RU2339187C2 - Identification service of messages - Google Patents

Abstract

FIELD: physics, communication.

SUBSTANCE: invention is related to the sphere of life necessities satisfaction, in particular, to methods that provide for people introduction and may be used, in particular, for information exchange. Method of interaction of users with portable devices that are used for remote exchange of information about individual criteria of users, at that exchange of information is carried out by means of radiation of electromagnet waves, thus providing communication between portable facilities in nearest zone, portable facilities are made with the possibility of communication provision both in the nearest zone and at significant distance by means of wireless mobile communication systems. If users stay in the nearest zone, portable devices exchange personal identification data that includes personal identification code assigned during registration in the system, and mentioned information about individual criteria, which is displayed on portable device screen. Having gone through mentioned information and taken decision on reasonability of contact making, user, by means of portable facility through operator of wireless network of mobile communication sends a message to system server that contains number of sender phone, personal identification code of portable device, which the user of which contact is desired, and text message. In server message is created, which contains phone number of recipient, identification code of sender portable device and text message of sender, and through operator of wireless network of mobile communication message is sent to recipient.

EFFECT: provides possibility to exchange messages outside zone of visual contact.

1 dwg

Description

The invention relates to the field of satisfying vital needs, in particular to methods for ensuring acquaintances of people, and can be used, in particular, for the exchange of information.

From the publication RU 2164055 there are known communication systems that implement a dating method, containing portable means that are provided for those who want to get acquainted, with the help of which they remotely exchange information on the individual characteristics of persons with such means, and the exchange of information occurs through the emission of electromagnetic waves, providing communication between the portable funds in the coverage area of the funds themselves.

However, the known communication system does not allow subsequent messaging to establish contact when users are outside the range of the means themselves and to obtain visual information about the person of interest.

These disadvantages are eliminated in the claimed method of interaction of users equipped with portable means, with the help of which they remotely exchange information about the individual characteristics of users, and the exchange of information occurs through the emission of electromagnetic waves, providing communication between the portable means in the near field, characterized in that the portable means are made with the ability to provide communication both in the near field and at a considerable distance through wireless systems of abundant communication, when users are in the near zone, portable devices exchange personal identification data, including a personal identification code and the above information about individual features, which are displayed on the display of the portable device, after reviewing the mentioned information and deciding whether it is advisable to establish contact with the user using the portable device through a wireless mobile network operator, sends a message to the system server holding the sender’s phone number, personal identification code of the vehicle with which the contact is desired, and a text message, a message is generated on the server containing the recipient’s phone number, sender’s identification code and the sender’s text message and sent to the recipient via the wireless mobile network operator .

The claimed method can be implemented using the communication system shown in the drawing, which shows a block diagram illustrating the interaction of portable means.

The communication system contains portable means (PS) 1 1 and (PS) 2 1, a local wireless network (LBS) 2, a base station (BS) 3, an operator of an urban wireless network (OGBS) 4, including a cellular operator (OSS) 5 and CMC center (SMSC) 6, Internet (SI) 7, system server (SS) 8, including an application server (SP) 9 and database server (SBD) 10, and routers 11 and 12, portable devices (PS) contain the following blocks: a transceiver operating using the point-to-point (pear-to-pear) protocol (BPL) 13, a transceiver (BPS) 14 operating for data exchange and with a mobile operator OGBS, random access memory (RAM) 15, information input device (UVI) 16, read-only memory (ROM) 17, information output device (DISPLAY) 18, processor (PROCESSOR) 19, which controls the operation of these blocks and providing, in particular, the formation on the display of the form, filling in which the user generates a message with all the data, sending and receiving messages using the BPL 13 and BPS 14, transferring the data to storage in RAM 15 and displaying information on DISPLAY 18.

Before using PS 1, which can be used as a mobile phone, you need to register the PS on the System 8 server. It is also necessary that the PS is registered with one of the mobile cellular communication operators and is in the network coverage area.

To do this, the user sends a message with data including the telephone number (NT) of the sender of the PS, personal data (PD) of the user, including name, nickname, photo, video, gender, date of birth, height, weight, to the service telephone number SS 8 through OGBS 4 , color of eyes, hair, etc., including the password for accessing the user profile on SS 8. The password for access to SS 8 is entered at the user's discretion and exists so that it is possible to authorize the user from another PS 1 without creating a new profile for user on SS 8.

In this case, data transfer occurs by sending a message with user data, using, for example, the CMC (SMS) protocol, from BPS 14, to the service telephone number CC 8, through the nearest BS 3 to the user, then through OGBS 4, which, using SMSC 6 and router 12 through SI 7 and router 11 transmits a message to SP 9, SP 9 writes the received data (NT, PD) to SBD 10 and creates a new account for this user, generates a personal identification code (PID), generates a message with PID number for this user. SS 8 sends it back to the user of MS 1. After receiving the PID from SS 8, MS 1 registers the received PID in ROM 17, after which MS 1 is ready to work in the system.

Let the user with PS1 and the user with PS2 appear in the near zone, i.e. at a distance sufficient for the interaction of these devices with each other directly through the protocol "from point to point" ("peer to peer"), in this case we will call the zone of this interaction the zone of coverage of the local wireless network (LBS) 2, and there is interaction through a transceiver operating from point to point BPL1 13 of the PS1 device with BPL2 13 of the PS2 device using one of the standards (IEEE 802).

In this case, LBS is understood as the zone of possible interaction between PS1 1 and PS2 1, using one of the wireless communication standards such as, in particular, Bluetooth, WI-fi, ZIGbee, Uwb.

In the interaction of BPL1 13 and BPL2 13 automatically exchange only personal identification data of the PD, including the PID of the portable vehicle and information about individual signs, including photos or videos.

After displaying information about individual signs on DISPLAY 18 PS 1 and reviewing them, each user can visually identify the user of another portable device and decide on the advisability of establishing contact with him.

If the user PS1 1, for example, is interested in the data of the user PS2 1, then he can enter the PID of the user PS2 1 in the ROM database 17 of the device PS1 1, which will make it possible, having a record of the PID value of the user PS2 1, to further send a message to the user PS2 1. Before entering the specified data into the database, the data is stored in RAM 15.

In addition, the user of PS1 1 can add the data of PS1 1 to the black list, then when PS 1 is detected with the PID existing in the black list in the direct interaction zone, messages that can be sent from PS2 1 are blocked and are not displayed for User PS1 1.

The corresponding message from one user to another can be sent both when they are within sight and removed from each other at a considerable distance (in the coverage area of the OGBS).

Let the user of PS 1 decide on the advisability of the contact, in this case he creates a message using PS1 1, including the phone number PS1 1, the PID of the PS2 1 device and a text message addressed to the user PS2 1, after which he establishes a connection with SS 8 to the service number whose message is sent through OGBS 4, to which the generated message is sent.

In a particular case, OGBS 4 can consist of OSS 5, SMSC 6, router 12, and the CMC service can be used as a message transport from user PS1 1 to user PS2 1. In this case, user PS1 sends a message to CMC containing the above data.

To send a message from PS1 1 to PS2 1, the received OGBS 4 CMC message from PS1 through SMSC 6, through router 12 and the Internet 7 is sent to SS 8, which consists of router 11 SP 9 and SBD 10.

To send a message from SS1 1 to SS2 1, SS8 is delivered a message from SS1 1. At the input to SS8, the message consists of NT1, PID2 and the message text, then to SS8 the values of HT1, PID2 are compared with the data of users of NT, PID stored in SBD 10. Further, in the message, the value of HT1 is replaced by PID1, and the value of PID2 is replaced by NT2, i.e. the message from the user PS1 1 for PS2 1 at the output from SS 8 has the form: NT2, PID1 and the message text. After replacing NT2, PID1, the message is delivered to PS2 1 through OGBS 4, while users of PS1 1 and PS2 1 cannot determine each other's phone numbers, because information about the PID values of users and the corresponding NT users is only in DBMS 10 on SS 8.

If BPS 4 devices PS1 1 and PS2 1 interact with a single BS 3, then OGBS 4 for users can be a single, i.e. In this case, OGBS1 4 and OGBS2 4 are a single unit.

If OGBS1 4 and OGBS1 2 are communication systems of a different standard, i.e., for example, ОСС1 5 is a GSM mobile operator, and OCC2 5 is a CDMA mobile operator, the system’s interaction scheme does not change, since PS1 1 and PS2 1 do not exchange messages directly with each other, but through SS 8, then this interaction scheme is possible for any cellular network standards such as GSM, CDMA, DAMPS, NMT, NGN and others that support text messaging.

Since PS1 1 on PS2 1 do not exchange messages directly, but via SS 8, for the possibility of message delivery it is necessary that each of the PS 1 devices interacts with at least one BS 3, regardless of how far PS1 1 and PS2 1 are from each other friend.

The presence of PS1 1 and PS2 1 devices in the “pear-to-pear” direct interaction zone is necessary at least once for the initial interaction, in order for the devices to exchange each other's PID data.

Thus, the claimed method provides the ability to exchange messages outside the zone of visual contact and not only during visual contact, while the phone numbers of users remain unknown to each other and can only be reported by the users themselves, if they consider it necessary.

Claims (1)

The method of interaction of users equipped with portable means, with which a remote exchange of information about the individual characteristics of users is carried out, the information being exchanged by means of electromagnetic waves, providing communication between the portable means in the near field, characterized in that the portable means are configured to provide communication as in the near zone, and at a considerable distance by means of wireless mobile communication systems, when users are located in the near zone, portable devices exchange personal identification data, including a personal identification code assigned during registration in the system, and the information about individual features that are displayed on the display of the portable device, after reviewing the mentioned information and deciding whether it is advisable to establish contact with the user funds through the operator of a wireless mobile network sends to the system server a message containing the sender’s phone number, the personal identification code of the portable device with which the contact is desired, and a text message, a message is generated on the server containing the recipient’s phone number, the sender’s identification code and the sender’s text message, and the message is sent to the recipient via the wireless network operator .