident data 10 "stored in the server memory computer 14.
    Preferably, the computer server 14 stores a list of information 40 associated with several authorized terminals 10i in relation to the coded information 12 '. Information relating to the resident terminal 10 'is found in the information list 40. The coded information processing step 12' advantageously comprises a step of transmitting the information list 40 to the visitor terminal 13 so that to be able to choose the desired local and therefore the resident data 10 "associated with the resident terminal 10 'in the list of information 40, and then to communicate with the resident terminal 10'. For example, a visitor terminal 13 reads the coded information 12 'which initiates a communication with the computer server 14. The computer server 14 generates a first information describing the local or the different premises associated with the coded information 12 . For example, on reading the coded information 12 ', the visitor terminal 13 retrieves the list of apartments present in a residence. These different apartments can be identified by any suitable means, by apartment number, by floor number and position in the floor, by name of the main resident.
    The visitor can then choose the local to visit by selecting it from the visitor terminal. This choice can initiate the opening of a communication channel with the resident or the generation of a second list. In the case where several residents are associated with the same premises, it is possible to provide that one or more of the residents is authorized to communicate with the visitors. Thus, when the visitor chooses the premises, the visitor has access to a new list with the associated residents. Once the visitor chooses the resident with whom he wants to discuss, a communication channel is opened between the visitor terminal 13 and the selected resident terminal 10 '.
    Advantageously, the method according to the invention makes it possible to easily and quickly manage data associated with a room with a large number of residents.
    The data 10 "transmitted to the visitor terminal 13 are configured so that the visitor terminal 13 is authorized to establish communication with the resident terminal 10 '. For example, the resident data 10 "include in particular the name of the resident, the location of the resident space in the room 1. The data advantageously do not have the telephone number of the occupant of the room.
    Preferably, the resident data received by the visitor terminal 13 is encrypted, so that the visitor terminal 13 can establish communication with the resident terminal 10 'without being able to save the resident data 10'. Thus, resident data 10 "are not disclosed to the visitor, respecting in an advantageous manner, the privacy and discretion of a resident in the local.
    After the establishment of the communication 15 between the terminals, the resident terminal 10 'can authorize the opening of the door 11 via the computer server 14. To open the door 11, the resident terminal 10' can communicate directly with the computer server 14, or can send an encrypted signal to the visitor terminal 13 which transmits it to the computer server 14 to open the door 11.
    The computer server 14 advantageously saves information relating to the communication 15, for example, information relating to the visitor terminal 13, the identity of the visitor, the time stamp of the communication 15 and the timestamp of the opening of the door 11, etc. Thus, in addition to performing a function similar to that of a conventional "interphone", and conventional management of access to premises with a badge, the method advantageously allows traceability of access and access attempts to the local 1, thus ensuring an improvement in the security of the room 1. Reminder door open maintenance.
    The access method according to the invention uses a simple support for coded information instead of a door station or reception terminal. Thus, the method advantageously allows to save money by avoiding an expensive home terminal, cumbersome and requiring a robust installation near the entrance door. The replacement of a home terminal by a support of coded information configured to be read by a mobile visitor terminal, avoids the vandalism and maintenance problems of said home terminal. In addition, the display of coded information avoids the display of a list of residents, thus allowing residents a significant discretion for residents wishing to remain anonymous.
    Ordiphones are electronic devices widely democratized today. Thus, the use of such a device as a visitor terminal, advantageously allows easy and comfortable use.
    Moreover, the resident terminal 10 'may comprise a fixed communication terminal 20, for example a fixed telephone. By fixed communication terminal is meant a terminal configured to receive or make telephone calls, respectively from or to a fixed or mobile type of communication terminal (cellular or portable), and attached to a fixed communication network such as a fixed telephone network, for example PSTN type (switched telephone network) or PSTN type (PSTN for the acronym of "Public Switched Telephone Network"). The fixed communication terminal 20 comprises for example a telephone connected to said fixed communication network, either by a wired connection or via a wireless telephone communication protocol.
    The communication 15 between the visitor terminal 13 and the fixed communication terminal 20 is performed, in this case, by a voice exchange. In other words, the resident is joined on the fixed terminal 20, for example his fixed telephone. Following the communication 15, if the resident allows the visitor access to the room 1, it sends an authorization signal 21 to open the door to the computer server 14
    Preferably, the authorization signal 21 can be sent by pressing a key of the fixed terminal 20, for example the "#" key. The signal 21 is interpreted by the computer server 14 to operate the unlocking system 11 'via the communication interface 11 "and open the door 11 to the visitor.
    The resident terminal 10 'is preferably a computer 30 configured to communicate with the computer server 14 so as to control the opening of the door 11 directly via the computer server 14. This embodiment advantageously allows to dispense with the sending a signal to the visitor terminal 13 which transmits it to the computer server 14. Thus, the realization of the method is fast and easy and avoids the transfer via the visitor terminal 13 which could constitute a source of malfunction, due to a connection or a transmission of an insufficient quality, requiring the repetition of the steps of the process. This embodiment is nevertheless conceivable.
    Advantageously, the computer server 14 is previously programmable by the resident terminal 10 '. For example, the computer server 14 is configured to allow certain resident terminals, including a reference resident terminal 10 'to preset certain functions. The computer server 14 grants this possibility after an authentication procedure, for example, by a password or any other standard authentication procedure.
    Thus, the resident terminal 10 'can program the computer server 14 so as to allow free access, or access for a certain time slot, to the local 1 for a specific visitor. For example, the resident terminal 10 'pre-informs the phone number of said specific visitor or a one-time password that he informs the visitor, and the time slot during which the latter can access the premises.
    The visitor terminal 13 by sending the coded information 12 "to the computer server 14 during the predefined time slot, and by trying to communicate with the resident terminal 10 ', recognizes the telephone number, or requests the one-time password. In this way, the computer server 14 authorizes the opening of the door 11 without the resident being disturbed by a communication attempt by the visitor.
    Advantageously, the access management method allows a flexibility and an adjustment offering a convenient and comfortable use, whether for the resident or for the visitor.
    Preferably, the communication 15 between the resident terminals 10 'and visitor 13 is performed via a public telecommunication network. In addition, the resident terminals 10 'and visitor 13 are configured to exchange video and / or audio and / or text data, for example in alphanumeric form. Advantageously, the communication 15 according to this embodiment facilitates the recognition of the visitor and / or the reasons for his desire to enter the room 1, and thereby facilitates the decision of the resident to open or not the door 11 to the visitor. Thus, the access management is carried out easily and securely.
    In addition, the method uses a resident terminal 10 'that can be either a fixed communication terminal or an ordiphone. Thus, the method advantageously eliminates the need for the use and installation of fixed internal handsets wired to a receiving terminal. This allows a quick and easy implementation and / or use of the access management method. In addition, a significant saving can be achieved in the case where the local 1 has a large number of residents. In addition, the method also offers the possibility of controlling the opening of the door remotely, even if the resident is not within the room 1. In particular, the resident can advantageously use his smartphone as a visitor terminal 13, for open the door 11.
    Depending on the type of room and as needed, the support 12 may comprise a radio-ID electronic circuit RID, for example a near-field NFC communication electronic circuit. Radio-identification is a technique used to store and / or retrieve data remotely using a radio-identifier or a radio-tag. The radio-identifier RID of the support 12 stores in particular the coded information 12 '.
    The radio-identifier RID generally comprises an antenna associated with an electronic chip that enables it to receive and respond to radio requests transmitted from a transceiver, which according to this embodiment is the visitor terminal 13.
    The visitor terminal 13 preferably comprises a microprocessor connected to one or more memories, for example to a random access memory and to a programmable and erasable memory capable of storing an application or a program installed on the visitor terminal 13.
    The visitor terminal 13 also comprises NFC communication means adapted to communicate with the radio identifier RID, and communication interfaces, for example via the Internet, able to communicate with the computer server 14.
    Preferably, the visitor terminal 13 also comprises an ordiphone comprising said memories and microprocessor, in which one or more applications or programs are installed so as to serve as an interface between the NFC communication means and the ordiphone.
    The reading capabilities of a radio-identifier combined with communication capabilities via a mobile telecommunications network, allow easy and secure management of a visitor's access to a room. This embodiment can be advantageously used to manage access to tertiary or industrial sensitive sites. It doubles the level of security of access to the site. Indeed, the visitor must be in possession of a compatible terminal to read the RID radio-identifier of the support 12. Then, the visitor must request the authorization of the resident in the local or the site to be able to enter the site, or to access certain buildings on the site itself.
    Moreover, the medium 12 may comprise coded information 12 "comprising a numerical code, a bar code or preferably a QR code code commonly called QR code (QR for the acronym" quick response ").
    Advantageously, the use of such codes does not require the use of a specific visitor terminal 13. Indeed, most of the devices can be used as a visitor terminal 13. As a result, the visitor terminal 13 generally includes a camera for reading this type of codes, including a QR code. In addition, several self-service applications can decode this type of code. Thus, the ordiphone 13, by reading the code 12 ', is connected to the computer server 14.
    Advantageously, the resident terminal 10 'comprises a memory 50 configured to save information relating to the communication 15 between the visitor terminal 13 and the resident terminal 10'. Thus, the resident terminal can advantageously have access to the coordinates of the visitor terminal 13, for example the telephone number of the visitor. In addition, it is possible to record and timestamp the communications 15 and the operations of opening the door 11, thus advantageously providing a traceability of the inputs to the local 1.
    According to an exemplary embodiment illustrated in FIG. 2, the resident terminals 10 'and visitor 13 are deciphones. The coded information 12 'representative of the local 1 is a QR code. When the visitor wishes to enter the room 1, he uses his 13 to read the QR code.
    After entering and reading the QR code, it is connected to the computer server 14. According to this exemplary embodiment, the computer server 14 stores a list of contacts associated with the coded information 12 'representative of the local 1, otherwise said, representative of the residents in the local 1.
    For each resident space 10 the computer server 14 includes data 10 "associated with this space. The data 10 "include in particular the name of the resident, the location of the resident space 10 in the local 1, and the telephone number of the resident terminal 10 'associated with the resident space 10. For each resident space 10, it There may be several names and / or several telephone numbers, ie several resident terminals (10'i, 10'2, ...): several smartphones and / or fixed phones associated with this space.
    Preferably, when the computer server 14 receives the QR code, it allows the launch of an application on the visitor's computer 13. This application makes it possible, in particular, to display on the screen of the ordiphone 13 an interactive list 40 of the various contacts of the residents associated with resident spaces 10i in the room 1 (FIG. 2).
    By interactive list is meant a list comprising one or more keys allowing, by actuating it, for example on the screen of the ordiphone 13, to get in touch with the terminal of the resident 10 'chosen. The application advantageously makes it possible to establish a communication 15 via a public telecommunication network without having access to the telephone number of the resident terminal 10 '. In an advantageous embodiment, the visitor terminal establishes a first communication with the server 14 and the server establishes a second communication with the resident terminal. In this way, the visitor terminal does not have access to information relating to the resident terminal. For example, the communication 15 can be carried out by a procedure of the voice over IP type, or "VoIP" (VoIP for the acronym of "Voice over IP"), is a technique that makes it possible to communicate by exchanging multimedia streams ( audio and / or video) on IP-compatible networks, such as a private network or Internet network.
    The communication 15 can be performed by a telephone exchange and / or television, or by sending to the resident terminal 10 ', a message or SMS. Minimessage means an alphanumeric message of limited length transmitted via a mobile radio network.
    The minimessage can be a standard message stored in the computer server 14 and completed by the visitor, providing for example, the identity of the visitor and / or the reason for his visit and / or his telephone number. The short message can also be written by the visitor. The SMS is then transmitted to the resident via the computer server 14. Thus, the visitor can not have access to the resident's telephone number.
    The resident receiving this minimessage, can operate the opening of the door 11 to allow entry of the visitor. The resident can also respond by sending a short message via the computer interface 14, or if he knows the visitor call directly on the computer 13.
    权利要求:
    Claims (10)
    [1" id="c-fr-0001]
    claims
    1. A method of managing access to a room comprising a resident space (10), via a door (11), by providing a support (12) of coded information (12 ') representative of the room, and a resident terminal (10 ') associated with the resident space (10); characterized in that it provides: - a mobile visitor terminal (13) configured to read the coded information (12 '); and a computer server (14) storing resident data (10 ") associated with the resident space (10), the computer server (14) being configured to communicate with the visitor terminal (13) and to control the opening of the door (11); and in that it comprises the following successive steps: - recovering the coded information (12 ') by means of the visitor terminal (13) from said medium (12) and then transmitting the coded information (12') to the computer server (14); processing the coded information (12 ') by the computer server (14), then transmitting the resident data (10 ") to the visitor terminal (13) so as to allow the visitor terminal (13) to establish a communication (15); ) with a resident terminal (10 '); - Allow the door (11) to be opened by the resident terminal (10 ') via the computer server (14).
    [2" id="c-fr-0002]
    2. Method according to claim 1, characterized in that the resident data (10 ") received by the visitor terminal (13) are encrypted.
    [3" id="c-fr-0003]
    3. Method according to one of claims 1 and 2, characterized in that the resident terminal (10 ') is a fixed communication terminal (20) configured to send an authorization signal (21) for opening the door at the computer server (14) via the visitor terminal (13).
    [4" id="c-fr-0004]
    4. Method according to one of claims 1 and 2, characterized in that the resident terminal (10 ') is a ordiphone (30) configured to communicate with the computer server (14) so as to control the opening of the door (11) via the computer server (13).
    [5" id="c-fr-0005]
    5. Method according to one of the preceding claims, characterized in that the visitor terminal (13) comprises a ordiphone.
    [6" id="c-fr-0006]
    6. Method according to any one of the preceding claims, characterized in that the support (11) comprises a radio-identification electronic circuit (RID).
    [7" id="c-fr-0007]
    7. Method according to any one of the preceding claims, characterized in that the support (11) displays a numerical code, a barcode, or a matrix code (QR).
    [8" id="c-fr-0008]
    8. Method according to any one of the preceding claims, characterized in that the communication (15) is performed by a public telecommunication network, and the resident terminals (13) and visitor (14) exchange video data and / or audio and / or textual.
    [9" id="c-fr-0009]
    9. Method according to one of the preceding claims, characterized in that: - the computer server (14) stores a list of information (40) associated with several authorized terminals (1 Oi) in relation to the coded information 12 ' and having the resident terminal (10 '); and in that - the step of processing the coded information (12 ') comprises a step of transmitting the information list (40) to the visitor terminal (13) so as to select the resident data (10 " ) associated with the resident terminal (10 ') in the information list (40), and communicating with the resident terminal (10').
    [10" id="c-fr-0010]
    10. Method according to one of the preceding claims, characterized in that the resident terminal (10 ') comprises a memory (50) configured to save information relating to the communication (15) between the resident terminal (10') and the visitor terminal (13).
    类似技术:
    公开号 | 公开日 | 专利标题
    EP3166088A1|2017-05-10|Method for managing access to a premises
    CN105788042B|2018-06-01|A kind of bluetooth door opening method and system
    US9113320B2|2015-08-18|Transferring an account between devices
    US20080195641A1|2008-08-14|Apparatus and method for aggregating and accessing data according to user information
    CN104967511A|2015-10-07|Processing method for enciphered data, and apparatus thereof
    CN1917686B|2012-05-23|Apparatus and method for authenticating a telematics terminal in vehicle
    US10305966B2|2019-05-28|System for authorization of access
    CN106157394A|2016-11-23|Community's networked door access control system and community based on this system access method
    US7640349B2|2009-12-29|Systems and methods for providing secure access to household terminals
    KR101716406B1|2017-03-27|Smart doorbell system and method
    KR101841938B1|2018-03-27|System and method for controlling auto automatic door using smart phone
    KR20060097844A|2006-09-18|Method for providing visitor confirmation service using door phone on home network
    RU2358407C2|2009-06-10|Method of remote request for information stored on telecommunication device, and telecommunication device capable of remote request for stored information
    KR101746114B1|2017-06-14|Mobile video call system using near field wireless communications and the method thereof
    JP2017038359A|2017-02-16|Multiple dwelling house call management system and call management system
    JP2019193095A|2019-10-31|Intercom system
    KR20060073790A|2006-06-29|Apparatus and method for remote communication between a door phone and a portable mobile communication terminal
    JP2004348520A|2004-12-09|Security system for multiple dwelling house
    KR20160135477A|2016-11-28|Two-way video communication system between home network communication terminal and mobile phone and its method
    JP2009100334A|2009-05-07|Apparatus and mobile terminal for dealing with visitor, and system therefor
    KR101655761B1|2016-09-08|Doorlock Open System without Input Key and Method thereof
    US8533070B2|2013-09-10|Apparatus and method for aggregating and accessing data according to user information
    FR2868650A1|2005-10-07|Visitor and resident communication method for e.g. apartment, involves communicating between electronic porter controlling access to building and terminal of selected resident for direct communication of visitor and resident terminals
    US20210258721A1|2021-08-19|System and method for remote intercommunication at points of entry into buildings or limited areas and for remote management and control of the entrances
    KR20200075713A|2020-06-26|Intelligent Communications Server
    同族专利:
    公开号 | 公开日
    EP3166088A1|2017-05-10|
    FR3043484B1|2017-12-15|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US20070103548A1|2002-10-15|2007-05-10|Revolutionary Concepts, Inc.|Audio-video communication system for receiving person at entrance|
    WO2007031654A1|2005-09-15|2007-03-22|France Telecom|Operating method, gateway, system and system for entry management|
    US20140049364A1|2012-08-16|2014-02-20|Schlage Lock Company Llc|Operation communication system|
    WO2014083436A2|2012-11-28|2014-06-05|Assa Abloy Ab|Intercom system using an nfc communication device|
    EP2894609A1|2014-01-10|2015-07-15|Honeywell International Inc.|Mobile access control system and method|
    FR3057124B1|2016-09-30|2019-04-26|Yakelkun|CONNECTED SONNETTE.|
    CN109399409B|2017-08-17|2022-02-18|上海三菱电梯有限公司|Elevator visitor authority management system and method|
    US10679446B2|2017-09-20|2020-06-09|Carrier Corporation|Extended instant guest access using near field communication tags|
    IT201900002525A1|2019-02-21|2020-08-21|Sea Spa|SYSTEM AND METHOD OF INTERCOMMUNICATION IN CORRESPONDENCE OF ENTRANCE POINTS IN BUILDINGS OR LIMITED AREAS AND FOR THE MANAGEMENT AND REMOTE CONTROL OF ENTRANCES|
    GB202003345D0|2020-03-06|2020-04-22|Eccobell Ltd|A smart doorbell|
    法律状态:
    2016-11-28| PLFP| Fee payment|Year of fee payment: 2 |
    2017-05-12| PLSC| Publication of the preliminary search report|Effective date: 20170512 |
    2017-05-12| EXTE| Extension to a french territory|Extension state: PF |
    2017-11-28| PLFP| Fee payment|Year of fee payment: 3 |
    2019-11-26| PLFP| Fee payment|Year of fee payment: 5 |
    2020-11-30| PLFP| Fee payment|Year of fee payment: 6 |
    2021-11-29| PLFP| Fee payment|Year of fee payment: 7 |
    2022-01-14| TP| Transmission of property|Owner name: MAURO, FR Effective date: 20211206 |
    优先权:
    申请号 | 申请日 | 专利标题
    FR1560699A|FR3043484B1|2015-11-09|2015-11-09|METHOD FOR MANAGING ACCESS TO A LOCAL|FR1560699A| FR3043484B1|2015-11-09|2015-11-09|METHOD FOR MANAGING ACCESS TO A LOCAL|
    EP16197846.5A| EP3166088A1|2015-11-09|2016-11-08|Method for managing access to a premises|
    [返回顶部]